Revolutionizing Orbital Planning with AI

Transforming satellite deployment through intelligent, real-time orbital planning solutions.

Rated 5 stars by clients.

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★★★★★

Innovating Space Logistics with AI

At d-orb, we revolutionize satellite deployment through AI-driven orbital planning, enhancing efficiency and safety in space logistics for a new era of satellite operations.

A large rocket or space vehicle is positioned under a cloudy sky, with logos of ESA and CNES visible on its sides. The structure is predominantly white with some metallic components and features several flags.
A large rocket or space vehicle is positioned under a cloudy sky, with logos of ESA and CNES visible on its sides. The structure is predominantly white with some metallic components and features several flags.

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Trusted by Experts

Proven Solutions

Orbital Planning Solutions

Transforming satellite deployment with AI-driven, real-time orbital planning and mission optimization services.

AI Copilot Service

Conversational AI assisting engineers in creating optimal satellite transfer plans based on real-time data.

A spacecraft with a large dish antenna floating amidst a backdrop of twinkling stars in deep space. The metallic structure of the spacecraft is highlighted by subtle lighting.
A spacecraft with a large dish antenna floating amidst a backdrop of twinkling stars in deep space. The metallic structure of the spacecraft is highlighted by subtle lighting.
Mission Optimization Tool

Utilizing past missions and astrodynamics to enhance planning efficiency and safety for satellite launches.

Fuel-efficient transfer plans tailored to specific mission constraints, ensuring optimal satellite deployment success.

Real-time Data Integration
Two spacecraft with large dish antennas are in deep space surrounded by numerous small, bright stars against a dark background. The spacecraft appear to be similar in design, featuring round dishes and various scientific instruments attached to the bodies.
Two spacecraft with large dish antennas are in deep space surrounded by numerous small, bright stars against a dark background. The spacecraft appear to be similar in design, featuring round dishes and various scientific instruments attached to the bodies.
Two white rocket structures featuring the SpaceX logo, with the one on the left displaying rocket engines at the bottom and the one on the right labeled with Starlink. Both positioned vertically in front of a clear sky backdrop.
Two white rocket structures featuring the SpaceX logo, with the one on the left displaying rocket engines at the bottom and the one on the right labeled with Starlink. Both positioned vertically in front of a clear sky backdrop.

Orbital Planning

AI-driven solutions for efficient satellite mission planning and execution.

A large space station with multiple solar panels is floating against a backdrop of space. The station consists of several modular components and is symmetrical in design. The panels are arranged in a grid-like pattern, reflective of light.
A large space station with multiple solar panels is floating against a backdrop of space. The station consists of several modular components and is symmetrical in design. The panels are arranged in a grid-like pattern, reflective of light.
AI Copilot

Conversational assistant for real-time orbital planning and analysis.

A space station is positioned slightly off-center against a backdrop of a star-filled sky. The station is illuminated, showcasing its solar panels and structural complexity, while the majority of the frame is dominated by the vast darkness of space, dotted with small distant stars.
A space station is positioned slightly off-center against a backdrop of a star-filled sky. The station is illuminated, showcasing its solar panels and structural complexity, while the majority of the frame is dominated by the vast darkness of space, dotted with small distant stars.
Data Integration

Combining launch data and traffic for optimal mission success.

A spacecraft is orbiting above the Earth, surrounded by a backdrop of the planet's atmosphere and scattered clouds. The spacecraft appears to be metallic with various protruding antennas and equipment, reflecting sunlight.
A spacecraft is orbiting above the Earth, surrounded by a backdrop of the planet's atmosphere and scattered clouds. The spacecraft appears to be metallic with various protruding antennas and equipment, reflecting sunlight.
A futuristic, metallic blue satellite with large solar panels sits against a gradient background. The design is sleek and modern, with curved surfaces and detailed panel lines.
A futuristic, metallic blue satellite with large solar panels sits against a gradient background. The design is sleek and modern, with curved surfaces and detailed panel lines.
Fuel Optimization

Maximizing efficiency in satellite transfers and maneuvers.

Mission Insights

Analyzing constraints for safe and effective orbital operations.

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The orbital planning copilot simplified our mission planning and improved efficiency in deploying satellites.

SpaceTech Pro

A tall white rocket stands prominently against a clear blue sky, surrounded by lush green trees. In the foreground, part of a large satellite dish is visible near industrial buildings with a corrugated metal siding.
A tall white rocket stands prominently against a clear blue sky, surrounded by lush green trees. In the foreground, part of a large satellite dish is visible near industrial buildings with a corrugated metal siding.
An astronaut in a space suit is floating in the dark environment of outer space, tethered to a spacecraft. A satellite is visible to the left, while the International Space Station can be seen in the background, illuminated against the blackness.
An astronaut in a space suit is floating in the dark environment of outer space, tethered to a spacecraft. A satellite is visible to the left, while the International Space Station can be seen in the background, illuminated against the blackness.

★★★★★

CoPilot

AI-driven orbital planning for efficient satellite deployment.

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Orbit

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