BRN Discussion Ongoing
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Innoviz Technologies on LinkedIn: #lidar #automateddriving #autonomousdriving #innovation
Gear up, it's almost here! The launch of the new BMW Group i7 Series in Germany, powered by Innoviz's #LiDAR technology, is starting this month! With just a…
Chippers ,
Just on a side note ...... Last friday ( third friday in March ) World Exchanges went through a Quadruple Witching Day.
Happens four times per year .... Global rebalancing of stock options,Index Funds / Futures , Futures Options & Single Stock Futures.
This event would account for the late aftermarket trade in BrainChip stock ....... even if it was very limp wristed.
Onwards & upwards,
Regards ,
Esq.
Side note .... presently listening to this CRANKED .
Just on a side note ...... Last friday ( third friday in March ) World Exchanges went through a Quadruple Witching Day.
Happens four times per year .... Global rebalancing of stock options,Index Funds / Futures , Futures Options & Single Stock Futures.
This event would account for the late aftermarket trade in BrainChip stock ....... even if it was very limp wristed.
Onwards & upwards,
Regards ,
Esq.
Side note .... presently listening to this CRANKED .
Last edited:
Baron Von Ricta
Regular
DB, what a great way for China to spy on us.This one sort of slipped under my nose..
GR1
傅利叶智能 – Empowering You | www.fftai.com General-purpose Humanoid Robot Ground-breaking Embodied AI Watch the video The Fourier GR-1 breaks new ground in humanoid robotics for practical applications. With a versatile body structure and advanced motion control, it replicates human-like degrees of...fourierintelligence.com
I didn't realise the World had it's first mass produced humanoid robot..
From mid to late last year.
The Fourier GR-1 from China.
Apparently they are pushing humanoid robot development pretty hard (as with everything else).
You won't ever find one of them in my house!
Yes, because america would never......
Space Cadet
Regular
May have been put up before. Not sure. Apologies if has been.
https://www.edgeimpulse.com/blog/ey...traffic-camera-analysis-with-brainchip-akida/
SC
https://www.edgeimpulse.com/blog/ey...traffic-camera-analysis-with-brainchip-akida/
SC
buena suerte :-)
BOB Bank of Brainchip
buena suerte :-)
BOB Bank of Brainchip
AGM date 
Bravo
If ARM was an arm, BRN would be its biceps💪!
I think someone should call Athero and tell them we've beaten them to it!! 
Seriously though, this article is worth reading to gain an appreciation of just how exciting the opportunity is for us in the space vertical.
The main circuit board in Aethero’s prototype space computer. Image: Aethero.
Aethero, a San Francisco space computing start-up founded by Edward Ge and Amit Pinnamaneni, revealed its business model after raising $1.7M in seed funding last year.
The five-person firm wants to bring high-performance processing to satellites. Existing spacecraft have some amazing capabilities, but they’re hitting a bottleneck when it comes to compute, and the next generation of space capabilities, such as orbital servicing, will require even brainier orbiting robots.
What’s the pitch? “[Satellite] processing power is still very primitive,” Ge told Payload. “Satellites still require a ton of people on the backend. There’s still a ton of latency of getting data down. And the software and the AI and ML applications that can run on board are very much limited. [If we] put more processing software onto these satellites, we can vastly increase the use cases they can tackle. We let them handle way more tasks by themselves without needing input from Earth. And just like that we will enable massive, massive growth of the space economy—ultimately we want to be that Intel that enables that.”
Origin story: Ge and Pinnamaneni are childhood friends who dropped out of University of Michigan undergrad and grad programs, respectively, to found Aethero in 2023. They first encountered the problem they aim to solve while developing a previous company, which aimed to build a remote-sensing balloon platform for customers like the National Geospatial Agency.
“The problem is getting data fast enough,” Ge said. Even after collecting imagery of a target, an Earth observation satellite could take hours to transmit the raw data to providers and then on to customers. “What we can do with edge computing in space is compress that data and process it instantaneously.”
And as remote-sensing satellites increasingly use SAR and hyperspectral sensors, the data is only getting harder to manage. Widely used space computers today can deliver 5.3T operations per second, Ge said, while Aethero’s first generation product, AetherNxN, can perform 100T operations per second.
How it works: Aethero builds the radiation shielding and baseboard for its computers, and writes custom software to support space applications. Right now, it uses Nvidia’s Orin processors, but plans to develop a proprietary chip suited to machine learning applications after it gains traction in the market.
Though the company is launching a home-built demonstration satellite on an upcoming SpaceX Transporter mission, Aethero doesn’t want to be in the satellite building business. It wants to corner the market on providing processing capabilities to other spacecraft developers.
The first spacecraft on orbit will use sensors and Aethero’s processors to train a computer vision model, which is likely the first time a private company has done that, per Ge. Once the product is proven to work in the space environment, he expects to find initial customers in EO and orbital services industries.
And there are more fanciful ideas: Ge speculated about a future where dozens of orbiting Aethero processors operate in sync, becoming the first space-rated supercomputer.
The AetherNxN computer in its rad-hardened enclosure. Image: Aethero.
The next big thing: Chris Bogdan, who leads Booz Allen Hamilton’s space business, told Payload that edge computing in space is among the top tech that’s exciting investors: “If you can put computing at the edge and AI in a satellite, then all the data it collects, it doesn’t have to send down reams and reams of data, it sends down what’s important.”
Ali Partovi, managing director at Neo Ventures, led Aethero’s seed round, which was the first space-related investment from an early-stage investor who has backed firms like Facebook, Airbnb, Dropbox, and Uber
“For us, it’s at the end of the day just a computation investment, closer to software than aerospace,” he told Payload. “This is part of an inflection point, where the other needs of getting things to space have reached a point where it’s more feasible to start building things at the software layer.”
“We’ll look back on today—it was quaint, we used to have to send everything back to Earth and wait for hours,” he says.
payloadspace.com
Seriously though, this article is worth reading to gain an appreciation of just how exciting the opportunity is for us in the space vertical.
Aethero Wants to Bring Edge Compute Into Orbit
By Tim FernholzMarch 15, 2024
Aethero, a San Francisco space computing start-up founded by Edward Ge and Amit Pinnamaneni, revealed its business model after raising $1.7M in seed funding last year.
The five-person firm wants to bring high-performance processing to satellites. Existing spacecraft have some amazing capabilities, but they’re hitting a bottleneck when it comes to compute, and the next generation of space capabilities, such as orbital servicing, will require even brainier orbiting robots.
What’s the pitch? “[Satellite] processing power is still very primitive,” Ge told Payload. “Satellites still require a ton of people on the backend. There’s still a ton of latency of getting data down. And the software and the AI and ML applications that can run on board are very much limited. [If we] put more processing software onto these satellites, we can vastly increase the use cases they can tackle. We let them handle way more tasks by themselves without needing input from Earth. And just like that we will enable massive, massive growth of the space economy—ultimately we want to be that Intel that enables that.”
Origin story: Ge and Pinnamaneni are childhood friends who dropped out of University of Michigan undergrad and grad programs, respectively, to found Aethero in 2023. They first encountered the problem they aim to solve while developing a previous company, which aimed to build a remote-sensing balloon platform for customers like the National Geospatial Agency.
“The problem is getting data fast enough,” Ge said. Even after collecting imagery of a target, an Earth observation satellite could take hours to transmit the raw data to providers and then on to customers. “What we can do with edge computing in space is compress that data and process it instantaneously.”
And as remote-sensing satellites increasingly use SAR and hyperspectral sensors, the data is only getting harder to manage. Widely used space computers today can deliver 5.3T operations per second, Ge said, while Aethero’s first generation product, AetherNxN, can perform 100T operations per second.
How it works: Aethero builds the radiation shielding and baseboard for its computers, and writes custom software to support space applications. Right now, it uses Nvidia’s Orin processors, but plans to develop a proprietary chip suited to machine learning applications after it gains traction in the market.
Though the company is launching a home-built demonstration satellite on an upcoming SpaceX Transporter mission, Aethero doesn’t want to be in the satellite building business. It wants to corner the market on providing processing capabilities to other spacecraft developers.
The first spacecraft on orbit will use sensors and Aethero’s processors to train a computer vision model, which is likely the first time a private company has done that, per Ge. Once the product is proven to work in the space environment, he expects to find initial customers in EO and orbital services industries.
And there are more fanciful ideas: Ge speculated about a future where dozens of orbiting Aethero processors operate in sync, becoming the first space-rated supercomputer.
The next big thing: Chris Bogdan, who leads Booz Allen Hamilton’s space business, told Payload that edge computing in space is among the top tech that’s exciting investors: “If you can put computing at the edge and AI in a satellite, then all the data it collects, it doesn’t have to send down reams and reams of data, it sends down what’s important.”
Ali Partovi, managing director at Neo Ventures, led Aethero’s seed round, which was the first space-related investment from an early-stage investor who has backed firms like Facebook, Airbnb, Dropbox, and Uber
“For us, it’s at the end of the day just a computation investment, closer to software than aerospace,” he told Payload. “This is part of an inflection point, where the other needs of getting things to space have reached a point where it’s more feasible to start building things at the software layer.”
“We’ll look back on today—it was quaint, we used to have to send everything back to Earth and wait for hours,” he says.
Aethero Wants to Bring Edge Compute Into Orbit
The next generation of space capabilities, such as orbital servicing, will require even brainier orbiting robots.
payloadspace.com
It's a good idea to simply ignore innovations from other companies and present your own product as groundbreaking.I think someone should call Athero and tell them we've beaten them to it!!
Seriously though, this article is worth reading to gain an appreciation of just how exciting the opportunity is for us in the space vertical.
Aethero Wants to Bring Edge Compute Into Orbit
By Tim FernholzMarch 15, 2024
The main circuit board in Aethero’s prototype space computer. Image: Aethero.
Aethero, a San Francisco space computing start-up founded by Edward Ge and Amit Pinnamaneni, revealed its business model after raising $1.7M in seed funding last year.
The five-person firm wants to bring high-performance processing to satellites. Existing spacecraft have some amazing capabilities, but they’re hitting a bottleneck when it comes to compute, and the next generation of space capabilities, such as orbital servicing, will require even brainier orbiting robots.
What’s the pitch? “[Satellite] processing power is still very primitive,” Ge told Payload. “Satellites still require a ton of people on the backend. There’s still a ton of latency of getting data down. And the software and the AI and ML applications that can run on board are very much limited. [If we] put more processing software onto these satellites, we can vastly increase the use cases they can tackle. We let them handle way more tasks by themselves without needing input from Earth. And just like that we will enable massive, massive growth of the space economy—ultimately we want to be that Intel that enables that.”
Origin story: Ge and Pinnamaneni are childhood friends who dropped out of University of Michigan undergrad and grad programs, respectively, to found Aethero in 2023. They first encountered the problem they aim to solve while developing a previous company, which aimed to build a remote-sensing balloon platform for customers like the National Geospatial Agency.
“The problem is getting data fast enough,” Ge said. Even after collecting imagery of a target, an Earth observation satellite could take hours to transmit the raw data to providers and then on to customers. “What we can do with edge computing in space is compress that data and process it instantaneously.”
And as remote-sensing satellites increasingly use SAR and hyperspectral sensors, the data is only getting harder to manage. Widely used space computers today can deliver 5.3T operations per second, Ge said, while Aethero’s first generation product, AetherNxN, can perform 100T operations per second.
How it works: Aethero builds the radiation shielding and baseboard for its computers, and writes custom software to support space applications. Right now, it uses Nvidia’s Orin processors, but plans to develop a proprietary chip suited to machine learning applications after it gains traction in the market.
Though the company is launching a home-built demonstration satellite on an upcoming SpaceX Transporter mission, Aethero doesn’t want to be in the satellite building business. It wants to corner the market on providing processing capabilities to other spacecraft developers.
The first spacecraft on orbit will use sensors and Aethero’s processors to train a computer vision model, which is likely the first time a private company has done that, per Ge. Once the product is proven to work in the space environment, he expects to find initial customers in EO and orbital services industries.
And there are more fanciful ideas: Ge speculated about a future where dozens of orbiting Aethero processors operate in sync, becoming the first space-rated supercomputer.
The AetherNxN computer in its rad-hardened enclosure. Image: Aethero.
The next big thing: Chris Bogdan, who leads Booz Allen Hamilton’s space business, told Payload that edge computing in space is among the top tech that’s exciting investors: “If you can put computing at the edge and AI in a satellite, then all the data it collects, it doesn’t have to send down reams and reams of data, it sends down what’s important.”
Ali Partovi, managing director at Neo Ventures, led Aethero’s seed round, which was the first space-related investment from an early-stage investor who has backed firms like Facebook, Airbnb, Dropbox, and Uber
“For us, it’s at the end of the day just a computation investment, closer to software than aerospace,” he told Payload. “This is part of an inflection point, where the other needs of getting things to space have reached a point where it’s more feasible to start building things at the software layer.”
“We’ll look back on today—it was quaint, we used to have to send everything back to Earth and wait for hours,” he says.
Aethero Wants to Bring Edge Compute Into Orbit
The next generation of space capabilities, such as orbital servicing, will require even brainier orbiting robots.
I watched my wife washing the dishes yesterday. I thought to myself, "Hmm, it would be a relief if there was a device that washes the dishes automatically... I'll will build one and call it 'Automatic Dishwasher.' I already have the first parts for it in the basement. Who knows maybe this will be the next groundbreaking technology for every household BOoOOm
I wonder how they will make the presentationI think someone should call Athero and tell them we've beaten them to it!!
Seriously though, this article is worth reading to gain an appreciation of just how exciting the opportunity is for us in the space vertical.
Aethero Wants to Bring Edge Compute Into Orbit
By Tim FernholzMarch 15, 2024
The main circuit board in Aethero’s prototype space computer. Image: Aethero.
Aethero, a San Francisco space computing start-up founded by Edward Ge and Amit Pinnamaneni, revealed its business model after raising $1.7M in seed funding last year.
The five-person firm wants to bring high-performance processing to satellites. Existing spacecraft have some amazing capabilities, but they’re hitting a bottleneck when it comes to compute, and the next generation of space capabilities, such as orbital servicing, will require even brainier orbiting robots.
What’s the pitch? “[Satellite] processing power is still very primitive,” Ge told Payload. “Satellites still require a ton of people on the backend. There’s still a ton of latency of getting data down. And the software and the AI and ML applications that can run on board are very much limited. [If we] put more processing software onto these satellites, we can vastly increase the use cases they can tackle. We let them handle way more tasks by themselves without needing input from Earth. And just like that we will enable massive, massive growth of the space economy—ultimately we want to be that Intel that enables that.”
Origin story: Ge and Pinnamaneni are childhood friends who dropped out of University of Michigan undergrad and grad programs, respectively, to found Aethero in 2023. They first encountered the problem they aim to solve while developing a previous company, which aimed to build a remote-sensing balloon platform for customers like the National Geospatial Agency.
“The problem is getting data fast enough,” Ge said. Even after collecting imagery of a target, an Earth observation satellite could take hours to transmit the raw data to providers and then on to customers. “What we can do with edge computing in space is compress that data and process it instantaneously.”
And as remote-sensing satellites increasingly use SAR and hyperspectral sensors, the data is only getting harder to manage. Widely used space computers today can deliver 5.3T operations per second, Ge said, while Aethero’s first generation product, AetherNxN, can perform 100T operations per second.
How it works: Aethero builds the radiation shielding and baseboard for its computers, and writes custom software to support space applications. Right now, it uses Nvidia’s Orin processors, but plans to develop a proprietary chip suited to machine learning applications after it gains traction in the market.
Though the company is launching a home-built demonstration satellite on an upcoming SpaceX Transporter mission, Aethero doesn’t want to be in the satellite building business. It wants to corner the market on providing processing capabilities to other spacecraft developers.
The first spacecraft on orbit will use sensors and Aethero’s processors to train a computer vision model, which is likely the first time a private company has done that, per Ge. Once the product is proven to work in the space environment, he expects to find initial customers in EO and orbital services industries.
And there are more fanciful ideas: Ge speculated about a future where dozens of orbiting Aethero processors operate in sync, becoming the first space-rated supercomputer.
The AetherNxN computer in its rad-hardened enclosure. Image: Aethero.
The next big thing: Chris Bogdan, who leads Booz Allen Hamilton’s space business, told Payload that edge computing in space is among the top tech that’s exciting investors: “If you can put computing at the edge and AI in a satellite, then all the data it collects, it doesn’t have to send down reams and reams of data, it sends down what’s important.”
Ali Partovi, managing director at Neo Ventures, led Aethero’s seed round, which was the first space-related investment from an early-stage investor who has backed firms like Facebook, Airbnb, Dropbox, and Uber
“For us, it’s at the end of the day just a computation investment, closer to software than aerospace,” he told Payload. “This is part of an inflection point, where the other needs of getting things to space have reached a point where it’s more feasible to start building things at the software layer.”
“We’ll look back on today—it was quaint, we used to have to send everything back to Earth and wait for hours,” he says.
Aethero Wants to Bring Edge Compute Into Orbit
The next generation of space capabilities, such as orbital servicing, will require even brainier orbiting robots.
- "…and as you know, AI is the next industrial evolutionary phase... imagine deploying an AI in one of your satellites into space..."
- "Yes... okay... you know... BrainChip has already done that..."
- "And once you've analyzed the data then..."
- "Akida has already done that... you don't need imagination for that..."
- "Hm? Yes... you know... in any case, our AI..."
- "Are you even listening to us?"
Shadow59
Regular
...we've just been on the phone to Brainchip.
davidfitz
Regular
I knew the Unigen Cupcake Ai Edge Server was in full production but is it available yet? Not sure how long these things take to produce!
unigen.com
Cannot find any info other than this. I did email their sales team and was told it would more likely be available through their distributors. No timeframe was provided.
Hoping for a surprise in the next quarterly as it is 9 years today since I purchased my first parcel of shares
. Never expected to hold this long and for the share price to still be this low but I am hoping to celebrate next year’s anniversary in style.
Silver lining is that I have been able to accumulate a lot more at very low prices over time
A big shout out to all of the other patient holders who have been here just as long!
Cupcake Edge AI Server in Full Production - Unigen
Unigen Corporation proudly announces the successful production launch of its highly anticipated Cupcake Edge AI Server. The first units have been produced at our cutting-edge facilities in Hanoi, Vietnam, and Penang, Malaysia, marking a significant milestone in Unigen’s commitment to delivering...
unigen.com
Cannot find any info other than this. I did email their sales team and was told it would more likely be available through their distributors. No timeframe was provided.
Hoping for a surprise in the next quarterly as it is 9 years today since I purchased my first parcel of shares
. Never expected to hold this long and for the share price to still be this low but I am hoping to celebrate next year’s anniversary in style.Silver lining is that I have been able to accumulate a lot more at very low prices over time
A big shout out to all of the other patient holders who have been here just as long!
White Horse
Regular
I think someone should call Athero and tell them we've beaten them to it!!
Seriously though, this article is worth reading to gain an appreciation of just how exciting the opportunity is for us in the space vertical.
Aethero Wants to Bring Edge Compute Into Orbit
By Tim FernholzMarch 15, 2024
The main circuit board in Aethero’s prototype space computer. Image: Aethero.
Aethero, a San Francisco space computing start-up founded by Edward Ge and Amit Pinnamaneni, revealed its business model after raising $1.7M in seed funding last year.
The five-person firm wants to bring high-performance processing to satellites. Existing spacecraft have some amazing capabilities, but they’re hitting a bottleneck when it comes to compute, and the next generation of space capabilities, such as orbital servicing, will require even brainier orbiting robots.
What’s the pitch? “[Satellite] processing power is still very primitive,” Ge told Payload. “Satellites still require a ton of people on the backend. There’s still a ton of latency of getting data down. And the software and the AI and ML applications that can run on board are very much limited. [If we] put more processing software onto these satellites, we can vastly increase the use cases they can tackle. We let them handle way more tasks by themselves without needing input from Earth. And just like that we will enable massive, massive growth of the space economy—ultimately we want to be that Intel that enables that.”
Origin story: Ge and Pinnamaneni are childhood friends who dropped out of University of Michigan undergrad and grad programs, respectively, to found Aethero in 2023. They first encountered the problem they aim to solve while developing a previous company, which aimed to build a remote-sensing balloon platform for customers like the National Geospatial Agency.
“The problem is getting data fast enough,” Ge said. Even after collecting imagery of a target, an Earth observation satellite could take hours to transmit the raw data to providers and then on to customers. “What we can do with edge computing in space is compress that data and process it instantaneously.”
And as remote-sensing satellites increasingly use SAR and hyperspectral sensors, the data is only getting harder to manage. Widely used space computers today can deliver 5.3T operations per second, Ge said, while Aethero’s first generation product, AetherNxN, can perform 100T operations per second.
How it works: Aethero builds the radiation shielding and baseboard for its computers, and writes custom software to support space applications. Right now, it uses Nvidia’s Orin processors, but plans to develop a proprietary chip suited to machine learning applications after it gains traction in the market.
Though the company is launching a home-built demonstration satellite on an upcoming SpaceX Transporter mission, Aethero doesn’t want to be in the satellite building business. It wants to corner the market on providing processing capabilities to other spacecraft developers.
The first spacecraft on orbit will use sensors and Aethero’s processors to train a computer vision model, which is likely the first time a private company has done that, per Ge. Once the product is proven to work in the space environment, he expects to find initial customers in EO and orbital services industries.
And there are more fanciful ideas: Ge speculated about a future where dozens of orbiting Aethero processors operate in sync, becoming the first space-rated supercomputer.
The AetherNxN computer in its rad-hardened enclosure. Image: Aethero.
The next big thing: Chris Bogdan, who leads Booz Allen Hamilton’s space business, told Payload that edge computing in space is among the top tech that’s exciting investors: “If you can put computing at the edge and AI in a satellite, then all the data it collects, it doesn’t have to send down reams and reams of data, it sends down what’s important.”
Ali Partovi, managing director at Neo Ventures, led Aethero’s seed round, which was the first space-related investment from an early-stage investor who has backed firms like Facebook, Airbnb, Dropbox, and Uber
“For us, it’s at the end of the day just a computation investment, closer to software than aerospace,” he told Payload. “This is part of an inflection point, where the other needs of getting things to space have reached a point where it’s more feasible to start building things at the software layer.”
“We’ll look back on today—it was quaint, we used to have to send everything back to Earth and wait for hours,” he says.
Aethero Wants to Bring Edge Compute Into Orbit
The next generation of space capabilities, such as orbital servicing, will require even brainier orbiting robots.
Aethero's web site is very basic.
I sent them a link, pointing them to our BrainChip/ Ant61 web page.
Last edited:
AARONASX
Holding onto what I've got
I wonder if this will assist in improvements one way or another.
EXCLUSIVE-TSMC considering advanced chip packaging capacity in Japan, sources say
CoWoS®
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