Built for hybrid at any scale

A sleek control plane for real metal and cloud—unified networking, deploys, and observability with zero heavy lifting.

01

Hybrid fleet

Manage bare metal and cloud resources from one control plane.

FleetAPI
-35%Latency
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02

Zero-trust networking

Private overlays, service mesh, and least-privilege access by default.

mTLSOverlay
-70%Access risk
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03

One-click deploys

Spin up databases, caches, and app stacks with templates.

TemplatesStacks
-80%Time-to-deploy
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04

Observability

Real-time metrics, logs, and traces unified across environments.

MetricsTracing
-40%MTTR
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05

Cost insights

Track utilization and spend with predictive recommendations.

UsageForecast
-22%Wastage
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06

API-first

Automate everything with a consistent API and SDKs.

SDKWebhooks
+100%Coverage
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01

Hybrid fleet

Manage bare metal and cloud resources from one control plane.

  • Simple API with idempotent actions
  • Live events and streaming metrics
  • Safe rollbacks with versioned configs
Real-time updates
02

Zero-trust networking

Private overlays, service mesh, and least-privilege access by default.

  • Simple API with idempotent actions
  • Live events and streaming metrics
  • Safe rollbacks with versioned configs
Real-time updates
03

One-click deploys

Spin up databases, caches, and app stacks with templates.

  • Simple API with idempotent actions
  • Live events and streaming metrics
  • Safe rollbacks with versioned configs
Real-time updates
04

Observability

Real-time metrics, logs, and traces unified across environments.

  • Simple API with idempotent actions
  • Live events and streaming metrics
  • Safe rollbacks with versioned configs
Real-time updates
05

Cost insights

Track utilization and spend with predictive recommendations.

  • Simple API with idempotent actions
  • Live events and streaming metrics
  • Safe rollbacks with versioned configs
Real-time updates
06

API-first

Automate everything with a consistent API and SDKs.

  • Simple API with idempotent actions
  • Live events and streaming metrics
  • Safe rollbacks with versioned configs
Real-time updates
Built with Rust, secure by design

Memory safety, minimal attack surface, predictable performance

Our control plane and agents are written in Rust to eliminate entire classes of memory safety issues while maintaining high performance under load. We sandbox untrusted input, enforce strict validation, and sign/verifiy artifacts end-to-end.

  • Strong typing across APIs
  • Least-privilege agent model
  • Supply chain signing + SBOM
  • Encrypted overlays (mTLS)
// axum example: secure JSON endpoint
use axum::{routing::get, Json, Router};
use serde::Serialize;

#[derive(Serialize)]
struct Health { ok: bool, version: &'static str }

async fn health() -> Json<Health> {
    // no unsafe, no shared mutability
    Json(Health { ok: true, version: "v0.1.0" })
}

#[tokio::main]
async fn main() {
    let app = Router::new().route("/health", get(health));
    // behind TLS terminator + mTLS to agents
    axum::serve(tokio::net::TcpListener::bind("0.0.0.0:8080").await.unwrap(), app)
        .await
        .unwrap();
}
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