We replace brittle container fleets and hyperscaler cost traps with ultra-lean, deterministic edge topologies that execute within 15 milliseconds of global users.
We specialize exclusively in high-stakes distributed architecture, serverless isolate runtimes, and automated agent infrastructure.
We replace sluggish Node.js containers with hyper-lean Cloudflare V8 isolates. Instant global replication, zero cold-start overhead, and atomic edge persistence with Cloudflare D1 and KV.
Designing multi-agent planning loops, deterministic verification gates, and adversarial code reviews that execute complex refactors and migrations with zero human daytime distraction.
Authoring high-throughput data processing pipelines, WebSocket streaming gateways, and zero-egress service bindings that handle millions of requests without connection pool exhaustion.
Extracting brittle AWS/GCP Kubernetes monoliths and expensive relational databases into serverless, low-maintenance micro-frontends and edge APIs that scale sustainably on near-$0 budgets.
Engineering compile-time contracts, physical disk target assertions, and strict architectural linters that guarantee application manifests never drift from physical reality.
Automated SQLite WAL mode snapshotting, AES-256 encrypted cold archives, zero-lockout client portability runbooks, and sub-5-minute failover protocols.
Every engagement follows a rigorous 4-phase methodology backed by automated verification gates.
Architecture topology diagram, latency waterfall map, and P99 threshold definitions.
Cloudflare Workers & D1 prototype, automated Playwright functional tests, and chaos injection.
DNS propagation, parallel canary routing, and automated rollback triggers.
Model Context Protocol (MCP) telemetry, compile-time AST linters, and synthetic alarms.
