Architecture

Engineered for Speed
and Scale

A layered architecture designed from the ground up for multi-agent AI workloads.

System Layers

Four layers working in concert to deliver millisecond agent communication.

L4

Agent SDK Layer

High-level APIs for agent registration, messaging, and state management. Framework adapters for LangChain, CrewAI, and custom runtimes.

L3

Routing & Orchestration

Content-aware message router with load balancing, priority queues, and fan-out/fan-in patterns. CRDT state engine for conflict-free sync.

L2

Transport Layer

Zero-copy shared memory for co-located agents. QUIC and gRPC for remote agents. Automatic protocol negotiation and compression.

L1

Foundation

Distributed log for durability, service mesh for discovery, and OpenTelemetry pipeline for full observability.

Zero-Copy Data Paths

Messages between co-located agents never touch the network stack. Shared memory rings with lock-free queues achieve sub-microsecond local routing.

Adaptive Compression

Context payloads are analyzed and compressed using model-aware algorithms. JSON schemas, embeddings, and token sequences each get optimized encoding.

Horizontal Scale

Bus nodes are stateless and scale linearly. Partition by agent group or topic — add nodes without reconfiguration or downtime.

Message Flow

How a message travels from Agent A to Agent B through NETWORQIX.

// Simplified message flow Agent A ──► SDK.publish(topic, payload) ──► Router.match(topic) → select route ──► Transport.send(route, compressed_payload) ──► State.sync(CRDT merge if stateful) ──► Agent B ◄── SDK.onMessage(payload) // Typical end-to-end latency: 0.3–0.8ms (local) · 2–5ms (remote)

Deployment Topologies

Single Cluster: All agents and bus nodes in one K8s cluster. Best for development and moderate scale.

Multi-Region: Bus nodes in each region with async replication. Agents communicate locally, sync globally.

Hybrid Edge: Edge nodes co-located with inference GPUs. Cloud nodes for orchestration and persistence.

Security Model

Mutual TLS between all nodes. Agent-level authentication via API keys or OIDC. Message-level encryption for sensitive context. RBAC for topic access control.

Dive deeper

Read the full technical documentation or schedule an architecture review with our team.

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