DingoBorat
Slim
Thank goodness you put "rock" there, I thought you were going to say we were just holding a shiny...
Fair beefs, except this one..
"3.Proof that Akida works outside of PowerPoint slides."
BRN Discussion Ongoing
- Thread starter TechGirl
- Start date
Fair beefs, except this one..
"3.Proof that Akida works outside of PowerPoint slides."
Food4 thought
Regular
Be Emotion on linked in is looking good guys
Is this one of the positive things that I have been waiting for
Is this one of the positive things that I have been waiting for
It’s a dramatically exaggerated way of putting it… but I think the message is clear: we finally need something real — something that will turn us into a profitable company.
walderamaa
Emerged
How many more times do you want to write this? Everyone here already knows it. If you’re so stressed about it, I’d suggest selling your stocks and investing in an ETF instead. That way, you can be much more relaxed.
Pom down under
Top 20
Pom down under
Top 20
Maybe you should use a selection off all the numbers brought under 49 cents today for your lottery numbers
Going from "We are the first mover and only one" to "Competition is always good".
What's next?
"At least we're not last in the race" or
"Oh well, we gave it a good go didn't we?".
Fullmoonfever
Top 20
From a paper (survey of other papers as well) just released June 2 by our friends(?) at TCS and Uni Singapore.
Haven't read it all as just found it but looks like a good source of info in one spot for players in the mkt. They all seem to have strengths, weaknesses and their places in the mkt.
Abstract.
Spiking neural networks (SNNs) have emerged as a class of bio‑inspired networks that leverage sparse, event‑driven signaling to achieve low‑power computation while inherently modeling temporal dynamics. Such characteristics align closely with the demands of ubiquitous computing systems, which often operate on resource‑constrained devices while continuously monitoring and processing time‑series sensor data. Despite their unique and promising features, SNNs have received limited attention and remain underexplored (or at least, under-adopted) within the ubiquitous computing community. To address this gap, this paper first introduces the core components of SNNs, both in terms of models and training mechanisms. It then presents a systematic survey of 76 SNN-based studies focused on time-series data analysis, categorizing them into six key application domains. For each domain, we summarize relevant works and subsequent advancements, distill core insights, and highlight key takeaways for researchers and practitioners. To facilitate hands-on experimentation, we also provide a comprehensive review of current software frameworks and neuromorphic hardware platforms, detailing their capabilities and specifications, and then offering tailored recommendations for selecting development tools based on specific application needs. Finally, we identify prevailing challenges within each application domain and propose future research directions that need be explored in ubiquitous community. Our survey highlights the transformative potential of SNNs in enabling energy-efficient ubiquitous sensing across diverse application domains, while also serving as an essential introduction for researchers looking to enter this emerging field.
Haven't read it all as just found it but looks like a good source of info in one spot for players in the mkt. They all seem to have strengths, weaknesses and their places in the mkt.
Abstract.
Spiking neural networks (SNNs) have emerged as a class of bio‑inspired networks that leverage sparse, event‑driven signaling to achieve low‑power computation while inherently modeling temporal dynamics. Such characteristics align closely with the demands of ubiquitous computing systems, which often operate on resource‑constrained devices while continuously monitoring and processing time‑series sensor data. Despite their unique and promising features, SNNs have received limited attention and remain underexplored (or at least, under-adopted) within the ubiquitous computing community. To address this gap, this paper first introduces the core components of SNNs, both in terms of models and training mechanisms. It then presents a systematic survey of 76 SNN-based studies focused on time-series data analysis, categorizing them into six key application domains. For each domain, we summarize relevant works and subsequent advancements, distill core insights, and highlight key takeaways for researchers and practitioners. To facilitate hands-on experimentation, we also provide a comprehensive review of current software frameworks and neuromorphic hardware platforms, detailing their capabilities and specifications, and then offering tailored recommendations for selecting development tools based on specific application needs. Finally, we identify prevailing challenges within each application domain and propose future research directions that need be explored in ubiquitous community. Our survey highlights the transformative potential of SNNs in enabling energy-efficient ubiquitous sensing across diverse application domains, while also serving as an essential introduction for researchers looking to enter this emerging field.
smoothsailing18
Regular
Clearly you could do a better job, maybe packup here and head over to silicon Valley and tell Sean how clever you are and we're he's going wrong .
Always the same tired response: ‘Just sell and buy an ETF.’ That kind of advice usually comes from those who can’t (or won’t) intellectually process valid criticism. It doesn’t show seriousness – it sounds more like reactive posturing without any meaningful counterarguments. Or maybe it’s just a cry for likes? Ignore
Fix your grammar, then we can talk
smoothsailing18
Regular
That's going to take a while due to my up bringing, however staying focused on BRN why don't you tell us how you would run the show since your so clever DK and full of it , I mean knowledge of course. I have heard you batter this company at every opportunity but really no positive input, enlightened me / us on how Clever you are at running such a company since our hard unrt money is on the table and you have our best interest at heart, I would be all ears on this tale to success that you have over Seans efforts to date ?.
You know the saying: empty drums makes the loudest noise springs to mind, LOL.
Have the dude on ignore.
Pocket specialist everywhere, huh!
A group over on the toilet wants to take some kind of action apparently, as I have a few downrampers I haven't blocked so I can spy on them and see what they are up to. How funny, it's quite laughable actually, they just can't let it go, unbelievable they are wasting energy on it.
smoothsailing18
Regular
Good advice
AI Anomaly Detection for Seizure Prediction: How BrainChip enables Onsor Technologies NEXA
BrainChip's Akida processor is enabling real-time seizure prediction in wearable devices, marking a breakthrough in low-power, personalized medical AI at the edge.
www.wevolver.com
What’s Next: Scaling Neuromorphic AI in Healthcare
The capabilities demonstrated in seizure prediction are only a starting point. The same underlying technology—low-power, event-based neuromorphic AI—can be applied to a range of neurological and muscular conditions where early detection and real-time response are critical.- Beyond Seizure Prediction: AI-powered systems have the potential to predict tremors in Parkinson’s patients before they occur, monitor stroke rehabilitation with greater precision, and detect early signs of cognitive or motor decline. These applications demand constant, adaptive analysis [7,8], something neuromorphic processors can deliver without compromising battery life or data privacy. BrainChip and Onsor are already exploring broader use cases, demonstrating how this platform can scale across multiple domains of personalized, real-time healthcare.
- Gesture-Controlled Prosthetics:In prosthetics and assistive mobility solutions, neuromorphic processors can interpret EMG or neural signals to provide precise, real-time control of limbs. SNNs improve responsiveness while keeping power consumption low, enabling all-day operation. With on-device learning, such systems can continuously adapt to each user’s signal patterns and control behavior, improving over time without retraining [4].
- Continuous Rehabilitation Monitoring: AI-powered wearables can track muscle movements, gait patterns, or facial expressions for 24/7 monitoring. These devices can flag early signs of falls, pain, or emotional distress in patients who may struggle to communicate. Always-on operation makes long-term monitoring possible without constant recharging [9].
- A New Model for Edge AI in Medicine: Medical AI at the edge is becoming more feasible, secure, and personal. BrainChip’s Akida processor enables smart wearables, implants, and monitoring systems that run AI locally without compromising speed or data privacy. Future devices could track brain or heart signals in real time, adapting to individual health profiles without cloud dependency [10].
Seizure prediction powered by BrainChip’s Akida processor demonstrates how real-time, low-power AI can drive meaningful change in everyday healthcare. With solutions like the NEXA Smart Glasses, patients gain autonomy, caregivers benefit from timely insights, and treatment shifts from reactive to proactive. Neuromorphic AI is set to redefine how intelligent devices monitor, learn, and respond: on the edge, continuously, and with precision.
Bravo
If ARM was an arm, BRN would be its biceps💪!
AI Anomaly Detection for Seizure Prediction: How BrainChip enables Onsor Technologies NEXA
BrainChip's Akida processor is enabling real-time seizure prediction in wearable devices, marking a breakthrough in low-power, personalized medical AI at the edge.www.wevolver.com
Hi Slade,
Thanks so much for posting!
And thank goodness for Wewolver for their advertising, without which we would be in a total vacuum.
Frangipani
Top 20
View attachment 76706
#rdo #salutes #salutesspace #robotonchip #spaceinfrastructure | Mohamed Sobhy Fouda
🚀 "Skipper, follow Wendy." Controlling drones has never been this simple. With our Robot-on-Chip technology, seamlessly integrated into the CHIRB platform, we’re redefining operations across industries. From drones to underwater rovers, in-space data-centers and IoT cameras, our chat-based...www.linkedin.com
View attachment 76708
What a shame there is no sound - at least I can’t hear anything?
Also check out this website describing the CHIRB (Computing on a Hybrid Interplanetary Relay Basis) platform by Salutes Space:
(I’m afraid you’ll need to ask someone else, though, to explain what this is all about…)
View attachment 76709
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Remember SALUTS (formerly known as Salutes Space), the Space Infrastructure as a Service startup headquartered in Weßling, Germany? https://www.saluts.de
Ever since spotting a picture of an AKD1000 PCIe Board in one of co-founder and CEO Mohamed Sobhy Fouda’s LinkedIn posts back in March 2024, I’ve loosely followed this early-stage startup on LinkedIn, where Fouda confirmed last year that SALUTS had indeed used Akida when developing NEROnaut, their Robot-on-Chip.
Here are several recent LinkedIn posts that caught my eye:
In April, SALUTS and SARsatX Saudi Arabia signed an MoU:
#spacetech #mena #partnership #innovation #satellitetechnology #mou… | Mohamed Sobhy Fouda | 12 comments
🚀 Exciting News! 🚀 We’re thrilled to announce that Salutes Space and SARsatX Saudi Arabia have officially signed a Memorandum of Understanding, marking the beginning of a strategic cooperation to drive space technology innovation across the MENA region. Together, we will: 🤝 Explore joint R&D...
Then, two weeks ago, there was this post:
#neuromorphic #rdo #spacetech #innovation #ai #robot #on #chip #aerospace… | Mohamed Sobhy Fouda
🚀 Our NEROnauts 🧑🚀 are getting ready! Seamlessly blending GPU power with ultra efficient #neuromorphic tech for unmatched performance and reliability. From space to land and sea, we deliver Robot-Defined Operations #RDO where computing infrastructure matters most. Ready to launch? Book your...
Markus May, a fellow BrainChip shareholder from Germany, congratulated Mohamed Sobhy Fouda in the comment section and asked him whether playing with Akida had remained experimental or whether “the chip” had eventually found its way into this actual application. After thanking him for the good wishes, Mohamed Sobhy Fouda’s somewhat cryptic reply was: “Only this much in advance: surprise - it is a triple shot/tri-shot system.”
Anyway, sounds to me as if the team at SALUTS continues to be enamoured with Akida (no doubt one of the reasons being its commercial availability, see my 25 January post above).After representing SALUTS at the Make It In The Emirates exhibition in Abu Dhabi (18 - 22 May), the company’s Dubai-based Regional Sales Manager Engy Zaher posted:
#makeitintheemirates #saluts #chirb #neronaut #spacetech #robotonchip… | Engy Zaher
Just wrapped up an incredible experience at the Make it in the Emirates exhibition — and I couldn’t be more energized! 🇦🇪✨ The event was a powerful showcase of innovation, ambition, and the UAE’s growing leadership in advanced manufacturing and future-focused industries. Every conversation was...
On May 25, Mohamed Sobhy Fouda posted about SALUTS returning to London and launching next-gen defence intelligence from Fleet Street (where their London office was registered in December 2024, https://find-and-update.company-information.service.gov.uk/company/16148749/officers), as partners in “a British-German alliance, powered by teams in London, Edinburgh, Munich & Berlin.” Since the company is headquartered in Weßling just outside of Munich, two of those teams (London and Munich) appear to be from SALUTS, which leaves us with two yet undisclosed partners in Edinburgh (close to where Mohamed Sobhy Fouda spent a year as an Aircraft Maintenance Engineering Trainee with Perth-based Air Service Training in 2017/2018) and Berlin (where he subsequently moved to from Scotland and graduated with a Master of Space Engineering from TU Berlin in 2022).
Strangely, this LinkedIn post was deleted a day or so later. So far nothing else has been revealed, despite the Christmas 2024 announcement that there would be a release on 25 May 2025.
However, there was a different reveal on 31 May, again relating to Saudi Arabia: a strategic partnership with a Saudi Arabian company called Unifiaccess.
#spacetech #iot #v2x #innovation #partnership #saluts #unifiaccess… | Mohamed Sobhy Fouda
🚀 SALUTS & Unifiaccess: Powering Next-Gen IoT & V2X with German–Saudi Space-Tech initiatives 🌍 We’re excited to announce our strategic partnership to accelerate connected industries and critical infrastructure. What is going on here? - Next-gen IoT & V2X powered by SALUTS’ ultra-low-power...
(The below press release’s first paragraph refers to the Web Summit Qatar 2025 as if it were upcoming, even though it already took place back in February. Later on in the text, it is, however, correctly stated that “At Web Summit Qatar 2025, SALUTS unveiled its robot-defined operations framework, demonstrating two flagship innovations…”)
SALUTS Unveils Robot-Defined Operations at Web Summit Qatar: Pioneering Future AI Autonomy In-Space and On-Earth - Middle East Business News and Information - mid-east.info
SALUTS (formerly Salutes Space) a leader in decentralized AI and space-grade autonomy. As AI-driven autonomy reshapes industries, cyber threats and robotic risks are escalating. At Web Summit Qatar…
SALUTS Unveils Robot-Defined Operations at Web Summit Qatar: Pioneering Future AI Autonomy In-Space and On-Earth
May 31, 2025SALUTS (formerly Salutes Space) a leader in decentralized AI and space-grade autonomy. As AI-driven autonomy reshapes industries, cyber threats and robotic risks are escalating. At Web Summit Qatar, SALUTS is set to showcase its groundbreaking Robot-Defined Defense, a next-generation security framework designed to safeguard autonomous operations across space, defense, and critical infrastructure.
SALUTS Forges Strategic Alliance to Pioneer Autonomous Systems In-Space and On-Earth
Today, announced a strategic partnership with Unifiaccess, an industrial technology company in the Kingdom of Saudi Arabia. By combining SALUTS’ deep-tech expertise in ultra-low-power AI chips and secure satellite connectivity with Unifiaccess’ manufacturing scale and regional market insight, the alliance will deliver next-generation IoT, V2X and distributed surveillance solutions powered by space-based infrastructure — and co-develop the first German-Saudi IoT satellite constellation.
Together, SALUTS and Unifiaccess will fast-track advanced IoT and V2X applications—from autonomous logistics fleets to distributed surveillance networks safeguarding critical infrastructure.
A German-Saudi IoT Satellite Constellation
Under SALUTS’ AstraDroid programme, the partners will co-develop and deploy a 16-satellite microsatellite constellation over the next decade. This network will provide global distributed systems, precise navigation and resilient communications for industrial operations, smart cities and defense platforms.
Aligning with Regional Visions
- Saudi Vision 2030: Accelerating sustainability, smart-city deployments and Industry 4.0 with low-latency edge AI; empowering local talent through no-code platforms.
- UAE Innovation Vision: Bolstering the UAE’s Space Strategy 2030 via orbital autonomy; advancing AI Strategy 2031 with energy-efficient, resilient edge computing.
At Web Summit Qatar 2025, SALUTS unveiled its robot-defined operations framework, demonstrating two flagship innovations:
- CHIRB (Computing on Hybrid Interplanetary Relay Basis) – a natural-language AI control layer that bridges Web 2.0 and Web 3.0, enabling code-free, real-time automation across space, defense, industrial and smart-city environments.
- NEROnaut – a rugged, ultra-efficient Robot-on-Chip delivering on-device AI for instantaneous, resilient decision-making both in orbit and at the network edge.
CHIRB: Intelligent Control for Autonomous Operations
SALUTS’ CHIRB platform transforms mission management by offering:
- Natural-Language Interface: Intuitive, code-free control and diagnostics via chat.
- Edge Processing: Sub-millisecond decisions on-device, independent of ground links.
- Plug-and-Play Integration: Seamless deployment across satellites, UAVs, industrial machinery and smart-city systems.
- Decentralized Security: Web 3.0-inspired architecture ensuring data sovereignty and built-in audit trails.
- Multi-Agent Coordination: Real-time orchestration of heterogeneous fleets—from orbital platforms to autonomous vehicles.
- Offline Resilience: Continuous operation in contested or disconnected environments, with self-healing routines.
At the heart of this pioneering approach is Robot-on-Chip, SALUTS’ proprietary decentralized AI technology. This innovation enables real-time, in-orbit and on-the-ground data processing while ensuring cyber resilience against emerging robotic threats.
“As the CEO and Founder of SALUTS and the creator of Robot-on-Chip, my mission is to advance AI-driven autonomy while safeguarding human life from robotic risks. Our work is shaping the future of human-machine interactions, ensuring they are not only intelligent but also secure.” — M. Sobhy Fouda, CEO & Founder of SALUTS
Robot-Defined Defense: Cyber-Resilient Autonomy
Cyber-Proof AI for a Secure Autonomous Future
AI systems are prime targets for cyber threats, rogue automation, and adversarial AI attacks. SALUTS’ Robot-on-Chip integrates advanced security layers to detect, isolate, and neutralize robotic threats in real time—ensuring mission-critical operations remain secure.
Space-Grade Security for Defense & Industry 4.0
Autonomy must be unhackable. Robot-Defined Defense safeguards:
- Military UAVs & Satellites from cyber intrusion
- Autonomous Industrial Operations from adversarial AI attacks
- IoT & Smart Infrastructure from robotic system breaches
Unlike conventional AI, Robot-on-Chip processes security data on-device, eliminating latency and man-in-the-middle vulnerabilities tied to Earth-based processing. This enables instant anomaly detection, autonomous countermeasures, and resilient AI decision-making in real time.
SALUTS at Web Summit Qatar: Showcasing the Future of AI Security
As part of its global mission to secure AI autonomy, SALUTS presented at Web Summit Qatar, one of the world’s leading technology gatherings. The event provides a platform for SALUTS to engage with investors, defense organizations, and industry leaders, showcasing how Robot-Defined Defense is shaping the next generation of cyber-secure autonomy.
The Next Frontier: Securing AI for the Autonomous Age
The future is autonomous—but without security, autonomy is at risk. SALUTS is leading the charge to ensure AI-driven operations are not only smarter and faster but also invulnerable to cyber threats and robotic attacks.
SALUTS: A New Name for a New Era
With its rapid ascent on the global stage, Salutes Space has rebranded to SALUTS—symbolizing an expanded mission from orbital servicing to critical infrastructure, industrial automation and defense.
“Our goal is to develop not only smarter but also more resilient and responsible AI—systems that learn, adapt and operate independently.”
— M. Sobhy Fouda, CEO of SALUTS
About SALUTS
Founded in 2023 and headquartered in Weßling, Germany, with offices in London, Riyadh and Dubai, SALUTS delivers Space Infrastructure as a Service (SIaaS) through ultra-low-power AI chips, autonomous systems and secure satellite links. Its core platforms—CHIRB and NEROnaut—enable real-time, decentralized AI for applications ranging from orbital servicing to smart manufacturing, maritime autonomy and critical-infrastructure protection. A winner of the 2024 “Economics of the Future” award at the Entrepreneurship World Cup and a Top 100 finalist in 2023, SALUTS is committed to human-centered innovation, environmental stewardship, sustainable low-power design and ethical transparency.
We invite investors, defense agencies, and technology leaders to join us in building a cyber-proof future.
SALUTS: as the risks associated with AI and robotics grow, the most effective countermeasure shall be to fight fire with fire—or rather, robots with robots digitally and physically. By deploying our Robot-on-Chip in intelligent machines, we can mitigate life 3.0 threats using the very technology that challenges us.
And here’s the latest post referencing SALUTS’ NEROnauts, the robots-on-chip that appear to involve Akida:
#never #astradroid #chirb #neronauts #orbits #saluts #future #decentralize… | Mohamed Sobhy Fouda
Access to private satellites 🛰️ is an essential business requirement for future-proof organisations…10 years from today, we will see enterprises owning their satllites as buying their own on-prem servers💡 “Do not build yours, use ours” common phrase in the satcom market nowadays, nevertheless...
In three months’ time, the SALUTS CEO will be presenting on Robot-Defined Defense at the Future of Cybersecurity Summit organised by Google and Presale1, a Tel Aviv-based cybersecurity projects & IT services company:
#rdd #futureofcybersecurity #robotdefineddefense #ai #robotics #cyborgs… | Mohamed Sobhy Fouda
🎉 Ready to witness the next frontier of defense? 🎉 I’m honored to headline the Robot-Defined Defense #RDD keynote among global domain leaders at the Future of Cybersecurity Summit organized by Google & Presale1️⃣ on 9.9.2025! 🚀🔒 In this session, we’ll dive into how Robot-on-Chip technology is...
Presale1
09.09.25 The Future of Cybersecurity: A Collaborative Approach by Presale1 and Google - cybersecurity event
Attachments
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www.linkedin.com
Seizures are unpredictable and often strike without warning, limiting… | Wevolver
Seizures are unpredictable and often strike without warning, limiting independence and increasing health risks. Current detection tools are mostly reactive and not practical for daily use. However, advances in real-time monitoring, predictive AI, and edge computing—especially through...
Frangipani
Top 20
Remember SALUTS (formerly known as Salutes Space), the Space Infrastructure as a Service startup headquartered in Weßling, Germany? https://www.saluts.de
Ever since spotting a picture of an AKD1000 PCIe Board in one of co-founder and CEO Mohamed Sobhy Fouda’s LinkedIn posts back in March 2024, I’ve loosely followed this early-stage startup on LinkedIn, where Fouda confirmed last year that SALUTS had indeed used Akida when developing NEROnaut, their Robot-on-Chip.
Here are several recent LinkedIn posts that caught my eye:
In April, SALUTS and SARsatX Saudi Arabia signed an MoU:
#spacetech #mena #partnership #innovation #satellitetechnology #mou… | Mohamed Sobhy Fouda | 12 comments
🚀 Exciting News! 🚀 We’re thrilled to announce that Salutes Space and SARsatX Saudi Arabia have officially signed a Memorandum of Understanding, marking the beginning of a strategic cooperation to drive space technology innovation across the MENA region. Together, we will: 🤝 Explore joint R&D...
View attachment 86043
Then, two weeks ago, there was this post:
#neuromorphic #rdo #spacetech #innovation #ai #robot #on #chip #aerospace… | Mohamed Sobhy Fouda
🚀 Our NEROnauts 🧑🚀 are getting ready! Seamlessly blending GPU power with ultra efficient #neuromorphic tech for unmatched performance and reliability. From space to land and sea, we deliver Robot-Defined Operations #RDO where computing infrastructure matters most. Ready to launch? Book your...
View attachment 86045
Markus May, a fellow BrainChip shareholder from Germany, congratulated Mohamed Sobhy Fouda in the comment section and asked him whether playing with Akida had remained experimental or whether “the chip” had eventually found its way into this actual application. After thanking him for the good wishes, Mohamed Sobhy Fouda’s somewhat cryptic reply was: “Only this much in advance: surprise - it is a triple shot/tri-shot system.”
View attachment 86040
After representing SALUTS at the Make It In The Emirates exhibition in Abu Dhabi (18 - 22 May), the company’s Dubai-based Regional Sales Manager Engy Zaher posted:
#makeitintheemirates #saluts #chirb #neronaut #spacetech #robotonchip… | Engy Zaher
Just wrapped up an incredible experience at the Make it in the Emirates exhibition — and I couldn’t be more energized! 🇦🇪✨ The event was a powerful showcase of innovation, ambition, and the UAE’s growing leadership in advanced manufacturing and future-focused industries. Every conversation was...
View attachment 86109
On May 25, Mohamed Sobhy Fouda posted about SALUTS returning to London and launching next-gen defence intelligence from Fleet Street (where their London office was registered in December 2024, https://find-and-update.company-information.service.gov.uk/company/16148749/officers), as partners in “a British-German alliance, powered by teams in London, Edinburgh, Munich & Berlin.” Since the company is headquartered in Weßling just outside of Munich, two of those teams (London and Munich) appear to be from SALUTS, which leaves us with two yet undisclosed partners in Edinburgh (close to where Mohamed Sobhy Fouda spent a year as an Aircraft Maintenance Engineering Trainee with Perth-based Air Service Training in 2017/2018) and Berlin (where he subsequently moved to from Scotland and graduated with a Master of Space Engineering from TU Berlin in 2022).
Strangely, this LinkedIn post was deleted a day or so later. So far nothing else has been revealed, despite the Christmas 2024 announcement that there would be a release on 25 May 2025.
View attachment 86041
However, there was a different reveal on 31 May, again relating to Saudi Arabia: a strategic partnership with a Saudi Arabian company called Unifiaccess.
#spacetech #iot #v2x #innovation #partnership #saluts #unifiaccess… | Mohamed Sobhy Fouda
🚀 SALUTS & Unifiaccess: Powering Next-Gen IoT & V2X with German–Saudi Space-Tech initiatives 🌍 We’re excited to announce our strategic partnership to accelerate connected industries and critical infrastructure. What is going on here? - Next-gen IoT & V2X powered by SALUTS’ ultra-low-power...
View attachment 86093
(The below press release’s first paragraph refers to the Web Summit Qatar 2025 as if it were upcoming, even though it already took place back in February. Later on in the text, it is, however, correctly stated that “At Web Summit Qatar 2025, SALUTS unveiled its robot-defined operations framework, demonstrating two flagship innovations…”)
SALUTS Unveils Robot-Defined Operations at Web Summit Qatar: Pioneering Future AI Autonomy In-Space and On-Earth - Middle East Business News and Information - mid-east.info
SALUTS (formerly Salutes Space) a leader in decentralized AI and space-grade autonomy. As AI-driven autonomy reshapes industries, cyber threats and robotic risks are escalating. At Web Summit Qatar…mid-east.info
SALUTS Unveils Robot-Defined Operations at Web Summit Qatar: Pioneering Future AI Autonomy In-Space and On-Earth
May 31, 2025
SALUTS (formerly Salutes Space) a leader in decentralized AI and space-grade autonomy. As AI-driven autonomy reshapes industries, cyber threats and robotic risks are escalating. At Web Summit Qatar, SALUTS is set to showcase its groundbreaking Robot-Defined Defense, a next-generation security framework designed to safeguard autonomous operations across space, defense, and critical infrastructure.
SALUTS Forges Strategic Alliance to Pioneer Autonomous Systems In-Space and On-Earth
Today, announced a strategic partnership with Unifiaccess, an industrial technology company in the Kingdom of Saudi Arabia. By combining SALUTS’ deep-tech expertise in ultra-low-power AI chips and secure satellite connectivity with Unifiaccess’ manufacturing scale and regional market insight, the alliance will deliver next-generation IoT, V2X and distributed surveillance solutions powered by space-based infrastructure — and co-develop the first German-Saudi IoT satellite constellation.
Together, SALUTS and Unifiaccess will fast-track advanced IoT and V2X applications—from autonomous logistics fleets to distributed surveillance networks safeguarding critical infrastructure.
A German-Saudi IoT Satellite Constellation
Under SALUTS’ AstraDroid programme, the partners will co-develop and deploy a 16-satellite microsatellite constellation over the next decade. This network will provide global distributed systems, precise navigation and resilient communications for industrial operations, smart cities and defense platforms.
Aligning with Regional Visions
Showcasing Robot-Defined Operations at Web Summit Qatar
- Saudi Vision 2030: Accelerating sustainability, smart-city deployments and Industry 4.0 with low-latency edge AI; empowering local talent through no-code platforms.
- UAE Innovation Vision: Bolstering the UAE’s Space Strategy 2030 via orbital autonomy; advancing AI Strategy 2031 with energy-efficient, resilient edge computing.
At Web Summit Qatar 2025, SALUTS unveiled its robot-defined operations framework, demonstrating two flagship innovations:
“Resilient autonomy is the next frontier,” said M. Sobhy Fouda, CEO & Founder of SALUTS. “By processing security telemetry on-chip, we eliminate latency and external vulnerabilities—ensuring satellites, UAVs and critical infrastructure detect and neutralize threats in real time.” Attendees responded enthusiastically to live demos of decentralized satellite platforms, energy-efficient orbital data centers and intelligent machine interactions extending far beyond Earth.
- CHIRB (Computing on Hybrid Interplanetary Relay Basis) – a natural-language AI control layer that bridges Web 2.0 and Web 3.0, enabling code-free, real-time automation across space, defense, industrial and smart-city environments.
- NEROnaut – a rugged, ultra-efficient Robot-on-Chip delivering on-device AI for instantaneous, resilient decision-making both in orbit and at the network edge.
CHIRB: Intelligent Control for Autonomous Operations
SALUTS’ CHIRB platform transforms mission management by offering:
Revolutionizing AI Security with Robot-on-Chip
- Natural-Language Interface: Intuitive, code-free control and diagnostics via chat.
- Edge Processing: Sub-millisecond decisions on-device, independent of ground links.
- Plug-and-Play Integration: Seamless deployment across satellites, UAVs, industrial machinery and smart-city systems.
- Decentralized Security: Web 3.0-inspired architecture ensuring data sovereignty and built-in audit trails.
- Multi-Agent Coordination: Real-time orchestration of heterogeneous fleets—from orbital platforms to autonomous vehicles.
- Offline Resilience: Continuous operation in contested or disconnected environments, with self-healing routines.
At the heart of this pioneering approach is Robot-on-Chip, SALUTS’ proprietary decentralized AI technology. This innovation enables real-time, in-orbit and on-the-ground data processing while ensuring cyber resilience against emerging robotic threats.
“As the CEO and Founder of SALUTS and the creator of Robot-on-Chip, my mission is to advance AI-driven autonomy while safeguarding human life from robotic risks. Our work is shaping the future of human-machine interactions, ensuring they are not only intelligent but also secure.” — M. Sobhy Fouda, CEO & Founder of SALUTS
Robot-Defined Defense: Cyber-Resilient Autonomy
Cyber-Proof AI for a Secure Autonomous Future
AI systems are prime targets for cyber threats, rogue automation, and adversarial AI attacks. SALUTS’ Robot-on-Chip integrates advanced security layers to detect, isolate, and neutralize robotic threats in real time—ensuring mission-critical operations remain secure.
Space-Grade Security for Defense & Industry 4.0
Autonomy must be unhackable. Robot-Defined Defense safeguards:
Real-Time Threat Response with Robot-on-Chip
- Military UAVs & Satellites from cyber intrusion
- Autonomous Industrial Operations from adversarial AI attacks
- IoT & Smart Infrastructure from robotic system breaches
Unlike conventional AI, Robot-on-Chip processes security data on-device, eliminating latency and man-in-the-middle vulnerabilities tied to Earth-based processing. This enables instant anomaly detection, autonomous countermeasures, and resilient AI decision-making in real time.
SALUTS at Web Summit Qatar: Showcasing the Future of AI Security
As part of its global mission to secure AI autonomy, SALUTS presented at Web Summit Qatar, one of the world’s leading technology gatherings. The event provides a platform for SALUTS to engage with investors, defense organizations, and industry leaders, showcasing how Robot-Defined Defense is shaping the next generation of cyber-secure autonomy.
The Next Frontier: Securing AI for the Autonomous Age
The future is autonomous—but without security, autonomy is at risk. SALUTS is leading the charge to ensure AI-driven operations are not only smarter and faster but also invulnerable to cyber threats and robotic attacks.
SALUTS: A New Name for a New Era
With its rapid ascent on the global stage, Salutes Space has rebranded to SALUTS—symbolizing an expanded mission from orbital servicing to critical infrastructure, industrial automation and defense.
“Our goal is to develop not only smarter but also more resilient and responsible AI—systems that learn, adapt and operate independently.”
— M. Sobhy Fouda, CEO of SALUTS
About SALUTS
Founded in 2023 and headquartered in Weßling, Germany, with offices in London, Riyadh and Dubai, SALUTS delivers Space Infrastructure as a Service (SIaaS) through ultra-low-power AI chips, autonomous systems and secure satellite links. Its core platforms—CHIRB and NEROnaut—enable real-time, decentralized AI for applications ranging from orbital servicing to smart manufacturing, maritime autonomy and critical-infrastructure protection. A winner of the 2024 “Economics of the Future” award at the Entrepreneurship World Cup and a Top 100 finalist in 2023, SALUTS is committed to human-centered innovation, environmental stewardship, sustainable low-power design and ethical transparency.
We invite investors, defense agencies, and technology leaders to join us in building a cyber-proof future.
SALUTS: as the risks associated with AI and robotics grow, the most effective countermeasure shall be to fight fire with fire—or rather, robots with robots digitally and physically. By deploying our Robot-on-Chip in intelligent machines, we can mitigate life 3.0 threats using the very technology that challenges us.
And here’s the latest post referencing SALUTS’ NEROnauts, the robots-on-chip that appear to involve Akida:
#never #astradroid #chirb #neronauts #orbits #saluts #future #decentralize… | Mohamed Sobhy Fouda
Access to private satellites 🛰️ is an essential business requirement for future-proof organisations…10 years from today, we will see enterprises owning their satllites as buying their own on-prem servers💡 “Do not build yours, use ours” common phrase in the satcom market nowadays, nevertheless...
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In three months’ time, the SALUTS CEO will be presenting on Robot-Defined Defense at the Future of Cybersecurity Summit organised by Google and Presale1, a Tel Aviv-based cybersecurity projects & IT services company:
#rdd #futureofcybersecurity #robotdefineddefense #ai #robotics #cyborgs… | Mohamed Sobhy Fouda
🎉 Ready to witness the next frontier of defense? 🎉 I’m honored to headline the Robot-Defined Defense #RDD keynote among global domain leaders at the Future of Cybersecurity Summit organized by Google & Presale1️⃣ on 9.9.2025! 🚀🔒 In this session, we’ll dive into how Robot-on-Chip technology is...
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Presale1
09.09.25 The Future of Cybersecurity: A Collaborative Approach by Presale1 and Google - cybersecurity eventpresale1.com
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The thing with space-tech start-ups like SALUTS, EDGX or ANT61 is of course that they don’t have the financial means to license our IP - instead, those early stage small players would instead want to purchase physical Akida chips to integrate into their offerings, which will obviously not be high volume productions in the millions, unlike some consumer products that could benefit from neuromorphic technology. Also, we know the EDGX DPU comes with an optional neuromorphic Akida add-on (and I wouldn’t be in the least surprised if this was over time also extended to an optional SpiNNaker 2 add-on, cf.
https://thestockexchange.com.au/threads/brn-discussion-ongoing.1/post-438883), so not every unit sold will have our technology in it.
Even though early-stage space-tech startups are not going to bring us the much-needed revenue in the near future, it is still encouraging to get our tech validated by more and more of them. And don’t forget that their own ecosystem network keeps growing as well.
Whether they will all mature into successful companies one day remains to be seen, of course. Let’s keep our fingers crossed.
Prophesee
www.linkedin.com
#awe2025 #eventbased #eyetracking #ar #vr #xr #edgecomputing #smartsensors… | PROPHESEE
We are heading to AWE 2025! Secure a meeting with us for a glimpse into the event-based future of eye tracking 👉 https://lnkd.in/e7QXFdBY Experience live Prophesee's unprecedented ultra-low power eye-tracker estimating eye movement in just 5.72 ms with minimal memory and <5mW sensing power...
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