• Skip to primary navigation
  • Skip to main content
  • Skip to primary sidebar
  • Skip to footer

everthing

  • Home
  • About
  • Animals
  • Lastes-posts
  • Medicine
  • NBA All-Star Game
  • Pharmacy
  • Software
  • Contact

ACC Federal Laboratory flies combat apps on F-22 with new open software stack > Air Force > Article Display

August 31, 2022 by admin



EDWARDS AIR FORCE BASE, California (AFNS) — Members of the Air Combat Command Federal Laboratory, test pilots at Edwards Air Force Baseand software developers from the 309th Software Engineering Group hit several milestones in one flight F-22 Raptor24 Aug.

The achievement is the first instance of third-party software running on a fifth-generation fighter aircraft and the first in-flight use of open-source container orchestration software on a fighter aircraft.

Fifth-generation fighter jets have historically not been available for third-party software integration. To solve this problem and lower barriers to entry, the team built and tested their new Open Systems Enclave, or OSE, consisting of a government-operated software architecture with existing hardware on board. This new enclave proved that it can quickly integrate new technologies from the first line of code to flight in less than 60 days. In recognition of this value proposition, there is now a formal requirement for the establishment of OSE on F-22 at the direction of the head of F-22 requirements.

“This breakthrough fundamentally changes how we can deliver combat capability to the war fighter,” said Major Allen Black, F-22 test pilot and co-project leader. “We’ve proven that we can rapidly evaluate and integrate next-generation technologies developed by experts in government, industry and academia at a lower cost, with software portability across defense platforms.”

Founded in 2018, the ACC Federal Laboratory functions under the office of the Chief Scientist and operates with a vision to evoke and merge a “Confluence of Warfighters, Developers and Acquirers” while bridging advanced technologies with field weapon systems . The result is an inspired defense industrial base with intellectual property protection and enhanced safeguards for mission-critical systems.

This confluence model quickly proved its worth in 2020 by achieving its first defense division in artificial intelligence when human-AI teaming was flown with an AI co-pilot, “Artuµ.”

The lab changed public policy in 2021 and established the National Institute for Standards and Technology’s 20th Laboratory Accreditation Program, known as Federal Warfare Systems. NIST accreditation standardizes the competence, impartiality, and operational consistency of federal labs of this type in the DoD, providing senior leaders with published policies to sanction and endorse this activity.

The ACC Federal Laboratory is uniquely positioned to utilize the space left over from formal requirements, where technologies vital to all air energy systems can be matured, verified and validated in comparable technical and operational environments.

“The Complementary Position of the ACC Fed Lab. within the acquisition process, the government can fly before they buy,” says Maj. Ray Tierney, founder and director of ACC Federal Laboratory. “This increases modernization throughput, decouples software development from operational flight program cycles, and enables the delivery of advanced capabilities to ensure dominance in strategically competitive environments – creating cost offsets previously thought impossible.”

As a Total Force Integration entity, the ACC Federal Laboratory consists of active duty, surveillance, reserve, civilian and contractor personnel. “We have had an overwhelming interest from government, industry and academic partners in making our platforms more capable and deadly,” said Lt. Col. Raven LeClair, test pilot and co-leader of the project. Most notable, however, is the mutual interest of fighters within the Air Force, Air Force Reserve, Air National Guard, as well as the US Space Force and the US Navy.

Ultimately, this milestone signals a bright future for software acquisition in the DoD, one where apps are rapidly developed, matured, and delivered to the war fighter at the touch of a button. Initially partnered with F-22 Program Office as an early adopter of OSE, the team is evaluating and integrating various candidate combat capabilities as cross-platform solutions.

“We need to build a lasting advantage for our fighting force,” he said Gene. Mark Kelly, commander of the Air Combat Command. “This ‘bring the future faster’ initiative enables us to rapidly discover and replicate combat capabilities and stay relevant with advanced technology and accelerate affordable changes in the delivery of combat air capabilities as an enterprise.”



Related

Filed Under: Software

Primary Sidebar

Recent Posts

  • Man Sent To Jail For Role In Cheltenham Pharmacy Robbery – The Mercury
  • Judge Orders Nevada Pharmacy Board To Remove Cannabis From Schedule 1
  • Angela D’Alessandro case: Family says Plymouth Meeting pharmacist preyed on teenage girl
  • Eating disorders are notoriously difficult to treat
  • mPharma acquires majority stake in HealthPlus in Nigeria

Recent Comments

No comments to show.

Archives

  • September 2022
  • August 2022
  • July 2022
  • June 2022

Categories

  • Animals
  • Lastes-posts
  • Medicine
  • NBA All-Star Game
  • Pharmacy
  • Software

Footer

Design

With an emphasis on typography, white space, and mobile-optimized design, your website will look absolutely breathtaking.

Learn more about design.

Pages

  • About
  • Affiliate Disclosure
  • CCPA / GPDR privacy policy
  • Contact
  • Privacy Policy
  • Terms And Conditions

Content

Our team will teach you the art of writing audience-focused content that will help you achieve the success you truly deserve.

Learn more about content.

Strategy

We help creative entrepreneurs build their digital business by focusing on three key elements of a successful online platform.

Learn more about strategy.

Copyright © 2023 · Genesis Sample on Genesis Framework · WordPress · Log in