Managed Agent Infrastructure at a Glance
Managed Agent Infrastructure is iTmethods' offering for deploying and governing enterprise AI agent runtimes — NemoClaw, Cursor Self-Hosted, Claude Code, and more — on Forge infrastructure with Reign governance.
- Managed NemoClaw: NVIDIA's agent security stack on your GPU infrastructure
- Managed Cursor Self-Hosted: autonomous coding agents in isolated VMs
- Cross-runtime fleet visibility and unified policy enforcement via Reign
- Token-level cost governance and team chargeback
- Shadow AI detection across all agent runtimes
- SOC 2, HIPAA, NIST AI RMF, EU AI Act compliance evidence
- Cloud, VPC, on-prem, air-gapped, and DGX deployment
- 24/7 operations, patching, scaling, and incident response
CTOs, VPs of Engineering, CISOs, and DevOps leaders at regulated enterprises who are adopting AI agent runtimes and need managed infrastructure with unified governance.
Cloud, VPC, On-Premises, Air-Gapped, DGX
SOC 2 Type II, HIPAA, NIST AI RMF, EU AI Act
52+ active agent sessions per enterprise, 0 policy violations, $847 avg daily AI spend with full chargeback visibility.
forge $ agent deploy --runtime cursor-self-hosted --workers 50 --env vpc-prod-east
Provisioning 50 isolated worker VMs on k8s-prod-east...
✓ Workers online. MCP Gateway active. Reign governance attached.
forge $ agent deploy --runtime nemoclaw --sandbox openshell --gpu a100
Creating OpenShell sandbox with policy: strict-enterprise.yaml...
✓ NemoClaw sandbox running. Egress enforced. Audit trail active.
forge $ reign status --all-runtimes
Active sessions: 52 | Violations: 0 | Cost today: $847 | Runtimes: 3
# Enterprise agent runtimes. Deployed by Forge. Governed by Reign.
The DevOps sprawl problem — for AI agents.
Every major vendor is shipping self-hosted AI agent capabilities — Cursor's cloud agents, NVIDIA NemoClaw, GitLab Duo Self-Hosted, GitHub Enterprise AI Controls. Each ships its own runtime. None ship enterprise governance.
This creates a pattern iTmethods has seen before. Every enterprise will end up with 5–10 different agent runtimes, each with its own security model, each ungoverned. It's the toolchain sprawl problem all over again.
The answer is the same one that created Forge: managed infrastructure + unified governance. Forge deploys and operates the runtimes. Reign governs them all from a single control plane.
Forge already manages 55+ DevOps tools. Agent runtimes are the next category. This isn't a new product — it's the natural extension of Forge's thesis into the agentic era.
Two layers. One platform.
Forge: Infrastructure Operations
We deploy, scale, patch, and monitor agent runtimes on your infrastructure — just like we do for Jenkins, GitLab, and JFrog today.
Reign: Governance and Compliance
Unified governance across every agent runtime — policy enforcement, cost controls, and compliance evidence from one control plane.
The three-layer stack.
Vendors ship Layer 1 (the runtime). iTmethods provides Layers 2 and 3 — the infrastructure operations and governance that make agent runtimes enterprise-ready.
AI Governance — Reign
Managed Infrastructure — Forge
Agent Runtime — Vendor
| Capability | Forge (Infra) | Reign (Governance) |
|---|---|---|
| Deployment | Cloud, VPC, on-prem, air-gapped, DGX | — |
| Scaling | Auto-scaling, GPU scheduling | Rate limiting per team/agent |
| Security | SSO, RBAC, network policies, encryption | Tool poisoning defense, content filtering |
| Fleet Visibility | Health monitoring, alerting | Cross-runtime inventory, shadow AI detection |
| Policy | — | LLM routing, tool access controls, rate limits |
| Cost | Infrastructure cost tracking | Token-level allocation, team chargeback |
| Compliance | SOC 2, HIPAA infra controls | EU AI Act, NIST AI RMF evidence |
We don't build agents. We govern them.
Managed NemoClaw
NVIDIA's agent security stack — kernel-level sandboxing, privacy routing, and network guardrails — deployed on your GPU infrastructure and governed by Reign.
What NemoClaw Provides
What iTmethods Adds
Managed Cursor Self-Hosted
Enterprise autonomous coding agents in isolated VMs — managed worker infrastructure with cross-toolchain governance that Cursor doesn't provide natively.
What Cursor Provides
What iTmethods Adds
How this grows.
Now
H2 2026
2027+
The flywheel
Every new agent runtime on Forge increases the value of Reign. A customer running 3 runtimes needs Reign more, not less — because Reign is the only place they get cross-runtime visibility, unified policy, and consolidated compliance evidence. More runtimes = stickier governance.
Existing asset leverage
Managed MCP Servers (already live on Forge) is the first offering in this category. NemoClaw and Cursor Self-Hosted join the same operational model. SOPs, monitoring, deployment pipelines, and support playbooks all carry over.
See it in action.
Real-time visibility across every agent runtime.
| Agent | Runtime | Status | Repo | Tool Calls | Policy |
|---|---|---|---|---|---|
| cursor-agent-017 | Cursor Self-Hosted | Active | payments-api | 34 | Pass |
| nemoclaw-sandbox-004 | NemoClaw / OpenShell | Active | risk-engine | 18 | Pass |
| claude-code-w09 | Claude Code | Queued | compliance-dash | — | Pending |
| cursor-agent-023 | Cursor Self-Hosted | Complete | onboarding-flow | 67 | Pass |
Govern your AI agents.
Every day without visibility is another day of unaudited AI actions and ungoverned spend.
Assess
Free AI Agent Infrastructure Assessment in 48 hours.
Architect
Custom deployment plan aligned to your compliance requirements.
Deploy
Full managed agent infrastructure in 8–12 weeks. Forge + Reign.