BRN Discussion Ongoing
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Wohooo 18.5 just “wiped out” like nothing
But let’s be honest to ourselves… on the end of the day we will have 18.0 again…
I’m sure some genuine shareholder sell some of their shares to avoid a speeding ticket! Thank you! You guys are looking out of the box!
TheFunkMachine
seeds have the potential to become trees.
Chat GPT deep dive into potential/likely costumer engagements.
(Many of you will be familiar with this but it is an interesting summary)
Below is an evidence-based “dot-joined” map of the most credible real-world product integrations and near-term commercialization paths for BrainChip’s Akida (AKD1000 / AKD1500 / Akida 2 / Akida IP)—focused on who is building with it, where it fits in their product lines, and what that implies for likely downstream customers.
I am only using public, attributable material (company releases, partner product pages, program documents). Where I infer “likely next customers,” I label it clearly as inference—not fact.
⸻
Highest-signal, real-world product engagements (already in a product, or in formal product evaluation)
1) Frontgrade Gaisler: GR801 / GRAIN space-grade SoC line with Akida integrated (IP)
• What’s real: Frontgrade Gaisler publicly states it is developing the GR801 and that it “includes the Akida brain-inspired neural network technology”.
• Why it matters: Frontgrade Gaisler is not a “demo partner”—they sell space-grade processors/SoCs into flight programs. A GR801-class part becoming a catalog item effectively creates a distribution channel into spacecraft primes and their supply chain.
• Near-future customer set (inference): If GR801 enters broader adoption, the natural buyers are space integrators and primes already buying Gaisler/Frontgrade processor IP and rad-tolerant SoCs (e.g., payload autonomy, onboard ISR/EO processing, comms autonomy). This is “quiet” because it shows up first as processor selection on mission BOMs, not in flashy PR.
2) ESA-linked space deployment pathway is explicit (Frontgrade license + ESA evaluation)
• BrainChip’s quarterly report explicitly ties the Frontgrade license to ESA: Akida 1.0 IP incorporation into space-grade SoCs and “paves the way… to be deployed in space by the European Space Agency (ESA)” and references joint evaluation work with ESA + Frontgrade + BrainChip.
• This is one of the strongest “non-obvious” dots because ESA/space work typically appears as program deliverables before it appears as “customer wins.”
3) Bascom Hunter: AKD1000 is already inside a rugged defense VPX card (SNAP Card)
• What’s real (product page): Bascom Hunter’s 3U OpenVPX SNAP Card states it combines an RFSoC FPGA with five BrainChip AKD1000 processors.
• Why it matters: VPX/SOSA cards are a standard procurement object in defense. This is not “maybe”—it’s a shipping defense electronics form factor with Akida inside.
4) Bascom Hunter: formal AKD1500 “full scale evaluation of commercial products” contract
• BrainChip reports a US$100k contract with Bascom Hunter for AKD1500 chips for full scale evaluation of commercial products, and notes Bascom Hunter integrates third-party tech for Defense and Intelligence applications.
• Dot-join insight: This is a classic path: AKD1000 in current card → AKD1500 eval → next card spin / module upgrade (inference). If Bascom’s VPX line moves to AKD1500, you often see it first as an updated module datasheet, not a market announcement.
5) Parsons: explicit strategic agreement for defense systems + “designed into end solutions”
• BrainChip has a strategic agreement with Parsons to accelerate edge AI defense systems (as referenced in BrainChip materials and related posts).
• Separately, BrainChip states the AKD1500 “has been delivered and designed into several end solutions… including Parsons, Bascom Hunter and Onsor Technologies.”
• Why it matters: Parsons is a prime contractor / systems integrator; “designed into” strongly implies the engagement is beyond evaluation.
6) Onsor Technologies: AKD1500 in a commercial medical device (seizure-detecting smart glasses)
• BrainChip positions Onsor’s seizure-detection glasses as a customer success using AKD1500.
• Why it matters: This is the cleanest example of AKD1500 as a component in a real product in healthcare—useful as a reference design for other wearables/medtech OEMs (inference).
7) Arquimea (Spain): drone + Prophesee event camera + Akida for water-safety detection
• BrainChip states Arquimea demonstrated Akida with a Prophesee Metavision event-based camera on a low-power drone to detect distressed swimmers/surfers.
• Dot-join insight: This is a practical proof that event cameras + neuromorphic compute can run at the edge on a UAV. The “quiet” next step is usually maritime safety agencies / coastal surveillance integrators (inference), especially where endurance/latency matters.
8) Intellisense Systems: Akida selected for cognitive radio; NASA use case named
• BrainChip states Intellisense selected Akida for SWaP-constrained platforms (including spacecraft/robotics) and explicitly references a NECR device where Intellisense says it provides NASA applications, planned for a Phase II prototype integrating Akida.
• Why it matters: “Phase II prototype” language is a meaningful maturity marker in US government-adjacent development cycles.
⸻
Strong “pipeline” signals (credible pathways to new customers, but not yet confirmed end-customer design wins)
9) Blue Ridge Envisioneering (BRE): tactical edge collaboration backed by a Naval Air Warfare Center contract
• BrainChip’s BRE announcement includes a Naval Air Warfare Center contract numberand states BRE will integrate Akida processors into tactical devices.
• Dot-join insight (inference): BRE/NAWC-backed work typically translates into program-specific prototypes that can later be pulled into broader platforms if the performance/power story holds.
10) Lorser Industries: neuromorphic SDR devices (system-level manufacturing/integration)
• BrainChip and Lorser state they will use Akida to deliver neuromorphic solutions for software-defined radio devices, emphasizing SDR tasks like signal classification, modulation/demodulation, encryption/decryption, and anomaly detection.
• Dot-join insight (inference): If Lorser turns this into a sellable SDR module/line item, the downstream customer universe becomes defense comms, aerospace comms, navigation, and SIGINT-adjacent integrators.
11) HaiLa: AKD1500 + ultra-low-power Wi-Fi backscatter for “leading OEMs” in multiple domains
• BrainChip and HaiLa state they’re working with leading OEMs and ecosystem partnersacross medical, environmental, and infrastructure monitoring, pairing AKD1500 with HaiLa’s BSC2000 to enable microwatt-class connected sensors.
• Dot-join insight (inference): The real commercialization vector here is module makers and sensor OEMs who can bundle connectivity + edge inference into a single reference design.
12) Andes Technology (RISC-V): AKD1500 integrated on QiLai Voyager platform
• BrainChip describes integrating Akida with Andes’ QiLai platform and highlights this as a way these can be used in production SoCs.
• Andes describes its footprint as “over 16 billion Andes-powered SoCs.”
• Dot-join insight: This is less about one customer and more about distribution leverage: if Akida becomes a “known-good” companion IP in the Andes ecosystem, it can surface inside many unnamed SoC design houses that already license Andes cores (inference).
13) Akida 2: “no hardware” Akida Cloud and commercialization emphasis
• BrainChip is explicitly pushing Akida 2 access via “Akida Cloud… live demos on Akida 2 with no hardware requirements.”
• Why it matters: This is often how “quiet” design-ins start: developers validate performance without hardware lead times, then move into evaluation silicon/modules (inference).
⸻
RTX / Raytheon angle: what’s supportable from public evidence
• BrainChip’s December 2024 quarterly report states an SBIR project focused on micro-Doppler radar signature analysis, and that BrainChip was negotiating with a major defence industry contractor as a subcontractor to complete the contract award.
• Some secondary commentary explicitly names Raytheon/RTX, but that is not consistently corroborated by primary documentation; the most defensible statement is that a major defense contractor is involved per BrainChip’s own report.
⸻
Practical “dot-joining” watchlist (where the next customer names typically appear first)
If you want to surface non-obvious, near-term customer engagements early, the highest-yield places to monitor are:
• Defense module catalogs (VPX/SOSA cards, rugged edge servers): look for refreshed datasheets that swap AKD1000 → AKD1500 (Bascom Hunter is the clearest example path).
• Space-grade processor roadmaps and ESA program deliverables tied to Frontgrade Gaisler GR801 / GRAIN.
• Cognitive radio / space comms prototypes (Intellisense NECR Phase II prototype).
• Edge drone autonomy demos moving into pilots (Arquimea + Prophesee + Akida).
• RISC-V platform partner announcements where Akida becomes a standard add-on in an ecosystem (Andes).
• Ultra-low-power sensor OEM announcements in medical/infrastructure monitoring that mention always-on anomaly detection + coin-cell longevity (HaiLa + AKD1500 pairing is directly positioned at this).
⸻
What I did not do (by design)
• I did not claim any unnamed company is a “customer” unless there is a public statement supporting it.
• I did not treat generic partnership announcements as “design wins” unless there is evidence of integration, evaluation for commercial products, a Phase II prototype, or a product page.
⸻
(Many of you will be familiar with this but it is an interesting summary)
Below is an evidence-based “dot-joined” map of the most credible real-world product integrations and near-term commercialization paths for BrainChip’s Akida (AKD1000 / AKD1500 / Akida 2 / Akida IP)—focused on who is building with it, where it fits in their product lines, and what that implies for likely downstream customers.
I am only using public, attributable material (company releases, partner product pages, program documents). Where I infer “likely next customers,” I label it clearly as inference—not fact.
⸻
Highest-signal, real-world product engagements (already in a product, or in formal product evaluation)
1) Frontgrade Gaisler: GR801 / GRAIN space-grade SoC line with Akida integrated (IP)
• What’s real: Frontgrade Gaisler publicly states it is developing the GR801 and that it “includes the Akida brain-inspired neural network technology”.
• Why it matters: Frontgrade Gaisler is not a “demo partner”—they sell space-grade processors/SoCs into flight programs. A GR801-class part becoming a catalog item effectively creates a distribution channel into spacecraft primes and their supply chain.
• Near-future customer set (inference): If GR801 enters broader adoption, the natural buyers are space integrators and primes already buying Gaisler/Frontgrade processor IP and rad-tolerant SoCs (e.g., payload autonomy, onboard ISR/EO processing, comms autonomy). This is “quiet” because it shows up first as processor selection on mission BOMs, not in flashy PR.
2) ESA-linked space deployment pathway is explicit (Frontgrade license + ESA evaluation)
• BrainChip’s quarterly report explicitly ties the Frontgrade license to ESA: Akida 1.0 IP incorporation into space-grade SoCs and “paves the way… to be deployed in space by the European Space Agency (ESA)” and references joint evaluation work with ESA + Frontgrade + BrainChip.
• This is one of the strongest “non-obvious” dots because ESA/space work typically appears as program deliverables before it appears as “customer wins.”
3) Bascom Hunter: AKD1000 is already inside a rugged defense VPX card (SNAP Card)
• What’s real (product page): Bascom Hunter’s 3U OpenVPX SNAP Card states it combines an RFSoC FPGA with five BrainChip AKD1000 processors.
• Why it matters: VPX/SOSA cards are a standard procurement object in defense. This is not “maybe”—it’s a shipping defense electronics form factor with Akida inside.
4) Bascom Hunter: formal AKD1500 “full scale evaluation of commercial products” contract
• BrainChip reports a US$100k contract with Bascom Hunter for AKD1500 chips for full scale evaluation of commercial products, and notes Bascom Hunter integrates third-party tech for Defense and Intelligence applications.
• Dot-join insight: This is a classic path: AKD1000 in current card → AKD1500 eval → next card spin / module upgrade (inference). If Bascom’s VPX line moves to AKD1500, you often see it first as an updated module datasheet, not a market announcement.
5) Parsons: explicit strategic agreement for defense systems + “designed into end solutions”
• BrainChip has a strategic agreement with Parsons to accelerate edge AI defense systems (as referenced in BrainChip materials and related posts).
• Separately, BrainChip states the AKD1500 “has been delivered and designed into several end solutions… including Parsons, Bascom Hunter and Onsor Technologies.”
• Why it matters: Parsons is a prime contractor / systems integrator; “designed into” strongly implies the engagement is beyond evaluation.
6) Onsor Technologies: AKD1500 in a commercial medical device (seizure-detecting smart glasses)
• BrainChip positions Onsor’s seizure-detection glasses as a customer success using AKD1500.
• Why it matters: This is the cleanest example of AKD1500 as a component in a real product in healthcare—useful as a reference design for other wearables/medtech OEMs (inference).
7) Arquimea (Spain): drone + Prophesee event camera + Akida for water-safety detection
• BrainChip states Arquimea demonstrated Akida with a Prophesee Metavision event-based camera on a low-power drone to detect distressed swimmers/surfers.
• Dot-join insight: This is a practical proof that event cameras + neuromorphic compute can run at the edge on a UAV. The “quiet” next step is usually maritime safety agencies / coastal surveillance integrators (inference), especially where endurance/latency matters.
8) Intellisense Systems: Akida selected for cognitive radio; NASA use case named
• BrainChip states Intellisense selected Akida for SWaP-constrained platforms (including spacecraft/robotics) and explicitly references a NECR device where Intellisense says it provides NASA applications, planned for a Phase II prototype integrating Akida.
• Why it matters: “Phase II prototype” language is a meaningful maturity marker in US government-adjacent development cycles.
⸻
Strong “pipeline” signals (credible pathways to new customers, but not yet confirmed end-customer design wins)
9) Blue Ridge Envisioneering (BRE): tactical edge collaboration backed by a Naval Air Warfare Center contract
• BrainChip’s BRE announcement includes a Naval Air Warfare Center contract numberand states BRE will integrate Akida processors into tactical devices.
• Dot-join insight (inference): BRE/NAWC-backed work typically translates into program-specific prototypes that can later be pulled into broader platforms if the performance/power story holds.
10) Lorser Industries: neuromorphic SDR devices (system-level manufacturing/integration)
• BrainChip and Lorser state they will use Akida to deliver neuromorphic solutions for software-defined radio devices, emphasizing SDR tasks like signal classification, modulation/demodulation, encryption/decryption, and anomaly detection.
• Dot-join insight (inference): If Lorser turns this into a sellable SDR module/line item, the downstream customer universe becomes defense comms, aerospace comms, navigation, and SIGINT-adjacent integrators.
11) HaiLa: AKD1500 + ultra-low-power Wi-Fi backscatter for “leading OEMs” in multiple domains
• BrainChip and HaiLa state they’re working with leading OEMs and ecosystem partnersacross medical, environmental, and infrastructure monitoring, pairing AKD1500 with HaiLa’s BSC2000 to enable microwatt-class connected sensors.
• Dot-join insight (inference): The real commercialization vector here is module makers and sensor OEMs who can bundle connectivity + edge inference into a single reference design.
12) Andes Technology (RISC-V): AKD1500 integrated on QiLai Voyager platform
• BrainChip describes integrating Akida with Andes’ QiLai platform and highlights this as a way these can be used in production SoCs.
• Andes describes its footprint as “over 16 billion Andes-powered SoCs.”
• Dot-join insight: This is less about one customer and more about distribution leverage: if Akida becomes a “known-good” companion IP in the Andes ecosystem, it can surface inside many unnamed SoC design houses that already license Andes cores (inference).
13) Akida 2: “no hardware” Akida Cloud and commercialization emphasis
• BrainChip is explicitly pushing Akida 2 access via “Akida Cloud… live demos on Akida 2 with no hardware requirements.”
• Why it matters: This is often how “quiet” design-ins start: developers validate performance without hardware lead times, then move into evaluation silicon/modules (inference).
⸻
RTX / Raytheon angle: what’s supportable from public evidence
• BrainChip’s December 2024 quarterly report states an SBIR project focused on micro-Doppler radar signature analysis, and that BrainChip was negotiating with a major defence industry contractor as a subcontractor to complete the contract award.
• Some secondary commentary explicitly names Raytheon/RTX, but that is not consistently corroborated by primary documentation; the most defensible statement is that a major defense contractor is involved per BrainChip’s own report.
⸻
Practical “dot-joining” watchlist (where the next customer names typically appear first)
If you want to surface non-obvious, near-term customer engagements early, the highest-yield places to monitor are:
• Defense module catalogs (VPX/SOSA cards, rugged edge servers): look for refreshed datasheets that swap AKD1000 → AKD1500 (Bascom Hunter is the clearest example path).
• Space-grade processor roadmaps and ESA program deliverables tied to Frontgrade Gaisler GR801 / GRAIN.
• Cognitive radio / space comms prototypes (Intellisense NECR Phase II prototype).
• Edge drone autonomy demos moving into pilots (Arquimea + Prophesee + Akida).
• RISC-V platform partner announcements where Akida becomes a standard add-on in an ecosystem (Andes).
• Ultra-low-power sensor OEM announcements in medical/infrastructure monitoring that mention always-on anomaly detection + coin-cell longevity (HaiLa + AKD1500 pairing is directly positioned at this).
⸻
What I did not do (by design)
• I did not claim any unnamed company is a “customer” unless there is a public statement supporting it.
• I did not treat generic partnership announcements as “design wins” unless there is evidence of integration, evaluation for commercial products, a Phase II prototype, or a product page.
⸻
Fullmoonfever
Top 20
May have been posted previously, not searched, but good to see the authors of the below paper are all part of, or working with, Parallax Advanced Research, Uni Dayton, Cincinatti and Sinclair College.
They state their Martian drone flight development supports deployment on Akida (& Loihi).
They state their Martian drone flight development supports deployment on Akida (& Loihi).
A VelocitySNN-Fuzzy AI Architecture: Neuromorphic Event-Driven Spiking Neural Network and Fuzzy Logic AI System for 3D Velocity Determination in Martian Flight
Abstract:
We introduce VelocitySNN-Fuzzy AI, a novel neuromorphic system for real-time determination of three-dimensional velocity vectors (Vx, Vy, Vz) during Martian drone flight. Unlike Earth-Based UAVs, Mars operations cannot rely on GPS or conventional visual odometry due to the lack of infrastructure and the extreme lighting and terrain conditions. Our approach integrates a bio-inspired event-based camera, a Spiking Neural Network (SNN) developed using SpikingJelly, and an explainable Fuzzy AI Logic layer to produce reliable and interpretable velocity determination in challenging Mars-Like environments. Validated using publicly available Mars-Style drone datasets, the architecture demonstrates low-latency, high-dynamic-range perception suitable for small, power-constrained UAV platforms. VelocitySNN-Fuzzy AI determines 3D velocity for Martian drones using event-based vision, spiking neural networks, and fuzzy logic. Designed for GPS-denied, low-light environments, it enables real-time, low-power navigation. Validated on FPV drone datasets, it supports autonomous flight with interpretable outputs and deployment on neuromorphic hardware like Loihi and AkidaAt least one article where we are mentioned
www.aicerts.ai
Brain-Inspired Compute Hits Commercial Milestone In 2026 - AI CERTs News
Explore how Brain-Inspired Compute will reach market in 2026, driving efficient edge hardware and new business opportunities for AI leaders.
Genuine shareholders 
should read this paper and look at the pictures
All my opinion
should read this paper and look at the pictures All my opinion
Recon it could be was the Fried rice gang. There impressed.So yesterday we had super low shares traded. Approx 3m for the entire day. Today we have 7.6m shares traded in the first 30 minutes … hmmmm
are you racist?
walderamaa
Emerged
"Shouldn’t you have disappeared a long time ago? How can someone post nonsense here every single day? Do you need attention? It’s annoying!!!
"This is not a prediction, but a computational physics certainty"
www.linkedin.com
AGI Desonance vs Neuromorphic Resonance in 2026 | Jerry Sakala
#AGI physics failure, #Neuromorphic Geometric Success in 2026. This is not a prediction, but a computational physics certainty. BrainChip SynSense
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Hi All,
Some nice posts coming through, but once again, it's still too early, yes, I know my comment pisses many off, BUT it's the truth!
I know that our company has a lot of work to do throughout 2026, yes, a comment has been mentioned to me that 2027 will "be
the year", with a definite change appearing during the second half of 2026, so hang tight, we have the technology, we have an ever
growing ecosystem, we have a "ever expanding customer register", we have a number of NDA agreements. we have other company's
attention, even Dr. Steve Harbour "liked" our company's photos on Linkedin yesterday, is analog the go, "digital isn't really neuromorphic"
well, I intend asking Peter for a few comments on what was posted by our great poster, Frangipani, lots of respect for her research, her time,
but in the end, I personally trust Peter and his digital creation that we are all hanging our hat on to deliver a worldwide advancement.
Time, we all seem to be controlled by it, but the more you learn about the universe, the ever-expanding universe, the size of which humans
can never, ever understand, it seems that our lifetimes of basically under 100 human years is so minuscule in the overall "plan" of things, why
do we hang so much weight on "time".......maybe we live over and over again through a consciousness that never actually "dies".
Sorry, I have lost myself in thought, but still believe we are all backing a great, future leading company, God bless all.
Cheers......Tech.
Some nice posts coming through, but once again, it's still too early, yes, I know my comment pisses many off, BUT it's the truth!
I know that our company has a lot of work to do throughout 2026, yes, a comment has been mentioned to me that 2027 will "be
the year", with a definite change appearing during the second half of 2026, so hang tight, we have the technology, we have an ever
growing ecosystem, we have a "ever expanding customer register", we have a number of NDA agreements. we have other company's
attention, even Dr. Steve Harbour "liked" our company's photos on Linkedin yesterday, is analog the go, "digital isn't really neuromorphic"
well, I intend asking Peter for a few comments on what was posted by our great poster, Frangipani, lots of respect for her research, her time,
but in the end, I personally trust Peter and his digital creation that we are all hanging our hat on to deliver a worldwide advancement.
Time, we all seem to be controlled by it, but the more you learn about the universe, the ever-expanding universe, the size of which humans
can never, ever understand, it seems that our lifetimes of basically under 100 human years is so minuscule in the overall "plan" of things, why
do we hang so much weight on "time".......maybe we live over and over again through a consciousness that never actually "dies".
Sorry, I have lost myself in thought, but still believe we are all backing a great, future leading company, God bless all.
Cheers......Tech.
Last edited:
A Strategic Imperative for Future-Proofing Cybersecurit | Oussama H.
Cybersecurity is approaching the limits of brute-force computing. For decades, the response to escalating threats has involved increasing rules, data, and processing power. However, current security architectures—centralized, power-hungry, and primarily reactive—are increasingly challenged by...
What a space cadet this Jerry dude is, LOL."This is not a prediction, but a computational physics certainty"
View attachment 94139 View attachment 94140AGI Desonance vs Neuromorphic Resonance in 2026 | Jerry Sakala
#AGI physics failure, #Neuromorphic Geometric Success in 2026. This is not a prediction, but a computational physics certainty. BrainChip SynSense
I have no idea what he is on about, but it must be good shit he has been smoking.
Not so much a word salad as a buzzword jungle.
The message I took away was in Slide 4, where we see AGI disappearing up its own fundament.
I do like the idea of harvesting entropy - it's sort of like a big sleep-in for everyone.
The important thing is that he got the right answer.
Your thoughts on the space-time continuum are admirable. In truth, people are often trapped in their own narrow little bubble. And when someone manages to let their mind drift for a moment, they realize how irrelevant wealth, fame, and success are in the face of an infinity we will never truly comprehend.
But in everyday life, that kind of distance only works to a limited extent. No matter how philosophically we try to think and how much we believe we can see the bigger picture, we still have to carry the weight of the present: we won’t stay young forever, we may not even get a pension if the system collapses, and many other factors put a hard stop to that kind of detachment in the here and now.
You don’t invest just to tell yourself, “Ah yes, the infinity of existence…what is a single stock anyway?” People tend to share thoughts like that in forums precisely when things aren’t going the way they hoped…almost as a way to calm themselves down, along the lines of: “There’s more to life… a stock is so insignificant.” And yes, that’s true. Outside of investing, there’s more than just red or green.
But here, the point is that we finally want to see the breakthrough.
Good night to everyone, and wishing you continued good luck.
Don't tell me, your mate Peter told you this right??
So what's this "definite change" you talk about?
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FabricatedLunacy
Regular
Edge AI in 2026:
From small AI models to distributed data centers, discover the trends shaping the future of intelligent systems.
www.dell.com
From small AI models to distributed data centers, discover the trends shaping the future of intelligent systems.
The Power of Small: Edge AI Predictions for 2026 | Dell
Discover the top 5 edge AI predictions for 2026, including the rise of small language models, distributed data centers, computer vision advancements, agentic AI, and physical AI. Stay ahead in the evolving AI landscape!
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