PK Pixel Kinetics
// PIXEL KINETICS

Achieving
Escape Velocity.

Every software system is bound by constraints: legacy complexity, technical debt, and organizational inertia. We design zero-knowledge, local-first applications built to build momentum, counter these digital forces, and achieve escape velocity.

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Active Deployments

Privacy-first, zero-knowledge software architectures designed, developed, and maintained by Pixel Kinetics.

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E2E Encrypted

Writedown

A privacy-first, markdown-native cloud document editor. Writedown encrypts your notebooks client-side using AES-256-GCM before syncing, ensuring that you alone hold the keys to your thoughts.

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Zero-Knowledge

Dashsalt

Zero-knowledge distributed secret sharing. Shard and distribute cryptographic keys to trusted guardians using Shamir's Secret Sharing. Your secrets are never stored in plaintext on any server.

The Thermodynamics of Tech Debt.

"Product momentum without architectural refactoring always results in systemic heat death."


READ THE FOUNDATIONAL PAPER →

Core Disciplines

KINEMATICS

Velocity & Momentum

The physics of shipping features, managing sprint inertia, and understanding organizational friction.

THERMODYNAMICS

Entropy & Decay

Why systems naturally degrade over time, managing technical debt, and avoiding architectural heat death.

GRAVITY

Invisible Influence

Identifying dark matter engineers, the pull of legacy code, and the mass required for leadership.

QUANTUM MECHANICS

Distributed States

The uncertainty principle of remote teams, async observation, and collapsing product roadmaps.

Recent Field Notes

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About the Studio

Pixel Kinetics is an independent software engineering studio founded by a Big Tech veteran with 20 years of experience scaling distributed systems, managing engineering organizations, and building products.

We build tools based on the philosophy that software systems behave like physical environments. By designing around constraints like data inertia, network friction, and codebase entropy, we engineer tools that are exceptionally stable, highly performant, and privacy-first.

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