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Futuristic server room

Run anything.
Boot instantly.
Scale anywhere.

The first serverless platform that runs full applications in milliseconds. Zero restrictions. Perfect dev-prod parity.

4ms
Cold boot time
Zero
Restrictions
∞
Any workload
Server infrastructure
Neon server setup

Executive Summary

Run anything. Boot instantly. Scale automatically. Anywhere.

We built a new kind of serverless system. Not only serverless functions. A full serverless server platform that delivers cold-boot performance in single digit milliseconds.

Run Node.js, Python, Postgres, MongoDB, Nginx, Java - anything
Develop locally, deploy on-prem, in cloud, or across continents
Isolated VMs start in milliseconds - faster than function calls

It is serverless without limits.

Minimalist server room
Clean server infrastructure
Modern workspace setup

What We Built

A universal serverless runtime that runs anything - from full operating systems to complete applications.

Platform Components

1

VVM Runtime

Unikernels on any OS

2

Load Balancer

Scale to zero instantly

3

Content Addressed Store

For layers & volumes

4

Dockerfile Builder

Custom OS images

5

Cluster Model

On-prem, cloud, air-gapped

6

HTTP Support

HTTP/1, 2, 3, QUIC

It is a full serverless platform. Not a function runner. Not an edge function framework. Not a microVM wrapper. Something new.

Serverless architecture
Infrastructure visualization
3D architecture render

Why This Matters

Traditional serverless platforms limit you

Restricted runtimes, tiny windows, complex rules. Slow cold starts. Broken dependencies. Dev-prod mismatch.

We treat the entire VM as the function

This changes everything. Zero restrictions. Perfect isolation. True portability.

4ms
Cold boot time
∞
Runtime support

What You Get

Zero restrictions
Fully isolated processes
True portability
Perfect dev-prod parity
Beat existing platforms
Databases & stateful workloads
Run completely offline
Serverless architecture
Infrastructure visualization
3D architecture render

Architecture

A deep dive into our revolutionary serverless architecture

VVM (Virtual Virtual Machine) Runtime

Thin execution layer using different hypervisors. Runs on Linux, Mac, Windows, and any cloud provider.

  • • Custom Linux kernels and root filesystems
  • • Built with Dockerfiles you already know

Custom Kernel & Prebind System

Prebinding sockets and instant network handle handoff for <4ms cold starts.

  • • Dramatically reduced bind latency
  • • Works with Node.js, Nginx, Java, Dotnet

Layered Image System

Distribution, framework, and application layers stored in CAS.

  • • OCI protocol transport
  • • Global sharing and local caching

Cluster Model

From single machines to global deployments.

  • • Single machine dev environments
  • • Multi-machine clusters
  • • Regional deployments
  • • Air-gapped installations

Volumes & Storage

Flexible storage for any workload.

  • • Block device volumes for databases
  • • S3 volumes for object workloads
  • • Pluggable storage backends
Server infrastructure
Fibre optic cables
Network cables

Performance

Real numbers from real machines that beat existing platforms

4ms
Full VM Cold Boot
Complete system startup
150ms
Node.js JSON Response
From 700km away
250ms
Postgres Query
Cold boot to response

Performance Highlights

Load balancer scales to zero in single-digit milliseconds
HTTP/2 ready, HTTP/3 and QUIC coming
Additional 30ms reduction expected with QUIC

These numbers beat Cloudflare Workers and most existing serverless platforms

Server room lighting
Server infrastructure
Server environment

Use Cases

Run anything, anywhere with instant cold boots

Full Application Serverless

Run entire web applications without thinking about servers. Each request boots a VM instantly.

  • • High traffic keeps instances hot
  • • Zero traffic scales down automatically

Serverless Databases

Stateful workloads become possible. Run Postgres, MongoDB, Redis, SQLite.

  • • Cold boot databases instantly
  • • Respond to queries in milliseconds

Secure On Prem Serverless

Air gapped. No internet. Run everything locally across machines.

  • • Complete offline operation
  • • Cluster across local infrastructure

Hybrid Cloud

Run dev locally, deploy to cloud, move workloads seamlessly.

  • • Perfect dev-prod parity
  • • Zero configuration migration

Edge and Low Latency

Boot times below 4ms enable workloads previously impossible with containers.

Serverless architecture
Infrastructure
System diagram

Developer Workflow

Use what you already know. Build, run, and deploy seamlessly.

Use Dockerfiles

No new build formats. No proprietary syntax. Use what you already know.

CLI

Build. Run. Test. Publish. Same CLI locally and in the cloud.

vvm build && vvm run

Local Dev

The exact same VM image runs locally and in production. No surprises.

Debugging

Full logs, stdout, stderr, and complete observability hooks.

Developer workspace
Developer coding
Code on screen

How It Works Under the Hood

Deep dive for low-level engineers and early adopters

Kernel & Memory Optimization

  • • Kernel optimized for instant unikernel execution
  • • Root filesystem compressed and CAS-mapped
  • • Memory boot process optimized for page activation

Network & Socket Layer

  • • Prebound socket layer eliminates bind delays
  • • Instant network handle handoff
  • • Zero container overhead startup

Storage & Distribution

  • • OCI-compliant layer system with custom semantics
  • • Tiered global storage for image replication
  • • Cluster manager distributes load and scaling
Server infrastructure with blinking lights
Black steel electronic device
Fibre optic cables

"This is the part that people love to read if you want to attract weirdos and early adopters."