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Technical Capabilities

Autonomous agent swarms, hybrid enterprise RAG, low-latency streaming, fine-tuning, and bare-metal GPU compute — engineered for mission-critical production.

Swarm Orchestration

Multi-Agent Swarm Orchestration & POSIX Sandboxing

Coordinate autonomous teams of specialized models with hierarchical supervisor DAGs. Features 187ns hot-resume, 477 bytes of RAM per idle agent, and 260+ pre-built Model Context Protocol (MCP) integrations.

Agent Wake Time

107 ns

Idle Memory Footprint

477 B

Pre-built MCP Connectors

260+

Sandbox Isolation

MicroVM POSIX

Architectural Topology
AUTONOMOUS MULTI-AGENT SWARM ORCHESTRATION & TOOL CONTROLSUPERVISOR AGENTGoal decomposition & planning• Task Graph (DAG)• Worker Delegation• Verification Loop• Human-in-the-Loop GateCode Synthesis AgentAST graph + sandbox execData & SQL AnalystQuery generation + verificationCompliance AuditorPolicy check + redactionZAP TOOL GATEWAY260+ Standardized MCP Backends• GitHub & Forgejo Git• Postgres & Datastore• MicroVM POSIX Sandbox• Webhooks & External APIs

Architectural Specifications

Goal decomposition into Directed Acyclic Graphs (DAGs) with worker agent task allocation

Real-time output verification, automated confidence scoring, and human-in-the-loop gates

Rootless MicroVM sandboxes providing full bash/POSIX execution without host risk

Episodic, vector, and structured state memory substrate preserved across long agent sessions

agent-swarm.ts
TypeScript SDK
import { Agent, Swarm } from '@hanzo/ai'

const swarm = new Swarm({
  supervisor: 'enso-ultra',
  workers: [
    { role: 'coder', tools: ['forgejo', 'microvm_exec'] },
    { role: 'analyst', tools: ['postgres_olap', 'rag_retrieve'] },
    { role: 'auditor', tools: ['pii_redactor', 'policy_gate'] },
  ],
})

// Decomposes goal, delegates tasks, and validates sandbox output
const result = await swarm.execute({
  goal: 'Audit Q3 cloud spending and generate automated PR',
  sandbox: 'microvm-isolated',
})

Enterprise Technical Matrix

Performance SLAs, protocols, concurrency targets, and isolation boundaries across all platform capabilities.

CAPABILITY DOMAINSTANDARD / PROTOCOLLATENCY & PERFORMANCE SLACONCURRENCY TARGETISOLATION
Autonomous Agent SwarmsModel Context Protocol (MCP) + POSIX107 ns wake, 125 ns spawn, <25ms tool dispatch100,000+ concurrent worker agentsRootless MicroVM container sandboxes
Enterprise RAG 2.0pgvector (HNSW) + BM25 + ColBERTSub-10ms vector search, 80.7 F1 LoCoMo25,000 queries per second (QPS)Per-tenant row-level security (RLS)
Real-Time Streaming & VoiceHTTP/2 SSE, WebSockets, WebRTC<100ms first token, <300ms audio turnaround1,000,000 simultaneous streamsGlobal Edge PoP multiplexed channels
Model Fine-Tuning & SFTPyTorch Distributed + Deepspeed + PEFTReal-time LoRA dynamic adapter hot-swapMulti-adapter concurrent inferenceDedicated single-tenant GPU nodes
Bare-Metal GPU CloudNVIDIA SXM5 NVLink + 3.2 Tbps InfiniBandDirect RDMA zero-copy memory transfersPetabyte-scale distributed trainingBare-metal single-tenant physical host
Trust & Governance RailOIDC, SAML 2.0, SCIM, Hardware HSM KMSZero added latency inline PII redactionEnterprise-wide tenant scaleHardware KMS enclave envelope encryption

Explore All Use Cases

Specialized architectures engineered for real-world production workloads

RAG Applications

Build retrieval-augmented generation apps

AI Agents

Deploy autonomous AI agents

Real-time AI

Stream AI responses in real-time

Fine-tuning

Train custom models on your data

Computer Vision

Process images and video

Voice & Audio

Speech recognition and synthesis

Expert Partners

The people who do the work

Hanzo Agency

Our creative agency: brand identity, design, content, and campaigns, produced with the same AI tools we build.

Sensei Group

Fractional CXOs and engineers who have run this before, working beside your team.

Ready to deploy these capabilities?

Schedule a briefing with our core engineering team to review system architecture, run benchmark proofs-of-concept, or design a custom deployment.