I got an speculative answer from FF because of the increased share price in Germany
“Fact Finder
11,246 Posts.
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31/05/25 10:15 Post #: 79261454
Not to be left out I know something too. ISL has partnered with MAK-One. This is a very significant event. If you Google MAK-One you will find a very impressive partner list and an extensive World wide distributor network.
The ISL/MAK partnership seems to be directed to providing a "ground truth" image confirming the local geographic details.
RFView® for MAK ONE serves SAR imagery on demand. RFView® is a registered trademark of ISL Inc.
www.mak.com
Our new partner, ISL, is an industry leader in radar and radio frequency simulation and analysis for over four decades. Our new integrated product uses ISL’s RFView® radar simulation technology to generate SAR images based on terrain and entity geometry and material data provided at run-time by a dedicated instance of MAK’s VR-Vantage IG. This approach allows RFView® to access terrain in any of the formats supported by MAK ONE (including direct-from-source streaming from VR-TheWorld Server, procedural terrain generation, cut-in FBX or OpenFlight insets, CDB databases, and dynamic terrain elements); and to access entity geometry (including articulated parts, embarkation, damage, and DI-Guy posture and animations) - provided by VR-Vantage based on DIS/HLA data received from VR-Forces or other federates.
SAR = Synthetic Aperture Radar which is the project involving Brainchip, ISL, RTX and the US Airforce Research Laboratories.
RFView AI
www.islinc.com
RFView AI solves one of the biggest problems for advanced RF applications: Where to get high quality training data in an operationally relevant environment? RFView’s physics-based approach ensures faithful recreation of important real-world effects!
Aide memoire:
www.islinc.com
ISL is focused on replicating the analog nature of biological computation and the role of neurons in cognition. ISL’s team of scientists/engineers continue to understand how the morphology of individual neurons, circuits, applications, and overall architectures creates desirable computations. Leveraging this understanding and the newly developed and emerging commercial neuromorphic chips, ISL is developing a new low-power, lightweight detect and avoid (DAA) system for very small UAS platforms that exploits automotive radar hardware, light-weight EO/IR sensors, advanced data fusion algorithms, and neuromorphic computing.
This could be used, eg, when GPS is not working, or for "before" and "after" shots, a potential use for AKIDA.
Having regard to this picture a small unconnected autonomous AKIDA 2 SMART DRONE with DRAM loaded with local geographic details in a conflict zone with compromised GPS slipping over the landscape to gather intelligence or identify and destroy enemy positions or combatants. Remember Dr. Joseph Guerci from the Old Crows podcast confirming that ISL had proven out AKIDA's capacity to autonomously navigate such drones now he can add without GPS assistance.
If you do not like imagining this then what about the same drones navigating around warehouses, cities, inside high rise buildings or being used in agriculture on large properties to locate cattle or monitor for poachers in game reserves etc, etc. Search and rescue in mines and cave systems. Even on Mars.
My opinion only DYOR
Fact Finder”