Now accepting early access applications

A new class of computer for agentic AI

Agent-native infrastructure where LLMs are the reasoning kernel, agents run as first-class processes, and enterprise systems become programmable substrates for autonomous work.

codeputer runtime — system boot v0.9.4
$ codeputer init --runtime production
// Booting LLM-as-OS kernel...
Reasoning kernel loaded [claude-opus-4.6]
Context cache initialized [128k tokens]
MCP device drivers mounted [14 servers]
Sandbox execution layer [active]
// Spawning agent processes...
◆ PID 001 ZeptoClawrunning workflow: code-review
◆ PID 002 Claude Coderunning workflow: feature-dev
◆ PID 003 OpenCoderunning workflow: infra-ops
// All systems nominal.
Codeputer runtime online. 3 agents • 14 integrations • 0 humans required

Trusted by engineering teams at

AI agents are ready. Your infrastructure isn't.

Teams deploying AI agents today face fragile orchestration, hidden failure modes, and no clear runtime architecture. The result: agents that can't be trusted in production.

Fragile orchestration

Duct-taped pipelines break at scale. Ad hoc coordination between agents produces unpredictable failures.

👁

Opaque execution

Agents run as black boxes. No observability, no audit trail, no way to understand what went wrong.

🔒

No security model

No agent identity, no access controls, no sandboxing. Every deployment is a trust leap.

🐌

Human bottlenecks

Agents that still require human review at every step defeat the purpose of autonomous software.

Infrastructure designed for agents from the ground up

Codeputer Runtime

LLM-as-OS Architecture
Reasoning kernel
LLM Router active
Dynamic model routing • Context caching
Sandbox Runtime active
Isolated execution • Security layer
MCP Drivers 14 mounted
External tools • APIs • Data sources
Agent processes
ZeptoClaw running
PID 001 • Native agent • code-review
Claude Code running
PID 002 • Third-party • feature-dev
OpenCode queued
PID 003 • Third-party • infra-ops
Orchestration
Kanban Coordinator active
Multi-agent workflows • Long-horizon
Event Bus active
Interrupts • Hooks • Triggers
Software Factory active
Spec → Code → Validate → Converge

Everything agents need to run in production

⚙️
Infrastructure

Agent-native runtime

LLM-as-OS architecture with pluggable models, dynamic routing, and sandboxed execution — agents run as first-class processes, not duct-taped scripts.

🔄
Reliability

Production orchestration

Long-horizon coordination, multi-agent kanban workflows, and execution loops eliminate fragile pipelines. Agents converge reliably.

🛡️
Security

Enterprise security built in

Agent identity management, access controls, sandboxed execution, and full monitoring — observable and auditable from day one.

🏭
Speed

Autonomous software factory

A non-interactive pipeline where specs drive development, agents write code, harnesses validate, and systems converge — no human bottleneck.

🔌
Ecosystem

Bring any agent

Native agents, third-party runtimes like Claude Code and OpenCode, and MCP-based tool integration — one platform, no vendor lock-in.

👁️
Observability

Real-time monitoring

Trace every agent decision, execution path, and system interaction. Full audit trails and debugging tools for autonomous workflows.

The control plane for AI coworkers

Build, deploy, and manage production-ready AI employees that automate real business workflows — not demos, not prototypes, but agents that operate reliably across your actual systems of record.

🌐

Shared semantic layer

Connects siloed enterprise systems into a unified workspace for agents.

🔗

MCP connectivity

Native integration services for every enterprise tool and data source.

🪪

Agent identity management

Full IAM for AI coworkers — roles, permissions, and continuous monitoring.

Kairos — Semantic Layer
📊
Salesforce CRM
connected
📦
SAP ERP
connected
👤
Workday HR
connected
📈
Tableau BI
connected
◆ Unified Semantic Layer — 4 systems • 12 agents

Teams shipping with Codeputer

Engineering leaders who moved past demo-ready to production-ready.

"We went from babysitting three agents to deploying twelve that run autonomously. The orchestration layer changed everything for our release cycle."
M
Maya Chen

VP Engineering, Meridian AI

"The agent identity model solved our biggest compliance concern overnight. Our security team finally signed off on autonomous deployments."
R
Rafael Santos

CISO, NovaCorp

"Kairos connected our five siloed systems in a week. Our AI coworkers now resolve support tickets end-to-end without human handoff."
A
Ava Lindström

Head of Ops, SynthLabs

0x
Faster agent deployment
0%
Orchestration uptime
0+
Enterprise integrations
Humans required at runtime

The personal computer created the application economy. Cloud computing created the API economy. Agentic AI creates the autonomous software economy.

1980s
Personal Computer
2000s
Cloud Computing
Now
Codeputer

Build the future of autonomous software

Join the teams deploying AI coworkers that actually work in production. Request early access today.

Or schedule a demo with our team