BRN Discussion Ongoing

[manny100]

I love it our 1st bit of tech in Akida 1000 is outdated with no success or deals

As far as robotics and many mobile assets the lastest tech is appropriate because if you do not update to it a competitor will.
You have taken my post out of context.
For security and finance Kevin Johnson tests demonstrates that AKIDA1000 is great with a huge ROI. He has said that he will test the 1500 etc later.
Updates for mobile assets including wearables will prove to be money spinner once these assets become entrenched.
BRN has to ensure upgrades are easy and cost efficient and there will be a healthy aftermarket as well as new market.

 

[Fiendish]

hm

#uav #drone #thermalimaging #infrared #dronetechnology #dronesensors #eoir #thermalcamera #uavpayload #dronepayload #infraredcamera #roboticsvision #aerialsurveillance #securitytechnology… | Chris Luo

🚀 Thermal Imaging Module for UAV & Drone Applications – NANO640 We are pleased to introduce a compact 640×512 uncooled VOx thermal imaging module designed for UAV payload integration, drone sensing systems, and EO/IR surveillance platforms. This ultra-compact infrared thermal camera core is...

www.linkedin.com

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These specs are standard in the uncooled thermal industry (many Chinese/European modules hit similar numbers). Adding Akida could enable an onboard Ai for object spotting/detection and spotting anomalies. Ai enabled drones is where its at.

 

[7For7]

These specs are standard in the uncooled thermal industry (many Chinese/European modules hit similar numbers). Adding Akida could enable an onboard Ai for object spotting/detection and spotting anomalies. Ai enabled drones is where its at.

Yes, I just figured that out myself. After I shared the post, my algorithm completely shifted toward military and industrial drones. It’s amazing how crowded the market is. As you said, they all seem to have very similar specifications. I’m wondering whether those specs are simply enough for end customers, or whether the next major shift will be Edge AI on board. After all, these systems are relatively easy to hack, which gives opponents a clear advantage. Just my view.

 

[Fiendish]

Yes, I just figured that out myself. After I shared the post, my algorithm completely shifted toward military and industrial drones. It’s amazing how crowded the market is. As you said, they all seem to have very similar specifications. I’m wondering whether those specs are simply enough for end customers, or whether the next major shift will be Edge AI on board. After all, these systems are relatively easy to hack, which gives opponents a clear advantage. Just my view.

Ukraine is already using basic AI for object detection/targeting, switching to cruise mode when traveling through jamming zones ect. Those capabilities are usually thanks to an added raspberry pi.

That has increased their hit rate on vehicles/tanks etc to 70-80% so fair to say the smarter the drone, the more lethal.

These drones are being mads produced for a few hundred bucks each with the added 'smart' aspects costing a few hundred more.

Making cheap effective smart drones is going to be on everyones to do list that doesnt mind the odd spot of war

 

[7For7]

Ukraine is already using basic AI for object detection/targeting, switching to cruise mode when traveling through jamming zones ect. Those capabilities are usually thanks to an added raspberry pi.

That has increased their hit rate on vehicles/tanks etc to 70-80% so fair to say the smarter the drone, the more lethal.

These drones are being mads produced for a few hundred bucks each with the added 'smart' aspects costing a few hundred more.

Making cheap effective smart drones is going to be on everyones to do list that doesnt mind the odd spot of war

Then I have nothing more to say than “go Brainchip”