CubeSandboxHardware-isolated microVM sandboxes for AI agents — sub-60ms boot, <5MB overhead, E2B-compatible API, self-hosted on your own KVM nodes.
Why switchBoth provide Firecracker/microVM sandbox infrastructure for AI agents. CubeSandbox is self-hosted on your own KVM nodes with an E2B-compatible API; Superserve is a hosted service with persistence as the headline and SDKs as the open-source surface.
Full comparison → tensorlakeServerless platform for agent sandboxes: stateful Firecracker microVMs with snapshots, cloning, auto suspend/resume and network policy, plus fan-out orchestration functions. Python SDK and CLI.
Why switchBoth sell persistent Firecracker microVM sandboxes for agents with an open SDK over a hosted runtime; Tensorlake adds snapshots and cloning, live migration and a serverless fan-out layer.
Full comparison → forkdfork() for agent microVMs: children fork copy-on-write from a warm Firecracker parent — 100 KVM-isolated VMs in ~100ms, live-VM branching in ~56ms, portable snapshots from a hub.
Why switchBoth give agents Firecracker microVMs; superserve sells persistent, SDK-driven sandboxes, forkd sells copy-on-write forks off a warm parent for throwaway fan-out.
Full comparison → agent-sandboxKubernetes SIG Apps' Sandbox CRD and controller: stateful singleton pods with stable identity and persistent storage for agent runtimes and RL — templates, claims, warm pools; gVisor/Kata isolation.
Why switchPersistent per-agent sandboxes either way: superserve runs Firecracker microVMs as a hosted service; agent-sandbox keeps them in your own cluster as Kubernetes resources.
Full comparison → ephemora-cellCapability-based WASM sandbox for MCP tools and agent-generated code: wasmtime + WASI with fuel, memory, time and I/O caps per run, sub-ms warm execution and signed (JCS/ES256) execution records.
Why switchsuperserve offers persistent Firecracker sandboxes with SDKs; Cell is ephemeral, stateless per-execution WASM with signed records instead of persistence.
Full comparison →