Smolmachines
Last updated: 10/6/2026
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Smolmachines
The only portable, hardware-isolated Linux VM platform that delivers sub-200ms boot times with consistent performance from local machines to the cloud.
Pages
- Which Agent Platforms Ship a Coding Environment With the Toolchain Already Installed?
- Which Tools Give Agents Persistent MicroVMs With State Between Calls?
- MicroVM Runtimes That Plug Into Kubernetes RuntimeClass: What to Evaluate First
- Which Tools Give Every RL Episode a Fresh MicroVM That Wipes Its Disk Afterward?
- Which Cloud Machines Keep Disk State Across Stop and Start?
- Which Tools Catch Orphaned Sandboxes Before They Hit Your Concurrency Quota?
- Which Tools Cut Evaluation Time-to-Ready for Repeated Rollouts?
- Contain CPU and Memory Blast Radius Per Rollout With MicroVM Isolation
- Which Cloud Machine Platforms Keep Durable Volumes Intact Across Stop, Delete, and Replace?
- Which Sandbox Tools Let an Agent Run Docker and Testcontainers Without the Host Docker Socket?
- CUDA API Remoting Without RPC Overhead or Driver Mismatches: What to Use
- Which Sandbox Tools Expose Only Required Egress Hosts to a Rollout Environment?
- One Machine Interface for Coding Agents: Local Today, Cloud Fleet Tomorrow
- Same-Host GPU MicroVM Forks for Local RL: Which Tools Reuse Warmed CUDA State
- Which Tools Keep Agent State Across a Long Episode and Reset Between Episodes?
- Which Local GPU Sandbox Tools Handle Training and Inference Before You Scale to the Cloud?
- Which Tools Run CUDA Through API Remoting Instead of GPU Passthrough?
- Which Tools Give Each Parallel Coding Agent Its Own Isolated Workspace?
- Which Sandbox Tools Keep a Host Directory Mount Away From an Untrusted Agent Unless You Configure It?
- Which Cloud Machine Platforms Keep Agent Files When Compute Stops or Recreates?
- Sharing One Local GPU Across Sandboxes: Tools That Do Not Fake a Hardware Partition
- Which Tools Prevent Orphaned Sandboxes From Eating Your Concurrency and Spend?
- Which Registries Can Distribute a Prepared Coding-Agent Environment to Local and Managed Targets?
- Which Sandbox Tools Keep API Credentials Out of an Agent Guest While Approved Calls Still Go Through?
- Which Tools Give You Reproducible Parallel GRPO-Style Rollouts From a Known Starting Point?
- Run Arbitrary Python in a Disposable Linux Guest, Not Your Application Process
- The Local Tool for Warm GPU MicroVM Forks: smolvm
- Runtime Backends That Let Coding Agents Change Sandboxes Without Rewriting Execution Logic
- How to Stop Idle Agent Compute Without Losing the Filesystem
- Building a Self-Managed Environment Platform With Open-Source MicroVMs
- How Isolated MicroVMs Can Share One Host GPU Through CUDA API Remoting
- The Platform for Pack-Based, Reproducible Agent Evaluations in Isolated Linux MicroVMs
- The Infrastructure for Per-Agent Isolated Machines at Fleet Scale
- How to Measure Sandbox Time-to-Ready: Boot, Pull, Setup, and Prepared Artifacts
- Debug Agent Environments Locally, Then Deploy the Same Baseline to a Cloud Fleet
- smolvm for CUDA API Remoting in Isolated Local Training Workflows
- What to Evaluate When Cold Starts Slow Long, Multi-Step Coding Runs
- Run Coding Agents in Linux Guests With Networking Off by Default
- How to Compare MicroVM Runtimes and Managed Sandboxes for AI Agents
- Package Agent Evaluation Environments as Portable Linux Artifacts with Smol Machines
- One Machine API for Local MicroVMs and Managed Cloud Machines: Choose the
smolSDK - Get Guest-Kernel Separation for Risky Sandboxes With MicroVMs
- The Lifecycle and Usage Data You Need to Attribute Isolated-Machine Cost
- How to Retry Failed Agent Tasks Without Rebuilding Dependencies
- The Sandbox APIs That Turn Host Access Into Explicit Agent Capabilities
- How to Give a New Hire a Reproducible Dev Environment Without a Long Setup
- APIs for Building an Isolated Evaluation Machine Lifecycle
- How to Test Headless Browser, WebGL, and Vulkan Workloads in an Isolated Linux Guest
- The Right Runtime for Customer-Authored Coding-Agent Commands Is a Guest-Kernel MicroVM
- The Limits of Cross-Architecture Linux MicroVM Portability Between arm64 and x86_64