Systems

Ground-based Optical Systems for Space Surveillance, Tracking and Safety

We build systems that see what others miss.

From low Earth orbit to deep space, Sybilla’s hardware powers global space safety operations.

Our modular, field-tested systems are designed to detect, track, and characterize objects in orbit

– supporting both defense and civilian missions around the globe.

Advanced hardware for reliable, long-range observations

Sybilla designs, integrates, and deploys optical systems that deliver precision, flexibility, and autonomy. From robotic telescope mounts and dome infrastructure to high-resolution sensors and power units – every component is field-proven and mission-ready.

Included components:

 

  • Telescope domes with environmental sensors and UPS
  • Robotic mounts with high-precision tracking
  • Scientific-grade sensors (CCD/CMOS)
  • Ruggedized control cabinets
  • Rapid deployment kits
  • Multi-tube and hybrid configurations
  • Compatible software solutions

CONSTELLATION FAMILY

Ground systems that observe, track, and protect

Meet Sybilla’s integrated optical systems – from compact rapid-deploy kits to multi-tube surveillance arrays. Each solution is designed for a specific operational need: wide-area surveillance, tactical tracking, object characterization, or deep-space threat detection.

Ursa Major

Ursa Major

Autonomous multi-tube surveillance system

Ursa Major is an autonomus, mobile sky observation system equipped with up to 24 optical tubes and cameras, designed for rapid deployment and wide-area space survelliance. Capable of monitoring more than 100 GEO targets and their neighborhood simultaneously, it’s ideal for military and civilian applications.

 

  • Use case: Surveillance
  • FoV per OTA: 2.17° × 1.45°
  • Sensor spec: 6× 4K, 16-bit FITS / OTA

Ursa Mionor

Compact and mobile tactical unit

Ursa Minor is a compact, mobile version of Ursa Major, fitting a single euro-pallet, optimized for rapid setup and focused observations in tactical missions.

 

It’s high-resolution telescope offers precise securing of selected orbital region, making it a versitaile tool for fast-response operations.

 

  • Use case: Surveillance
  • FoV: 2.53° × 1.92°
  • Sensor spec: 4× 3K, 16-bit FITS

 

Ursa Minor
Orion Sybilla Technologies

Orion

Dedicated deep-space observation system

Orion is a powerful telescope system designed for deep space observation. It excels in monitoring near-Earth objects (NEO’s), tracking potential threats to Earth from asteroids.

 

Fast deploy, it’s an essential companion to Hercules and Perseus-based setups helping right-off in securing satellites from space debris.

 

  • Use case: Tracking
  • FoV: 2.17° × 1.45°
  • Sensor spec: 6× 4K, 16-bit FITS

 

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Hercules

Long-range tracking and follow-up system

Hercules is a high-performance sensor system capable of long-range detection, providing critical data for space situational awareness programs.

 

It is used extensively for large-scale tracking operations, seamessly integrating with Perseus. Great for follow-ups of small objects in LEO, MEO and GEO.

 

  • Use case: Tracking
  • FoV: 1.37° × 1.37°
  • Sensor spec: 4× 4K, 16-bit FITS

 

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Perseus

Versatile, multi-telescope tracking platform

Perseus is a versitaile, high-end optical system of four separate telescopes solely designed for satellite tracking and space debris observation.

 

It is equipped with high-precision, ultra-wide optics and sensors, ideal for fast response events and continuous monitoring of objects in all orbital regimes.

 

  • Use cases: Surveillance & Tracking
  • FoV per OTA: 7.89° × 5.93°
  • Sensor spec: 14× 10K, 16-bit FITS / OTA

 

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Hydra

Characterization system with multi-filter imaging

Hydra is a multi-tube system capable of synchronized multi-color observations, designed for comprehensive object characterization in space.

 

Its ability to track a single object in up to six fillters simultaneously allows detailed insights into satellite conditions, making it an essential asset for both scientific and military space operations.

 

  • Use case: Characterization
  • FoV per OTA: 2.17° × 1.45°
  • Sensor spec: 6× 4K, 16-bit FITS / OTA
Hydra

Proven in the field

Sybilla’s systems operate on five continents – forming a growing global observation network. Whether installed by our team or delivered to partners, all systems are ready for autonomous use and integrate seamlessly with our software platforms for real-time control, monitoring, and data processing.

mapa Sybilla Technologies

Ready to scale

From single-site operations to coordinated networks

Each system in our portfolio can be deployed stand-alone or become part of a distributed sensor architecture. Whether you need one telescope or a coordinated optical array, our team delivers turn-key solutions designed to evolve with your needs.

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