Missions Powered by Antaris.
TWINSAT
In conjunction with the Space Development Agency (SDA), the TWINSAT mission utilizes TrueTwin™ technology to create digital FlatSats of SDA space vehicles. The mission enables operators to simulate satellite operations without the high costs and logistics associated with traditional hardware FlatSats.
In conjunction with Space Systems Command (SSC), the TWIN FORGE mission supports the development of software systems that facilitate self-healing satellites and constellations. The mission utilizes Antaris TrueTwin™ to design and “fly” large constellations to generate telemetry data at scale. Antaris will use the data to create AI-based models that detect and categorize spacecraft anomalies, enabling vehicles to react in real-time to protect both themselves and other vehicles in the constellation.
TWIN FORGE
DRISHTI-1
DRISHTI-1, by GalaxEye, is powered by Antaris software and utilizes Antaris bus reference designs. The Antaris Cloud Platform is being used to design, simulate, and operate the earth observation satellite for GalaxEye and its onboard DRISHTI sensor. XDLINX Labs India is providing the bus hardware and integration services.
THIRD EYE-1
Antaris bus reference design and software will power the THIRD EYE-1 satellite constellation. The Antaris Cloud Platform is being used to design, simulate, and operate the high-resolution electro-optical earth observation satellite. XDLINX Labs India is providing the bus hardware and integration services.
The ELEVATION Mission, for Almagest Space Corporation, will utilize the Antaris Cloud Platform to design, simulate, and operate one of the world’s first miniaturized E-band communications payload into XDLINX Lab’s XDSAT-NS satellite. The payload is being developed by XDLINX as part of Almagest's ELEVATION E-band technology demonstration mission. The ELEVATION mission will provide Almagest with valuable data for its planned satellite network for ultra-high throughput data delivery services.
ELEVATION-1
JANUS Missions
The JANUS missions series consists of technology demonstrations of various components of the Antaris Cloud Platform.
JANUS-3
The JANUS-3 mission is part of Orbital Prime program administered by SpaceWERX, the innovation arm of the U.S. Space Force, aimed at advancing the development of technologies related to orbital debris removal and on-orbit servicing, assembly, and manufacturing (OSAM). The JANUS-3 mission utilized the Antaris Cloud Platform and Antaris TrueTwin™ to design and simulate satellites involved in both in-space servicing and as well as rendezvous proximity operations (RPO)..
JANUS-2 is our second demonstration satellite, which will launch in 2024. The Antaris Cloud Platform was used to design and simulate the satellite, and will be used to operate it on-orbit. JANUS-2 will also launch several customer payloads including a multi-spectral imager, an optical transceiver from Transcelestial, and an IoT communication payload from Netra. Stay tuned for more information about the launch of JANUS-2.
JANUS-2
JANUS-1 is a software-defined 6U demonstration satellite created entirely on the Antaris Cloud Platform, which was used to design, simulate, and operate the vehicle and its multiple payloads. JANUS-1 was successfully launched on February 10, 2023. It was ready for launch in only 10 months—with payload providers from five countries and at a cost savings of 75% over comparable missions.
