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Mesh · Typed

node-js microservices that survive the real world.

A typed service mesh designed specifically for the nodejs event loop — back-pressure aware, deploy-aware, and observable down to the I/O call.

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Pattern · MeshTopology · Multi-AZProtocol · gRPC + HTTP/2SLA · 99.99%
// Why mesh

The four problems Adensabais mesh solves for nodejs.

01

Event-loop pressure

Adaptive concurrency caps that respond to real loop lag, not CPU averages.

02

Tail latency

Hedged requests, request-level deadlines, and per-route circuit breakers.

03

Type drift

Contracts validated at the gateway — drift surfaces in CI, not production.

04

Deploy blast radius

Per-route canary, automatic rollback on error budget burn.

// Reference topology

A typical node js workload, mapped.

┌──────────┐   ┌──────────────┐   ┌────────────┐   ┌──────────┐
│  Edge    │──►│  API Gateway │──►│ orders-api │──►│ payments │
│ Anycast  │   │   (Adensabais)    │   │  node-js   │   │  node-js │
└──────────┘   └──────┬───────┘   └─────┬──────┘   └────┬─────┘
                      │                 │               │
                      ▼                 ▼               ▼
                 [ telemetry ]    [ event spine ]  [ kv-store ]
// Service contract

Typed at the boundary

Every nodejs service publishes a generated TypeScript contract. The gateway validates payloads before they reach your handler — no defensive parsing required.

// Back-pressure

Loop-lag aware

Adensabais measures event-loop delay every 250ms and shifts traffic away from saturated node-js instances before users notice.

// Deploys

Per-route canaries

Roll out a single endpoint to 1% of traffic. Promote when latency & error rate clear thresholds.

// Resilience

Hedged retries

Tail-latency hedging duplicates slow inflight requests against a healthier replica without doubling load.