$MINIMA Catalyst Posts
July 13, 2026Single-day social intelligence recap and verified catalyst posts · ← Back to $MINIMA Profile · Market Rankings
💬 Curated Viral Posts & Community Evidence
3 source posts analyzed· 2026-07-13T23:06:48+00:00
· 2026-07-13T21:26:56+00:00...now we stay calm and watch and build, $MINIMA
AI visual analysis: Text on a dark gradient background reads 'Over $1 Million Raised With Republic' with a white logo in the bottom right corner.
· 2026-07-13T18:24:09+00:00$MINIMA Blockchain dedicated microchips. Southampton university centre of excellence for Arm. Both @arm and @Siemens introducing #Minima to clients I've seen so many pointless projects that were spoken about by many run out of funding within the last 1-2 years because [Spoken audio]: We will go all the way in the project in a very short time from design to manufacture and have hardware chips at the end of it. And, as I said, a very recognized as being a centre of excellence for compute and design. And importantly, they are a centre of excellence for ARM. And so, we will use the best IP available and we'll get their expert opinion on the right way to design this into modular architecture. So we're very happy with that collaboration. And equally, the support of Siemens and Arm means that they're introducing us to their clients and their internal divisions as well. So we have interest in from their robotics department and then also for some industrial IoT. So that is starting in the summer And we'll, like last time, have master students working on very defined projects, and the technical details Paddy can explain what we need to do to see that's the hardware design. Sorry, before Paddy intervenes, Adam, could you make it clear for those in the audience exactly what the difference is between the manufacturing this time around and what we did in January with the demo and the FPGA? Yeah, so the end of last year we got minimum running on an FPGA and that is a field programmable board, which allows you to simulate a chip but in software running on a hardware board. In other words, you program the components and then you run it in a hardware board. And that allows you then to manufacture a chip according to that architecture, but it is still a fairly large board. What we are going to know is take that roadmap and then actually optimise it so we all design the individual components which will then be printed in silicon. And as I said, the university has the manufacturing capabilities to go all the way from design to manufacture. Most companies that you work with do chip design. They focus just on one element, but we have the full spectrum from architectural design, testing, simulation of their natural manufacture. So at the end of it, we will get a little computer chip.
