Scientific Systems Company, Inc. (SSCI) Awarded Army Contract to Prototype Capability to Autonomously Compose and Orchestrate Satellite and UAV teams
Press Release
From: Scientific Systems Company
Posted: Monday, January 10, 2022
Scientific Systems Company, Inc. (SSCI), an business chief and pioneer in superior clever autonomous programs, has been awarded a contract from the U.S. Army Rapid Capabilities and Critical Technologies Office (RCCTO) to display the disruptive energy of autonomous air and house platforms collaborating to present intelligence, surveillance, and reconnaissance (ISR) info.
Using their superior edge-based autonomy software program, the SSCI workforce envisions this system in the end demonstrating a single Soldier within the discipline requesting real-time intelligence merchandise on a wise machine may have the identical simplicity as requesting a rideshare from Uber or Lyft.
Selected as a part of the Army’s XTECH RCCTO Army Strategic Rapid Acquisition(AStRA) competitors held final June, SSCI will advance know-how insertion of their 18-month Army Responsive Tactical ISR Technology (ARTIST) program. In ARTIST, SSCI runs their Artificial Intelligence (AI) and Machine Learning (ML) enabled software program suite, generally known as Collaborative Mission Autonomy (CMA), on edge processors situated each on a satellite tv for pc and on a pair of tactical air platform Unmanned Air Vehicles (UAVs).
CMA is a mission working system that autonomously instructions unmanned platforms to execute mission aims in coordination with different unmanned teammates. CMA has been beforehand demonstrated each within the maritime and air domains, enabling giant numbers of automobiles to autonomously collaborate in communications challenged environments with very restricted human supervision.
For the house layer of ARTIST, SSCI will make the most of current satellites as a take a look at asset. An Onboard Edge processor is loaded with SSCI’s CMA software program. Able to management each the On- Orbit Asset and onboard Electro-Optic (EO) imager, CMA has been designed to obtain high-level Mission Service Requests (MSR) from a wise telephone operated by a tactical consumer on the bottom. Once obtained, CMA automates the whole Tasking, Collection, Processing, Exploitation, and Dissemination (TCPED) course of on the satellite tv for pc for extremely responsive ISR. This consists of the flexibility to conduct Automatic Target Recognition (ATR) and imagery. With this paradigm, the time from a MSR being despatched to the time intelligence knowledge is obtained is fast and seamless.
In the longer term, any delays shall be considerably decreased because the nation builds a mixed Proliferated Low- Earth Orbit (P-LEO) and hybrid house structure of each authorities and business satellites. In addition to the On-Orbit Asset, the ARTIST prototype can even make use of Capella’s Radar satellite tv for pc constellation. Capella will conduct superior processing onboard their spacecraft to shrink the TCPED timeline from their system.
CMA shall be built-in into edge processors bodily situated on a pair of Tactical Air Platforms UAVs. SSCI’s Finding Objects utilizing Closed-Loop Sensing (FOCUS) will run as an utility inside CMA. Originally developed for the Defense Advanced Research Projects Agency (DARPA) Squad-X program, FOCUS autonomously plans UAV routes and controls sensors to conduct desired discovering, fixing, monitoring, and focusing on (F2T2) with ML-based classification of designated objects of curiosity. CMA will make sure the tactical air platforms are maximizing collaborative effectivity whereas conducting F2T2.
Ultimately the objective of ARTIST is to display a Soldier within the discipline can situation a MSR from a wise telephone to request intelligence knowledge. That MSR shall be distributed to each the house and air layers, and upon receipt of satellites and UAVs, will collaborate to discover, repair, goal, and monitor objects of curiosity specified within the MSR. Satellite knowledge will cue and refine the tactical air platform search patterns, and concurrently replace its satellites on their availability to guarantee maximized custody of the realm of curiosity. The Soldier ought to obtain the intelligence info required quickly – with the identical ease of requesting a trip to the airport.
“This is a very unique and potentially transformational prototyping demonstration we are going to provide to the Army,” states Dr. Owen Brown, Vice President of Solutions Development at SSCI. “The one-click MSR paradigm for multi-domain composability and orchestration with tactical level control is truly a huge step function in our ability to get ahead of the adversary. ARTIST will ‘advance the ball downfield’ of AI/ ML technologies, employed at the edge, to bring to the Army new capabilities that are needed in today’s threat environment. We are extremely excited to be part of this Army RCCTO effort.”
About Scientific Systems Company, Inc.
Founded in 1990 and based mostly in Woburn, MA, Scientific Systems Company Inc. (SSCI) invents disruptive applied sciences, develops revolutionary options, and builds trusted merchandise for our prospects’ most difficult missions. SSCI focuses on the creation of AI/ML enabled capabilities to command, management, talk with, and handle composable collections of clever brokers, good sensors, and autonomous platforms throughout all domains.
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