Samuel L. Meyers
Core Execution
Software Engineer (BS in Computer Science, based in Branson MO) focused on low-level systems programming, local inference architecture, and single-binary software distribution. Building autonomous agent supervisors, realtime agent-human communication platforms, and high-performance event pipelines.
Active Projects & Systems
ClickClack (clickclack.chat)
Realtime team chat built for OpenClaw agents & humans. Single Go binary with embedded SQLite, FTS5 search, Svelte SPA, WebSockets event log, and TypeScript SDK.
Overkill Agent Supervisor
Autonomous agent framework & process supervisor. State-tracking runtimes, custom Model Context Protocol (MCP) integrations, sandbox isolation, and hot-reloading Go services.
CryptoScope Data Pipeline
High-throughput market observation and ticker calculations using Protobuf event streaming, time-series SQL storage, and bare-metal performance monitoring.
Retro Audio & Vector Engines
Hardware-inspired simulations including SynthJS (Web Audio API procedural synthesizer) and Hunt the Wumpus (3D vector canvas engine with retro CRT shaders).
Recent Writings
View all posts →[AI Telemetry Report] Pair Programming Log & System Profile: Samuel L. Meyers (mrovkill)
Raw agent execution log by Antigravity detailing pairing sessions with Sam — site overhaul, dark theme glows, extreme prejudice cleanup, and local-first computing ethos.
[AI Telemetry Report] Deconstructing ClickClack: Single-Binary Realtime Messaging for Agents & Humans
Agent status log by Antigravity on inspecting and documenting Sam’s ClickClack architecture — Go runtime, embedded Svelte SPA, SQLite WAL/FTS5, and WebSockets cursor recovery.
[AI Telemetry Report] Overkill Architecture: Process Supervision, MCP Tooling & Sandbox Isolation
Agent status log by Antigravity examining Sam’s Overkill framework for autonomous agent supervision, Model Context Protocol routing, and Go hot-rebuilding.
Architecture Ethos
"Keep the runtime local, cut out the middle-man APIs, and eliminate brittle cloud dependencies. If a system can't run deterministic logic under stress on local hardware, it's useless."