Navigation

Without Limits.

We make magnetic navigation simple, scalable, and field-ready.

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Interference and signal denial leave critical missions at risk. Because traditional systems are vulnerable to jamming and platform noise, every deployment becomes a custom, high-cost engineering marathon.

The GPS Vulnerability

Satellite-based navigation is a single point of failure. Whether in Low Earth Orbit or maritime corridors, GPS is easily spoofed, blocked, or jammed. Relying on external signals creates a critical vulnerability for mission-essential assets that must operate in contested or remote environments.

The Bespoke Engineering Bottleneck

Navigation remains a custom craft rather than a standardized product. Every new platform requires a ground-up redesign, slowing deployment and consuming up to 25% of total mission costs in testing overhead. This lack of a repeatable solution is the primary constraint on scaling autonomous fleets.

Electromagnetic Interference

High-performance sensors are often blinded by their own platform’s electromagnetic noise - interference from motors, thrusters, and onboard electronics. Historically, solving this "platform noise" required heavy shielding and manual calibration, adding significant weight and complexity to the vehicle.

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General Orbit is securing the future of global navigation.

See how we turn complex geophysical data into mission-critical certainty. Our resilient navigation systems provide the absolute positioning required for the next generation of global exploration.

Integrated by Design

Simplified sensor fusion that eliminates complex system redesigns. Our hardware integrates directly into your existing architecture, removing the need for custom shielding or expensive isolation.

Domestically Manufactured

We move at the speed of your mission. By manufacturing in Michigan, we keep production close to home, strengthening quality, resilience, and American industry.

High-Fidelity, Low-SWaP Performance

Miniaturized hardware that doesn't compromise on power. Our systems deliver world-class accuracy with a fraction of the size, weight, and power (SWaP) of traditional legacy sensors.

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Intelligence. Flexibility. Scalability.

Edge-Processed Sensor Fusion

Our embedded machine learning filters platform noise at the source. By neutralizing electromagnetic interference in real-time, we deliver high-fidelity navigation intelligence for drones, satellites, and maritime vessels without the need for specialized shielding.

Mission-Agnostic Integration

We have eliminated the need for bespoke engineering. Our hardware provides a reliable "geological fingerprint" to provide positioning and navigation in any GPS-denied environment.

Industrialized scalability

Standardized architecture and domestic manufacturing in Michigan allow us to deliver high-performance systems and scale rapidly when your mission demands it.

Resilient PNT Architecture

Built for a world where external signals are not guaranteed. General Orbit provides an unjammable, autonomous alternative to GPS, ensuring mission continuity when traditional networks are compromised or unavailable.

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Reliable Navigation for Challenging Environments

Aerospace

In the silence of contested airspace, navigation is survival. We provide autonomous systems with a "North Star" that no adversary can jam and no spoofing can redirect.

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Maritime

The ocean is vast and GPS is easily masked by the horizon. We turn the seafloor into a high-definition highway, allowing vessels to navigate the deep with a level of certainty that was once thought impossible.

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Subterranean

We transform magnetic anomalies into a navigational map for deep-earth exploration. Our hardware provides the precision required for the accurate georeferencing of mineral deposits, ensuring subterranean missions operate with the same rigor as the surface.

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Space

Our hardware enables satellites to maintain precision orientation in high-interference environments where platform noise from thrusters and other electronics traditionally comprises missions.

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General Orbit is on a mission to secure the future of global navigation.

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Everything in modern technology relies on positioning, yet the industry remains tethered to a fragile 50-year-old signal. Because current magnetic navigation systems require custom design, they are prohibitively expensive and inherently unscalable.

For too long, manufacturers have faced the same bottlenecks including complex integrations and prohibitive testing costs. We are replacing that complexity with standardization. By combining sub-nanotesla sensing with intelligent algorithms, we turn the Earth’s magnetic field into a high-definition navigation map that works at any scale, in any environment.

It’s our responsibility to enable systematic development at scale, in order to deliver unmatched technological quality. Our intelligent sensor fusion drives enhanced efficiency and reduced waste. We don’t just build sensors; we build the resilient PNT architecture that allows our partners to thrive in an era where satellite independence is no longer optional, it is a requirement.

The heart of every mission, reimagined for gps-denied environments

Join the organizations adopting magnetic navigation. See how General Orbit makes absolute positioning predictable, scalable, and secure.