i do really hope so! However, there is nothing in the article to conclude this to be the case other than they will use technology used in EQXX.
Crossing my fingers, toes and balls for some really good news next week, but according to the article I won’t be surprised that we are not included either.
Nothing is guaranteed.
Much like Tata Consultancy Services, Mercedes has been working on neuromorphic compute for over 5 years. BrainChip was invited to help
implement the advantages of neuromorphic compute in their vehicles, not to understand it. Mercedes Benz would have been through an internal assessment process, and moved towards SNN architecture , then evaluated options on how to implement ( internal development, available commercial partners). My point being that they have been at it for a while.
I then reflect on this article from 6th Jan, 2022 .
Software-defined vehicles, software-based simulation and neural processors in EVs and connected cars, with a look at developments from General Motors, Mercedes-Benz and Blackberry.
The gist of the article is around how development times have improved enormously by using software simulation rather than building physical models. The VISION EQXX went from a white paper to a completed vehicle in only 18 months.
This means new, innovative concepts ( like neuromorphic compute ) that may have taken 5+ years to end up on the market in a vehicle should now only take 2 to 3 years.
This article, as we all know, went on to talk about Akida technology in the EQXX
.....
Neuromorphic computing for infotainment
This efficiency is not just being applied to enhancing range though. Mercedes-Benz also points out that its infotainment system uses neuromorphic computing to enable the car to take to “take its cue from the way nature thinks”.
Neuromorphic computing systems have the potential to radically reduce the energy needed to run the latest AI technologies in vehicles. (Image: Mercedes-Benz)
The hardware runs spiking neural networks, in which data is coded in discrete spikes and energy only consumed when a spike occurs, reducing energy consumption by orders of magnitude.
In order to deliver this, the carmaker worked with BrainChip, developing the systems based on its Akida processor. In the VISION EQXX, this technology enables the “Hey Mercedes” hot-word detection five to ten times more efficiently than conventional voice control. Mercedes-Benz said although neuromorphic computing is still in its infancy,
systems like these will be available on the market in just a few years. When applied on scale throughout a vehicle, they have the potential to radically reduce the energy needed to run the latest AI technologies.
......
So, in Jan 2022 Mercedes was stating " just a few years ".
Does market release of the new Concept CLS class in say, June 2024 ( don't know release dates ), 2.5 years from this statement, fit with all of the evidence above and constitute " a few years ". I'm guessing it does.
Still no guarantees of course, but the timelines seem to fit.
I also like the fact that Merc continue to add to it's Team AI Research group.
With a focus on, you guessed it, spiking neural networks.
So I hope, and expect, that the footprint of Akida within MB vehicles will continue to evolve and grow over later releases.
This job was advertised on 7th August.
As an employee of the Team AI Research , you are researching current trends in artificial intelligence such as GenAI, quantum AI or neuromorphic computing. We are intensively examining new artificial intelligence methods and working on them further in order to make them usable for our company together with our colleagues from the specialist departments. We strive to expand the limits of artificial intelligence and create customized innovative solutions for our customers. In our team, you can actively shape the future of technology.
These challenges await you:
- Applied research in the field of neuromorphic computing and spiking neural networks
- Development of innovative algorithms for automotive applications
- Implementation of neuromorphic algorithms for automotive applications
- Researching and transferring current neuromorphic computing trends for automotive applications with a special focus on ADAS