Apex Labs designs, benchmarks, and deploys high-concurrency serverless runtimes, Cloudflare Worker isolate topologies, and resilient autonomous agent swarms for engineering teams that cannot afford downtime.
// Apex Labs Edge RPC Routing Protocol
export interface SystemTopology {
regions: "global-310-pops";
storage: D1Database;
coldStartMs: < 5;
}
export default {
async fetch(req, env): Promise<Response> {
const start = performance.now();
const stream = await env.FLEET.route(req);
return new Response(stream, {
headers: { "x-edge-exec-ms": (performance.now() - start).toFixed(2) }
});
}
};
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.
Explore our full suite of 6 technical specializations including SQLite WAL recovery and compile-time governance.
Real-world distributed systems re-architected from brittle container fleets into high-performance edge topologies.
Legacy AWS container monolith in US-East-1 suffered 280ms P99 transaction authorization latencies in Europe and Asia, resulting in checkout abandonment and $38,000/month in cloud infrastructure overhead.
Engineered a distributed Cloudflare Workers isolate mesh routing payments across 310 edge data centers, backed by Cloudflare D1 distributed SQLite read replicas and zero-latency in-memory service bindings.
A fast-growing engineering team was drowning in 180+ untracked migration tickets, suffering Git branch drift and constant daytime interruptions to perform routine schema maintenance.
Built a multi-agent orchestration supervisory harness utilizing isolated Git worktrees (`wt`), Model Context Protocol (MCP) telemetry, and strict adversarial testing gates before pull request generation.
Examine benchmarks, architecture schematics, and P99 latency charts across all client engagements.
How our team approaches mission-critical systems architecture and software delivery.
Compute must execute within 15 milliseconds of the user. We reject long-running, idle Linux virtual machines that charge clients 24/7 for zero active traffic.
Code is authored with rigorous awareness of edge hardware constraints: V8 isolate memory boundaries, TCP handshake latencies, and SQLite WAL write serialization.
All service boundaries and capability manifests are governed by strict TypeScript contracts. If a capability target does not physically exist on disk, compilation halts.
Every architecture refactor, pull request, and deployment must map directly to an auditable tracking issue with deterministic verification evidence.
Connect directly with our Principal Systems Engineers. We review architecture specifications within 24 hours.
