Space Systems Intelligence,
Powered by AI

Design missions • Evaluate suppliers • Analyze markets • Optimize operations

The complete platform for space systems engineering, procurement decisions, and operational excellence.

SPACE TEMPLATES
93
AI version
Nov25
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Experience Vecteur Live

Interactive dashboard previews with real AI-powered features.
Explore constellation design, orbital mechanics, and mission planning in action.

Earth Observation

LEO Coverage & Revisit Analysis

Earth Observation

Earth Observation constellation design with 12 satellites in Sun-synchronous orbit. Demonstrates global coverage analysis, revisit time optimization, and ground station network planning.

0m 45s
Telecommunications

Telecom Beam Relay Network

Telecommunications

48-satellite LEO mesh network for telecommunications. Features inter-satellite links (ISLs), gateway ground stations, and network performance analysis with 4.8 Tbps total capacity.

0m 50s
Space Awareness

SSA Space-Based Surveillance

Space Situational Awareness

Space Situational Awareness system for tracking debris and collision avoidance. Includes 4 tracking stations (radar and optical), conjunction analysis, and maneuver planning for high-risk debris objects.

0m 55s
Subsystem Engineering

Propulsion Subsystem Design

Subsystem Engineering

Chemical propulsion system design for LEO-to-GEO transfer. Features delta-V analysis, mass budgets, tank sizing, and performance trade studies with interactive charts showing mission timeline and propellant consumption.

1m 0s

Mission & Vision

Transforming space systems engineering through AI-powered innovation

Our Vision

We envision a space industry where AI unifies engineering, business, and operations—empowering every organization to navigate the rapidly evolving frontier with clarity and confidence.

Our Mission

Accelerate space innovation by delivering end-to-end intelligence across the space value chain—from constellation design and supplier evaluation to market analysis and mission operations.

Evolution of AI in Space Engineering: 2025-2030

From rapid design exploration to continuous autonomous optimization — enabling engineers to manage constellations at unprecedented scale.

2025
AI Copilot

AI assists, engineer decides. Explore 500+ constellation architectures in hours instead of months. Engineers validate trade-offs, select optimal design.

2027
Integrated Agent

AI validates, engineer approves. Auto-check orbital mechanics, collision risks, coverage gaps for mega-constellations (IRIS², Starlink-scale). Catch errors early.

2030
Autonomous Systems

AI optimizes continuously. Monitor 100K+ satellites, auto-adjust constellation parameters for traffic, weather, demand. Engineers supervise high-level strategy.

Powering the Space Value Chain

From Earth Observation to Telecom Constellations and Space Domain Awareness—
AI-driven tools for every phase of space systems engineering.

EARTH OBSERVATION

High-Resolution Intelligence

WorldView Legion 5 & 6 • Feb 2025

Design defense-grade imaging systems with WorldView and Pleiades Neo-class performance. 30cm native resolution, 15x daily revisit, AI-enhanced targeting. Validated against operational ISR missions for tactical intelligence and strategic reconnaissance.

"With 3.6 million sq. km. of 30 cm-class collection capacity per day, Maxar will continue to lead the industry"

— Maxar Intelligence

30cmResolution
15xDaily Revisit
TELECOMMUNICATIONS

Mega-Constellation Architecture

Starlink Direct-to-Cell • July 2025

Design Starlink-scale networks with 8,000+ satellites and direct-to-device capabilities. AI optimizes orbital shells, inter-satellite links, and ground station networks for 300 Mbps broadband with 15ms latency. Validated against operational mega-constellations.

"After gauging the incredible response from customers, we've set our final launch pricing for T-Satellite at just $10 a month"

— Mike Sievert, T-Mobile CEO

8,811Satellites
ActiveDirect-to-Cell
SPACE AWARENESS

Space Domain Awareness

ATLAS Operational • Sept 2025

AI-powered tracking for 35,000+ orbital objects with LeoLabs-grade precision. Multi-sensor fusion across 204 global stations, conjunction prediction, and debris field analysis. Monitor congestion hotspots (750-1,000km) with <10cm detection capability.

"ATLAS meets this demand by providing essential and actionable space domain awareness"

— Ed Zoiss, L3Harris President

35,000+Objects
204Sensors

Platform Capabilities

Mission Design

AI-powered constellation design from concept to deployment

Autonomous mission design with 40+ tools
Physics-validated orbital mechanics
Real-time 3D visualization
Coverage & performance optimization

Supplier Intelligence

Comprehensive vendor evaluation and procurement analysis

Component and system supplier database
Performance & capability comparison
Cost and lead time analysis
Risk assessment and scoring

Market Analysis

Strategic insights on space industry trends and opportunities

Competitive landscape analysis
Market sizing and forecasts
Technology readiness assessment
Business model evaluation

Operations Support

Mission operations optimization and performance monitoring

Orbital propagation and tracking
Ground station planning
Contact window optimization
Anomaly detection and analysis

AI Integration Hub

Unified platform connecting specialized AI engines

Self-improving AI assistants
Real-time WebSocket streaming
Isolated workspace per project
Automatic result export

Collaboration Tools

Team collaboration and version control for space projects

Multi-user workspace access
Real-time project sharing
Design iteration tracking
Export to industry formats

Enterprise Security

On-premise deployment with compliance-ready infrastructure

Self-hosted deployment options
ITAR/EAR compliance ready
Data sovereignty controls
Air-gapped configurations available

What mission shall we design today?

Get in Touch

Have questions? We'd love to hear from you.

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