Autonomous Edge
Infrastructure for the AI Era
AI-native CDN, storage, email, and observability — orchestrated in real time by token-less autonomous agents across a self-healing global network.
The cloud was never built for AI-scale operations.
Modern infrastructure forces teams to choose between speed, cost, and autonomy. We refused.
Fragmented Stack
CDN, storage, email, and observability scattered across vendors with brittle glue code.
Hyperscaler Pricing
Egress fees, AI tokens, and per-request markups that scale faster than your revenue.
Token-Based AI Costs
Every inference billed per token — unpredictable costs that punish high-throughput workloads.
Manual Operations
On-call engineers tuning configs, draining nodes, and chasing alerts that should self-resolve.
Slow Config Propagation
Minutes to roll out a rule change globally — an eternity at modern request volumes.
Reactive Observability
Dashboards that explain failures after they've already cost you customers.
One autonomous platform.
Six primitives, one control plane. Built to operate themselves at planetary scale.
AI-Native CDN
Adaptive routing trained on your traffic shape.
Object Storage
Hot, durable, and globally replicated by default.
SMTP Edge
Deliverable email with edge reputation in real time.
AI Agents
Token-less, embedded — they run the platform.
Realtime Config
Propagate any rule globally in under 100ms.
Observability
Predictive metrics, traces, and logs unified.
Built for extreme scale.
C++ Seastar core. Shared-nothing per-CPU architecture. RAM + NVMe optimized. Designed to saturate modern hardware, not waste it.
Token-less AI infrastructure.
Our agents are embedded in the data plane — not bolted on as chatbots. They make decisions in nanoseconds, not API calls.
A single fabric. Six intelligent planes.
NomadCDN is engineered as one self-operating system — an orchestrated control plane, a distributed data plane, an agentic AI ecosystem, and continuous self-healing, cost, and learning loops that make the platform smarter every request.
The orchestration brain.
Apache Airflow runs autonomous DAGs that continuously plan, schedule, and propagate global policy. Every decision is auditable, every change reversible in under 100ms.
Edge runtime, planet-scale.
Each NomadCDN PoP runs a Seastar C++ shared-nothing runtime. RAM-hot, NVMe-warm, GPU-ready — saturating modern hardware instead of wasting it.
Sub-millisecond key lookups across regions. Backs routing tables, cache indices, ACLs, and agent state with eventual quorum consistency.
12+4 Reed–Solomon coding. Multi-region replication, cross-PoP sync, and a consistency engine driven by the same AI policy plane.
Token-less agents at every hop.
Agents speak MCP (Model Context Protocol) for tool use and A2A (Agent-to-Agent) for peer coordination. They run inside the data plane runtime — no external API calls, no per-token bills.
Failures resolve before pagers ring.
A closed loop between telemetry, AI engines, and edge agents drains, reroutes, and rebuilds — all under 100ms of customer-visible impact.
Every byte routed at the cheapest viable path.
The Cost AI engine continuously rebalances transit, peering, hardware tier, and storage class against your real access patterns — without trading SLOs.
A platform that gets smarter every request.
Telemetry flows back through a feature store into model training. New policies are A/B-tested on shadow traffic, then propagated globally — closing the loop in minutes, not quarters.
One pane of glass for the entire fabric
The NomadCDN Control Plane unifies edge, POP, and region telemetry into a single autonomous operations console — with AI making routing, caching, and capacity decisions in real time.
Global Operations Center
Real-Time Request Flow
AI Command Center
Cache Intelligence
Storage Fabric · NomadSDSaaS
Incident Command
Transparent. Flat.
No surprise egress, no per-token AI bills, no hidden tiers. Everything observable, by default.
Global delivery, AI-routed.
Hot, replicated, no egress fees.
Edge-routed deliverability.
No tokens. No metering. Ever.
We're building the self-operating infrastructure layer for the next generation of the internet.
A planetary-scale system that routes, replicates, secures, and heals itself — so humans can ship products, not pager rotations.