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Different layers. Different problems. One stack.
NemoClaw secures the runtime. Pinchy manages the team.
NemoClaw is Nvidia's open-source security layer for OpenClaw. It sandboxes agents at the kernel level so they can't escape their boundaries, even if compromised.
Pinchy is an open-source enterprise platform for OpenClaw. It gives your team a web interface, user management, agent configuration, and audit trails so non-technical people can actually work with AI agents.
They don't compete. They stack.
| Pinchy | NemoClaw | |
|---|---|---|
| Primary purpose | Team platform for AI agents | Runtime security for AI agents |
| Web interface | ✅ Full web UI with chat | ❌ CLI only |
| User management | ✅ Multi-user with RBAC | ❌ Single-user |
| Role-based access | ✅ Per-agent, per-user permissions | ❌ Not applicable |
| Agent personalities | ✅ SOUL.md, knowledge bases | ❌ Not in scope |
| Kernel-level sandboxing | ❌ Docker-level isolation | ✅ Landlock, seccomp, namespaces |
| Out-of-process policy | ❌ Application-level controls | ✅ Agent can't override policies |
| Network isolation | Docker network rules | Kernel-level network namespaces |
| Audit trail | ✅ Tamper-evident, web UI | ✅ Session monitoring, logs |
| Multi-channel messaging | ✅ Slack, Teams, Telegram, Web | ❌ Not in scope |
| Privacy routing | Self-hosted, BYO API keys | ✅ Inference request routing |
| Maturity | v0.2.1 (active development) | Alpha (expect rough edges) |
| License | AGPL-3.0 (Open Core) | Apache 2.0 |
| Self-hosted | ✅ Docker deploy | ✅ Linux only (OpenShell) |
Credit where it's due. NemoClaw's architecture makes a fundamentally sound decision: guardrails live outside the agent process.
This matters because application-level security has an inherent weakness. If an agent is compromised through prompt injection or tool misuse, it could potentially modify its own restrictions. NemoClaw eliminates this attack vector by enforcing policies at the kernel level, in a separate process the agent can't touch.
Linux kernel security modules that restrict filesystem access and system calls. The agent process physically cannot access files or make network calls outside its policy.
Each sandbox gets its own network stack. An agent meant to access only your internal API literally cannot reach the internet, enforced by the kernel.
Control which AI providers receive which data. Sensitive queries stay on-premise. Routine tasks can use cloud models. Policy-driven, not hope-driven.
This is the kind of infrastructure work that makes the entire ecosystem more trustworthy. We're glad Nvidia is building it.
NemoClaw secures the runtime. But security alone doesn't make AI agents usable for a team of 20 people. That's where Pinchy comes in.
Your marketing team, your finance team, your HR department. They need to talk to agents in a browser, not a terminal. Pinchy gives them a clean web UI they already know how to use.
Who can talk to which agent? Marketing gets the content agent. Finance gets the accounting agent. Nobody accidentally triggers something they shouldn't. RBAC that maps to your org chart.
SOUL.md files define how agents behave, what tone they use, what they know. Knowledge bases give them company context. This isn't security, it's usability, and it's what makes agents actually useful.
NemoClaw logs at the system level. Pinchy logs at the business level: who asked what, what the agent did, which tools it used. Your compliance officer can read it without being a sysadmin.
Meet your team where they work. Slack, Microsoft Teams, Telegram, or the web UI. One agent, multiple channels. NemoClaw doesn't do messaging, it's not meant to.
One Docker command. No Linux kernel modules, no custom runtimes. Pinchy runs wherever Docker runs: Linux, macOS, Windows, cloud, on-prem. NemoClaw requires Linux with specific kernel features.
For organizations that want both maximum security and maximum usability, the answer isn't "Pinchy or NemoClaw." It's both.
Agents run inside isolated environments with kernel-enforced policies. Even a compromised agent can't escape. Network access, filesystem access, system calls — all locked down at the OS level.
Your team interacts through Pinchy's web UI and messaging integrations. RBAC ensures the right people talk to the right agents. The audit trail captures every interaction for compliance.
Infrastructure-grade security below. Human-friendly management above. Each layer does what it's best at. Neither tries to be both.
Note: NemoClaw is currently in alpha and requires Linux with OpenShell. We're monitoring its development and will document the integration path as it stabilizes.
→ Pinchy. Docker deploy, web UI, start chatting with agents in minutes. Add NemoClaw later when your security requirements grow.
→ Both. NemoClaw for kernel-level isolation, Pinchy for the team-facing platform. Defense in depth.
→ Plain OpenClaw. You might not need either yet. Both Pinchy and NemoClaw shine when multiple people interact with agents.
→ Both. NemoClaw's out-of-process policy enforcement plus Pinchy's tamper-evident audit trail covers the compliance stack top to bottom.
→ Pinchy. Your marketing, HR, or finance team talks to agents through a web UI or Slack. No terminal, no setup, no training required.
→ NemoClaw. When agents process external data that could contain prompt injections, kernel-level isolation prevents any breakout. Add Pinchy for the management layer.
30-minute demo. No pitch deck. We'll show you the platform, discuss your security requirements, and talk about how Pinchy fits your stack.