SELECTED SYSTEMS · PRODUCTS · WORKING PROOF

Projects built to be used, inspected, and trusted.

Explore applied AI, security-bounded agentic systems, deterministic authority, game intelligence, emulation, cloud products, learning systems, and browser-native engineering. Every project now exposes its privacy boundary, security advantage, authority model, architecture, and visible proof.

A SECURITY STORY FOR EVERY PRODUCT

The boundary changes by product. The discipline does not.

Each product story now distinguishes privacy, sandboxing and capabilities, deterministic authority, and proof. WebAssembly is used where it genuinely narrows execution power—not as a decorative claim applied to every feature.

PRIVACY What information leaves the chosen boundary?

Prefer browser-local, same-origin, or offline processing; disclose only the approved evidence a remote service actually needs.

SECURITY What can this code or agent reach, call, change, or persist?

Use worker and WebAssembly containment, explicit imports, typed tools, deadlines, allowlists, and fail-closed defaults.

AUTHORITY What is allowed to become official truth or state?

Keep identity, permissions, policy, approval, exact execution, verification, receipts, and replay outside probabilistic control.

PROJECT CATALOG

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Open any project for the business case, product experience, privacy and security boundaries, architecture, engineering decisions, and OverLift advantage.

Fractal Observatory product system overview showing a bounded fractal field, parameter paths, performance budgets, and replay state
Selected Work Real-Time Visual Engine

Fractal Observatory

A real-time visual exploration engine for immersive motion, technical art, and performance-conscious discovery. It connects user movement to bounded rendering parameters, monitors frame and memory budgets, and preserves the state needed to revisit or compare a scene.

Competitive advantage

Randomized visualizers can produce one striking frame but cannot explain or reproduce it. Fractal Observatory explores parameter paths under explicit performance and coherence limits, rejects combinations that would stutter, and remembers how each scene was reached.

  • Longer exploratory sessions
  • More memorable visual identity
View the product story

Showing projects 13–13 of 13.