Field notes on high-frequency telematics, quantitative execution engines, zero-touch cloud doctrines, and autonomous AI systems by Nuno Ribeiro.
Core field-tested prompts for Google Antigravity AI: RFC 9110 i18n audits, two-stage git workflows, cybersecurity scans, and zero-touch CLI deployments.
READ COMPLETE ESSAY→An automated git operational directive for Google Antigravity AI enforcing OWASP static analysis, regression testing, two-stage CI gating, and semantic version tagging.
Enforcing zero-touch deployment discipline with Google Antigravity AI: abstracting infrastructure hostnames, executing CLI runners, and verifying live HTTP health checks.
Exploiting prediction market oracle lag with a zero-allocation C++20 trading core and circular history buffers.
Architecting Tesserat: an algorithmic options execution engine that translates multi-timeframe support/resistance structures into automated options positions via IBKR Gateway.
A multithreaded C++20 financial screener coupled with an embedded native WebKit desktop GUI, Crow HTTP/WebSocket core, and Saxo Bank OpenAPI integration.
Designing a high-frequency IoT telemetry ingestion engine for commercial fleets: binary packet parsing for Teltonika GPS hardware, real-time geofencing, and telemetry streaming.
The core architectural tenets governing high-reliability systems: immutable production boundaries, one-way git delivery pipelines, and eliminating manual infrastructure touch.
Eliminating Redux boilerplate with kiss-react-state: a streamlined, hook-based state management library providing direct store access with zero wiring.
The origin story of RuinX: bringing declarative JSX-style UI ergonomics to Rust with a high-performance WGPU hardware graphics abstraction across iOS, Android, macOS, and WebAssembly.