Fullmoonfever
Top 20
Kinda....more showing my parents age haha
BRN Discussion Ongoing
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GazDix
Regular
This tech was used in Decathlons in China since at least 2021.
Could be us, but yeah, nah.
cosors
👀
I agree with that. But the 9001 is just a bonus and nice to have, so that it goes faster with other ISOs (as option in e.g. Chp. 8), as this proof has already been provided.
Which ISOs are relevant at all? from the 27000 series?
There have been multiple "likes" by brn staff on Untether Ai posts in the past, dyor
“We're talking about much more autonomous and adaptive decision making for services like on-orbit servicing,” Ge said. “[Edge computing in satellites] could enable autonomous navigation…for orbital transfer vehicles, orbital fueling, and in-space assembly.” Beachler agreed, “With AI-enabled satellites, you could have real-time collision avoidance and object recognition on the satellite, itself.”
“We're talking about much more autonomous and adaptive decision making for services like on-orbit servicing,” Ge said. “[Edge computing in satellites] could enable autonomous navigation…for orbital transfer vehicles, orbital fueling, and in-space assembly.” Beachler agreed, “With AI-enabled satellites, you could have real-time collision avoidance and object recognition on the satellite, itself.”
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US finalizes awards to BAE Systems, Rocket Lab for semiconductor chips
WASHINGTON (Reuters) - The US Commerce Department said on Monday it is finalizing nearly $60 million in government subsidies for BAE Systems (BAESF) to build chips used in jets and satellites, and for Rocket Lab (RKLB) to build compound semiconductors used in satellites and spacecraft.
finance.yahoo.com
BrainChip Receives First Shipment of AKD1500 Chips in Silicon from Technology Partner GlobalFoundries
BrainChip's latest milestone: AKD1500 chip arrival from GlobalFoundries. Explore the future of semiconductors here.
brainchip.com
From Financial Ended 30 Sept 2024, (Released on 8 Nov 2024) MegaChips
MegaChips is getting there. Still need more time.
In the mainstay ASIC (Application Specific Integrated Circuit) business, the demand for semiconductors is continuously expanding in the industrial equipment and telecommunication infrastructure sectors owing to advancements in AI and IoT technologies, even though the ASIC sector is facing temporary inventory adjustments due to the influence of global demand decline. Under circumstances like these, the Company
focuses on customer-oriented sales and support activities in the amusement field and aims to expand profits by enhancing its business foundation through advancing product development for the image processing device
market, as well as growth markets including industrial equipment and telecommunication infrastructure. The Company leverages its strength in upstream design and analog technologies, particularly in telecommunication
interface, security, and image processing
News Releases | MegaChips Corporation
Please check MegaChips latest information and new releases.
www.megachips.co.jp
MegaChips is getting there. Still need more time.
In the mainstay ASIC (Application Specific Integrated Circuit) business, the demand for semiconductors is continuously expanding in the industrial equipment and telecommunication infrastructure sectors owing to advancements in AI and IoT technologies, even though the ASIC sector is facing temporary inventory adjustments due to the influence of global demand decline. Under circumstances like these, the Company
focuses on customer-oriented sales and support activities in the amusement field and aims to expand profits by enhancing its business foundation through advancing product development for the image processing device
market, as well as growth markets including industrial equipment and telecommunication infrastructure. The Company leverages its strength in upstream design and analog technologies, particularly in telecommunication
interface, security, and image processing
Frangipani
Top 20
Today, numerous articles on some of the promising future technologies Mercedes-Benz is exploring were published online, after the carmaker had recently invited journalists to its Future Technologies Lab in Sindelfingen.
And of course - you guessed it - neuromorphic computing was one of them.
(I also find solar coating another interesting concept).
There was also a press release by MB itself:
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Neuromorphic Computer soll Energiebedarf einschränken
Zukünftige Fahrzeuge werden mehr Funktionen wie autonomes Fahren bieten, was den Energiebedarf steigert. Mercedes-Benz setzt auf Neuromorphic Computing, um KI effizienter zu machen und den Energieverbrauch um bis zu 90 % zu senken.mbpassion.de
Playmobil-Männchen im Einsatz…
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German magazine auto, motor und sport published both an online article and a video on MB & neuromorphic computing earlier today (both in German) that literally confirm what I’ve been suspecting: that Mercedes-Benz is nowhere near to implementing neuromorphic technology at scale into their serial cars…
Neue KI-Chips von Mercedes für mehr Reichweite
Mercedes forscht an neuromorphen KI-Chips, die den Energiehunger künstlicher Intelligenz in der Elektronik fürs autonome Fahren eindämmen sollen. Aktuell würde ein Level-4-System nämlich die Reichweite eines E-Autos um bis zu 30 Prozent verringern. Wie die Technik funktioniert und was...www.auto-motor-und-sport.de
“Der Weg in die Serie ist noch weit.” - “It’s still a long way to serial cars”.
“Bis neuromorphe Chips ihren Weg ins Auto finden, wird es wohl noch einige Jahre dauern.” - “It’ll probably take a few years / It looks as if it will still take a few years until neuromorphic chips will find their way into (serial) cars.”
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Mercedes forscht an neuer KI-Technik für autonome E-Autos
Um den Energiehunger von KI-Systemen zu stillen forscht Mercedes an neuromorpher Hardware, mit der autonomes Fahren effizienter werden soll.www.auto-motor-und-sport.de
“Diese Technologie steht jedoch noch am Anfang und erfordert umfangreiche Tests und Zertifizierungen, bevor sie in Autos eingesetzt werden kann.”
“However, this technology is still in its infancy and requires extensive testing and certification before it can be used in cars.”
Something similar is said in the video itself around the 5 min mark.
Other articles are behind a paywall, but maybe one of you happens to be a subscriber and could check out whether there are any additional snippets of interest worth sharing?
Das Auto der Zukunft: Besuch im Forschungslabor von Mercedes-Benz
Flotte Akkus, stromerzeugende Lacke und wartungsfreie Bremsen: Das Auto der Zukunft ist weit mehr als ein Smartphone auf Rädern. Ein Besuch im Forschungslabor von Mercedes-Benz.www.faz.net
Seltene Einblicke: Bremsen ohne Feinstaub – und 5 weitere Zukunftspläne von Mercedes
Der Autohersteller Mercedes-Benz definiert sich als Innovationsmotor – und gewährt einen seltenen Blick in die Forschungswerkstatt. Was dort entwickelt wird, lesen Sie hier.www.stuttgarter-zeitung.de
My guess is that the next Mercedes-Benz LinkedIn post regarding NC will give us some more details about the research collaboration with HKA (Hochschule Karlsruhe) on neuromorphic cameras. Or it might be a post announcing the collaboration between Mercedes and Neurobus that I had spotted on Nov 12 (https://thestockexchange.com.au/threads/brn-discussion-ongoing.1/post-441454).
Here are two more articles by journalists who attended MB’s recent Future Technologies Lab Open House. Both describe NC as a potential solution to drastically cut the energy consumption of SAE Level 4 autonomous functions and quote Mercedes-Benz engineers as saying they were expecting such neuromorphic hardware to become available in the 2030s…
Yup, you read that right.
Fortschritt durch Technik: Mercedes-Innovationen - WELT
Mercedes öffnet die Türen zu seinen Forschungs-Labors einen Spalt weit – und zeigt Projekte, die in den nächsten Jahren unsere Mobilität beeinflussen werden. Und zwar weit ins Elektroauto-Zeitalter hinein.
The exact same article can be found on the Handelsblatt website as well:
Handelsblatt
Also note that Markus Schäfer calls the MB Future Technologies Lab their early-tech kitchen - in my opinion that’s yet another hint that we won’t be seeing the visionary ideas cooked up there implemented in any serial cars about to be released…
Just because I visited this bakery 2023/2024, doesn’t mean they didn’t used it at least since 2015 in japan. Do you really believe Chinese can develop something by themselves? I literally see always Chinese tourists in exhibitions with expensive camera equipment taking photos of details of the interior and exterior of several cars
The Mercedes connection shows just how long it takes to go from engagement to deals in 'new frontier' industries.Here are two more articles by journalists who attended MB’s recent Future Technologies Lab Open House. Both describe NC as a potential solution to drastically cut the energy consumption of SAE Level 4 autonomous functions and quote Mercedes-Benz engineers as saying they were expecting such neuromorphic hardware to become available in the 2030s…
Yup, you read that right.
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Fortschritt durch Technik: Mercedes-Innovationen - WELT
Mercedes öffnet die Türen zu seinen Forschungs-Labors einen Spalt weit – und zeigt Projekte, die in den nächsten Jahren unsere Mobilität beeinflussen werden. Und zwar weit ins Elektroauto-Zeitalter hinein.www.welt.de
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The exact same article can be found on the Handelsblatt website as well:
Handelsblatt
www.handelsblatt.com
Also note that Markus Schäfer calls the MB Future Technologies Lab their early-tech kitchen - in my opinion that’s yet another hint that we won’t be seeing the visionary ideas cooked up there implemented in any serial cars about to be released…
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Merc is likely to be way longer than most but all the experts were way to short on their 'Edge' adoption timeframes.
Even BRN with its industry experienced staff got it wrong.
The tide seems to coming in for the Edge and 2025 should finally see it arrive.
Once we get our 1st deal over the line it's game on.
Frangipani
Top 20
Yes, those Fraunhofer HHI researchers from the Wireless Communications and Networks Department were indeed using Akida - an Akida Raspberry Pi to be precise - for their PoC:
https://thestockexchange.com.au/threads/brn-discussion-ongoing.1/post-424624
https://thestockexchange.com.au/threads/brn-discussion-ongoing.1/post-424657
I’ve been sort of keeping an eye on them ever since.
Last week, the team showed India’s Minister of Communications and Development their neuromorphic wireless cognition demo with the help of one of their Spot robot dogs. I zoomed in on the blue flatscreen and very much liked what I saw…
… as it reminded me of a podcast I had shared here a while ago, with Slawomir Stanczak as guest (the gentleman laughing in the above picture), who is Professor for Network Information Theory at TU Berlin, Head of Fraunhofer HHI’s Wireless Communications and Networks Department as well as Coordinator of the 6G Research and Innovation Cluster (6G-RIC):
https://thestockexchange.com.au/threads/brn-discussion-ongoing.1/post-433491
Here is a quote from my post:
“From 17:12 min onwards, the podcast host picks up the topic of connected robotics and mentions a collaboration with Charité Universitätsmedizin Berlin, which is Germany’s biggest (and very renowned) university hospital, regarding the development of nursing robots and their control via 6G.
Stanczak confirms this and shares with his listeners they are in talks with Charité doctors in order to simplify certain in-hospital-processes and especially to reduce the workload on staff. Two new technological 6G features are currently being discussed: 1. collaborative robots and 2. integrated communication and sensing (ICAS).”
And today I can serve up some visuals to go along with that podcast:
An example for ICAS (Integrated Communication and Sensing) in a hospital setting:
The Digicare Project 2030 even has its own website with lots of intriguing information (German only).
DigiCare2030
www.digicare2030.de
The agenda below not only lists Fraunhofer HHI’s Zoran Utkovski giving a talk on “Next-generation AI: Neuromorphic Computing and its Applications”, but also two other interesting presentations by NXP (ML for smart sensors as part of remote monitoring of cardiovascular patients) and Infineon (Next-generation cardiovascular monitoring: continuous non-invasive blood pressure estimation with the help of radar sensors).
More details about connected and collaborative robotics in healthcare and about cognition and sensors in wireless networks (some of it was already featured in the podcast…)
Use Case 1: Autonomous cleaning robots in healthcare facilities
Use Case 2: Intelligent patient monitoring using wearable sensors and in-hospital camera technology that continuously measure vital parameters
Use Case 3: Virtual morning rounds by means of telepresence robotics
Use Case 4: Automated medication logistics with IoT
Use Case 5: Personalised room control and automated healing architecture
Use Case 6: Intelligent workforce management through IoT and AI
While there is no guarantee that Akida will be part of Fraunhofer HHI’s future neuromorphic research, they are definitely an institution to keep an eye on, even if they only let us have a peak preview as to how NC can one day be utilised in a hospital setting.
Denso just partnered with Quadric - https://www.eenewseurope.com/en/denso-seals-quadric-deal-for-risc-v-ai-core/
It's a shame we missed out here considering there was talk about Denso a few years ago - https://brainchip.com/brainchip-takes-wheel-edge-computing-world/
And considering that we already have a partnership with Megachips who have an equity stake in Quadric.
The silver lining is that Tata Elxsi are working with Denso on medical devices which we should be involved with - https://www.tataelxsi.com/news-and-...cs-and-automation-innovation-lab-in-frankfurt
It's a shame we missed out here considering there was talk about Denso a few years ago - https://brainchip.com/brainchip-takes-wheel-edge-computing-world/
And considering that we already have a partnership with Megachips who have an equity stake in Quadric.
The silver lining is that Tata Elxsi are working with Denso on medical devices which we should be involved with - https://www.tataelxsi.com/news-and-...cs-and-automation-innovation-lab-in-frankfurt
You’d think that Mercedes-Benz just make cars? Right? Wrong. They’re… | Nick O'Leary
You’d think that Mercedes-Benz just make cars? Right? Wrong. They’re actually working on a growing problem that if I’m honest I hadn’t even thought of. As autonomous cars are growing better and better over the years, car makers have come across a problem in the future with power. The problem...
BigDonger101
Founding Member
Yeh you'd hope that it's something, because if not, it again shows the complete lack of transparency and consistency with the company.Nice, is that the South Korean connection ? 3 models, that sounds very much like AKIDA -E, AKIDA-S, and AKIDA-P
"On-Device without the internet" (sounds like a quote from my mate himself...Peter}
Gauss is multimodal............which we have been since 2020 (from memory)
Able to perform all 5 modals of human sensory.....that being, Vision, Hearing, Feeling, Tasting and Smelling.
Here's a fair question for all shareholders to ponder over, why is our Top-20 now full of Institutions, apart from ex staff and a few
public true believers ?
Because the element of expectation is nearing.
Final question, why hasn't Sean delivered his Investor Update after the release of the 3rd quarter with Tony pumping him with
questions.....I haven't actually asked Tony yet, but consistency is paramount.....Sean, what's the hold up ?
Cheers and goodnight from the Far North of Kiwiland.......Tech
Tony Dawe would really hope that there is something brewing, because the amount of times he's stated ''It's imminent'' over the past year is quite ludicrous. He's actually taking the piss if anything.
Yes Mercedes (and Valeo for that matter) have put their eggs in the SDV basket. One of the advantages they cite is the ability to do over-the-air updates. I think this leaves the door open for the adoption of Akida2/TENNs, particularly while the development of the tech is ongoing.
I think that a lot of the testing of the software can be done quite quickly, but the final proof of the pudding will be in the road tests which will take some time.
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Post from A Lewis
www.linkedin.com
#hiring | M Anthony Lewis
We're #Hiring! We are embarking on several exciting projects featuring our proprietary State-Space Model, TENNS, optimized to run on the Akida event-based solution. Our cutting-edge combination of event-based hardware and the TENNS model provides an unparalleled platform for streaming inference...
Hoohoo
Member
i dont have linked in, are you able to do a screen shot pls ?Post from A Lewis
#hiring | M Anthony Lewis
We're #Hiring! We are embarking on several exciting projects featuring our proprietary State-Space Model, TENNS, optimized to run on the Akida event-based solution. Our cutting-edge combination of event-based hardware and the TENNS model provides an unparalleled platform for streaming inference...
i dont have linked in, are you able to do a screen shot pls ?
I'm as confused as the next person. When we first learnt of TENNs, it was shown as part of the Akida2 silicon SoC IP, ie, hardware.Post from A Lewis
#hiring | M Anthony Lewis
We're #Hiring! We are embarking on several exciting projects featuring our proprietary State-Space Model, TENNS, optimized to run on the Akida event-based solution. Our cutting-edge combination of event-based hardware and the TENNS model provides an unparalleled platform for streaming inference...
Now Tony Lewis refers to "Our cutting-edge combination of event-based hardware and the TENNS model".
There has been the speculation (mostly on my part) that it could be used as software to preform AI functions, ie, as AI software to run on a CPU/GPU/MPU/MCU processor.
Another alternative is that Tony has used the term "model" in its common usage, rather than its specialized AI meaning, so the job would be working on improving/developing the hardware/architecture of TENNs. This is improbable as the job is for ML experts, not hardware experts.
So is he talking about a model for use with a TENNs processor, or is TENNs a model simpliciter?
Given that we have been told of TENNs working alone (without Akida2), I'm going for TENNs as an AI processor, and the job is developing models for the TENNs AI processor.
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HopalongPetrovski
I'm Spartacus!
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