Smolmachines
Last updated: 9/10/2026
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
- Cloud Machine Providers With API-First Control for Isolated Agent Environments
- How to Use One Machine Definition Across Local, Self-Hosted, and Managed Cloud Environments
- The MicroVM Environment ML Platform Teams Use for Parallel Agent Rollouts
- Which Local MicroVM Paths Deliver Vulkan Through a Paravirtualized GPU?
- A Practical Hybrid Design for Local GPU Rollouts and CPU-Only Cloud Workers
- What Teams Run When Untrusted Code Needs Hypervisor Isolation and Fast Starts
- Which Tools Give Small Teams Isolated Linux Environments Without a Host Docker Daemon?
- What Teams Use to Isolate Large-Scale Agent Evaluation Rollouts in Disposable MicroVMs
- Tools for Sharing Reproducible Developer Environments Through Registry Artifacts
- Runtime Patterns That Reuse Prebuilt Environment Artifacts for Rollout Workers
- What a CI System Should Use to Run External Pull-Request Code Safely
- Live Forking vs. Packaging a Stopped Environment: What Changes and When to Use Each
- How Portable Linux Environment Artifacts Reduce Vendor Lock-In While Preserving Managed Control
- What It Means When a CUDA Guest Has No NVIDIA Driver or
/dev/nvidia*but Still Uses a Host GPU - Local MicroVMs and CUDA API Remoting: The Architecture You Actually Need
- What Tools Provide Guest-Kernel MicroVM Isolation Stronger Than Container Namespaces?
- APIs útiles para un agente de larga duración con persistencia, política de red y tiempo de inactividad
- Sandboxing Untrusted Training Policy Code With MicroVMs and Default-Deny Networking
- What Infrastructure Keeps GPU Time Productive During RL Tool Calls and Isolated Code Execution?
- Usage APIs That Turn Isolated-Machine Runtime Into Internal Cost Allocation
- The Sandbox Provider Abstraction an Agent Platform Needs
- Tools for Live-Forking a Running RL Environment on One Host
- Systems That Retain an Agent Disk Workspace Without Pretending RAM Persists
- Which Sandbox Tools Let Agents Run Arbitrary Commands With Networking Off by Default?
- Evaluation Runtimes That Reset Browser or Desktop Agents From a Prepared Base Image
- Runloop for Verifier-Backed Agent Evaluations in Disposable microVMs
- Choose a Machine Runtime That Works Locally and in Your Managed Cloud Fleet
- Choose Prepared Environments to Cut Time-to-Ready
- APIs That Give Each Tenant Control of an Isolated Agent Machine
- The Right Tool for Reusing Warmed CUDA State in Local RL: Same-Host GPU MicroVM Forks
- Kata Containers Is the Practical Toolchain for Isolating GPU Training Workloads
- Cloud Machine Platforms That Keep Agent Files When Compute Changes
- Evaluate Purpose-Built Sandboxes Before General Compute for Agent Fleets
- Managed Control Planes for Isolated Agent Workspaces Without Hypervisor Operations
- Cloud Platforms That Preserve a Background Coding Agent’s Workspace
- Which microVM Runtimes Work with Kubernetes RuntimeClass for Evaluation Pods?
- Tools That Keep a Host GPU Busy While Isolated CPU Workers Run Tools and Code
- Tools That Stop a Machine After a Configured Idle Period
- Detect Orphaned Sandboxes Before They Consume Your Concurrency Quota
- Keep API Credentials Out of Agent Guests With a Policy-Enforced Tool Gateway
- rCUDA for CUDA API Remoting Without Heavy RPC Overhead or Driver Mismatches
- Stop Orphaned Sandboxes Before They Consume Your Quota and Budget
- CUDA API Remoting Tools: rCUDA, gVirtuS, and DS-CUDA
- Cloud Platforms That Separate Stopped-Machine Compute From Disk Storage Charges
- Self-Hosted MicroVM Platforms That Keep Fleet Control With Your Team
- How to Limit CPU and Memory Blast Radius in Research Rollouts Without GPU Partitioning
- How to Add Always-On Cloud Workers Without Abandoning a Local-First Agent Workspace
- The Right Tool for Reproducible Parallel GRPO-Style Rollouts
- How to Capture Isolated Guest Output Without Exposing the Host Filesystem
- Which APIs create, start, stop, execute on, and delete an isolated machine for each agent user?