Reconfigurable distributed black-box modules, each the size of a cell phone, to communicate among one another and preserve and secure data including a voice from the cockpit, vehicle mechanics, skin materials, and engine system health via mission-oriented sensors. Rescue operators respond to the onboard GPS sensor that will gather position information after a catastrophic incident, providing investigators information to determine cause and lability
Assets damaged or destroyed at launch, in-flight, or in orbit currently have limited recovered data making the cause of the accident difficult to determine.
The current generation of Flight Data Recorders are heavy, impractical, and are easily lost in hostile environments.
Data transmission from a space vehicle to the ground during the last few crucial last milliseconds before breakup is either unclear or insufficient.
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Reconfigurable distributed black-box modules:
• Cell phone sized
• Inter module communication
GPS signal locator:
•A GPS sensor that will gather position information after a catastrophic incident providing investigators information to determine cause and lability
Mission-oriented sensors preserve and secure data including:
• Voice from the cockpit
• Vehicle mechanics
• Skin materials
• Engine system health
PATENT #: 9286738 USPTO
DN/20150339867
Statistically guaranteed to survive. All units have all data up to critical last milliseconds of a catastrophic event.
Vendor agnostic interface to other hardware. Connects to anything.
Low cost lightweight solutions for full orbital reentry.
Our patented method of trading GPS fixes and velocities at onset and during the critical seconds of a catastrophic event enables forensic reconstruction of a catastrophic event from hard data.
Like a bespoke suit, our solution can be tailored to fit unique requirements for data speed, integrity, and security as well as price sensitivity.
Multiple layers of protection. That protection and the low ballistic coefficient, lowing the heat of reentry and the terminal velocity of the fall, increases device survivability during a catastrophic event.
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Complete set of skills, from space electronics engineering to business and marketing management and legal.
Strong, experienced management and engineering team that understands space challenges.
Over 30 years of experience with space data technologies, including leveraging former members of the XCOR Aerospace electronics team who developed the original system designs and tested the fabricated modules.
Our team and their networks include senior executives and accomplished engineers in the space industry.
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