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manny100

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I love it our 1st bit of tech in Akida 1000 is outdated with no success or deals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

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🧐 hm

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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.
 
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7For7

Emerged
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.
 
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Fiendish

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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
 
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7For7

Emerged
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”
 
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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


1773816119691.gif
 
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Bravo

Meow Meow 🐾
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



hiding-away-scared.gif
 
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Bravo

Meow Meow 🐾
Actually, in all seriousness, the capabilities we’re seeing in drones, AI and electronic warfare are extremely significant. They have the potential to fundamentally change how warfare is conducted, and not necessarily for the better. In many ways, it’s a much more confronting and uncertain future.

In particular, I didn’t intend for my GIF to come across as cavalier about the risks faced by armed forces today. If anything, I find the dual-use nature of this technology quite challenging. The same innovations that can be used for protection and defence can also be used in ways that cause significant harm, and that’s not something I, and I suspect many others here, take lightly.
 
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To invest in brainchip is supporting the country's endeavours against enemy's which is better than not imo. I see brainchip and Ai in general the gateway to the next stage of humanity's evolution like it or not. Hopefully for the better in the long run. Until then plenty of opportunities in improving health diagnostics and prevention which is the upside.
 
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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.
Well i cant wait for that day to happen, I feel Brainchip was at the starting line with there Tech but the industry were getting changed in the sheds ,
It takes time its a pity the company strung us along, hopefully 1 day there will be a abundance of annoucements
 
Actually, in all seriousness, the capabilities we’re seeing in drones, AI and electronic warfare are extremely significant. They have the potential to fundamentally change how warfare is conducted, and not necessarily for the better. In many ways, it’s a much more confronting and uncertain future.

In particular, I didn’t intend for my GIF to come across as cavalier about the risks faced by armed forces today. If anything, I find the dual-use nature of this technology quite challenging. The same innovations that can be used for protection and defence can also be used in ways that cause significant harm, and that’s not something I, and I suspect many others here, take lightly.
I watched an Iranian drone attack yesterday and like you say @Bravo wars are now at a turning point when you don’t need a 100 million dollar plane to inflict destruction when a drone that does cost less than $1000 with similar capabilities can do similar if not more damage

 
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Well i cant wait for that day to happen, I feel Brainchip was at the starting line with there Tech but the industry were getting changed in the sheds ,
It takes time its a pity the company strung us along, hopefully 1 day there will be a abundance of annoucements
How’s your day treating you shitstick?
 
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Fiendish

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Actually, in all seriousness, the capabilities we’re seeing in drones, AI and electronic warfare are extremely significant. They have the potential to fundamentally change how warfare is conducted, and not necessarily for the better. In many ways, it’s a much more confronting and uncertain future.

In particular, I didn’t intend for my GIF to come across as cavalier about the risks faced by armed forces today. If anything, I find the dual-use nature of this technology quite challenging. The same innovations that can be used for protection and defence can also be used in ways that cause significant harm, and that’s not something I, and I suspect many
Wars tend to fast track various technologies from lab to mass use quickly. Russia invading Ukraine has kicked off drone warfare in a big way which has inadvertently created perfect conditions for Neuromorphic tech. The russia Ukraine conflict has become a giant war lab.. and wars drive rapid innovation, prototyping, testing and contracts.

I for one am happy our allies seem to be in front of that race though i pity anyone being hunted by a weaponised drone, can think of anything more terrifying than one of those things buzzing around attempting to end me.

Given our partnerships with us air force, raytheon and parsons i think its a given that our favourite little chip is being given some extra war time funding to expediate its usefulness for military application's.

All good tech starts in space, then military and then into your fridge imo.

Going to be a wild year i expect. There is a lit going on out there.
 
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White Horse

Regular
This article provides some food for thought.!

IBM Closes $11 Billion Deal for Confluent
Deal will help companies access their data for AI agents, says IBM CEO Arvind Krishna, as he brushes off AI’s risk to IBM’s business.

To make AI agents work, “you need to be able to get data wherever it is” and get it instantly, IBM Chief Arvind Krishna said. Jorge Gil/Zuma Press

International Business Machines said Tuesday it closed its roughly $11 billion acquisition of the data-streaming company Confluent.

The deal, first announced in December, is intended to help businesses access their data for AI agents, or bots that can take action on their own.

At the moment, corporate data is spread across multiple information-technology systems, from software applications to private data centers and cloud platforms. To make AI agents work, “you need to be able to get data wherever it is” and get it instantly, IBM Chief Executive Arvind Krishna told The Wall Street Journal.

That’s why Confluent “has been something that we have been keeping an eye on for a long time,” Krishna continued.

Armonk, N.Y.-based IBM’s acquisition comes as technology vendors are increasingly selling tools to help businesses use, manage and create AI agents. The bots are sweeping through American corporations even as business tech leaders are struggling to oversee and safely scale those agents.

For IBM, Confluent’s technology will become the “backbone” of its own platform for helping business clients access their data for various AI uses, Krishna said. That’s the same tack IBM took with its $33 billion acquisition of Red Hat, which became IBM’s default technology to help customers update their software applications, he said.

The acquisition is also central to Krishna’s vision of positioning IBM as a leading player in hybrid cloud-computing and AI. It is IBM’s second-largest deal in history, and aims to give businesses a way to make use of their old-school IT systems and data in the AI era.
The Challenges AI Poses for IBM

IBM itself has been sorting through the impact of AI agents on its workforce. About three years ago, IBM began adding AI and AI agents to its internal operations which has since added roughly $4.5 billion in productivity to its bottom line, Krishna said. Over $3 billion of that total has been reinvested in research and development and other areas, he said.

At the moment, AI agents are best suited to “low-risk” areas like software development, customer support, enterprise operations, HR and payroll, Krishna said. Over time, they could be used to directly market a product to a customer.

“There is a whole set of mundane AI use cases that we can keep ourselves busy for the next two, three years just getting those done,” he said.

Looking ahead, rote white-collar work will be “displaced” by work requiring greater human interaction and more decision-making, according to Krishna.

Last year, the company said that bots had begun to do the work of a couple of hundred of its human-resources workers.

Krishna said he expects IBM will maintain or grow its head count in the next five years—mostly in areas like consulting, sales and coding. But, roughly 20% of the company’s enterprise operations and customer-support roles “could see a change” over the next two years, he added.

In February, IBM stock posted its worst decline in 25 years—tumbling sharply on news that Anthropic had released AI tools that could help with modernizing Cobol, a programming language mainly run on IBM mainframe computers.

Krishna said IBM has its own tools to help modernize Cobol applications, and noted that its stock has since rebounded: “I think people also realized that was way exaggerated in terms of its impact,” he said.

More largely, Krishna said he believes IBM is insulated from the perceived risk of AI and AI agents to software businesses. “A lot of what we do is enabling middleware, enabling software. We are not that much in application software, and so I think [volatility] is actually a tailwind for us,” he said.
 
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