Loihi is not commercially available so using it in tests against AKIDA is really just to show that the commercially available AKIDA stands up.
There are no other decent neuromorphic chips (that can perform required cybersecurity functions) to test AKIDA against.
So its us by default in any case.
There has to be 'hard/can't to fix' problems with Loihi otherwise after all this time it would be commercially available. Is Loihi a Dud??
Most chips are specialised eg vision. AKIDA is a general purpose winner.
An example is Bascom Hunter using AKIDA for 5 different puposes in the one device as shown below (and its only using the AKIDA1000 - 5 of them.
General purpose - multi function - that is our EDGE.
APPLICATIONS
A single SNAP Card, deployed on an airborne ISR platform, occupying only one 3U VPX slot, could deploy up to five complex machine learning algorithms across each of its onboard processors to perform the following missions simultaneously:
• Automated Target Recognition (ATR) on full motion video feeds and imagery (to include 4k and higher)
• Real-time detection and identification of threat radars and their acquisition/ operating modes
• Detection of FISINT (Foreign Instrumentation Signature Intelligence) and/or hacking across the airframe’s 1553 communications bus
• Perform communications analysis to include speech-to-text and foreign language translation of intercepted communications
• Fuse multiple infrared cameras (e.g., SWIR, MWIR, LWIR) to provide a combined infrared operating picture on the ground Multi-user, simultaneous modulation/demodulation
There are no other decent neuromorphic chips (that can perform required cybersecurity functions) to test AKIDA against.
So its us by default in any case.
There has to be 'hard/can't to fix' problems with Loihi otherwise after all this time it would be commercially available. Is Loihi a Dud??
Most chips are specialised eg vision. AKIDA is a general purpose winner.
An example is Bascom Hunter using AKIDA for 5 different puposes in the one device as shown below (and its only using the AKIDA1000 - 5 of them.
General purpose - multi function - that is our EDGE.
APPLICATIONS
A single SNAP Card, deployed on an airborne ISR platform, occupying only one 3U VPX slot, could deploy up to five complex machine learning algorithms across each of its onboard processors to perform the following missions simultaneously:
• Automated Target Recognition (ATR) on full motion video feeds and imagery (to include 4k and higher)
• Real-time detection and identification of threat radars and their acquisition/ operating modes
• Detection of FISINT (Foreign Instrumentation Signature Intelligence) and/or hacking across the airframe’s 1553 communications bus
• Perform communications analysis to include speech-to-text and foreign language translation of intercepted communications
• Fuse multiple infrared cameras (e.g., SWIR, MWIR, LWIR) to provide a combined infrared operating picture on the ground Multi-user, simultaneous modulation/demodulation
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