this NVISO logo is from NVISO.eu, not NVISO.ai (the one we already know)…so it maybe we have another European partner in the cybersecurity space.Posting on behalf of @Patient
TATA demoing with BRN at CES along with NVISO and VVDN
View attachment 53634
CES 2024
Check back frequently for updates, as we’ll be adding new information throughout CES 2024 and beyond.brainchip.com
BRN Discussion Ongoing
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Fullmoonfever
Top 20
Nice pick up B.
The logo is different to the NVISO AI we work with.
Home
Meet Your Trusted Team Of Cyber Security Experts | Protecting Society from Cyber Attacks | Security Design, Monitoring, Incident Response | Ethical Hacking & Cloud Security
From memory this group was also discussed way back when the original NVISO partnership came up and was a bit of confusion then.
Trusting we have a new partnership and posted the right logo on this release and haven't made an error?
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Neuromorphia
fact collector
brianchip does'nt maake misteaksNice pick up B.
The logo is different to the NVISO AI we work with.
Home
Meet Your Trusted Team Of Cyber Security Experts | Protecting Society from Cyber Attacks | Security Design, Monitoring, Incident Response | Ethical Hacking & Cloud Securitywww.nviso.eu
From memory this group was also discussed way back when the original NVISO partnership came up and was a bit of confusion then.
Trusting we posted the right logo on this release and haven't made an error?
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Pom down under
Top 20
Just picked up another 20,000 shares
Boab
I wish I could paint like Vincent
Definitely red today then
Tata Elxsi/Brainchip is a very positive tie up. Apart from Health and Industrial this partnership could also lead us to Tata Motors.
Tata Elxsi and Tata Motors have a partnership themselves.
The web we call an Eco System is an ever expanding network.
www.tataelxsi.com
Tata Elxsi and Tata Motors have a partnership themselves.
The web we call an Eco System is an ever expanding network.
Tata Elxsi - Tata Elxsi’s ‘TETHER’ paves the way for Tata Motors Connected Vehicle Platform to scale new heights
Tata Elxsi
www.tataelxsi.com
Hahaha good on you.
I did the same thing leading up to last year's CES and got absolutely smashed not long after. Here we are at 5 year low for now (until next year CES at least).
Pom down under
Top 20
Shadow59
Regular
5 year low is a bit dramatic don't you think, more like 3 and a half years.
I am not expecting anything 'huge' to come out of the CES.
I am expecting however that it will be increasingly obvious that some of our bigger partners eg Tata are becoming closer and they want to be ready when Edge demand takes off.
The reason some of bigger partners and those who allow our product to be 'embedded' is because they understand the Edge is near.
I am expecting however that it will be increasingly obvious that some of our bigger partners eg Tata are becoming closer and they want to be ready when Edge demand takes off.
The reason some of bigger partners and those who allow our product to be 'embedded' is because they understand the Edge is near.
Fullmoonfever
Top 20
Yep...would suggest they used the wrong logoNice pick up B.
The logo is different to the NVISO AI we work with.
Home
Meet Your Trusted Team Of Cyber Security Experts | Protecting Society from Cyber Attacks | Security Design, Monitoring, Incident Response | Ethical Hacking & Cloud Security
From memory this group was also discussed way back when the original NVISO partnership came up and was a bit of confusion then.
Trusting we have a new partnership and posted the right logo on this release and haven't made an error?
The link in our blurb takes you to the NVISO we already partnered with in the HMI environment whereas the other NVISO is cybersecurity.
BrainChip and NVISO Group Demonstrate AI-Enabled Human Behavioral Analysis at CES 2024
Experience the future of human-machine interaction with NVISO Group and BrainChip's groundbreaking collaboration.
brainchip.com
These are the logos I recall from our existing partner. At least they are spelt right
Not this one.
Terroni2105
Founding Member
Nice pick up B.
The logo is different to the NVISO AI we work with.
Home
Meet Your Trusted Team Of Cyber Security Experts | Protecting Society from Cyber Attacks | Security Design, Monitoring, Incident Response | Ethical Hacking & Cloud Security
From memory this group was also discussed way back when the original NVISO partnership came up and was a bit of confusion then.
Trusting we have a new partnership and posted the right logo on this release and haven't made an error?
Unfortunately wrong logo and company.
The blurb it links to if you click on it notes Virpi Pennanen, CEO of NVISO Group and that is the Nviso group we are all aware of.
The Nviso.eu is a totally different company of which Virpi Pennanen is not CEO.
I have emailed JPR communications so hopefully that is the correct person to fix the error.
Terroni2105
Founding Member
jinx.Yep...would suggest they used the wrong logo
The link in our blurb takes you to the NVISO we already partnered with in the HMI environment whereas the other NVISO is cybersecurity.
BrainChip and NVISO Group Demonstrate AI-Enabled Human Behavioral Analysis at CES 2024
Experience the future of human-machine interaction with NVISO Group and BrainChip's groundbreaking collaboration.
These are the logos I recall from our existing partner. At least they are spelt right
View attachment 53646
View attachment 53645
Not this one.
View attachment 53647
You must have posted your reply as I did mine lol
Seems to be heading that way anyway
DingoBorat
Slim
Personally I think his "Electrical Engineering degree" is good for one thing, next time he runs out..Hi DingoBorat,
I agree that the Dev Kits are not targeted at hobbyists - however, the Mini PCIe Board, which is only ~ 1/10th of the price of a Raspberry Pi Development Kit, but still sets you back US$499, was intended “for anyone from hobbyists to companies who wants [sic!] to just plug 10 boards in for specific applications, all the way through to licensing IP”, according to Rob Telson in the January 2022 interview with Sally Ward-Foxton:
View attachment 53624
Erm, yes, it does. He literally writes “We build and test a technically simple prototype of the proposed physical RC system employing an inexpensive Arduino microcontroller”. How else could he have written his paper?
So he obviously knows exactly how much money it cost them to build the prototype.
The way I see it, this research is not about commercialising a product and pitting it against the “competition” such as Brainchip (which was just an example to put the prototype’s inexpensiveness in relation to commercially available neuromorphic hardware), but a life hack for researchers on a tight budget, so to speak. If a US$50 AKD1000 USB stick had been available, he might have gladly picked that one instead of the Arduino microcontroller, for all we know.
Lots of academic research is fundamental research, which aims to improve humans’ understanding of the natural world - primarily the pursuit of knowledge for more knowledge.
But maybe my cursory glance at the paper missed the part where he expressed his intention to commercialise the prototype. Did you spot any evidence of that?
Note that he doesn’t consider his prototype a panacea: “… we argue that in certain practical situations the efficacy of the physical RC system may exceed the one of optimised machine learning software run on a high-performance workstation.”
And while it is admittedly embarrassing for the preprint’s author holding a PhD in Electrical Engineering to also have gotten the Akida Dev Kit’s power consumption wrong (thank’s for explaining, @Diogenese!), to me this error still doesn’t alter the result of his cost comparison (see my prior post on that matter), as his prototype is very low-power itself - the entire experimental setup apparently consumes less than 1 W.
View attachment 53627
Yep, looks like it.
You say it's "Embarrassing" that he also got the power consumption figures wrong?
He's either an idiot, or was being intentionally misleading.
A "prototype" is not a "product" in my opinion.
But I think we're done here.
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Deadpool
hyper-efficient Ai
Just a comment on the state of play.
The evolution of flight i.e. Wright Bros "The Flyer" to 100 years on, SOTA, Space X "Falcon Heavy"
The exponential evolutionary growth of BRN has only taken 10 years, from the idea of Peter and with the help of the very talented team of brilliant individuals at Brainchip to becoming at present the front runner of the most mind blowing, super efficient, SNN computation that has ever been put to silicon.
Now with the ever increasing collaborations and partnerships, with some of the most visionary company's in the world that have come on board the BRN bus, CES 24 is looking at being our most defining moment in the history of the company.
With so much talent in the ever increasing ecosystem of partners the Singularity (AGi) may be just around the corner.
The evolution of flight i.e. Wright Bros "The Flyer" to 100 years on, SOTA, Space X "Falcon Heavy"
The exponential evolutionary growth of BRN has only taken 10 years, from the idea of Peter and with the help of the very talented team of brilliant individuals at Brainchip to becoming at present the front runner of the most mind blowing, super efficient, SNN computation that has ever been put to silicon.
Now with the ever increasing collaborations and partnerships, with some of the most visionary company's in the world that have come on board the BRN bus, CES 24 is looking at being our most defining moment in the history of the company.
With so much talent in the ever increasing ecosystem of partners the Singularity (AGi) may be just around the corner.
Fullmoonfever
Top 20
Suggestion.
Maybe before releasing anything BRN should send TSE a copy first as a pre release so we can vet and approve
Pom down under
Top 20
Suggestion.
Maybe before releasing anything BRN should send TSE a copy first as a pre release so we can vet and approve
Bravo
If ARM was an arm, BRN would be its biceps💪!
Now here is something we could get involved in (if we aren't already that is) and potentially some receive funding for. The project should be worth nearly $50 million through 2027.
Air Force wants new techniques that enable RF and microwaves that autonomously find open radio frequencies and choose the most efficient RF waveforms.
John Keller
https://www.militaryaerospace.com/print/content/14299693
https://thestockexchange.com.au/javascript:void(0)
ROME, N.Y. – U.S. Air Force researchers are asking industry for new ways to design cognitive radio waveform generation and network control to enable RF communications that are fast, efficient, and able to adapt to environmental conditions.
Officials of the U.S. Air Force Research Laboratory Information Directorate in Rome, N.Y., issued a broad agency announcement last week (FA8750-22-S-7006) for the Adaptive Waveform Generation for Extreme RF (AWGER) project.
The four-year program seeks new kinds of cognitive radio techniques that enable wireless communications that autonomously find open radio frequencies and choose the most efficient RF waveform to avoid interference, achieve necessary range, and send data quickly.
Cognitive radio describes an RF transceiver that intelligently can detect which communication channels are in use, which ones are not, and instantly move into vacant channels. The same principles could apply to radar, electronic warfare (EW) and other RF and microwave applications.
Related: The sensor- and signal-processing challenges of electronic warfare
The AWGER program aims at effective design tradeoffs between RF spectral efficiency, linearity, and power efficiency. One of the major issues in cognitive radio is obtaining an adaptive transmitting waveform based on environmental measurements.
The Air Force Research Laboratory is soliciting white papers that describe technologies for cognitive waveform generation; machine learning or other cognitive techniques for building waveforms from fundamental digital processing blocks; adjusting to waveforms based on varying RF environments and interference; simulate RF environments and physical layers for waveform evaluation; and resiliency to adversarial attacks.
The project also explores new kinds of RF network control through network throughput analysis and control within varying RF environments; coordinating and handshaking of physical layer changes between nodes in a network; and network layer simulation and network control evaluation.
Finally, the AWGER project seeks to create a unified scenario evaluation environment with over-the-air demonstrations consisting of virtual nodes from emulation and physical nodes; and integrated demonstration of network control and waveform generation. The AWGER project should be worth nearly $50 million through 2027, split among several different contractors.
Related: Adaptive and bistatic electronic warfare
Companies interested should email white papers to the Air Force's Gerald Wohlrab by 4 Nov. 2022 at gerard.wohlrab@us.af.mil. The Air Force will accept white papers until 30 Sept. 2027.
Email technical questions or concerns to the Air Force's Gerald Wohlrab by 4 Nov. 2022 at gerard.wohlrab@us.af.mil, and business questions to Amber Buckley at Amber.Buckley@us.af.mil.
www.militaryaerospace.com
Air Force researchers approach industry for network control and waveform generation in cognitive radio
Oct. 3, 2023Air Force wants new techniques that enable RF and microwaves that autonomously find open radio frequencies and choose the most efficient RF waveforms.
John Keller
https://www.militaryaerospace.com/print/content/14299693
https://thestockexchange.com.au/javascript:void(0)
ROME, N.Y. – U.S. Air Force researchers are asking industry for new ways to design cognitive radio waveform generation and network control to enable RF communications that are fast, efficient, and able to adapt to environmental conditions.
Officials of the U.S. Air Force Research Laboratory Information Directorate in Rome, N.Y., issued a broad agency announcement last week (FA8750-22-S-7006) for the Adaptive Waveform Generation for Extreme RF (AWGER) project.
The four-year program seeks new kinds of cognitive radio techniques that enable wireless communications that autonomously find open radio frequencies and choose the most efficient RF waveform to avoid interference, achieve necessary range, and send data quickly.
Cognitive radio describes an RF transceiver that intelligently can detect which communication channels are in use, which ones are not, and instantly move into vacant channels. The same principles could apply to radar, electronic warfare (EW) and other RF and microwave applications.
Related: The sensor- and signal-processing challenges of electronic warfare
The AWGER program aims at effective design tradeoffs between RF spectral efficiency, linearity, and power efficiency. One of the major issues in cognitive radio is obtaining an adaptive transmitting waveform based on environmental measurements.
The Air Force Research Laboratory is soliciting white papers that describe technologies for cognitive waveform generation; machine learning or other cognitive techniques for building waveforms from fundamental digital processing blocks; adjusting to waveforms based on varying RF environments and interference; simulate RF environments and physical layers for waveform evaluation; and resiliency to adversarial attacks.
The project also explores new kinds of RF network control through network throughput analysis and control within varying RF environments; coordinating and handshaking of physical layer changes between nodes in a network; and network layer simulation and network control evaluation.
Finally, the AWGER project seeks to create a unified scenario evaluation environment with over-the-air demonstrations consisting of virtual nodes from emulation and physical nodes; and integrated demonstration of network control and waveform generation. The AWGER project should be worth nearly $50 million through 2027, split among several different contractors.
Related: Adaptive and bistatic electronic warfare
Companies interested should email white papers to the Air Force's Gerald Wohlrab by 4 Nov. 2022 at gerard.wohlrab@us.af.mil. The Air Force will accept white papers until 30 Sept. 2027.
Email technical questions or concerns to the Air Force's Gerald Wohlrab by 4 Nov. 2022 at gerard.wohlrab@us.af.mil, and business questions to Amber Buckley at Amber.Buckley@us.af.mil.
Air Force researchers approach industry for network control and waveform generation in cognitive radio
Air Force wants new techniques that enable RF and microwaves that autonomously find open radio frequencies and choose the most efficient RF waveforms.
Deadpool:
I truly hope so on all of those fronts, ( surely, something will bite, soon
) ?Akida Ballista >>>>> Give me a break, you buggers, take my bait will you <<<<<
Patience brothers, loving all the new news that's appearing, WOW, looking hopefull .....
hotty...
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