hypertwist/docs/v6_5_deep_manual_pack/HyperTwist/ROADMAP.md

HyperTwist — ROADMAP.md

Status update on 2026-05-31:

Canonical discovery surfaces for roadmap interpretation:

• FEATURE_REGISTRY.md for normalized feature families and confidence tiers
• C:\HyperTwist\docs\ops\HYPERTWIST_IMPLEMENTATION_PHASE_1_KICKOFF.md for current landed runtime anchors
• C:\HyperTwist\docs\ops\HYPERTWIST_MEMORY_LANE_AUTHORITY_AND_PHASE_IMPLEMENTATION_DOCTRINE_2026-05-21.md for memory-lane sequencing
• C:\HyperTwist\docs\ops\HYPERTWIST_CONTINUITY_LATTICE_AND_CONTEXT_ASSEMBLY_PROFILE_DOCTRINE_2026-05-23.md for continuity substrate and context-assembly profile sequencing
• C:\HyperTwist\docs\ops\HYPERTWIST_PROVIDER_NEUTRALITY_AND_BYOK_DOCTRINE_2026-05-21.md for provider/BYOK sequencing
• C:\HyperTwist\docs\ops\HYPERTWIST_SKILLIZATION_AND_COMMAND_SURFACE_DOCTRINE_2026-05-21.md for skill-layer sequencing
• C:\HyperTwist\docs\ops\HYPERTWIST_UNREAL_BUILD_VALIDATION_REQUIREMENT_2026-06-01.md for mandatory Windows Unreal build validation after each logical Unreal C++ slice
• C:\HyperTwist\docs\ops\HYPERTWIST_REVERSE_SSH_WINDOWS_BUILD_LANE_VERIFICATION_2026-06-01.md for the currently verified VPS-to-Windows reverse-tunnel Unreal build lane (primary localhost:22022, fallback localhost:22023)

Public Website Launch Gaps Extracted From Public Copy (2026-07-03)

The production website must not use public-facing marketing copy as the place to list raw preview, placeholder, fallback, or developer posture vocabulary. As of the 2026-07-03 website cleanup packet, those terms are retained here as roadmap truth instead of being shown as visitor-facing page copy.

Current incomplete launch and rollout items retained for roadmap authority:

• publish the live Windows desktop release URL, release metadata, checksum, and signed package reference through the protected release-manifest lane
• configure live Paddle operator and studio checkout URLs plus the corresponding product-to-plan and price-to-plan maps
• install and validate the live PADDLE_WEBHOOK_SECRET plus billing-event reflection proof before treating paid self-service checkout as public
• publish the final corresponding-source URL and public notices/repository URL for any downloadable build containing covered code
• clear the remaining public-auth runtime warnings, especially loopback-only SuperTokens-core deployment warnings, before claiming full public-launch auth
• keep anonymous release manifests free of raw download URLs; package delivery remains protected-dashboard first
• keep the desktop app login model as a browser-issued desktop-link/pairing-token handoff, not a separate downloadable password island
• keep subscription purchase and entitlement authority on the website/dashboard with Paddle-backed billing; the downloadable should consume the resulting account or desktop-link token rather than owning checkout itself
• complete packaged headset/controller validation before marketing a finished broad VR/controller branch
• keep the optional full-browser simulator branch future-facing until a separate product packet proves backend/runtime parity and launch quality
• keep MagicTile native renderer widening closed unless a later packet proves a real browser-host gap, Phase 7C behavior parity, and full Windows validation
• treat macOS and Linux packages as future signed-package rows until the release manifest and package proof carry them as published targets

Public-page copy should say the same truth in user-facing terms: public pages explain the product; account creation/sign-in opens protected dashboard, downloads, notices, billing, release status, and desktop pairing; the desktop runtime remains the powerful simulator surface.

Current consolidated milestone snapshot:

• the curated HyperTwist portfolio still evaluates against 75 retained repo rows

• the checked live repo-row count is still 35; later first-party phase ladders below do not change that curated row count because they widen first-party ownership rather than promote new retained donor rows

• the retained-row and benchmark-grounded implementation lane is now landed through Phase 6R-AZ, with the bounded first-party memory lane closed through Phase 6R-M6

• the bounded first-party skillization ladder is now landed through Phase S7-C

• the bounded first-party immersive scaffold is now landed through Phase I-E

• the retained structural-only Phase J suite is now preserved only as deprecated disabled build-history ballast through Phase 10A, while live validation truth stays with the already-landed Phase 10B behavior and Phase 10C integration packets

• no further structural-only Phase J widening is the current deliberate runtime target; the remaining optional branches are the alternative full-browser client path and any later native MagicTile interaction/runtime replacement work

• the optional full-browser client path is now frozen as a spec-only first-party branch in C:\HyperTwist\docs\arch\HYPERTWIST_PHASE8B_OPTIONAL_FULL_BROWSER_CLIENT_HTTP_BACKEND_PREPARATION_PACKET_2026-06-19.md; the additive continuation C:\HyperTwist\docs\arch\HYPERTWIST_PHASE8B_BROWSER_CLIENT_SPEC_EVIDENCE_HARDENING_PACKET_2026-06-19.md now fixes the allowed first-party seam families and keeps offline-first plus native-renderer widening explicitly deferred; the further additive continuation C:\HyperTwist\docs\arch\HYPERTWIST_PHASE8B_BROWSER_CLIENT_BACKEND_CONTRACT_MATRIX_PACKET_2026-06-19.md now fixes transport-neutral operation labels, state/runtime payload anchors, and minimum identity or freshness rules for any later browser-client backend packet; the landed embedded browser/CEF shell remains current shipping posture

• MagicTile Phase 7C is now also closed through a first-party native behavior proof contract and proof probe for selected-cell focus, candidate-twist disambiguation, preview, commit or cancel, and timer continuity, validated on 2026-06-19 on isolated worktree C:\HyperTwist_worktrees\phase10validate

• the optional native MagicTile renderer-port branch is now frozen behind the spec-only first-party decision gate in C:\HyperTwist\docs\arch\HYPERTWIST_PHASE7D_MAGICTILE_RENDERER_PORT_DECISION_PACKET_2026-06-19.md, with explicit No-Go default unless a later packet proves a real browser-host gap, bounded owned-surface scope, Phase 7C behavior parity, and full Windows validation

• the remaining optional MagicTile widening branches are any later full-browser-client implementation and any later renderer-port/native interaction replacement work, not another pre-renderer proof gap

• Unreal C++ slices are not considered fully validated from symbol/doc/whitespace checks alone; the canonical Windows Unreal build doctrine now lives in C:\HyperTwist\docs\ops\HYPERTWIST_UNREAL_BUILD_VALIDATION_REQUIREMENT_2026-06-01.md

• the reverse-SSH Windows Unreal build lane is now explicitly treated as a verified live path, not just a deferred idea; proof lives in the primary 22022 lane plus the fallback 22023 recovery path documented in C:\HyperTwist\docs\ops\HYPERTWIST_REVERSE_SSH_WINDOWS_BUILD_LANE_VERIFICATION_2026-06-01.md

• the classic-cube Phase 3 lane is now split explicitly into:

  • code-owned runtime closure already present in first-party code
  • a real packaged Windows gate, proven green on 2026-06-11 and again on 2026-06-12
  • the dedicated editor-authored .umap / lights / materials lane, now source-controlled through the classic-cube authoring helpers

• the current packaged validation bridge for that lane is source-controlled via C:\HyperTwist\scripts\Invoke-HyperTwistClassicCubePackage.ps1 and C:\HyperTwist\scripts\Launch-HyperTwistClassicCubePackage.ps1

• the higher-dimensional dedicated-family lane now also has a maintained packaged validation bridge via C:\HyperTwist\scripts\Invoke-HyperTwistHigherDimensionalPackage.ps1 and C:\HyperTwist\scripts\Launch-HyperTwistHigherDimensionalPackage.ps1, which validate the manifest-backed Magic120Cell / MagicCube5D dedicated-family map hashes before BuildCookRun and emit aggregate plus per-map smoke JSON under the packaged archive validation tree

• that higher-dimensional package lane was then live-validated on 2026-06-22 through the primary reverse-SSH localhost:22022 lane against isolated Windows worktree C:\HyperTwist_worktrees\phase10validate, using -SkipBuild on the already-present game receipt, archive output in C:\HyperTwist_worktrees\phase10validate_packaged_phase6c_higherdim, BuildCookRun time: 118.53 s, both dedicated-family packaged smoke maps green, and pulled aggregate proof in docs/generated/higher_dimensional_training_maps/phase6c_dedicated_family_package_validation_report.json

• that same maintained higher-dimensional package lane was then refreshed again on 2026-06-23 after the recovered authoritative editor rebuild, still through the primary reverse-SSH localhost:22022 lane against isolated Windows worktree C:\HyperTwist_worktrees\phase10validate, again using -SkipBuild on the already-present game receipt, archive output in C:\HyperTwist_worktrees\phase10validate_packaged_phase6c_higherdim_refresh_20260623, BuildCookRun time: 70.74 s, both dedicated-family packaged smoke maps green again, and refreshed aggregate proof in docs/generated/higher_dimensional_training_maps/phase6c_dedicated_family_package_validation_report.json

• the earlier dedicated-map package proof used the verified fallback reverse-SSH lane on localhost:22023, an isolated Windows worktree at C:\HyperTwist_worktrees\phase3to5, authored dedicated classic/follow-along maps plus material family, and successful packaged smoke launches on both training maps

• the current primary-lane package proof used localhost:22022, the isolated Windows worktree C:\HyperTwist_worktrees\phase10validate, commandlet-safe UnrealMCP / UnrealMCPChong guards for unattended cook, archive output in C:\HyperTwist_worktrees\phase10validate_packaged, and packaged smoke launches on both training maps

• Phase 4, Phase 5, and Phase 6A are now closed through first-party runtime code, targeted automation, dedicated authored assets where applicable, and live Windows validation proof

• Phase 6B visible 3x3x3x3 is now closed through first-party runtime code, targeted automation, and live Windows validation proof

• MagicTile Phase 7A is now closed through a first-party embedded-browser host decision that routes the non-Euclidean interaction shell through the already-landed browser/CEF runtime with retained three.js and react-three-fiber, while native spherical/hyperbolic renderer ownership and the legacy WinForms / OpenTK host shell remain explicitly deferred

• MagicTile Phase 7B is now closed through first-party tiling state envelopes, browser bridge/widget transport, shared scramble normalization, and unified training-timer continuity, validated on 2026-06-19 on isolated worktree C:\HyperTwist_worktrees\phase10validate

• MagicTile Phase 7C is now closed through a first-party native behavior proof contract/probe seam above the landed browser host/bridge posture, including proof-probe normalization plus JSON round-trip helpers and live Windows validation on isolated worktree C:\HyperTwist_worktrees\phase10validate

• MagicTile Phase 7D now exists as a spec-only renderer-port decision gate that keeps the default posture No-Go and requires explicit browser-host insufficiency, bounded owned-surface scope, Phase 7C behavior parity, and full Windows validation before any native renderer widening can reopen

• the current Phase 7D evidence audit also remains frozen on 2026-06-19: the live browser shell, browser bridge, and Phase 7C proof seam were scored against the gate and kept native renderer widening at explicit No-Go because no real browser-host failure or bounded renderer target is currently evidenced

• the current embedded browser shipping lane was also hardened on 2026-06-19 so Unreal-side outbound browser traffic now queues until runtime-ready, flushes shell state before commands, and remains live-validated on primary reverse-SSH lane localhost:22022 with 6 HyperTwist.Browser.*, 7 HyperTwist.FirstParty.MagicTile.*, and 6 HyperTwist.Permissive.MagicTile.* tests green

• the same embedded browser shipping lane then gained a compact first-party Browser Runtime Status surface on 2026-06-19, shared boot-state ownership across bundled and fallback shells, local shell verification plus browser-bundle build proof, and fresh primary-lane localhost:22022 validation with 7 green HyperTwist.Browser.* tests including Widget.StatusSurfaceArtifacts

• that same shipping lane then gained typed native Unreal ownership of the browser-runtime-status envelope on 2026-06-19, retaining the last valid runtime snapshot through the browser bridge and widget across unrelated later envelope traffic until explicit reset, with refreshed primary-lane localhost:22022 validation at 8 green HyperTwist.Browser.* tests including the hardened Bridge.RuntimeStatusEnvelopeDecode

• the same embedded-browser lane then gained typed native Unreal ownership of the original hypertwist-runtime-ready handshake payload on 2026-06-19, keeping the queue flush behavior intact while raising that authority seam out of raw JSON-only handling, with refreshed primary-lane localhost:22022 validation at 9 green HyperTwist.Browser.* tests including the new Bridge.RuntimeReadyPayloadDecode

• that same embedded-browser lane then gained a compact native/operator-facing waiting/ready/live status surface on 2026-06-19, consuming the typed runtime-ready and runtime-status seams inside Unreal, surfacing queue carryover plus bridge receive counts, and clearing retained runtime ownership whenever shell authority changes so stale live state cannot survive a reload, with refreshed primary-lane localhost:22022 validation at 12 green HyperTwist.Browser.* tests including Widget.OperatorStatusSurfaceWaiting, Widget.OperatorStatusSurfaceLive, and Widget.OperatorStatusSurfaceResetOnShellChange

• that same embedded-browser lane then gained a bounded native training/operator diagnostics-panel continuation on 2026-06-19, wiring that typed status ownership into UHyperTwistTrainingPanelWidget and UHyperTwistCoachDashboardWidget, adding a compact [Browser Runtime Diagnostics] native dashboard section, and keeping the dashboard inspect seam live-authoritative even before presentation refresh, with refreshed primary-lane localhost:22022 validation at 14 green HyperTwist.Browser.* tests including CoachDashboard.RuntimeInspectSurface and TrainingPanel.RuntimeInspectSurface

• that same embedded-browser lane then gained a native diagnostics-fidelity continuation on 2026-06-19, carrying typed browser bootstrap/runtime-ready timestamps, last command/shell-state receipt timestamps, and fallback reason through FHyperTwistBrowserOperatorStatusSurface plus the native training/dashboard inspect seams so Unreal-side diagnostics stay closer to the authoritative browser status surface, with refreshed primary-lane localhost:22022 validation at 14 green HyperTwist.Browser.* tests exported to Saved\AutomationReports\Browser-NativeOperatorTimelineFidelity-Verify, including CoachDashboard.RuntimeInspectSurface, TrainingPanel.RuntimeInspectSurface, and Widget.OperatorStatusSurfaceLive

• that same embedded-browser lane then gained a native control/input readiness continuation on 2026-06-23, adding FHyperTwistTrainingControlInputReadinessInspectSurface plus native training-panel and coach-dashboard ownership for the shipped classic keyboard profile, exact classic-cube pointer, orbit, zoom, and action-shortcut truth, higher-dimensional dedicated-family readiness, project-level EnhancedInput and motion-control groundwork, and explicit unfinished XR/preferences truth; the recovered primary reverse-SSH localhost:22022 lane rebuilt the maintained validation root C:\HyperTwist_worktrees\phase10validate with Result: Succeeded, UnrealBuildTool Total execution time: 1563.53 seconds, then exported Saved\AutomationReports\Browser-ControlInputReadiness-Verify\index.json with 16 HyperTwist.Browser.* tests succeeded and 0 failed, including CoachDashboard.ControlInputReadinessInspectSurface, TrainingPanel.ControlInputReadinessInspectSurface, CoachDashboard.RuntimeInspectSurface, and TrainingPanel.RuntimeInspectSurface

• a later same-day 2026-06-25 parity continuation then widened those native operator surfaces from broad readiness summaries into literal shipped roster truth by adding dedicated classic-cube pointer and action-shortcut lines, the exact classic move-roster line, and matching coach-dashboard structured rows; the maintained localhost:22022 Windows lane rebuilt C:\HyperTwist_worktrees\phase10validate with Result: Succeeded at 5278.57 seconds, reran the exact-source state at 70.76 seconds, and exported Saved\AutomationReports\Browser-ControlRosterParity-Verify\index.json with 21 HyperTwist.Browser.* tests succeeded and 0 failed

• a same-family 2026-06-24 continuation then added FHyperTwistTrainingControlSettingsOwnershipInspectSurface plus native training-panel and coach-dashboard ownership for the current viewer camera-settings tool, immersive-presence settings, dedicated-family Magic120Cell / MagicCube5D view-profile ownership, selector ownership, and the then-live bounded XR/controller settings gap truth; the same primary reverse-SSH localhost:22022 lane rebuilt the maintained validation root C:\HyperTwist_worktrees\phase10validate with Result: Succeeded, UnrealBuildTool Total execution time: 4331.11 seconds, then exported Saved\AutomationReports\Browser-ControlSettingsOwnership-Verify\index.json with 18 HyperTwist.Browser.* tests succeeded and 0 failed, including CoachDashboard.ControlSettingsOwnershipInspectSurface, TrainingPanel.ControlSettingsOwnershipInspectSurface, and the previously landed runtime plus control/input inspect seams

• the public HyperTwist website/distribution lane is now also live through a first-party website/ app on 2026-06-22, with rebranded home/about/resources/pricing/download/legal pages, a protected browser operator dashboard, shared SuperTokens auth posture, a browser-to-desktop token handoff seam, a Paddle-ready pricing/check-out structure, and a public Open Source Notices page linked from footer/pricing/download surfaces so the current MPL distribution doctrine is not left undocumented on public release surfaces; this lane remains honest that the embedded browser shell is shipping while the optional full-browser simulator path stays spec-only

• that same website lane also now has a first-party website/server auth/billing backend with /api/auth/health, /api/auth/me, /api/auth/logout, /api/auth/desktop-link, /api/auth/desktop-link/verify, and /api/billing/paddle/webhook, while the browser-to-desktop token lane now also enforces exact website-origin matching, bounded per-user issuance, and one-time verification-token consumption with green website/server type-check plus focused tests on 2026-06-22, and the billing webhook now verifies Paddle-Signature against PADDLE_WEBHOOK_SECRET through the documented raw-body HMAC flow, and the bounded auth-health probe now truthfully distinguishes configured versus reachable or ready shared SuperTokens core posture while reflecting fallback-active reason back into the protected dashboard rather than hardcoding readiness, and the protected dashboard now also carries a first-party launch-readiness panel for download/check-out/legal configuration posture using the existing site-config and auth-health seams, while the website/server lane now also has first-party runtime-configuration diagnostics for local versus mixed versus public auth posture and the login/register surfaces now expose those warnings instead of silently resembling a production-ready lane, and the website/ package now also ships a first-party external runtime-readiness verifier for env plus live /api/auth/health posture before public launch, along with separate local versus production example env families whose replace-me scaffolding is now explicitly rejected by that verifier, and the bootstrap CI lane now also runs the website/frontend plus website/server validation commands directly, while focused frontend coverage now also pins deep-link login redirects, safe next-path normalization, fallback auth-bootstrap normalization, login/register continuation behavior, public download-gating behavior, and protected-route plus shell-action behavior, and dashboard launch-readiness plus desktop-link verify-url behavior, with real lazy-route smoke coverage now pinned for /, /pricing, /download, /login, /app, and /app/downloads, plus top-level App bootstrap proof for unknown-route redirect and SuperTokens-wrapper posture, plus login/register unhappy-path proof for returned form errors, auth-runtime warning posture, and OAuth-button behavior, plus public launch-status callouts on pricing/download/notices, target-preserving /download -> /app/downloads?platform=... continuation, protected requested-target surfacing after auth handoff, and support-topic fallback routing when live checkout is not configured, plus real check-runtime-readiness CLI proof against the checked-in production example env files and spawned website/server bootstrap proof from production-shaped same-origin env into live /health, /api/auth/health, built-shell delivery, verified webhook reflection into live billing health/state, and bounded session-backed /api/auth/me plus /api/auth/desktop-link proof through a validation-only signed test-session harness under TEST_MODE=testing, and the same website/server lane now also owns a first-party GET /api/releases/manifest runtime authority so the public /download page, the protected /app/downloads surface, the dashboard launch-readiness panel, and the public preview-versus-launch callouts all consume one shared release-metadata truth for version/channel/build/checksum/docs/source posture while keeping raw download URLs hidden from anonymous viewers and exposing them only to entitled session-backed viewers, while the protected fallback path now also preserves signed-in viewer plan/access posture from local session truth when live manifest authority is temporarily unavailable without promoting that fallback into raw package-delivery authority, and the protected download-center lane now also follows the resolved manifest viewer entitlement for the actual download action instead of relying only on the local auth snapshot, so fresher server-backed access truth can unblock an operator even before local session posture has fully caught up, while the shared browser auth layer now also refreshes and persists the local session snapshot from that fresher manifest viewer truth and the protected dashboard plus account surfaces now surface a compact live-authority sync notice summarizing what changed, and the protected dashboard, protected /app/downloads, protected /app/browser-access, protected /app/notices, and protected account lane now also resolve that same live manifest plus checkout truth into one explicit operator-facing release-action surface that chooses between direct package download, checkout or provisioning, notices or release follow-through, and degraded-authority recovery instead of leaving the next move implicit across separate panels, and the same auth layer now also clears stale stored sessions when shared auth is configured and /api/auth/me returns 401 instead of preserving a false authenticated protected-shell posture, and the runtime-readiness verifier now also probes the live anonymous /api/releases/manifest route plus the deployed root website shell marker so it can explicitly fail when hypertwist.app is still serving the older placeholder rollout page instead of the real same-origin website/auth-server lane, and the auth server can now auto-serve the built website/dist bundle with bounded SPA fallback for same-origin hypertwist.app deployment when that build output is present, while the env templates and runtime-readiness verifier now also make that static-serving posture explicit instead of leaving it implicit, and request-level server coverage now proves that public/app routes stay served without shadowing /api/*, /auth*, or /health, and the repo now also carries first-party same-origin nginx plus systemd handoff templates under website/deploy/ with a concrete public-host cutover guide in C:\HyperTwist\docs\ops\HYPERTWIST_WEBSITE_SAME_ORIGIN_DEPLOYMENT_HANDOFF_2026-06-22.md so the remaining live-host gap is no longer an undocumented operator step, and the website package now also ships a first-party deployment-file renderer plus focused tests so operators can emit resolved systemd and nginx outputs from the real checkout path instead of editing those handoff examples by hand, and the next same-family continuation now also ships a manifest-driven deployment-bundle renderer so one authoritative input can own the public origin and emit validated frontend env, server env, systemd, and nginx outputs together before live-host installation, with the shared VPS default now moved to 3011 after live host inspection confirmed that FamiliarOS already occupies 3001, and an isolated VPS-local staging proof then confirmed the current committed HyperTwist website/ lane can serve green health, release-manifest, and first-party shell responses on that real shared host behind 3011, with that same non-root host-proof flow now codified in a first-party staging-proof helper so future sessions can rerun the temp checkout/build/boot verification path directly, and the same bundle/readiness/staging lane now also distinguishes launch from preview posture so honest missing checkout/download/webhook/release values are accepted only for non-public preview rehearsal, runtime.mode: mixed with public-origin readiness is treated as valid preview-host proof, and --archive-source worktree can prove the exact in-progress packet on the host before commit, and a later root-owned cutover then replaced the old /var/www/hypertwist placeholder site with the live first-party same-origin preview deployment on https://hypertwist.app while launch-tier commercial and release values remain intentionally pending, with that same root-owned checkout/env/build/systemd/nginx replacement flow now codified in a first-party live-deploy helper that has been re-proved idempotently on the already-live host, and the next same-family website continuation now also threads the current higher-dimensional Windows package-validation evidence through the live release-manifest authority so public download, public resources-reference, and protected download surfaces can show real packaged proof for Magic120Cell and MagicCube5D even before the launch-tier release URLs are populated, and a later same-family hardening continuation then replaced the stale hand-maintained website validation constant with a sanitized generated summary rendered from docs/generated/higher_dimensional_training_maps/phase6c_dedicated_family_package_validation_report.json, with the owned scripts/run-hypertwist-web-surface-validation.sh gate now checking that generated web summary for freshness before approving the public/auth/download/browser surface, and a follow-on same-family marketing-shell continuation now also exposes a compact first-party public-site-status banner across the shared marketing shell, keeps a fuller status section on the homepage, and tightens the shared public launch-status component to consume live auth-health webhook and public-origin runtime posture instead of treating static checkout/download configuration alone as launch-ready, and a later runtime-commerce continuation then also widens the shared GET /api/releases/manifest authority to carry public operator/studio checkout URLs plus live plan-price strings, with pricing, notices, and dashboard launch-readiness surfaces consuming that runtime checkout truth instead of depending only on frontend build config, and the live public website lane now also owns route-aware title/description/canonical/Open-Graph/Twitter metadata for the real hypertwist.app marketing surface while marking protected/auth routes as noindex,nofollow, plus richer first-party release guidance on both the public /download and protected /app/downloads surfaces so rollout steps, release references, and source/notices posture stay attached to the desktop distribution lane itself, plus first-party robots.txt and sitemap.xml assets for the public route set while keeping /app, /login, and /register out of crawler posture, persists a bounded first-party billing-state file, applies verified Paddle events into account/download entitlement state, and surfaces that resolved billing/download posture back through /api/auth/me, the protected browser dashboard, and the browser-to-desktop verify handshake; the public /download page now routes authenticated users into that protected release surface instead of exposing raw download URLs on the marketing page itself; production checkout URLs, broader operator/admin billing workflows, and the exact public corresponding-source URL remain deployment/application configuration rather than hardcoded product truth, and the 2026-06-25 public/manual continuity continuation now also gives the public features, resources, docs, support, pricing, and download routes one shared release-decision guide so the public lane says explicitly when the next honest move is protected desktop access, pricing/provisioning, protected browser/account continuity, or notices/source follow-through, and a same-family continuation later that day widens that same decision guide onto the homepage, about, and changelog routes so the broader operator-facing public website now carries one consistent next move across posture, narrative, docs, support, release, and download surfaces, and a later same-family continuity follow-up widens that same decision guide across the public open-source notices, privacy, terms, and shipping/payment routes as well so the remaining legal/distribution pages do not fall back to older implicit next-step wording, and the current 2026-07-02 public/auth shell polish pass now adds one shared product-reality strip across the public marketing shell plus the browser account routes so every public-facing route repeats the same launch-safe truth: the downloadable desktop runtime is the simulator authority, the website owns account/pricing/docs/release/notice handoff, keyboard and mouse are the viable current development path, and live checkout/download/auth plus physical headset/controller observation remain explicit gates rather than hidden assumptions

• native first-launch/product-entry UX now has a first-party source-owned Phase 10 adjacent hardening seam: AHyperTwistFirstRunLaunchGameMode becomes the project default game mode, the paired player controller/widget presents a keyboard/mouse-ready first-run menu, and the route library exposes stable launch contracts for Coach Dashboard/settings, classic free play, follow-along practice, Magic120Cell, MagicCube5D, and OpenXR validation; this closes the previously raw dashboard-first boot shape while preserving the honest live XR and deployment-configuration gates; the maintained reverse-SSH Windows lane rebuilt this exact source state with UnrealHyperTwistEditor Result: Succeeded, UnrealBuildTool total execution 52.97 seconds, then ran HyperTwist.FirstRun focused automation as FirstRunLaunchSurface-20260702 with 3/3 tests green

• packaged desktop follow-through on 2026-07-09 closed the remaining real first-run defect: the maintained package lane showed that the startup map's authored game-mode override could still bypass the first-run owner even after GameDefaultMap moved off Entry, so the project now also forces packaged boot through LocalMapOptions=?game=/Script/UnrealHyperTwist.HyperTwistFirstRunLaunchGameMode; the targeted regression test now asserts that contract, the repaired package runtime logged BeginPlay, ApplyFirstRunInputMode, and ShowFirstRunLaunchMenu from LogHyperTwistFirstRunLaunch, and the fresh verified deliverable zip landed at C:\Users\Anthracite Ace\Downloads\HyperTwist-desktop-first-run-authority-repair-20260709.zip with 142 entries and SHA-256 4ec2d5f8e00e28d727590ca584ce40843eed5b85fa7e03c578b7a404c3f45d67

• the 2026-07-23 Release 17 Shipping Alpha superseded that July 9 artifact and remains rollback provenance: strict registered -HyperTwistStartupRoute ownership replaced ineffective generic map launch arguments, stock-Shipping direct diagnostics replaced the old assumption that an Unreal log must exist, first-run and Classic release visuals now require fresh named semantic frames, and all four package smokes now prove exact map and presentation state for Classic (26 pieces), Follow-Along (26 pieces), Magic120Cell (120 elements / 6 materials), and MagicCube5D (242 elements / 6 materials)

• the current Windows operator delivery is Release 19 at C:\Users\Anthracite Ace\Downloads\HyperTwist-Alpha-Test-20260723-R19 plus its verified 167-entry ZIP, 1093537260 bytes, SHA-256 630963f96c681fc49130cbc56c6c850008d4cddda7e83f2ee9c077c52d7709a9; all 173 delivered folder files hash-match the validation archive and Release 17 remains available as rollback

• the former post-Release-17 source continuation is now the package-validated Release 19 delivery: native entry covers Classic, dedicated exact 4D orders 2 through 6, Magic120Cell, and MagicCube5D; player-facing Learn, Settings, Account, Advanced, About/Credits, pause, and exit ownership is present; Learning Studio owns five training families; and the fixed native coach owns optional AI, global STT, and asynchronous TTS without making those providers prerequisites for play

• the same source continuation now keeps both repository count contracts executable and separate: the original 29 implemented/live repositories are exposed through a compiled native capability catalog and About/Credits surface, while the different historical Phase 1 queue of 29 selected support candidates is position-checked in both browser registries with runtime, dependency, sidecar, QA/editor, and reference-only postures intact

• exact Windows editor proof is green for the widened source, including 8/8 FirstRun, 7/7 Learning Studio, 17/17 Classic Cube, and 4/4 PlayerExperience automation from the preceding slice; the final global speech repair then rebuilt in 60.93 seconds and passed 5/5 PlayerExperience automation, including standalone assistant speech outside a training run

• browser shell verification and a 1,872-module production bundle are green; exact Windows Shipping cook/package, all 9 native route smokes, staged browser asset checks, exact solver-table parity, ZIP reopen/hash integrity, archive-level semantic visual acceptance, Downloads folder hash parity, and exact Downloads semantic visual acceptance are also green

• the narrow remaining Alpha visual check is a fresh coach-dashboard screenshot during an unlocked Windows desktop session; dashboard route execution itself is already green under direct Shipping diagnostics, and this visual check does not reopen simulator topology

• classic-cube Phase 9A replay recording is now closed through first-party runtime capture, .json replay persistence, local playback reconstruction, schema-light replay normalization across save/load/viewer import, and live Windows integration proof on isolated worktree C:\HyperTwist_worktrees\phase10validate

• classic-cube Phase 9B Unreal-native media export is now closed through first-party MovieRenderQueue plan generation, authoritative LS_HyperTwist_ClassicReplayCapture sequence authoring, reverse-SSH-safe offscreen render invocation, canonical MP4/still/share-card output normalization, aggregate export reporting, and live Windows proof on isolated worktree C:\HyperTwist_worktrees\phase10validate, including a validated 1280x720 / 30 fps / 85-frame replay MP4 after aligning the authored sequence display rate to the export frame rate

• classic-cube Phase 9C local leaderboard stub is now closed through first-party JSON persistence, scramble-length bucket best-time retention, HUD display, legacy-state normalization for schema-light or duplicate local buckets, deterministic status-line resolution, and live Windows integration proof on isolated worktree C:\HyperTwist_worktrees\phase10validate

• classic-cube Phase 10B behavior validation is now closed through Windows automation coverage for rotation, solve, runtime-state round-trip accuracy, timer accuracy, speech-transcription parsing, and dedicated native solver smoke on the primary reverse-SSH localhost:22022 lane, then refreshed again on 2026-06-13 after the replay/leaderboard continuation patch and again on 2026-06-18 through a green 20-test packet after correcting RandomClassicStates to validate runtime facelet export, exact inverse-scramble verification, and runtime round-trip solve rather than claim a bounded 100-state native-solver benchmark

• classic-cube Phase 10C integration validation is now closed through the same primary reverse-SSH localhost:22022 lane, packaged BuildCookRun/archive proof on C:\HyperTwist_worktrees\phase10validate, packaged smoke launches on both L_HyperTwist_ClassicTraining and L_HyperTwist_FollowAlongTraining, and helper-script default smoke coverage across the full cooked classic-cube training map set; that helper default was revalidated on 2026-06-13 through archive C:\HyperTwist_worktrees\phase10validate_packaged_repair with BuildCookRun time: 116.89 s, then revalidated again through C:\HyperTwist_worktrees\phase10validate_packaged_phase10b10c9a9c with aggregate validation JSON plus per-map smoke JSON in validation\ and BuildCookRun time: 69.16 s in -SkipBuild mode; the same lane was then hardened on 2026-06-18 with replay-id/sequence repair coverage, leaderboard schema-light repair coverage, and stricter maintained package helper enforcement for missing or unparseable smoke reports, non-passed smoke results, and unexpected mapUrl drift, then package-revalidated again through archive C:\HyperTwist_worktrees\phase10validate_packaged_phase10b10c_repair4 with explicit runtime-only cooker exclusions -DisablePlugins=MovieRenderPipeline plus -SkipCookingEditorContent, aggregate validation JSON result: passed, both packaged smoke maps green, and BuildCookRun time: 1381.37 s

• Release 19 Windows installer/uninstaller and isolated-host prerequisite validation are now closed through first-party NSIS, PowerShell build, readiness, and lifecycle ownership. The final 851049086-byte installer carries 143 manifest-owned payload files, bundles a valid Microsoft-signed Visual C++ runtime, refuses unsafe or unowned non-empty install roots, preserves user data on uninstall, and passed install, full hash parity, stock-Shipping launch, in-place upgrade, second parity, uninstall, and cleanup from a path containing spaces. Durable evidence lives under docs/generated/alpha_test_20260726_installer

• Phase 10A structural-only validation deprecation is now closed through 221 retained Phase J files carrying 443 deprecated validation identifiers and 443 disabled flags with 0 remaining live HyperTwist.Validation.* or HyperTwist.FirstParty.Validation.* names

• no implementation roadmap gate remains inside the current Phase 1 through Phase 10 packet set; the remaining Alpha/release-engineering checks are the operator-connected dashboard visual plus trusted code signing, genuinely fresh-machine proof, entitlement-backed public release URLs, and update-channel/rollback rollout proof, while the remaining optional product-widening branches are the alternative full-browser client path and any later dedicated native MagicTile interaction/runtime replacement work rather than new structural-only Phase J growth

• the preceding closure sentence now also applies to the Release 19 combined product-repair package; it is no longer held below package authority

• that alternative full-browser client branch is now frozen as a spec-only first-party packet in C:\HyperTwist\docs\arch\HYPERTWIST_PHASE8B_OPTIONAL_FULL_BROWSER_CLIENT_HTTP_BACKEND_PREPARATION_PACKET_2026-06-19.md, with the additive seam-hardening continuation in C:\HyperTwist\docs\arch\HYPERTWIST_PHASE8B_BROWSER_CLIENT_SPEC_EVIDENCE_HARDENING_PACKET_2026-06-19.md, plus the additive backend-contract continuation in C:\HyperTwist\docs\arch\HYPERTWIST_PHASE8B_BROWSER_CLIENT_BACKEND_CONTRACT_MATRIX_PACKET_2026-06-19.md, while the optional native renderer branch is now separately frozen behind the spec-only Phase 7D decision packet in C:\HyperTwist\docs\arch\HYPERTWIST_PHASE7D_MAGICTILE_RENDERER_PORT_DECISION_PACKET_2026-06-19.md

• 2026-06-13: Phase 6C entered the owned clean-room lane through a first-party higher-dimensional activation catalog that resolves canonical Magic120Cell and MagicCube5D puzzle definitions above the retained donor bundles and the retained Hyperspeedcube runtime anchor; the remaining gap is the actual interactive runtime, not the posture decision

• 2026-06-13: the next Phase 6C continuation widened that activation lane into active runtime surfaces by resolving higher-dimensional activation through both canonical puzzle ids and imported generated-mode RuntimeModeId fallback, then mirroring the resolved profile through the training runtime library and the live training panel/session caches; the primary localhost:22022 Windows lane rebuilt the slice with Result: Succeeded and passed all 5 HyperTwist.FirstParty.HigherDimensional.Phase6C tests, including RunStateActivationResolution

• 2026-06-18: the next Phase 6C continuation widened that lane again into bundled higher-dimensional launch and view-context catalogs plus owned shared-map launch and generated-mode execution through the training subsystem; after recovering an interrupted follow-up, the primary localhost:22022 lane rebuilt the cleaned slice with Result: Succeeded, UnrealBuildTool Total execution time: 124.81 seconds, and passed all 8 HyperTwist.FirstParty.HigherDimensional.Phase6C tests, including LaunchCatalog, ViewContextCatalog, LaunchExecution, and RunStateActivationResolution

• 2026-06-18: the next Phase 6C continuation added an explicit higher-dimensional host-surface catalog that preserves preferred dedicated Magic120Cell / MagicCube5D host-map targets while keeping the current shared training-map host as the effective runtime fallback, then mirrored that host seam through the runtime library plus the panel/session caches; the same localhost:22022 lane rebuilt the widened slice with Result: Succeeded, UnrealBuildTool Total execution time: 2858.02 seconds, and passed all 9 HyperTwist.FirstParty.HigherDimensional.Phase6C tests, including the new HostCatalog

• 2026-06-18: the next Phase 6C continuation added an explicit higher-dimensional runtime-session catalog that merges the launch, host, and view-context seams into one executed family-owned session posture, upgrades generated-mode lineage plus start-time selector application to use the merged launch-plus-view defaults, and revalidated the widened slice on the same localhost:22022 lane with Result: Succeeded, UnrealBuildTool Total execution time: 3541.98 seconds, and all 10 HyperTwist.FirstParty.HigherDimensional.Phase6C tests passing, including the new SessionCatalog

• 2026-06-18: the next Phase 6C continuation added an explicit higher-dimensional interactive-scene catalog that promotes the landed Magic120Cell / MagicCube5D runtime-session seams into family-owned scene-context contracts, mirrors those scene surfaces through the training runtime library plus the live training panel/session caches, upgrades generated-mode lineage plus source attribution to record the scene-surface and scene-context ids, and revalidated the widened slice on the same localhost:22022 lane with Result: Succeeded, UnrealBuildTool Total execution time: 3528.60 seconds, and all 11 HyperTwist.FirstParty.HigherDimensional.Phase6C tests passing, including the new InteractiveSceneCatalog; LaunchExecution again remained healthy through an Ignoring very large delta of 479.46 seconds quiet interval

• 2026-06-18: the next Phase 6C continuation then closed that remaining ownership gap by replacing the placeholder Magic120Cell / MagicCube5D scene envelopes with family-owned runtime-state, projection, and persistence payloads, swapping the shared-map execution bridge for dedicated family maps plus dedicated host/launch/view-context/session surfaces, and hardening selector application so the same localhost:22022 lane rebuilt the follow-up with Result: Succeeded, UnrealBuildTool Total execution time: 1648.33 seconds, then the targeted hardening rebuild with Result: Succeeded, UnrealBuildTool Total execution time: 93.44 seconds, and the exported automation report passed all 11 HyperTwist.FirstParty.HigherDimensional.Phase6C tests with LaunchExecution duration 195.65591430664062

• 2026-06-18: the next Phase 6C hardening pass then deferred repository- view projection across the internal generated-mode launch handoff, rebuilt the same localhost:22022 lane with Result: Succeeded, UnrealBuildTool Total execution time: 400.77 seconds, and the exported automation report again passed all 11 HyperTwist.FirstParty.HigherDimensional.Phase6C tests with totalDuration 41.88494873046875 and LaunchExecution duration 41.53509521484375

• 2026-06-18: the next Phase 6C recovery-proof pass then made those dedicated-family maps deterministic headless-owned artifacts through scripts/hypertwist_author_higher_dimensional_training_maps.py, stamped explicit PlayerStart ownership tags for activation, host, launch, view-context, session, interactive-scene, scene-context, puzzle, runtime-mode, projection, persistence, and dedicated-family ownership, preserved the optional AHyperTwistHigherDimensionalTrainingShellActor only for manual/editor authoring because UnrealEditor-Cmd still crashes when spawning it, and revalidated the corrected slice with pulled proof in docs/generated/higher_dimensional_training_maps/phase6c_dedicated_family_map_manifest.json plus docs/generated/higher_dimensional_training_maps/phase6c_dedicated_map_ownership_automation_report.json; the same localhost:22022 lane passed all 13 HyperTwist.FirstParty.HigherDimensional.Phase6C tests, including DedicatedMapAuthoringManifest and DedicatedMapOwnedShell

• the same Phase 6C lane now also has a maintained higher-dimensional package-validation helper pair, scripts/Invoke-HyperTwistHigherDimensionalPackage.ps1 and scripts/Launch-HyperTwistHigherDimensionalPackage.ps1, which insist on manifest-backed dedicated-family map freshness before cooking L_HyperTwist_Magic120CellTraining and L_HyperTwist_MagicCube5DTraining and then emit aggregate plus per-map smoke JSON under the packaged archive validation tree

• that same higher-dimensional package lane was then live-validated on 2026-06-22 through the primary reverse-SSH localhost:22022 lane against isolated Windows worktree C:\HyperTwist_worktrees\phase10validate, using -SkipBuild on the already-present game receipt, archive output in C:\HyperTwist_worktrees\phase10validate_packaged_phase6c_higherdim, BuildCookRun time: 118.53 s, both dedicated-family packaged smoke maps green, and pulled aggregate proof in docs/generated/higher_dimensional_training_maps/phase6c_dedicated_family_package_validation_report.json

• that same maintained higher-dimensional package lane was refreshed again on 2026-06-23 after the recovered authoritative editor rebuild, still against isolated Windows worktree C:\HyperTwist_worktrees\phase10validate and still using -SkipBuild on the already-present game receipt, with archive output in C:\HyperTwist_worktrees\phase10validate_packaged_phase6c_higherdim_refresh_20260623, BuildCookRun time: 70.74 s, both dedicated-family packaged smoke maps green again, and refreshed aggregate proof in docs/generated/higher_dimensional_training_maps/phase6c_dedicated_family_package_validation_report.json

• the functional Phase 6C ownership gap is now closed; the remaining work in this lane is optional further micro-profiling and richer non-headless decorative/manual-authored family map dressing, not missing activation, host, session, interactive-scene, runtime-state, or persistence ownership seams

• the canonical HyperTwist repo-row portfolio is now treated as 75 rows, not 71

• currently implemented rows are now 35, not 20

• a later live-state reconciliation had already lifted the previously stated 33 to 34; the bounded cjpais/Handy adjunct now makes the checked live count 35

• four of the additional current implemented rows are the later-landed restrictive clean-room lanes:

  • cubing/alg.js
  • cubing/twisty.js
  • HactarCE/2x2x2x2-Scrambler
  • kash/cubedesk

• the fifth additional current implemented row is the same-day bounded permissive partial row:

  • HactarCE/Hyperspeedcube

• the sixth additional current implemented row is the same-day bounded permissive partial row:

  • kkoomen/qbr

• the seventh additional current implemented row is the same-day bounded permissive partial row:

  • vivaansinghvi07/rubix-cube-solver

• the eighth additional current implemented row is the next-day bounded permissive partial row:

  • roice3/MagicTile

• the ninth additional current implemented row is the same-day bounded permissive partial row:

  • SYSTRAN/faster-whisper

• the tenth additional current implemented row is the next-day bounded permissive partial row:

  • rhasspy/piper

• the eleventh additional current implemented row is the next-day bounded permissive partial row:

  • coqui-ai/TTS

• the twelfth additional current implemented row is the next-day bounded permissive partial row:

  • roice3/Magic120Cell

• the thirteenth additional current implemented row is the next-day bounded permissive partial row:

  • roice3/MagicCube5D

• the fourteenth additional current implemented row is the next-day bounded permissive partial row:

  • cjpais/Handy

• the current next bounded move is not another restrictive packet by default

• the earlier first-party packet block that was still being treated as next is now confirmed landed:

  • d4f4ad3 Add primary coach orchestration entry lane
  • 1860f14 Add provider-backed recognition sidecar client
  • 2473665 Overlay imported training catalog packs and finite bundles

• the generic source-backed Phase 6R-A HactarCE/Hyperspeedcube control pass is now consumed

• the bounded permissive Phase 6R-A HactarCE/Hyperspeedcube puzzle-catalog contract widening packet is now landed in current code

• the bounded permissive Phase 6R-K HactarCE/Hyperspeedcube notation and replay-log serialization packet is now landed in current code

• the bounded permissive Phase 6R-L HactarCE/Hyperspeedcube replay verification packet is now landed in current code

• the generic source-backed Phase 6R-M HactarCE/Hyperspeedcube control pass is now consumed

• the bounded permissive Phase 6R-M HactarCE/Hyperspeedcube stats-shape and solve-record packet is now landed in current code

• the generic source-backed Phase 6R-N HactarCE/Hyperspeedcube control pass is now consumed

• the bounded permissive Phase 6R-N HactarCE/Hyperspeedcube puzzle-definition DSL packet is now landed in current code, and the bounded package-checklist proof was refreshed against current upstream HEAD on 2026-06-18 to track the symmetric HPS engine registration/layout (crates/hyperpuzzle/src/lib.rs, crates/hyperpuzzle_impl_symmetric/src/lib.rs, and hps/symmetric/4d_platonic.hps) instead of the removed legacy hps/puzzles/ft_cube.hps path

• HactarCE/Hyperspeedcube is now closed for the currently justified retained families; no new widening is justified from that row by default

• the generic source-backed Phase 6R-B kkoomen/qbr control pass is now consumed

• the bounded permissive Phase 6R-B kkoomen/qbr classic-cube recognition calibration and ordered face-observation packet is now landed in current code

• the bounded permissive Phase 6R-O kkoomen/qbr webcam UI shell packet is now landed in current code

• the bounded permissive Phase 6R-AK kkoomen/qbr locale-aware solve-guidance routing overlay packet is now landed in current code

• the bounded permissive Phase 6R-AN kkoomen/qbr multilingual solve-shell presentation posture packet is now landed in current code

• the bounded permissive Phase 6R-AS kkoomen/qbr bundled-font review boundary packet is now landed in current code

• the bounded permissive Phase 6R-AJ cjpais/Handy external dictation shell, transcript-history, and output-routing adjunct packet is now landed in current code

• the bounded permissive Phase 6R-AO cjpais/Handy global hotkey, mute, and device-selection shell packet is now landed in current code

• the bounded permissive Phase 6R-AU cjpais/Handy local model catalog, integrity, and unload policy shell packet is now landed in current code

• kkoomen/qbr remains partially incorporated; bundled-font redistribution and direct standalone multilingual solve-shell rendering or donor asset shipping stay deferred after the landed review boundary, while the broader reconstruction, correction, and explanation stack remains owned by the already landed shared first-party and rubix-cube-solver seams rather than reopening under qbr

• the generic source-backed Phase 6R-C vivaansinghvi07/rubix-cube-solver control pass is now consumed

• the bounded permissive Phase 6R-C vivaansinghvi07/rubix-cube-solver committed-face reconstruction and face-vote replacement packet is now landed in current code

• the generic source-backed Phase 6R-P vivaansinghvi07/rubix-cube-solver control pass is now consumed

• the bounded permissive Phase 6R-P vivaansinghvi07/rubix-cube-solver browser/webcam shell packet is now landed in current code

• the bounded permissive Phase 6R-Q vivaansinghvi07/rubix-cube-solver solve explanation and recommendation shell packet is now landed in current code

• the bounded permissive Phase 6R-AT vivaansinghvi07/rubix-cube-solver bundled twistysim.min.js asset review boundary packet is now landed in current code

• vivaansinghvi07/rubix-cube-solver remains partially incorporated; bundled twistysim.min.js redistribution or donor asset shipping without preserved/replaced provenance, generalized solver backend ownership, and broad playback-runtime ownership stay deferred

• the generic source-backed Phase 6R-AV yakupbilen/drl-rubiks-cube learned-search and ADI experimentation control pass is now consumed

• the bounded first-party Phase 6R-AV learned heuristic search and ADI experimentation packet grounded in yakupbilen/drl-rubiks-cube is now landed in current code

• the bounded first-party Phase 6R-AW learned-search sequence-policy and search-budget refinement packet grounded in the same yakupbilen benchmark slice is now landed in current code

• the bounded first-party Phase 6R-AX learned-search node-identity and state-expansion boundary packet grounded in the same yakupbilen benchmark slice is now landed in current code

• the bounded first-party Phase 6R-AY learned-search frontier-scoring and solution-unwind boundary packet grounded in the same yakupbilen benchmark slice is now landed in current code

• the bounded first-party Phase 6R-AZ learned-search value-network shape and generator-sync boundary packet grounded in the same yakupbilen benchmark slice is now landed in current code

• yakupbilen/drl-rubiks-cube remains benchmark-grounded; live recognition/reconstruction ownership stays with qbr and rubix-cube-solver, while correctness/performance oracle ownership stays with brownan and efrantar

• the generic source-backed Phase 6R-D roice3/MagicTile control pass is now consumed

• the bounded permissive Phase 6R-D roice3/MagicTile tiling topology and geometry-family packet is now landed in current code

• the bounded permissive Phase 6R-T roice3/MagicTile transform-aware macro remapping packet is now landed in current code

• the bounded first-party Phase 7A MagicTile embedded-browser host-decision packet is now landed in current code

• the bounded first-party Phase 7B MagicTile browser state-bridge packet is now landed in current code

• the bounded first-party Phase 7C MagicTile native behavior proof packet is now landed in current code

• the spec-only first-party Phase 7D MagicTile renderer-port decision packet is now landed in current docs

• roice3/MagicTile remains partially incorporated; broader non-Euclidean interaction, dedicated native renderer ownership, and legacy host-shell ownership stay deferred

• the generic source-backed Phase 6R-E speech-input / voice sidecar control pass is now consumed

• the bounded permissive Phase 6R-E ggml-org/whisper.cpp speech transcript session packet is now landed in current code

• the bounded permissive Phase 6R-U ggml-org/whisper.cpp live microphone capture shell packet is now landed in current code

• the bounded permissive Phase 6R-V ggml-org/whisper.cpp device-permission and capture-route-readiness shell packet is now landed in current code

• the bounded permissive Phase 6R-W ggml-org/whisper.cpp downloadable model and payload custody packet is now landed in current code

• ggml-org/whisper.cpp remains partially incorporated; actual OS permission-grant execution, low-level native capture-route takeover, actual downloadable model or payload shipping, and broad assistant-platform scope stay deferred

• the later provider-family backfill keeps the top-level provider/session contract first-party and provider-neutral rather than donor-owned

• the generic source-backed Phase 6R-F SYSTRAN/faster-whisper control pass is now consumed

• the bounded permissive Phase 6R-F SYSTRAN/faster-whisper transcription-service orchestration packet is now landed in current code

• the bounded permissive Phase 6R-AP SYSTRAN/faster-whisper batch-window and prompt/retrieval tuning packet is now landed in current code

• SYSTRAN/faster-whisper remains partially incorporated; BYOK/profile custody, payload shipping, and voice-output ownership stay deferred

• the generic source-backed Phase 6R-G rhasspy/piper control pass is now consumed

• the bounded permissive Phase 6R-G rhasspy/piper local narration sidecar packet is now landed in current code

• the bounded permissive Phase 6R-AQ rhasspy/piper downloadable voice-asset review boundary packet is now landed in current code

• rhasspy/piper remains partially incorporated; bundled voice asset shipping, rich playback runtime ownership, viseme / gesture runtime integration, and broad voice-platform ownership stay deferred

• the generic source-backed Phase 6R-H coqui-ai/TTS control pass is now consumed

• the bounded permissive Phase 6R-H coqui-ai/TTS advanced narration orchestration packet is now landed in current code

• the bounded permissive Phase 6R-AR coqui-ai/TTS downloadable voice/model review boundary packet is now landed in current code

• coqui-ai/TTS remains partially incorporated; bundled voice asset shipping, voice conversion, and broad voice-platform ownership stay deferred

• the bounded permissive Phase 6R-I roice3/Magic120Cell family runtime-profile and persistence packet is now landed in current code

• the bounded permissive Phase 6R-AL roice3/Magic120Cell symmetry-aware focus view-profile packet is now landed in current code

• roice3/Magic120Cell remains partially incorporated; host shell, renderer, generic topology, and broad interaction-shell widening stay deferred after the dedicated view-profile seam

• the bounded permissive Phase 6R-J roice3/MagicCube5D family runtime-profile and persistence packet is now landed in current code

• the bounded permissive Phase 6R-AM roice3/MagicCube5D projection and focus view-profile packet is now landed in current code

• roice3/MagicCube5D remains partially incorporated; host shell, stereo/anaglyph renderer, generic hyper-runtime ownership, generic notation or replay ownership, and broad macro/tutorial shell widening stay deferred after the dedicated view-profile seam

• the bounded permissive Phase 6R-K HactarCE/Hyperspeedcube notation and replay-log serialization packet is now landed in current code

• the bounded permissive Phase 6R-L HactarCE/Hyperspeedcube replay verification packet is now landed in current code

• the bounded permissive Phase 6R-M HactarCE/Hyperspeedcube stats-shape and solve-record packet is now landed in current code

• HactarCE/Hyperspeedcube is now closed for the currently justified retained families

• the bounded permissive Phase 6R-O kkoomen/qbr webcam UI shell packet is now landed in current code

• the bounded permissive Phase 6R-P vivaansinghvi07/rubix-cube-solver browser/webcam shell packet is now landed in current code

• the bounded permissive Phase 6R-Q vivaansinghvi07/rubix-cube-solver solve explanation/recommendation packet is now landed in current code

• the continuity-profile sync now names Continuity Lattice as the substrate only, keeps Memory Lanes canonical, and treats Max-Retention Mode and Economic-Retention Mode as preset-backed overrideable context-assembly profiles rather than a second memory system

• the generic first-party Phase 6R-M1 memory contracts and ledger control pass is now consumed

• the bounded first-party Phase 6R-M1 memory contracts and ledger packet is now landed in current code

• the generic first-party Phase 6R-M2 chronicle and continuity control pass is now consumed

• the bounded first-party Phase 6R-M2 chronicle and continuity packet is now landed in current code

• the generic first-party Phase 6R-M3 recall and shared-context control pass is now consumed

• the bounded first-party Phase 6R-M3 recall and shared-context packet is now landed in current code

• the generic first-party Phase 6R-M4 cognitive consolidation control pass is now consumed

• the bounded first-party Phase 6R-M4 cognitive consolidation packet is now landed in current code

• the generic first-party Phase 6R-M5 knowledge and notes control pass is now consumed

• the bounded first-party Phase 6R-M5 knowledge and notes packet is now landed in current code

• the generic first-party Phase 6R-M6 derived memory and optional adjunct control pass is now consumed

• the bounded first-party Phase 6R-M6 derived memory and optional adjunct packet is now landed in current code

• do not reopen 6R-M1, 6R-M2, 6R-M3, 6R-M4, 6R-M5, or 6R-M6 as broad memory packets

• the bounded first-party memory packet family is now closed through 6R-M6

• the generic first-party Phase S1-A skill registry and manifest contract control pass is now consumed

• the bounded first-party Phase S1-A skill registry and manifest contract packet is now landed in current code

• the generic first-party Phase S1-B skill settings/menu/off-state control pass is now consumed

• the bounded first-party Phase S1-B skill settings/menu/off-state control packet is now landed in current code

• the generic first-party Phase S1-C invocation/provenance/audit-ledger control pass is now consumed

• the bounded first-party Phase S1-C invocation/provenance/audit-ledger packet is now landed in current code

• the generic first-party Phase S1-D authoring/examples/validation-harness control pass is now consumed

• the bounded first-party Phase S1-D authoring/examples/validation-harness packet is now landed in current code

• the generic first-party Phase S2-A permissive analyzer wrapper control pass is now consumed

• the bounded first-party Phase S2-A permissive analyzer wrapper packet is now landed in current code

• the bounded first-party Phase S2-B clean-room command-contract packet is now landed in current code

• the bounded first-party Phase S2-C clean-room skill-spec packet is now landed in current code

• the bounded first-party Phase S3-A continuity and resume skill packet is now landed in current code

• the bounded first-party Phase S3-B recall and compact-view skill packet is now landed in current code

• the bounded first-party Phase S3-C workflow-memory capture skill packet is now landed in current code

• the bounded first-party Phase S4-A extraction skill packet is now landed in current code

• the bounded first-party Phase S4-B browser diagnostics skill packet is now landed in current code

• the bounded first-party Phase S4-C design shell skill packet is now landed in current code

• the bounded first-party Phase S5-A workflow/review wrapper packet is now landed in current code

• the bounded first-party Phase S5-B implementation-review and delegation spec packet is now landed in current code

• the bounded first-party Phase S5-C plan synthesis/orchestration glue packet is now landed in current code

• the bounded first-party Phase S6-A provider-neutral profile/routing skill packet is now landed in current code

• the bounded first-party Phase S6-B usage and operations audit skill packet is now landed in current code

• the bounded first-party Phase S7-A domain-pack framework packet is now landed in current code

• the bounded first-party Phase S7-B first retained domain-pack packet is now landed in current code

• the bounded first-party Phase S7-C creative/media packs packet is now landed in current code

• the generic source-backed Phase 6R-R shared classic-cube recognition multi-face correction/explanation control pass is now consumed

• the bounded permissive Phase 6R-R shared classic-cube recognition multi-face correction/explanation shell packet is now landed in current code

• the generic source-backed Phase 6R-S shared classic-cube correction-resolution closure control pass is now consumed

• the bounded permissive Phase 6R-S shared classic-cube correction-resolution closure packet is now landed in current code

• the generic source-backed Phase 6R-T roice3/MagicTile transform-aware macro remapping control pass is now consumed

• the bounded permissive Phase 6R-T roice3/MagicTile transform-aware macro remapping packet is now landed in current code

• the generic source-backed Phase 6R-U ggml-org/whisper.cpp live microphone capture shell control pass is now consumed

• the bounded permissive Phase 6R-U ggml-org/whisper.cpp live microphone capture shell packet is now landed in current code

• the generic source-backed Phase 6R-V ggml-org/whisper.cpp device-permission and capture-route readiness shell control pass is now consumed

• the bounded permissive Phase 6R-V ggml-org/whisper.cpp device-permission and capture-route readiness shell packet is now landed in current code

• the generic source-backed Phase 6R-W ggml-org/whisper.cpp downloadable model and payload custody control pass is now consumed

• the bounded permissive Phase 6R-W ggml-org/whisper.cpp downloadable model and payload custody packet is now landed in current code

• the generic source-backed Phase 6R-X first-party provider-profile and BYOK custody control pass is now consumed

• the bounded first-party Phase 6R-X provider-profile and BYOK custody packet is now landed in current code

• the generic source-backed Phase 6R-Y first-party provider routing and policy control pass is now consumed

• the bounded first-party Phase 6R-Y provider routing and policy packet is now landed in current code

• the generic source-backed Phase 6R-Z first-party normalized usage/cost event-model control pass is now consumed

• the bounded first-party Phase 6R-Z normalized usage/cost event-model packet is now landed in current code

• the generic source-backed Phase 6R-AA first-party operator-facing provider usage/cost dashboard shell control pass is now consumed

• the bounded first-party Phase 6R-AA operator-facing provider usage/cost dashboard shell packet is now landed in current code

• the generic source-backed Phase 6R-AB first-party provider usage/cost history/export shell control pass is now consumed

• the bounded first-party Phase 6R-AB provider usage/cost history/export shell packet is now landed in current code

• the generic source-backed Phase 6R-AC first-party provider receipt review and posted-charge inspection control pass is now consumed

• the bounded first-party Phase 6R-AC provider receipt review and posted-charge inspection packet is now landed in current code

• the generic source-backed Phase 6R-AD first-party provider billing settlement and invoice reconciliation control pass is now consumed

• the bounded first-party Phase 6R-AD provider billing settlement and invoice reconciliation packet is now landed in current code

• the generic source-backed Phase 6R-AE first-party provider settlement exception and external-portal handoff control pass is now consumed

• the bounded first-party Phase 6R-AE provider settlement exception and external-portal handoff packet is now landed in current code

• the generic source-backed Phase 6R-AF first-party real device-permission workflow control pass is now consumed

• the bounded first-party Phase 6R-AF real device-permission workflow packet is now landed in current code

• the generic source-backed Phase 6R-AG first-party native capture-route ownership and workflow preparation/control pass is now consumed

• the bounded first-party Phase 6R-AG native capture-route ownership and workflow preparation/control packet is now landed in current code

• the generic source-backed Phase 6R-AH first-party operator-facing native capture-route workflow shell pass is now consumed

• the bounded first-party Phase 6R-AH operator-facing native capture-route workflow shell packet is now landed in current code

• the generic source-backed Phase 6R-AI first-party provider-neutral custom-endpoint runtime routing pass is now consumed

• the bounded first-party Phase 6R-AI provider-neutral custom-endpoint runtime routing packet is now landed in current code

• the current next bounded move is not another speech/provider-adjacent packet by default; if a new speech/provider-adjacent first-party packet is justified, first prove a narrower remaining downstream provider-neutral runtime or operator-facing consumer gap and keep actual OS permission-grant execution, actual payment execution, provider-portal ownership, and actual payload shipping separately deferred

• the repo-row implementation queue is now live from that Phase 6R-A entry point rather than waiting on another first-party packet

Current execution gate

Before widening new HyperTwist donor-driven implementation beyond the already landed lanes, preserve this current truth:

State-separation rule:

• bookmarked = intake only
• queued = sequencing only
• source-read = evidence gained
• retained = survives evaluation in some posture
• product-fit = separate judgment
• implementation-authorized = explicitly approved bounded build work
• implemented = actually landed in first-party product surfaces

Do not let bookmark presence, queue position, planning artifacts, or docs metadata masquerade as product intent or proof of implementation.

Donor-strength rule:

• donor strength and legal posture are separate axes

• a restrictive or boundary-sensitive repo can still be the strongest owner for a lane

• route difficulty changes how retained value may enter the product, not whether it may win technically

• current shallow-eval set: 75 repos

• currently verified live/implemented in checked Unreal surfaces: 35

• permissive live lanes: 23

• boundary-sensitive live lanes: 6

• restrictive live lanes: 6

• the restrictive landed lanes are:

  • onionhoney/roux-trainers
  • cubing/alg.js
  • cubing/twisty.js
  • HactarCE/2x2x2x2-Scrambler
  • kash/cubedesk

• each restrictive landed lane is to be treated as properly clean-roomed and implemented afterward

• boundary-sensitive live lanes are implementation-authorized without clean-room by default; they land only through bounded dependency, subtree, allowlist, package-split, or adapter routes

• cubing/cubing.js is live through the accepted MPL-side adapter/dependency route, not through a restrictive clean-room route

• coqui-ai/TTS is live as a bounded MPL code-side lane, while model and payload review remains separate from the code-license judgment; that separation is not a clean-room requirement for the package code

• the dedicated current doctrine note for this route is:

  • HYPERTWIST_MPL_BOUNDARY_AND_NON_GPL_USAGE_DOCTRINE_2026-05-25.md

• the dedicated release-placement checklist for this route is:

  • HYPERTWIST_MPL_DISTRIBUTION_PLACEMENT_CHECKLIST_2026-05-25.md
  • that checklist explicitly covers public commercial website, store, checkout, release, and download surfaces when they sell or deliver builds containing those MPL lanes

• Phase 0R is now closed for the remaining 47 non-live rows

• Phase 1R is now closed as the retained-set contract and handoff overhaul

• Phase 2R is now closed as the retained-set ownership and acceptance packet sequence

• Phase 3R-A is now closed as the landed Aarav2709/KubeTimr timer subsystem widening packet

• Phase 3R-B is now closed as the landed Hypercubers/hypercubing.xyz knowledge and community-reference widening packet

• Phase 3R-C is now closed as the landed apache/echarts analytics and reporting widening packet

• Phase 3R-D is now closed as the landed google/model-viewer browser presentation, compact editor, and standards-aware asset-QA widening packet

• Phase 3R-E is now closed as the landed met4citizen/TalkingHead embodied companion, narration, lip-sync, gesture, subtitle, and avatar-embed widening packet

• Phase 3R-F is now closed as the landed mrdoob/three.js, pmndrs/react-three-fiber, and pmndrs/xr browser spatial support widening packet

• Phase 4R-A is now closed as the landed cubing/cubing.js classic-cubing semantic/runtime adapter widening packet

• Phase 4R-B is now closed as the landed cutelyaware/magiccube4d legacy 4D interaction/history/macro/provenance widening packet

• Phase 4R-C is now closed as the landed google/model-viewer/packages/shared-assets fixture allowlist/provenance widening packet

• Phase 4R-D is now closed as the landed PostHog/posthog control-plane subtree-boundary widening packet

• Phase 4R-E is now closed as the landed screenpipe/screenpipe capture-history subtree-boundary widening packet

• Phase 4R-F is now closed as the landed remotion-dev/remotion media-export and package-split commercial-boundary widening packet

• 2026-06-12 routing correction: preserve the already-landed first-party Phase 4R-F outputs, but treat remotion-dev/remotion itself as restrictive-custody for future donor-backed widening and prefer Unreal-native export for fresh shipping work

Current routing truth:

• retained rows total: 68
• discarded from the active retained set: 3
• active non-live implementation-board rows: 33
• retained benchmark, oracle, or clean-room-later rows outside the active implementation board: 9
• current retained 0R-E benchmark, oracle, or clean-room-later rows are:
  • cs0x7f/cstimer
  • brownan/Rubiks-Cube-Solver
  • efrantar/rob-twophase
  • ShellPuppy/RCube
  • vwcwong/CubeSim
  • AviKaufman/Rubix-cube-trainer
  • alinen/cube
  • ambisinister/blindsolve
  • yakupbilen/drl-rubiks-cube
• current discarded 0R-E active-set rows are:
  • aMonteSl/CodeXR
  • MathewKJ2048/Rubiks-cube-simulator
  • brianpeiris/RiftSketch
• the v6.3 CSV label not_live_reference_or_discard_candidate is not the final state by itself; read the closed 0R-E packet for the retained-versus-discarded split

The bounded first-party Phase 6R-AH operator-facing native capture-route workflow shell pass is now landed in current code.

The bounded permissive Phase 6R-AJ cjpais/Handy external dictation shell, transcript-history, and output-routing adjunct pass is now landed in current code.

The bounded permissive Phase 6R-AO cjpais/Handy global hotkey, mute, and device-selection shell pass is now landed in current code.

Queue interpretation after those control passes:

• then continue with the retained repo-row queue
• no new speech-adjacent restrictive packet is justified by default
• if a later speech-adjacent first-party packet is justified:
  • prove a narrower remaining operator-facing native capture-route consumption gap above the landed permission-workflow, native capture-route workflow/control, and operator-facing shell seams
• HactarCE/Hyperspeedcube is now closed for the currently justified retained row:
  • landed:
    • puzzle catalog contract
    • notation contract
    • replay-log serialization boundary
    • replay verification
    • stats-shape and solve-record contract
    • puzzle-definition DSL authoring contract
    • puzzle-definition DSL module/evaluation boundary
  • no current additional widening is justified from this row by default
• kkoomen/qbr remains a partially landed row rather than a closed row:
  • landed:
    • classic-cube recognition calibration contract
    • ordered face-observation contract
    • classic-cube webcam UI shell
    • locale-aware solve-guidance routing overlay
    • multilingual solve-shell presentation posture
    • bundled-font review boundary
    • shared correction-target capture-state and re-scan adjunct
  • still deferred:
    • bundled-font redistribution
    • direct standalone multilingual solve-shell rendering or donor asset shipping
• roice3/Magic120Cell remains a partially landed row rather than a closed row:
  • landed:
    • dedicated 120-cell family runtime profile
    • symmetry and visibility taxonomy
    • persistence and twist-history boundary
    • symmetry-aware focus view profile
  • still deferred:
    • host shell
    • renderer ownership
    • generic topology ownership
    • broad interaction-shell widening
• roice3/MagicCube5D remains a partially landed row rather than a closed row:
  • landed:
    • dedicated 5D family runtime profile
    • order and interaction taxonomy
    • solved-progress telemetry contract
    • persistence, twist-history, and macro-sidecar boundary
    • projection and focus view profile
  • still deferred:
    • WinForms/OpenGL host shell
    • stereo/anaglyph renderer ownership
    • generic hyper-runtime ownership
    • generic notation or replay ownership
    • broad macro/tutorial shell widening
• vivaansinghvi07/rubix-cube-solver remains a partially landed row rather than a closed row:
  • landed:
    • committed-face reconstruction session
    • face-vote replacement ledger
    • final classic-net shaping above aggregated committed faces
    • browser/webcam shell profile and browser-shell session-state composition
    • bounded solve explanation/recommendation stage ladder and recommendation state
    • bundled browser visualization asset review boundary
    • bounded correction profile, contradiction-aware correction state, and correction-explanation shell routing
    • correction-resolution ledger, manual-review acceptance, and solve-guidance reopen/unlock semantics
  • still deferred:
    • bundled twistysim.min.js redistribution or donor asset shipping without preserved/replaced provenance
    • generalized solver backend ownership
    • broad playback-runtime ownership
• after the landed Phase 6R-T implementation packet, keep the future routing guards visible:
  • roice3/MagicTile
    • keep broad non-Euclidean interaction or WinForms/OpenTK host ownership closed by default unless a narrower first-party gap is proven above the landed macro-remapping seam
  • ggml-org/whisper.cpp
    • keep code-license judgments separate from downloadable model or payload-license review in any follow-on microphone packet
  • first-party HyperTwist
    • keep the top-level provider/session contract first-party rather than letting whisper.cpp or faster-whisper absorb that lane through a narrower donor win
• roice3/MagicTile remains a partially landed row rather than a closed row:
  • landed:
    • tiling topology and geometry-family contract
    • loader/runtime-anchor boundary
    • direct-donor attribution boundary
    • transform-aware macro remapping contract
    • macro persistence boundary
    • reverse/setup-move/commutator playback support tags
    • embedded browser host decision
    • browser state-bridge contract
    • shared scramble normalization and unified timer transport
    • native behavior proof contract and proof probe
  • still deferred:
    • broad non-Euclidean interaction shell
    • WinForms/OpenTK host shell
    • dedicated native spherical/hyperbolic renderer ownership
    • native spherical/hyperbolic renderer port before the explicit Phase 7D decision gate goes green
    • generic runtime-base replacement
• ggml-org/whisper.cpp remains a partially landed row rather than a closed row:
  • landed:
    • speech transcript session boundary
    • VAD-aware session config and utterance envelope
    • transcript segment and transcript result
    • sidecar health and speech client boundary
    • live microphone shell profile and shell-state boundary
    • device-permission and capture-route readiness shell posture
    • downloadable model and payload custody boundary
    • first-party provider-profile and BYOK custody boundary
    • first-party provider routing and policy boundary
    • first-party normalized usage/cost event-model boundary
    • first-party provider usage/cost history/export shell boundary
    • first-party provider receipt review and posted-charge inspection shell boundary
    • first-party provider billing settlement and invoice reconciliation shell boundary
    • first-party provider settlement exception and external-portal handoff shell boundary
    • first-party real device-permission workflow boundary
    • first-party native capture-route ownership and workflow preparation/control boundary
    • first-party operator-facing native capture-route workflow shell boundary
    • first-party provider-neutral custom-endpoint runtime routing boundary
    • bounded shell capability exposure for:
      • microphone capture shell
      • device-permission shell
      • capture-route readiness shell
      • capture-route retry
      • streaming preview
      • manual transcript commit
      • provider routing policy
      • provider route selection
      • workflow-policy state
      • normalized usage events
      • normalized cost events
      • quota/rate-limit state
      • operator-facing provider usage/cost dashboard shell
      • provider usage/cost history shell
      • provider usage/cost export preview
      • provider usage/cost summary copy
      • provider receipt review shell
      • provider posted-charge inspection
      • provider charge-variance review
      • provider billing settlement shell
      • provider invoice reconciliation
      • provider settlement-readiness review
      • provider settlement exception shell
      • provider external-portal handoff
      • provider settlement-exception review
  • still deferred:
    • provider-specific overlays or provider-settings ownership
    • actual payment execution or provider-portal ownership
    • actual OS permission-grant execution ownership
    • low-level native capture-route takeover beyond the landed bounded workflow/control and operator-facing shell posture
    • actual downloadable model or payload shipping
    • broad assistant-platform scope
• SYSTRAN/faster-whisper is now landed as a partially incorporated row rather than a generic future placeholder:
  • landed:
    • Python transcription-service orchestration profile
    • orchestration-aware transcript metadata
    • bounded Python service-lane capability exposure
    • bounded batch-window tuning metadata
    • bounded prompt-routing and retrieval-hint tuning metadata
  • still deferred:
    • broader live queue orchestration or worker-process ownership beyond the landed bounded tuning profile
    • downloadable model or payload shipping
    • TTS or voice-output ownership
    • broad assistant-platform scope
• rhasspy/piper is now landed as a partially incorporated row rather than a generic future placeholder:
  • landed:
    • local narration sidecar contract
    • voice-profile catalog normalization
    • narration synthesis request/result contract
    • bounded mock and HTTP voice-client seam
    • voice service-health exposure
    • downloadable voice-asset review profile
    • supported local voice-asset descriptors
    • voice service-health review metadata for the local narration lane
  • still deferred:
    • bundled voice asset shipping
    • rich playback runtime ownership
    • viseme / gesture runtime integration
    • broad assistant-platform scope
• coqui-ai/TTS is now landed as a partially incorporated row rather than a generic future placeholder:
  • landed:
    • advanced narration orchestration profile
    • normalized model/vocoder binding metadata
    • multilingual routing and speaker-selection flags
    • reference-speaker conditioning flag
    • bounded mock and HTTP voice-client seam support for the richer narration profile
    • advanced voice service-health capability exposure
    • downloadable voice/model review profile
    • supported advanced voice-model review descriptors
    • advanced voice service-health review metadata
  • still deferred:
    • bundled voice asset shipping
    • voice conversion
    • broad playback runtime ownership
    • viseme / gesture runtime integration
    • broad assistant-platform scope
• cjpais/Handy is now a landed bounded permissive speech-adjacent adjunct rather than a generic future donor:
  • landed now:
    • external dictation-shell profile/state
    • retained transcript-history and retention shell behavior
    • paste, clipboard, typing, and script-oriented output-routing posture
    • speech service-health capability exposure for the external dictation shell
    • optional transcript post-process overlay posture
    • bounded global-hotkey lifecycle shell posture
    • bounded selected input/output device shell posture
    • bounded mute-while-recording and microphone-mode shell posture
    • speech service-health capability exposure for the hotkey/device/mute shell surfaces
    • bounded local model catalog review posture above the landed payload-custody seam
    • bounded payload-integrity review posture for local speech model payloads
    • bounded unload-policy review posture for local speech model payloads
  • still deferred:
    • top-level provider/session ownership
    • core native STT runtime ownership over whisper.cpp
    • Python orchestration ownership over faster-whisper
    • actual model download, extract, or unload execution ownership
    • voice-output ownership
    • broad assistant-platform scope
  • route:
    • do not widen this row into a broad speech-platform packet
    • after the landed Phase 6R-AU shell packet, only reopen a still narrower follow-on if a real first-party gap remains above the already landed speech, permission, capture-route, payload-custody, provider, narration, and operator-facing dictation shell stack
• the next queue shape is now:
  • then continue with the retained repo-row queue
  • no new speech/provider-adjacent first-party packet is justified by default
• the next bounded move should stay narrow:
  • if a new speech/provider-adjacent first-party packet is justified, prove a narrower remaining downstream provider-neutral runtime or operator-facing consumer gap above the landed provider-profile/BYOK, provider-routing, custom-endpoint runtime, permission-workflow, native capture-route workflow/control, and operator-facing shell seams before any widening into actual OS permission-grant execution, actual payment execution, provider-portal ownership, actual payload shipping, provider-specific overlay ownership, broad voice-output ownership, or broad assistant-platform scope
• keep the speech-input / voice sidecar legal sequencing guard visible:
  • keep code-license judgments separate from model, voice, and payload-license review
• keep the provider-neutral speech-lane guard visible:
  • first-party HyperTwist owns the top-level provider/session contract
  • first-party HyperTwist owns the provider routing/policy lane
  • whisper.cpp and faster-whisper may win narrower donor slices without inheriting either lane
• keep the voice-output guard visible:
  • coqui-ai/TTS stays bounded to advanced narration orchestration metadata rather than broad voice-platform ownership
• keep the optional Phase 3R-G browser comparison lane deferred unless the landed primary browser spatial stack exposes a real gap

Canonical doctrine docs:

• C:\HyperTwist\docs\HYPERTWIST_REPO_INTAKE_RETENTION_AND_PRODUCT_FIT_DOCTRINE_2026-05-14.md
• C:\HyperTwist\docs\HYPERTWIST_MODEL_A_MODEL_B_COORDINATOR_DOCTRINE_2026-05-14.md

Operational scanning note:

• routine live or product-surface scanning is no longer the default evaluation step
• assume a repo is not implemented unless explicit implementation authority says otherwise
• only verify current implementation state when the active task depends on that fact

Reset phases

Phase 0R — remaining repo deep evaluation

• close the implementation-truth gap for the remaining 65
• decide keep / promote / demote / benchmark / discard
• decide direct permissive, bounded dependency, clean-room, or reference-only lane

Phase 1R — contract and handoff overhaul

• update license tracking
• update roadmap and handoff docs
• update repo-row boards
• refresh clean-room and Model B boundaries
• rebuild later implementation waves from the retained set only

Status:

• closed on 2026-05-13
• authority doc:
  • docs/HYPERTWIST_PHASE_1R_RETAINED_SET_CONTRACT_AND_HANDOFF_2026-05-13.md

Phase 2R — retained-set ratification

• freeze the post-Phase 0R retained set into an implementation-ready board
• define packet classes, subsystem entry points, and ownership

Phase 3R — permissive implementation waves

• execute retained straight-permissive rows first
• prioritize the retained architecture anchors and high-value donor lanes that can become owned capability quickly

Phase 4R — boundary-sensitive adapter and sidecar waves

• resolve the retained MPL, mixed-term, asset-term, enterprise-slice, and commercial-boundary rows
• prefer bounded adapter or sidecar use where the retained posture says that is the cleaner path

Phase 5R — restrictive clean-room waves

• refresh Model A / Model B chains for retained restrictive rows
• implement only from the refreshed clean-room handoff materials

Phase 6R — retained-set capability widening

• widen simulation, recognition, XR, and support-plane work only from the retained evaluated set

Phase 7R — benchmark, discard, and hardening closure

• close oracle/reference/discard decisions
• tie retained benchmark rows to validation and release-hardening

A — Alignment

Freeze terminology, repo roles, and dual-pillar architecture.

B — Base simulation runtime

Stand up Unreal runtime, puzzle-state core, and core rendering loop.

C — Cube-state / notation layer

Standardize notation, scramble, replay packets, and interchange.

D — Detection and reconstruction

Integrate camera/CV and confidence-aware reconstruction.

E — Replay and explainability

Build replay surfaces, timing analysis, and explanatory overlays.

F — Foundational training

Drills, timers, analytics, curriculum, and method-aware progression.

G — General AI coach

Commentary, drill planning, and personalized progression support.

H — Hyper engine deepening

Expand higher-dimensional support, projection, and advanced workflows.

I — Immersive interaction

XR modes, puzzle manipulation, and spatial tutorial flows.

The first deliberate HyperTwist-native immersive milestones are now landed as:

• Phase I-A scenic virtual training environment foundations
• Phase I-B immersion and focus-presence controls
• Phase I-C spatial coaching and tutorial staging
• Phase I-D reactive session-state environment cues
• Phase I-E comfort, accessibility, and performance hardening

This remains a first-party product lane, not a donor-driven retained-row packet and not a VectorShell workspace-shell reuse plan by default.

Its purpose is to give HyperTwist a real training environment with place, presence, focus-support, stable anchors, calm ambience, legibility-first scenic lighting, user-tuned presence/comfort posture, integrated coaching/tutorial staging, and subtle session-state feedback rather than treating immersion as a void-only shell or a flat virtual background metaphor.

This completes the initial bounded immersive scaffold. Later environment-family expansion, extra scenic themes, or platform-specific tuning remain optional future work rather than mandatory roadmap debt.

Canonical scoping note:

• C:\HyperTwist\docs\HYPERTWIST_VIRTUAL_TRAINING_ENVIRONMENT_AND_SCENIC_IMMERSION_SCOPING_NOTE_2026-05-31.md

J — Validation and benchmarking

Correctness, replay integrity, performance, and benchmark harnesses.

Retained historical note:

• the enumerated Phase J-* ladder below preserves the earlier structural validation packet lineage for build history and archival traceability
• after landed Phase 10A, that structural ladder is no longer current live validation authority and is preserved only as deprecated disabled ballast
• live validation truth now stays with landed Phase 10B behavior coverage, landed Phase 10C integration coverage, and later focused Windows-backed proof packets
• treat older docs/arch/HYPERTWIST_PHASEJ_* packet wording such as "next deliberate roadmap marker" as historical-at-the-time context rather than current expansion guidance

The first deliberate HyperTwist-native validation and benchmarking milestone was landed as:

• Phase J-A replay integrity and validation benchmark foundations
• Phase J-B regression snapshots and cross-run benchmark deltas
• Phase J-C validation evidence exports and benchmark fixture packets
• Phase J-D validation run summaries and operator review packets
• Phase J-E validation triage queues and manual sign-off notes
• Phase J-F validation exception waivers and bounded handoff closures
• Phase J-G validation carry-forward ledgers and reviewer continuity digests
• Phase J-H validation disposition snapshots and bounded reopen notes
• Phase J-I validation deferred follow-up bundles and bounded revisit cues
• Phase J-J validation revisit completion receipts and bounded pending-state clearances
• Phase J-K validation dormant-state ledgers and bounded resurfacing cues
• Phase J-L validation return-readiness packets and bounded wake-state confirmations
• Phase J-M validation resumed-state checkpoints and bounded continuation attestations
• Phase J-N validation stable-state ledgers and bounded continuation-state digests
• Phase J-O validation settled-state packets and bounded ongoing-state confirmations
• Phase J-P validation persistent-state ledgers and bounded ongoing-state acknowledgements
• Phase J-Q validation durable-state packets and bounded ongoing-state attestations
• Phase J-R validation enduring-state ledgers and bounded ongoing-state certifications
• Phase J-S validation sustained-state packets and bounded ongoing-state assurances
• Phase J-T validation anchored-state ledgers and bounded ongoing-state affirmations
• Phase J-U validation grounded-state packets and bounded ongoing-state endorsements
• Phase J-V validation rooted-state ledgers and bounded ongoing-state ratifications
• Phase J-W validation embedded-state packets and bounded ongoing-state reconciliations
• Phase J-X validation nested-state ledgers and bounded ongoing-state harmonizations
• Phase J-Y validation layered-state packets and bounded ongoing-state alignments
• Phase J-Z validation stacked-state ledgers and bounded ongoing-state convergences
• Phase J-AA validation composite-state packets and bounded ongoing-state syntheses
• Phase J-AB validation aggregated-state ledgers and bounded ongoing-state consolidations
• Phase J-AC validation integrated-state packets and bounded ongoing-state unifications
• Phase J-AD validation fused-state ledgers and bounded ongoing-state coherences
• Phase J-AE validation merged-state packets and bounded ongoing-state concordances
• Phase J-AF validation blended-state ledgers and bounded ongoing-state correspondences
• Phase J-AG validation interlaced-state packets and bounded ongoing-state affinities
• Phase J-AH validation woven-state ledgers and bounded ongoing-state resonances
• Phase J-AI validation knotted-state packets and bounded ongoing-state harmonics
• Phase J-AJ validation braided-state ledgers and bounded ongoing-state cadences
• Phase J-AK validation looped-state packets and bounded ongoing-state refrains
• Phase J-AL validation spiraled-state ledgers and bounded ongoing-state choruses
• Phase J-AM validation coiled-state packets and bounded ongoing-state reprises
• Phase J-AN validation helixed-state ledgers and bounded ongoing-state echoes
• Phase J-AO validation twisted-state packets and bounded ongoing-state reflections
• Phase J-AP validation wound-state ledgers and bounded ongoing-state reverberations
• Phase J-AQ validation folded-state packets and bounded ongoing-state aftertones
• Phase J-AR validation creased-state ledgers and bounded ongoing-state residues
• Phase J-AS validation pleated-state packets and bounded ongoing-state remnants
• Phase J-AT validation crimped-state ledgers and bounded ongoing-state imprints
• Phase J-AU validation corrugated-state packets and bounded ongoing-state traces
• Phase J-AV validation ribbed-state ledgers and bounded ongoing-state signatures
• Phase J-AW validation fluted-state packets and bounded ongoing-state marks
• Phase J-AX validation grooved-state ledgers and bounded ongoing-state seals
• Phase J-AY validation ridged-state packets and bounded ongoing-state stamps
• Phase J-AZ validation terraced-state ledgers and bounded ongoing-state impressions
• Phase J-BA validation buttressed-state packets and bounded ongoing-state etchings
• Phase J-BB validation bastioned-state ledgers and bounded ongoing-state engravings
• Phase J-BC validation fortified-state packets and bounded ongoing-state carvings
• Phase J-BD validation bulwarked-state ledgers and bounded ongoing-state inscriptions
• Phase J-BE validation rampart-state packets and bounded ongoing-state markings
• Phase J-BF validation citadel-state ledgers and bounded ongoing-state tracings
• Phase J-BG validation keep-state packets and bounded ongoing-state notations
• Phase J-BH validation stronghold-state ledgers and bounded ongoing-state annotations
• Phase J-BI validation watchtower-state packets and bounded ongoing-state glosses
• Phase J-BJ validation battlement-state ledgers and bounded ongoing-state captions
• Phase J-BK validation parapet-state packets and bounded ongoing-state legends
• Phase J-BL validation merlon-state ledgers and bounded ongoing-state callouts
• Phase J-BM validation crenel-state packets and bounded ongoing-state marginalia
• Phase J-BN validation embrasure-state ledgers and bounded ongoing-state sidenotes
• Phase J-BO validation machicolation-state packets and bounded ongoing-state footnotes
• Phase J-BP validation bartizan-state ledgers and bounded ongoing-state endnotes
• Phase J-BQ validation turret-state packets and bounded ongoing-state addenda
• Phase J-BR validation barbican-state ledgers and bounded ongoing-state appendices
• Phase J-BS validation gatehouse-state packets and bounded ongoing-state codicils
• Phase J-BT validation portcullis-state ledgers and bounded ongoing-state postscripts
• Phase J-BU validation drawbridge-state packets and bounded ongoing-state afterwords
• Phase J-BV validation moat-state ledgers and bounded ongoing-state epilogues
• Phase J-BW validation causeway-state packets and bounded ongoing-state codas
• Phase J-BX validation viaduct-state ledgers and bounded ongoing-state encores
• Phase J-BY validation aqueduct-state packets and bounded ongoing-state finales
• Phase J-BZ validation trestle-state ledgers and bounded ongoing-state curtain-calls
• Phase J-CA validation span-state packets and bounded ongoing-state bows
• Phase J-CB validation arch-state ledgers and bounded ongoing-state ovations
• Phase J-CC validation vault-state packets and bounded ongoing-state applause
• Phase J-CD validation keystone-state ledgers and bounded ongoing-state acclamations
• Phase J-CE validation abutment-state packets and bounded ongoing-state commendations
• Phase J-CF validation pier-state ledgers and bounded ongoing-state tributes
• Phase J-CG validation footing-state packets and bounded ongoing-state homages
• Phase J-CH validation pilaster-state ledgers and bounded ongoing-state salutes
• Phase J-CI validation column-state packets and bounded ongoing-state accolades
• Phase J-CJ validation capital-state ledgers and bounded ongoing-state plaudits
• Phase J-CK validation frieze-state packets and bounded ongoing-state laurels
• Phase J-CL validation cornice-state ledgers and bounded ongoing-state honors
• Phase J-CM validation pediment-state packets and bounded ongoing-state distinctions
• Phase J-CN validation entablature-state ledgers and bounded ongoing-state recognitions
• Phase J-CO validation architrave-state packets and bounded ongoing-state appreciations
• Phase J-CP validation metope-state ledgers and bounded ongoing-state admirations
• Phase J-CQ validation triglyph-state packets and bounded ongoing-state esteem
• Phase J-CR validation regula-state ledgers and bounded ongoing-state regard
• Phase J-CS validation guttae-state packets and bounded ongoing-state respect
• Phase J-CT validation mutule-state ledgers and bounded ongoing-state deference
• Phase J-CU validation taenia-state packets and bounded ongoing-state reverence
• Phase J-CV validation cymatium-state ledgers and bounded ongoing-state veneration
• Phase J-CW validation sima-state packets and bounded ongoing-state devotion
• Phase J-CX validation corona-state ledgers and bounded ongoing-state adoration
• Phase J-CY validation soffit-state packets and bounded ongoing-state praise
• Phase J-CZ validation fascia-state ledgers and bounded ongoing-state exaltation
• Phase J-DA validation fillet-state packets and bounded ongoing-state glorification
• Phase J-DB validation bead-state ledgers and bounded ongoing-state celebration
• Phase J-DC validation ovolo-state packets and bounded ongoing-state jubilation
• Phase J-DD validation cavetto-state ledgers and bounded ongoing-state rejoicing
• Phase J-DE validation torus-state packets and bounded ongoing-state exultation
• Phase J-DF validation scotia-state ledgers and bounded ongoing-state elation
• Phase J-DG validation cyma-state packets and bounded ongoing-state delight
• Phase J-DH validation astragal-state ledgers and bounded ongoing-state gladness
• Phase J-DI validation trochilus-state packets and bounded ongoing-state cheer
• Phase J-DJ validation annulet-state ledgers and bounded ongoing-state joy
• Phase J-DK validation listel-state packets and bounded ongoing-state merriment
• Phase J-DL validation cincture-state ledgers and bounded ongoing-state gaiety
• Phase J-DM validation girdle-state packets and bounded ongoing-state revelry
• Phase J-DN validation collarino-state ledgers and bounded ongoing-state festivity
• Phase J-DO validation apophyge-state packets and bounded ongoing-state conviviality
• Phase J-DP validation doucine-state ledgers and bounded ongoing-state sociability
• Phase J-DQ validation cyma-recta-state packets and bounded ongoing-state fellowship
• Phase J-DR validation cyma-reversa-state ledgers and bounded ongoing-state camaraderie
• Phase J-DS validation echinus-state packets and bounded ongoing-state companionship
• Phase J-DT validation abacus-state ledgers and bounded ongoing-state fraternity
• Phase J-DU validation necking-state packets and bounded ongoing-state solidarity
• Phase J-DV validation hypotrachelion-state ledgers and bounded ongoing-state alliance
• Phase J-DW validation gorgerin-state packets and bounded ongoing-state accord
• Phase J-DX validation bolster-state ledgers and bounded ongoing-state concord
• Phase J-DY validation taper-state packets and bounded ongoing-state harmony
• Phase J-DZ validation shaft-state ledgers and bounded ongoing-state unity
• Phase J-EA validation base-state packets and bounded ongoing-state union
• Phase J-EB validation plinth-state ledgers and bounded ongoing-state coalition
• Phase J-EC validation pedestal-state packets and bounded ongoing-state partnership
• Phase J-ED validation stylobate-state ledgers and bounded ongoing-state consortium
• Phase J-EE validation stereobate-state packets and bounded ongoing-state federation
• Phase J-EF validation podium-state ledgers and bounded ongoing-state confederation
• Phase J-EG validation dais-state packets and bounded ongoing-state league
• Phase J-EH validation rostrum-state ledgers and bounded ongoing-state assembly
• Phase J-EI validation tribune-state packets and bounded ongoing-state forum
• Phase J-EJ validation lectern-state ledgers and bounded ongoing-state council

This remains a first-party runtime-evidence lane, not a donor benchmark takeover, not a public leaderboard shell, and not a cross-product telemetry or release-gate platform by default.

Its purpose is to give HyperTwist a bounded validation substrate around replay integrity, puzzle-state solvability/parity posture, repeatable benchmark profiles, and validation scorecards.

The next deliberate validation milestone is now:

• Phase J-FX
• Phase J-FY
• Phase J-FZ
• Phase J-GA
• Phase J-GB
• Phase J-GC
• Phase J-GD
• Phase J-GE
• Phase J-GF
• Phase J-GG
• Phase J-GH
• Phase J-GI
• Phase J-GJ
• Phase J-GK
• Phase J-GL
• Phase J-GM
• Phase J-GN
• Phase J-GO
• Phase J-GP
• Phase J-GQ
• Phase J-GR
• Phase J-GS
• Phase J-GT
• Phase J-GU
• Phase J-GV
• Phase J-GW
• Phase J-GX
• Phase J-GY
• Phase J-GZ
• Phase J-HA
• Phase J-HB
• Phase J-HC

K — Knowledge and curriculum

Guided ladders from beginner through hypercubing expertise.

L–Z

Continue event expansion, export, community-facing surfaces, optimization, enterprise/education variants, and release hardening.