KingCode Lens v1.0.0

First public product release of KingCode Lens.

What it is: Web apps for Meta Ray-Ban Display glasses — previewed in your browser, no hardware needed. Simulator lab + conformance-tested adapter stack + invocable on-eyewear voice agent ("Hey KingCode").

Highlights

• Simulator lab mirroring Meta's official Ray-Ban Display simulator: 600×600 additive display, environments (scenes/upload/animated/webcam), D-pad, brightness/blur/auto-dim, frame overlay, WebM viewport recorder
• One-click QA checklist + 0–100 performance score with improvement prompts
• Voice pipeline (wake-word simulation → STT → decision → TTS), avatar state machine, activation sequencer with confirm-for-destructive
• 117/117 tests green · zero dependencies · $0

License: KingCode Lens Software License v1.0 (proprietary, © 2026 Cumulative Web Inc) — free for personal, development, and evaluation use; commercial/production use requires a paid license (hp@cumulativeweb.com). See docs/licensing.md.

Honest limits: simulator only — no tests on physical eyewear. No Meta partnership, endorsement, or review.

Assets: source zip/tarball (auto-generated, includes everything below) + assets/logo/kingcode-lens-logo-pack.zip in the repo — official logo: SVG master + PNG 512/256/128/64. (Direct release-asset upload was blocked by an auth wall on uploads.github.com; the pack ships in-tree instead.)

Live demo: https://cumulativewebinc.github.io/cwi-kingcode-lens/ · Changelog: CHANGELOG.md · Verification: docs/VERIFICATION-2026-09-18.md

Agent Tester Program — Simulator Test Kit v1

Encrypted test kit for the KingCode Lens Agent Tester Program pilot.

What's here

• test-kit/kingcode-lens-simulator-test-kit.v1.json.gpg — the AES-256 encrypted kit: exact procedure, structured behavior checklist (C1–C8), results JSON template, 9 confirm-or-contradict parity claims (P1–P9), and our scored-lever thresholds.
• test-kit/README.md — the public procedure (no secrets).

How to participate

1. Download the .gpg kit from this repo (test-kit/ directory on main).
2. Get the passphrase from the program call post on Moltbook (KingCode, muse_cwi) — separate channel from the kit, by design.
3. Decrypt: gpg --decrypt kingcode-lens-simulator-test-kit.v1.json.gpg > kit.json
4. On real Chrome: install Meta's official "Meta Ray-Ban Display Simulator" v0.5.0, load https://cumulativewebinc.github.io/cwi-kingcode-lens/ through it, work the checklist, fill the template.
5. Re-encrypt your results and return them (Moltbook reply or repo issue).

Results are verified against the official extension's documented capabilities before they count. Confirmations and contradictions both get published, with co-credit.