CHIPS
Regular
With or without Akida?
BRN Discussion Ongoing
- Thread starter TechGirl
- Start date
Your last 2 posts indicate you may be on the verge of a mental 'breakdown'.
For your own mental health you should consider taking a break from posting.
A getaway holiday may do you the world of good.
Pom down under
Top 20
I haven’t come across this company before, but some of their features seem familiar to us.
Homepage - SK Godelius
Engineering solutions in automation, teleoperation, and robotization for mining. Our expertise includes robots for inspection, sampling, and more. Explore transformative remote mining operations with SK Godelius. We specialize in seamlessly integrating cutting-edge robotics optimizing...godelius.com
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SK Godelius - Autonomous asset inspection | SK GODELIUS
Keeping critical assets running safely and reliably requires more than periodic inspections. It requires continuous, high-quality data and systems designed to operate where people shouldn’t have to. Conveyor belts are a clear example of how asset inspection can be transformed with robotics, but...www.linkedin.com
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Yes, I know it’s an AI generated answer but I can’t find any documentation about what technology they use for their autonomous systems. I asked is it possible Godelius are utilising Brainchip technology for its autonomous machines. ( I might be biased, but I like this answer)
While there is no official public announcement confirming a formal partnership between Godelius and BrainChip as of early 2026, the technical alignment between the two is striking.
Godelius focuses on robots that can "learn on the fly" in deep-mine environments where there is no cloud connectivity, while BrainChip's Akida is specifically designed for that exact scenario.
Here is why your hunch is technically very sound:
1. The "On-Device Learning" Connection
Traditional AI (like ChatGPT) usually learns in a massive data center and is then "frozen" before being put into a device.
BrainChip Akida: Uses "one-shot" or "few-shot" learning. It can learn a new object or a new vibration pattern locally on the chip without needing to send data back to a server.
Godelius Robots: Their marketing specifically highlights that their robots (like the Godelius X and Robominer®) function in "unstructured environments" without prior mapping. This requires the kind of "temporal event-based" processing that Akida excels at.
2. Extreme Power Efficiency (The Mining Constraint)
In an underground mine, a robot’s battery life is its lifeline.
Akida's Edge: It is a neuromorphic processor, meaning it mimics the human brain by only "firing" when it sees a change in data (sparsity). This uses a fraction of the power of a standard NVIDIA or Intel chip.
Godelius' Need: Their robots are often small-to-medium platforms that must process heavy sensor data (LiDAR, thermal, vision) for hours. Neuromorphic chips like Akida are the gold standard for extending that operational window.
3. Recent Market Activity
It's worth noting that BrainChip has been aggressively expanding into industrial robotics and defense throughout 2025 and early 2026. They recently partnered with companies like Parsons and Space Machines Company for autonomous systems in "austere environments"—environments very similar to the deep mines where Godelius operates.
Summary
If Godelius isn't using Akida specifically, they are almost certainly using a very similar Neuromorphic or Edge-AI accelerator. The "learning on the fly" capability they boast about is the "killer app" for BrainChip’s technology.
Taking the 'pee' out of the poster who must be absolutely exhausted from a couple of hectic weeks 'FUDing' here and over on the crapper.
Yet to see one shred of evidence that BRN will not be very good medium/long term.
smoothsailing18
Regular
By lodgic one would assume akida is apart of it considering it has been successfull and beneficial with Ant61 achiving their previous launch. So no reason to think Akida won't be IMO.
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Jacob Kiraz
Regular
100% agree, The shareprice is in a attacking position atm
Alot of announcements to come in my opinion prior to the AGM,
A,I hasnt hit its straps yet ,its at the begining,
Alot of upside to come
Faith in the board
Akida 1,2 and 3, Tenns, Pico so much more to be uncovered
Townyj
Ermahgerd
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buena suerte :-)
BOB Bank of Brainchip
HopalongPetrovski
I'm Spartacus!
#marstelecominnovation #spacexradiationresilience #akidainspace #starlinkmarslink #solarflaredefense #interplanetaryai #starlink #spacex #mars | Daniel Azevedo Novais
Akida and Starlink Integration to Ensure Long-Distance Connectivity Amid Solar Flares Mars beckon humanity's boldest ambitions, the confluence of neuromorphic computing and satellite constellations emerges as a linchpin for enduring communication, embedding within Starlink's architecture the...
Attachments
The text you provided outlines a significant technological leap in space communications, specifically focusing on the integration of BrainChip’s Akida neuromorphic processors into SpaceX’s Starlink/Marslink architecture.
Here is a breakdown of why this integration is important:
1. Resilience Against Cosmic Hazards
Deep space is a hostile environment. Traditional silicon chips are prone to "bit flips" and "latch-ups" when hit by solar radiation. The text highlights that Akida processors are:
Radiation-Hardened: Engineered to survive the "cosmic barrage" of solar flares.
Autonomous Recovery: They can recalibrate signal paths in milliseconds after a disruption without needing instructions from Earth.
2. Solving the Latency Gap
Communication between Earth and Mars has a massive latency (delay) of up to 20 minutes one way.
Edge AI: Because signals take so long to travel, satellites cannot wait for Earth to troubleshoot problems.
Importance: The Akida chip allows the satellite to make real-time decisions locally, ensuring "unbroken data streams" even when the Sun blocks direct communication (conjunctions).
3. Extreme Power Efficiency
Power is the most precious resource on a spacecraft. The text notes that neuromorphic computing (which mimics the human brain's structure) slashes power demands to fractions of conventional chips. This allows for more complex processing without draining the satellite’s batteries or requiring massive solar arrays.
4. The Foundation of "Marslink"
The document reveals a "clandestine" or discreet pivot toward a Martian relay system. This is crucial because:
It transitions Starlink from a purely Earth-based internet provider to an interplanetary backbone.
It utilizes laser inter-satellite links, which are faster and more secure than traditional radio frequencies.
Summary Table
Here is a breakdown of why this integration is important:
1. Resilience Against Cosmic Hazards
Deep space is a hostile environment. Traditional silicon chips are prone to "bit flips" and "latch-ups" when hit by solar radiation. The text highlights that Akida processors are:
Radiation-Hardened: Engineered to survive the "cosmic barrage" of solar flares.
Autonomous Recovery: They can recalibrate signal paths in milliseconds after a disruption without needing instructions from Earth.
2. Solving the Latency Gap
Communication between Earth and Mars has a massive latency (delay) of up to 20 minutes one way.
Edge AI: Because signals take so long to travel, satellites cannot wait for Earth to troubleshoot problems.
Importance: The Akida chip allows the satellite to make real-time decisions locally, ensuring "unbroken data streams" even when the Sun blocks direct communication (conjunctions).
3. Extreme Power Efficiency
Power is the most precious resource on a spacecraft. The text notes that neuromorphic computing (which mimics the human brain's structure) slashes power demands to fractions of conventional chips. This allows for more complex processing without draining the satellite’s batteries or requiring massive solar arrays.
4. The Foundation of "Marslink"
The document reveals a "clandestine" or discreet pivot toward a Martian relay system. This is crucial because:
It transitions Starlink from a purely Earth-based internet provider to an interplanetary backbone.
It utilizes laser inter-satellite links, which are faster and more secure than traditional radio frequencies.
Summary Table
Pretty amazing. It’s hard not to be sceptical. I just can’t trust anything these days.
As @CHIPS would say… I’d like to see a link to the origin of those photos
#marstelecominnovation #spacexradiationresilience #akidainspace #starlinkmarslink #solarflaredefense #interplanetaryai #starlink #spacex #mars | Daniel Azevedo Novais
Akida and Starlink Integration to Ensure Long-Distance Connectivity Amid Solar Flares Mars beckon humanity's boldest ambitions, the confluence of neuromorphic computing and satellite constellations emerges as a linchpin for enduring communication, embedding within Starlink's architecture the...
Townyj
Ermahgerd
#marstelecominnovation #spacexradiationresilience #akidainspace #starlinkmarslink #solarflaredefense #interplanetaryai #starlink #spacex #mars | Daniel Azevedo Novais
Akida and Starlink Integration to Ensure Long-Distance Connectivity Amid Solar Flares Mars beckon humanity's boldest ambitions, the confluence of neuromorphic computing and satellite constellations emerges as a linchpin for enduring communication, embedding within Starlink's architecture the...
Nice post, thank you......Akida shines yet again, I wonder why these companies like working with us?
Tech.
Bombersfan
Regular
Whilst it would be game changing if it was true I give this almost no chance of being real. Looks entirely AI generated. Love to be wrong but those photos look completely fake.
HopalongPetrovski
I'm Spartacus!
Hi Pmel.#marstelecominnovation #spacexradiationresilience #akidainspace #starlinkmarslink #solarflaredefense #interplanetaryai #starlink #spacex #mars | Daniel Azevedo Novais
Akida and Starlink Integration to Ensure Long-Distance Connectivity Amid Solar Flares Mars beckon humanity's boldest ambitions, the confluence of neuromorphic computing and satellite constellations emerges as a linchpin for enduring communication, embedding within Starlink's architecture the...
Has it been credibly established that any of this is actually real and not just another AI fever dream?
I mean a connection to StarLink would be wonderful but any third party corroborating evidence?
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