BAE Systems reposted this
Today, we announce the acquisition of Kirintec, an innovative UK cyber and electromagnetic activities (CEMA) company, to enhance our counter-IED, counter-UAS and electronic warfare solutions to protect military platforms and personnel from #cyber and electromagnetic threats. Together, our complementary capabilities will help our armed forces secure #electromagnetic spectrum dominance and conduct operations with a reduced risk of casualties or operational setbacks. #CEMA Find out more: http://baes.co/w7kl50TesKO
Wow. What amazing news. I hope you get to keep the new Malvern facility!!
Congratulations to all involved!
Congratulations to everyone involved - an excellent move !
BAE have acquired a great asset 👍
Congratulations to the great team at Kirintec, and Roy of course, onwards and upwards !
Great addition to the group
Hope BAE don’t stifle Kirintec.
It matters why you are busy. The bee gets praised, the mosquito swatted.
1moIntroducing my aircraft system that redefines stealth, navigation, and energy efficiency. This advanced platform incorporates the same powerful engines with cutting-edge graphene-enhanced technologies for unmatched performance in covert operations. The navigation system utilizes inertial navigation (INS) with gyroscopes, accelerometers, and magnetometers, allowing precise, signal-free operation even in GPS-denied environments. Embedded sensors within the graphene shell continuously feed real-time data—altitude, speed, atmospheric conditions—into the system, enabling quick adjustments to external threats. The aircraft emits no detectable signals, ensuring stealth in radar-heavy zones. Data is presented via an onboard holographic display, giving the operator full situational awareness. Energy production is optimized through thermoelectric generators (TEGs), converting engine heat into electrical energy, powering systems without generating a detectable thermal signature. The energy is stored in graphene-based supercapacitors, which offer rapid energy discharge for high-intensity operations. The hybrid system allows switching between thermoelectric, solar, or fuel cell energy, enabling extended mission capabilities without refueling