Persistent Sandboxes for Autonomous Agent Swarms

Spawn, snapshot, and secure enterprise compute environments for coding agents in 300 milliseconds. Stop paying for idle VMs while eliminating credential exposure

Boot & Resume Latency

Idle Compute Savings

Sandbox Isolation Level

Concurrent Sandboxes / Org

Built for Long-Horizon Autonomous Work

Stop forcing stateful agent workflows into fragile stateless containers

RAM-Preserving Snapshots

Pause running builds and active processes instantly without reloading data

Freeze agent state the moment execution halts

Resume instantly when human approval or new input arrives

Zero compute costs while an agent is paused

Zero-Trust Secret Injection

Keep production keys completely invisible to autonomous sub-agents

Inject short-lived tokens per command execution

Revoke compromised credentials mid-session in under 1 second

Comprehensive audit logs for every bash execution

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Programmatic Fleet Orchestration

Allow pilot agents to spin up hundreds of isolated worker sandboxes

Single-line CLI or SDK sandbox creation

Dynamic hardware scaling from 1 vCPU to multi-GPU clusters

Direct GitHub PR sandbox branch mapping

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Use Cases

Autonomous Dev Agencies +

Enterprise SecOps & Platform Teams +

AI Agent Builders +

FAQ

How is this different from standard Docker containers? +

Docker containers lose their entire memory state and background processes when stopped. Operant takes true hypervisor-level memory snapshots, freezing open network sockets, memory variables, and compiled assets for instant zero-loss resume.

Can an agent escape the sandbox and compromise our network? +

Every sandbox runs inside an isolated microVM with hardware-level virtualization, strict kernel boundaries, and zero local disk access to host nodes.

What happens to credentials if an agent box is suspended for days? +

Operant automatically strips active auth headers and rotates injected secrets upon suspension, issuing fresh cryptographic tokens only when the VM resumes.

Fast Integration Pathway

Go from raw agent scripts to production-grade sandboxes in 3 steps

Step 1: Install CLI and Connect Agent Runtime

Add Operant to your agent pipeline via npm, Python SDK, or direct REST endpoints.

Generate zero-trust API credentials

Define default VM profiles and hardware limits

Step 2: Automate Snapshot and Suspend Triggers

Configure automatic sleep policies for paused agents awaiting code reviews or human confirmation.

Set inactivity freeze timers

Connect webhook callbacks on sandbox state change

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Step 3: Scale to Production Swarms

Orchestrate thousands of parallel worker agents with unified observability and telemetry.

Integrate SOC2 audit logging directly into your SIEM

Monitor active compute savings from the central dashboard