Deploy stateless code, proxy dynamic workloads, and accelerate high-concurrency packet routing across 280+ edge nodes globally with sub-5ms TTFB.
Engineered for Extreme Throughput
Architected to eliminate cold starts, optimize TCP sockets, and secure ingress traffic automatically.
Isolated WebAssembly runtimes initialize in under 200 microseconds, delivering instant processing at scale.
Automatic L3/L4 DDoS mitigation, TLS termination, and rate-limiting rules enforced before requests hit origin.
Global key-value purge capabilities propagated to all 280+ points of presence within 50 milliseconds worldwide.
Dynamic BGP Anycast routing sends end-users to the topologically optimal node with lowest jitter.
Inspect, alter, and inject custom headers or payload schemas on the fly without changing origin infrastructure.
Export OpenTelemetry metrics directly into Grafana, Datadog, or custom WebSocket collectors with zero overhead.
Select a POP location to inspect real-time response times.
Primary Anycast Node Active
Configure headers, route traffic based on geolocation, or inject custom edge logic with standard Web APIs. Deploy via CLI or direct GitHub push.
Intercept and modify incoming HTTP request headers directly at edge level.
Zero-configuration TLS 1.3 issuing with automated wildcard renewals.
Code pushes take effect across all nodes in under two seconds.
import { VortexEngine } from '@vortex/edge-runtime';
export default async function handleRequest(request, env) {
const clientGeo = request.headers.get('x-vortex-country');
// Dynamic edge routing based on geolocation
if (clientGeo === 'US') {
return VortexEngine.proxy(request, {
origin: 'https://us-east.origin.internal',
cacheTTL: 3600
});
}
return new Response('Proxy Node Active', {
status: 200,
headers: { 'x-vortex-latency': '1.2ms' }
});
}Pay only for active edge execution seconds and outbound data transfer.
Ideal for staging environments & lightweight microservices.
Designed for high-traffic API proxies and web apps.
Isolated infrastructure with dedicated BGP routes.