Battle Creek Unlimited Selects ResilienX for MICH-AIR BVLOS →
Battle Creek Unlimited Selects ResilienX for MICH-AIR BVLOS →
ResilienX Projects, Results and Industry Impact
Battle Creek Unlimited (BCU) has selected ResilienX to develop the ground-based sense-and-avoid capability for MICH-AIR, the advanced air mobility hub being developed at Battle Creek Executive Airport (BTL). The effort is focused on enabling routine Beyond Visual Line of Sight (BVLOS) operations that can support remote and autonomous aircraft…
Winston-Salem, North Carolina, May 3 rd , 2023 – ResilienX, the leading provider of in-time aviation safety management system
Syracuse, NY – ResilienX, Inc. and Rudasys Aerospace are announcing plans to collaborate on bringing their combined
TruWeather, Longbow Group, Spright & PABLO AIR to Join ResilienX in Research Investigating the Impacts of Urban Winds on
North Texas team tests emerging Advanced Air Mobility technology
Spright to Leverage ResilienX ’s FRAIHMWORK Software for In-time System-wide Safety Assurance (ISSA)
The Future of UTM in Australia Starts Now
Image Credit: TruWeather Solutions ResilienX is pleased to extend its partnership with TruWeather Solutions under a
Syracuse, NY, June 1st 2021 , Varon Vehicles and ResilienX have signed an MoU and will be jointly collaborating on the integration of ResilienX’s off-nominal situation management capabilities. ResilienX is the developer of FRAIHMWORK®, an in-time system-wide safety a…
Syracuse, NY – July 23, 2021 ResilienX is pleased to extend its relationship with NASA through participation in the agency’s Advanced Air Mobility (AAM) National Campaign. ResilienX will join three teams to conduct research, simulations, and operational flight demon…
Syracuse, NY – The Federal Aviation Administration (FAA) recently awarded a $1.6M contract that will advance unmanned traffic management (UTM) at
ResilienX to develop health and safety monitoring system for UAM ecosystem
CAL Analytics recently secured a $1.4M contract with the Ohio Federal Research Network (OFRN) to lead the development of a contingency
