GLOBAL FLEET: 99.999% HEALTHY | SCHEDULER JITTER: 12µs | BARE METAL: AMD EPYC 9654
Hyperplane Kernel v4.2 Released • Hardware KVM Virtualization

4.8ms Serverless MicroVMs.
Built for Autonomous Agent Runtimes.

Execute untrusted code, parallel browser sandboxes, and autonomous AI agents inside ephemeral Firecracker MicroVMs spawned on bare-metal silicon. Zero cold-start latency. Zero shared state.

Explore Architecture
4.8ms Cold Boot Latency
1.2MB Base Memory Footprint
320µs Kernel eBPF Dispatch
100% Hardware KVM Isolation
// SYSTEM TOPOLOGY

Interactive Execution Pipeline

Click any stage in the distributed pipeline to inspect real hardware telemetry.

ACTIVE

Anycast Edge Gateway

0.8ms Handshake

BGP Anycast routing terminates TLS 1.3 with zero round-trip overhead. Ingress requests are verified and serialized within 800 microseconds.

// LIVE RUNTIME TELEMETRY

Real-Time Event Stream

Filters:
// COLD-START COMPARISON

Quantitative Benchmarking

Adjust parallel worker concurrency to evaluate latency degradation curve.

Parallel Worker Concurrency 250 Parallel Workers
10 Concurrency 1,000 Workers 2,500+ Spikes
HYPERPLANE (MicroVM KVM) 4.8ms
AWS Lambda (Standard Container Cold-Start) 1,380ms
Docker on EC2 (Daemon Initialization) 4,650ms
// UNIFIED SDK

Three Lines of Code

from hyperplane import HyperplaneClient

# Connect to low-latency kernel gateway
client = HyperplaneClient(token="hp_live_9f81a7b2")

# Spawn an isolated 4.8ms MicroVM instance
vm = client.sandboxes.spawn(
    image="python:3.12-alpine",
    cpus=4,
    memory_mb=512,
    isolation="firecracker-kvm"
)

# Run arbitrary deterministic agent workload
result = vm.exec(
    "pytest tests/test_migrations.py --benchmark-json output.json"
)

print(f"Boot: {vm.boot_latency_ms}ms | Status: {result.exit_code}")
print(result.stdout)