MintNeuro

MintNeuro is thrilled to announce that our first function-specific neural chips will soon be available to selected partners for evaluation. This initiative, titled EXPLORE, is backed by a £100k award from Innovate UK through the Biomedical Catalyst Feasibility Competition. 🔗 Read the full announcement here: https://lnkd.in/eJeR4r5r If you're interested in partnering to evaluate our chip's capabilities or have unique applications in mind, please reach out to Jonathan Casey. #Neurotech #Innovation #Healthcare #MintNeuro #Partnership

🌟 Fantastic Product Management role here with MintNeuro! ⬇ #medtech #neurotechnology #implantables

Panel discussion: ChipStart UK cohort 1 company CEOs moderated by Neil Parris from Arm 👏 Featuring: 🚀 Mark Rushworth, Finchetto 🚀 ☕️✨ Rodolfo Rosini, Vaire Computing 🚀 Dorian Haci, PhD, MintNeuro #StartupsMagazine #Startups #SemiconductorStartups #Entrepreneur

It’s been a blast! #ChipStartUK Being part of Cohort 1 of this incredible program for the past 9 months has been both a pleasure and an honour. 🙏 A heartfelt thank you to the Silicon Catalyst.UK team, the mentors, and the entire semiconductor network for this amazing opportunity. Every time I get on stage to present MintNeuro to this audience of industry pioneers, I have to pinch myself. Their feedback and interest in our neurotech innovations have been overwhelmingly positive and inspiring. “You can become the next Arm!” 🤯 A big thanks also goes to the in-kind partners and sponsors at Cadence Design Systems, imec, IC Resources, Arm, Siemens, and to everyone who helped make these events so special. We are just warming up. Watch this space! — Dorian #semiconductors #chips #neurotech #neuralimplants #actualbrainchips #neuralchips #braincomputerinterfaces #bioelectronics

Congratulations to our partners at Amber Therapeutics! 👏

Congratulations to our partners at Amber Therapeutics! 👏

📢 I'm both excited and humbled to lead the team on the GOLD project, a groundbreaking collaboration between MintNeuro, Amber Therapeutics, and Imperial College London. 🧠 This £800k Innovate UK-funded initiative marks another significant leap towards our mission to revolutionise neural implants with advanced semiconductor technology. ⚙️ With GOLD, we are addressing the challenges of current implantable neurotechnologies by creating modular, medical-grade chips that minimise size and power consumption, ultimately reducing patient risk. 🙏 Thank you to our partners and funders for making this vision a reality. Together, we’re pushing the boundaries of neurotechnology and transforming patient care by combining cutting-edge innovations with practical, patient-focused solutions. 💼 We are also hiring! We are looking for a Product Manager to support GOLD and lead our chipset portfolio. Applications are still open through our website at: https://lnkd.in/e3KYVXW6 🔗 Read more about the GOLD project here: https://lnkd.in/e6AuFQzT – Dorian #neurotech #semiconductors #chips #neuralimplants #neuralchipset #bioelectronics #neuralinterfaces #neuromodulation #implantablemedicaldevices #bioelectronicmedicine #braincomputerinterfaces #bci

Forbes recently highlighted the brain-computer interface (BCI) industry, which is expected to grow by almost 5 times in the coming decade (16.7% CAGR – https://lnkd.in/evghkM2V). 🧠 The article invites us to imagine a future where technology greatly enhances our abilities. It paints a picture of a world where people with neuromuscular disorders can regain independence through devices controlled directly by their thoughts. We're looking at a future where the line between our minds and machines gets incredibly thin, leading to new levels of creativity, connection, and understanding. ⚙ At the heart of this technology are electrodes that interface with the brain, advanced chips that convert neural signals into digital data, sophisticated algorithms that interpret such data, and applications or devices that respond to these signals. Essentially, BCIs translate thoughts into actions without the need for physical movement, opening up new possibilities for interaction with the world around us. 🛡️ However, with these advancements comes an important need for ethical considerations. As BCIs become more common, we must think carefully about privacy, freedom, and consent. Ensuring the rights and respect of individuals as these devices become part of everyday life is key. The next steps in BCI translation, especially the upcoming trials, are not just about pushing technology and applications forward. They're also about setting the right ethical standards, making sure that as we step into this new era, we're doing so in a way that puts people's welfare first. 🌟 The growth of BCIs and other technologies that interact with the nervous system is set to significantly transform our society. As a developer in this field, I'm excited to both experience and play a role in bringing their practical applications to life in a responsible manner. 🔗 https://lnkd.in/eiyZdJta – Dorian #braincomputerinterfaces #BCI #neuralinterfaces #neuralimplants #chips #brainchips #neuralchips #semiconductors #neuroethics #responsibleinnovation

In this video, Neuralink's first patient, Nolan, shares his experience and showcases their gamification of the training process. While Nolan's Mario Kart skills are impressive (skip to 18:05 and guess which screen is BCI controlled), some of the key data is still several years away. To improve biocompatibility, Neuralink swapped the solid shanks used by the likes of Blackrock Neurotech for flexible threads, which are closer in stiffness to the patient's brain. This should improve long-term signal quality by reducing scarring; however, the novel design presents new risks, such as delamination and migration within the tissue. To green-light the study, the FDA must have been sufficiently convinced by the last ~5 years of pre-clinical data with the threads, so I look forward to following Nolan's experience and hope he maintains this improved quality of life for many years to come! https://lnkd.in/dpbqFpnn

📰 Neuralink has recently made headlines with its breakthrough in brain-computer interface (BCI) technology, unveiling Noland Arbaugh as the first individual to operate a computer using his thoughts through the "Telepathy" device. This achievement not only offers hope to those with severe paralysis but also highlights the rapid advancements in the BCI field. 🌐 While Neuralink is capturing much attention, it is part of a broader ecosystem of companies, including Blackrock Neurotech, Paradromics Inc., Synchron, and Precision Neuroscience, all driving forward with innovative solutions for implantable BCIs. They are exploring diverse approaches to enable seamless human-technology interactions, aiming to restore or enhance physical capabilities. 🧠 The journey of BCI technology, filled with regulatory, technical, and ethical challenges, is nonetheless progressing toward a future that once seemed like science fiction. These exciting developments are a glimpse into a world where the integration of technology and the human mind can unlock unprecedented possibilities in healthcare and human augmentation. 🦾 At MintNeuro, we are developing cutting-edge chips to empower the next generation of BCIs, bioelectronic medicines, and other neural implant technologies. Semiconductors are currently witnessing remarkable advancements, poised to revolutionise these sectors. And we are at the forefront of this revolution. – Dorian #neurotech #neuralimplants #brainimplants #braincomputerinterfaces #neuralinterfaces #semiconductors #chips #brainchips #bioelectronicmedicines #humanaugmentation