Governed runtime path
The active host path now returns context, governs, witnesses, correlates, and records through explicit bounded components.
Roadmap
From proven scaffold to a habitable continuity environment.
Lumina has crossed several early thresholds: governed execution, local operator surfaces, reproducible visual evidence, an installable unsigned Windows preview, and a first physical-machine sea trial. The next phase is not to pretend the horizon has arrived. It is to make the existing system easier to trust, install, understand, repair, and use.
Thresholds already crossed
These items have moved from roadmap language into repository or physical-test evidence.
Read-only Bridge R2
Local project position, committed authority, runtime witness, truth alignment, and Resonant Field evidence are visible without adding mutating control.
Installable Windows preview
A graphical unsigned installer packages the embedded runtime and local launch surfaces, with hosted governed-cycle, upgrade, uninstall, and state-preservation validation.
First physical Windows trial
Bridge and Studio launched on a real Windows 11 PC. A governed cycle reached capability exposure and exposed a path-budget defect before checkpoint completion.
Physical defect became CI
The path failure was repaired with bounded storage names and converted into a Windows-length write trial plus installed Studio cycles before and after upgrade.
Reproducible field artifact
Deterministic JSON and SVG output can be regenerated, verified, and displayed through exact receipts and manifests.
Truth reconciliation gate
Runtime, distribution, artifact, documentation, navigation, and public claims now have a machine-readable comparison surface.
Authority separation
Bridge witnesses, Studio requests, runtime governs, receipts record, and canon preserves promoted lineage.
Public mechanism path
How Lumina Actually Works now explains the governed runtime and continuity substrate without turning public explanation into runtime authority.
Stationary cold return
A required sea trial reconstructs persisted project and host state through fresh in-process owners, preserves unfinished intention as pending, and verifies that return does not gain authority. It is not yet a process-restart or reboot proof.
What comes next
The work now shifts from proving isolated thresholds toward reliability and everyday legibility.
Retest the repaired physical-PC path
Install the repaired package over the original machine state and require the default Studio cycle to reach checkpoint and final receipt without HTTP 500.
Complete lifecycle operations
Strengthen repair, backup, restore, migration, and state-protection behavior beyond the current install, upgrade, uninstall, and preservation proof.
Improve first-run orientation
Make Bridge, Studio, Doctor, projects, Harbor sessions, and receipts understandable without repository knowledge.
Deepen real project return
Restore more of the working state across references, notes, tools, files, decisions, focus, and likely next actions.
Validate the Ubuntu appliance
Run the Linux-resident Lumina stack on a real VM or dedicated machine, test reboot persistence, and emit a deployment DryDock receipt.
Earn a signed release
Add publisher identity, code signing, release discipline, clearer support boundaries, and ordinary-user trust signals.
Build the habitat
Move from packaged runtime and surfaces toward an OS-shaped environment where files, tools, permissions, workspaces, and continuity live together.
Create a Linux installation image
Package a minimal Linux host, Lumina services, local shell, recovery path, and signed update discipline into a reproducible appliance image.
Embodiment horizon
Habitation before locomotion.
The long path runs from habitat to stationary inhabitation, durable continuity, bounded self-direction, vessel portability, sensory extension, physical capability, and only then locomotion. The sequence is architectural guidance, not a claim that robotics or embodied readiness exists today.
Near-term focus
- Physical repaired-package retest
- First-run configuration and repair
- Removal, backup, restore, and migration
- Clearer Bridge and Studio orientation
- Ubuntu appliance validation
- Continuous truth reconciliation
Long-term focus
- Signed ordinary-user distribution
- Usable adaptive workspace
- Project restoration across tools and files
- Human-controlled AI collaboration
- Linux appliance and installation-image path
- Stationary inhabitation before physical capability
- Continuity as a normal part of computing