Build for Space

SDKs and APIs for satellite tracking, orbital computing, and space infrastructure.

Rotastellar is in invite-gated private beta. Request access to get an API key.

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SDK Packages

Available for Python, Node.js, and Rust

Python SDK

Satellite tracking, orbital intelligence, and compute planning. Unified client for the full API.

Python

pip install rotastellar

from rotastellar import RotaStellarClient

client = RotaStellarClient(api_key="rs_live_...")
sat = client.satellites.get("25544")  # ISS
print(f"{sat.name}: {sat.position.lat:.2f}°")

PyPI Docs GitHub

Node.js SDK

Web-native tracking, feasibility, and orbital workload planning - TypeScript-first.

Node.js

npm install @rotastellar/sdk

import { RotaStellarClient } from '@rotastellar/sdk';

const client = new RotaStellarClient({ apiKey: 'rs_live_...' });
const sat = await client.satellites.get('25544'); // ISS
console.log(`${sat.name}: ${sat.position.lat}`);

npm Docs GitHub

Rust SDK

High-performance orbital planning, feasibility, and tracking - native or compiled to WASM.

Rust

cargo add rotastellar

use rotastellar::{FeasibilityCalculator, WorkloadProfile, WorkloadType};

let calc = FeasibilityCalculator::new(550.0);
let profile = WorkloadProfile::new(WorkloadType::Inference, 10.0)
    .with_memory_gb(32.0);

let result = calc.analyze(&profile, None);
println!("feasible: {}", result.feasible);

Docs GitHub

Resources

Documentation →

Guides, API reference, and SDK documentation.

Mission Control →

Create API keys, plan missions, manage deployments.

Live Tracker →

3D visualization of 14,000+ satellites. Powered by our API.

GitHub →

SDKs, agent specs, and open source projects.

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Request access to the private beta, then create and manage API keys from the console.

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