HERA SYSTEMS
SMALL SATELLITES
MISSION SOLUTIONS
BIG
Trusted, innovative solutions in support of defense and security, applying smart technologies and agile development to deliver exceptional satellite buses, platforms and systems.
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About
Redefining the standards of performance in small satellites to empower critical missions in defense and security.
Focusing a wealth of government and commercial experience on innovative patented designs, agile development and rapid deployment.
Our smart bus and platform products are driving the transition of key Space infrastructure to smallsat-based solutions:
Low Cost,
Rapid Deployment,
Trusted Autonomy
in Mission Solutions
designed to operate in
Contested Space.
Products
Leoness Smart Spacecraft Bus
Named after her natural ancestor, the lioness, she uses her powerful hunting skills and keen eyesight to perform Space Domain Awareness missions, such as to locate and catalogue damage and debris in the LEO and VLEO belts.
Our Leoness Smart Bus incorporates unique features that address the challenges of Contested Space, including:
Resilient Power Systems
Strengthening mission endurance through use of zero-volt tolerant battery technology and associated architectures, allowing rapid deployment, on-orbit restart from fully drained batteries, and effective anti-brownout measures.
AI-Powered Resilient and Deceptive Communications
Addressing the challenge of fighting satcom/PNT resilience for small satellites, incorporating anti-jamming and deception techniques, anti-jam GPS and resistant to cyber-threats.
On Board Analytics
With over a TFLOP of computing power, the On-Board Computer System (OBCS) executes complex AI/ML apps, including on-board ML training. These apps interact to form a virtualized environment providing secure access to all data and spacecraft subsystems.
High Capability Propulsion
With high-thrust, high-Delta-V chemical propulsion Leoness supports missions including Rendezvous and Proximity Operations (RPO) and rapid avoidance maneuvering.
Space Domain Awareness
VLEO Missions
Earth Observation
Audax SR ISR Platform
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Super Resolution on a Micro-satellite
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Optimized aperture to maximize light-gathering
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Proprietary optical path design to allow multispectral data gathering
Patented Design
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The Audax SR platform is named for the Aquila Audax or “bold” Wedge-Tailed Eagle
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Soaring at great heights for extended periods, its keen eyesight and spectral reach are able to discern details at twice the resolution - super resolution - of human vision
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Audax SR is designed for rapid deployment in LEO and VLEO constellations, providing near real-time AI-driven processing and Trusted Autonomy for missions in defense and security
Background
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Audax SR is a product of our proprietary sub-meter resolution imaging payload
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It incorporates the benefits of Hera Systems’ smart bus technologies
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16U CubeSat delivers a level of performance and sophistication associated with much larger spacecraft
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Multiple patents cornerstone its innovative optical design and techniques unique in a commercial Space platform
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Incorporates ultra-stable pointing accuracy, proprietary optical design, flexible propulsion, massive on-board processing capabilities and multiple communications options.
Key Features:
Proprietary Imaging Payload
Audax SR is a highly-customizable ISR platform for use in VLEO and LEO constellations, offering ultra high resolution (50cm) imagery and video with rapid revisit (10-minutes) over specific regional areas of interest. Its use of proprietary super-resolution, a patented aperture and optical path design supporting up to 8 multispectral bands, results in the highest imaging performance available in a 16U SmallSat form factor.
AI-Powered Smart Bus
Our patented design incorporates on-board AI processing techniques, and flexible communication modes to provide near real-time intelligence alerts directly to the warfighter. Hera Systems spacecraft uniquely operate through Contested Space to support future LEO constellations.
High Capability Propulsion
With high-thrust, high-Delta-V chemical propulsion Audax SR has VLEO-enhanced imagery resolution and rapid impact avoidance maneuvering.
Resilient Persistent Constellation with Trusted Autonomy
Audax SR constellations can be securely re-programmed in orbit to support mission-specific operating and reporting requirements, empowering timely operational decisions in support of defense and security. Our low-cost platform provides maximum capability and responsiveness, is prepared for Contested Space, and is designed for rapid deployment in smart constellations.
On Board, Dynamic, Mission-Defined Analytics
With over a TFLOP of computing power, the On-Board Computer System (OBCS) executes complex AI/ML apps, including on-board ML training. These apps interact to form a virtualized environment providing secure access to all data and spacecraft subsystems.
Partners
Advanced Mission Specific Solutions
BAE Systems
Hera Systems works with BAE Systems to incorporate advanced support for mission-specific geospatial intelligence into its onboard and ground-based solutions, including integration with BAE Systems best-in-class GXP software.
Team with
Hera Systems to deliver !
We work with best-in-class business partners to deliver the highest performance solutions to our customers.
Leading Compute Partner
BlackLynx
BlackLynx state-of-the art computing technologies contribute integrated pointing, navigation and control for our solutions.
BlackLynx provides precision in-plane and out-of-plane orbit maneuver design, modeling and operations testing.
Proven
Propulsion Heritage
Aerojet Rocketdyne
We work with Aerojet Rocketdyne to apply its modular propulsion systems to our spacecraft designs.
Their unique heritage in Space propulsion provides the high performance agility, long-term orbit maintenance, and high delta-V to the specifications of our customers.
RPO
Mission Operations
OmniTeq
OmniTeq, an L2 Solutions LLC Company, with extensive experience in SmallSat mission planning, on orbit services, and proximity operations, provides support for RPO mission planning and proximity operations (classified and unclassified).
Refueling
Solutions
Orbit Fab
Orbit Fab was founded in 2018 to eliminate the single-use spacecraft paradigm with in-space refueling. Hera Systems works with Orbit Fab to support their RAFTI refueling interface in current and planned mission solutions.
Customers
United States Space Force
Space
Domain Awareness Solutions
U.S. Space Force
Advanced
Innovations
NRO
Advanced Mission Solutions
AFRL
Imagery & GEOINT Solutions
NGA
Integrated Security Solutions
Seguritech
Contact
Inquiries
To learn more about how Hera Systems small satellite solutions can support your mission, please contact us using the form below.
Contact Us
Company HQ
Employment
To apply for a position with Hera Systems, please send a cover letter together with your resume to: info@herasys.com