Just back from the Forbes CIO Summit in NYC, where our Managing Partner, Katie Rae, joined a panel discussing the next revolution in information technology—from quantum computing to photonics, AI chips, and cellular signals from space. The conversation, moderated by Alex Knapp of Forbes, highlighted how these transformative technologies are reshaping the IT industry and redefining what’s possible. At The Engine Ventures, we’re proud to support portfolio companies pioneering breakthrough innovations that are transforming how we compute, communicate, and interact with technology. To call out a few: DBOS, Inc. reimagines computation by orchestrating distributed components into a unified, massive “brain”—optimizing resources, cutting latency, and enhancing security. Celestial AI enables the rapid transfer of data at the speed of light, reducing bottlenecks and accelerating AI model training. Atlantic Quantum is integrating quantum processing units with traditional CPUs and GPUs, opening the door to solving previously impossible challenges in computation. These companies and others are building the backbone of the next decade’s IT revolution, and we’re excited to see how they integrate. Kudos to Forbes for convening a dynamic conversation!
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Big moves in AI infrastructure! Xscape Photonics Inc has just raised $44M in a Series A led by IAG Capital Partners, with support from major players like NVIDIA, Cisco Investments, and others. This funding will supercharge Xscape Photonics Inc’s mission to reimagine the AI data center through its revolutionary ChromX photonics platform. Here’s why it matters: AI data centers are facing massive challenges with cost, power consumption, and scalability. XScape’s multi-color photonics technology promises to solve the “escape bandwidth” bottleneck, multiplying GPU bandwidth by 10X and slashing power consumption by 10X With this new funding, Xscape is ready to ramp up production of ChromX and completely transform the AI landscape. If they crack this scalability issue, they’ll be in a prime position to dominate AI data centers. Could solving the "escape bandwidth" problem be the key to unlocking the future of AI data centers? Wajid Ali, Richard Kennedy, Abdurrahman Unia, Alistair Scott, Michael D. Geer, Amin Omidvar, Sathish Kumar, Thomas van Neerijnen, Nelton Smith Stephen Sharp, Randhir Prakash, James Mitra., Michael clark 𝐃𝐨𝐦𝐢𝐧𝐚𝐭𝐞 𝐲𝐨𝐮𝐫 𝐣𝐨𝐮𝐫𝐧𝐞𝐲 𝐟𝐫𝐨𝐦 𝐒𝐞𝐞𝐝 𝐭𝐨 𝐒𝐞𝐫𝐢𝐞𝐬 𝐀 𝐟𝐮𝐧𝐝𝐢𝐧𝐠 : 👉 https://lnkd.in/e8XyWxcQ #AIDataCenters #Photonics #Scalability
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The rapid AI revolution continues to fuel unprecedented demand for advanced computing power. TSMC's High Performance Computing (HPC) solutions are at the forefront, enabling customers to revolutionize their data processing capabilities. These groundbreaking solutions not only boost compute density but also refine parallel processing and enhance AI data connectivity. In this latest episode of "Powering AI Innovation with TSMC", Dr. Lipen Yuan, Senior Director of Advanced Technology Business Development, highlights TSMC's Integrated HPC Platform for AI. This cutting-edge platform merges state-of-the-art logic, high-performance memory, silicon photonics, and TSMC 3DFabric® to unleash the full potential of AI. Curious about how TSMC's HPC platform is reshaping the AI computing landscape? Dive into our latest slideshow for an in-depth exploration! #TSMC #HPC #AI #Innovation #TechnologyLeadership #Semiconductors
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Photonics is set to revolutionize data transfer in AI and computing, expanding beyond electrons to leverage light and even other particles. 💡 Electrons have powered data transfer for years, but we’re hitting their performance limits. 🌟 Photonics uses light particles (photons) to transfer data faster, with less heat and greater capacity, transforming AI and data centers. ⚛️ New frontiers are opening with protons, neutrons, and ions offering exciting potential for specialized data transfer and quantum effects. 🚀 The future lies in exploring the entire particle spectrum, pushing the boundaries of computing and communication. #Photonics #AIInnovation #FutureTech 💡 Electrons are fast, but limits in copper wiring are becoming evident as demands increase. 🌟 Photonics transfers data using photons, unlocking faster speeds and larger information loads over longer distances. ⚛️ Emerging particles, such as protons and ions, could further enhance stability and enable new computational paradigms. 🚀 Exploring the whole spectrum of particles means breaking free from traditional methods and rethinking computing architecture. ♻️ Repost if you enjoyed this post and follow me, César Beltrán Miralles, for more curated content about generative AI!
Advancing 🇺🇸 Deep Tech Innovation | 9th NASA Chief | ISS + Webb + 61 Astronaut Missions
Waking up today excited about photonics for AI. 1/ Data transfer has relied on electrons in electrical systems. Moving through copper wires and circuits. It’s fast, but we’re reaching the limits of what electrons can do. 2 / Enter photonics. Instead of electrons, photonic systems use photons — particles of light — to transfer data. Light moves faster, produces less heat, and can carry much more information over long distances. This is a game-changer for AI and data centers. 3 / But there’s even more out there. Other particles like neutrons, protons, and even ions are being explored for data transfer. Each has unique properties that could be harnessed for specific applications — protons for stability, ions for chemical interactions, and neutrons for unique quantum effects. 4 / The future isn’t just about replacing electrons — it’s about exploring the entire particle spectrum to push the boundaries of data transfer and computing. Thoughts???
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Empowering Brands with the Direct Media Recording and Streaming from Products with Consumer Engagement | ZIPPYAR CEO | Revolutionizing Digital Marketing in Pharma, Retail, and CPG for Today's Generation.
Value Added to Posts. Welcoming different perspectives. “I understand your point of view Ma'am Angelica Figueiredo White but I think Lasers are just 1/1000000++th of what we received of our daily photons from the sun and even more radioactive isotopes that are along with it. I would not worry about some very low level data transfer lasers in comparison with the sun photons emissions Ma'am. Just my thoughts.✌️👍❤️🎅🚀🌕” Carmuald Joseph Mantalaba AFW: Carmuald, thank you for sharing your insights. We need to closely examine the number of satellites and their ongoing communication through lasers, as this could significantly impact our planet. Sustainability relies on a delicate balance, and our past innovations, while beneficial in many ways, have also had adverse effects on the environment. It is essential to ask tough questions and conduct thorough research regarding the potential negative consequences of our technological advancements. Ultimately, the challenge lies in identifying and establishing the right limits for innovation to ensure a sustainable future. #innovation #sustainability
Advancing 🇺🇸 Deep Tech Innovation | 9th NASA Chief | ISS + Webb + 61 Astronaut Missions
Waking up today excited about photonics for AI. 1/ Data transfer has relied on electrons in electrical systems. Moving through copper wires and circuits. It’s fast, but we’re reaching the limits of what electrons can do. 2 / Enter photonics. Instead of electrons, photonic systems use photons — particles of light — to transfer data. Light moves faster, produces less heat, and can carry much more information over long distances. This is a game-changer for AI and data centers. 3 / But there’s even more out there. Other particles like neutrons, protons, and even ions are being explored for data transfer. Each has unique properties that could be harnessed for specific applications — protons for stability, ions for chemical interactions, and neutrons for unique quantum effects. 4 / The future isn’t just about replacing electrons — it’s about exploring the entire particle spectrum to push the boundaries of data transfer and computing. Thoughts???
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Curious about how TSMC's integrated HPC platform is reshaping the AI computing landscape? Dive into our latest slideshow for an in-depth exploration! In this latest episode of "Powering AI Innovation with TSMC", Dr. Lipen Yuan, Senior Director of Advanced Technology Business Development, highlights TSMC's Integrated HPC Platform for AI. This cutting-edge platform merges state-of-the-art logic, high-performance memory, silicon photonics, and TSMC 3DFabric® to unleash the full potential of AI. #TSMC #HPC #AI #Innovation #TechnologyLeadership #Semiconductors
The rapid AI revolution continues to fuel unprecedented demand for advanced computing power. TSMC's High Performance Computing (HPC) solutions are at the forefront, enabling customers to revolutionize their data processing capabilities. These groundbreaking solutions not only boost compute density but also refine parallel processing and enhance AI data connectivity. In this latest episode of "Powering AI Innovation with TSMC", Dr. Lipen Yuan, Senior Director of Advanced Technology Business Development, highlights TSMC's Integrated HPC Platform for AI. This cutting-edge platform merges state-of-the-art logic, high-performance memory, silicon photonics, and TSMC 3DFabric® to unleash the full potential of AI. Curious about how TSMC's HPC platform is reshaping the AI computing landscape? Dive into our latest slideshow for an in-depth exploration! #TSMC #HPC #AI #Innovation #TechnologyLeadership #Semiconductors
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Advancing 🇺🇸 Deep Tech Innovation | 9th NASA Chief | ISS + Webb + 61 Astronaut Missions
Waking up today excited about photonics for AI. 1/ Data transfer has relied on electrons in electrical systems. Moving through copper wires and circuits. It’s fast, but we’re reaching the limits of what electrons can do. 2 / Enter photonics. Instead of electrons, photonic systems use photons — particles of light — to transfer data. Light moves faster, produces less heat, and can carry much more information over long distances. This is a game-changer for AI and data centers. 3 / But there’s even more out there. Other particles like neutrons, protons, and even ions are being explored for data transfer. Each has unique properties that could be harnessed for specific applications — protons for stability, ions for chemical interactions, and neutrons for unique quantum effects. 4 / The future isn’t just about replacing electrons — it’s about exploring the entire particle spectrum to push the boundaries of data transfer and computing. Thoughts???
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Empowering Brands with the Direct Media Recording and Streaming from Products with Consumer Engagement | ZIPPYAR CEO | Revolutionizing Digital Marketing in Pharma, Retail, and CPG for Today's Generation.
Lasers, which utilize photonic technology, can generate heat when they travel through the atmosphere due to interactions with atmospheric molecules. This heat generation can lead to various chemical reactions, particularly in the presence of pollutants like greenhouse gases. When greenhouse gases are present, the chemical reactions induced by lasers can potentially alter these particles, which may contribute to further degradation of the ozone layer. Additionally, ultrasonic waves are being explored for stealthy data transfer applications. It is important to consider how we can leverage these technologies in sustainable ways. #FoodForThought #science #photonics #lasers #climatechange #technologyforgood #innovation https://lnkd.in/eQyAgC9H
Advancing 🇺🇸 Deep Tech Innovation | 9th NASA Chief | ISS + Webb + 61 Astronaut Missions
Waking up today excited about photonics for AI. 1/ Data transfer has relied on electrons in electrical systems. Moving through copper wires and circuits. It’s fast, but we’re reaching the limits of what electrons can do. 2 / Enter photonics. Instead of electrons, photonic systems use photons — particles of light — to transfer data. Light moves faster, produces less heat, and can carry much more information over long distances. This is a game-changer for AI and data centers. 3 / But there’s even more out there. Other particles like neutrons, protons, and even ions are being explored for data transfer. Each has unique properties that could be harnessed for specific applications — protons for stability, ions for chemical interactions, and neutrons for unique quantum effects. 4 / The future isn’t just about replacing electrons — it’s about exploring the entire particle spectrum to push the boundaries of data transfer and computing. Thoughts???
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(L.I.O.N) Non-Obvious Thinker, Learning Leader, Author of Six Books, Keynote Speaker, Certified Accreditor, Mentor, and Life Long Self Learner.
XeedQ proudly presents: Quantum Computers at Room Temperature! CEO Gopalakrishnan Balasubramanian's visionary leadership drives this breakthrough. Discover the future of computing! Proud Moment Proud of (South) Indian Proud of Gopalakrishnan Balasubramanian Proud of Ranjini Arumugam Proud of XeedQ XeedQ GmbH is bringing quantum computing to the mainstream with XQ1, the world’s first multi-qubit mobile quantum processor that operates at room temperature. Founded by Gopalakrishnan Balasubramanian, XeedQ is making quantum systems accessible to businesses and researchers, enabling real-world experimentation beyond classical simulations. Balasubramanian sees a hybrid future where quantum computing complements AI, solving complex problems with minimal data and high error margins. With customers like Germany’s Aerospace Agency (DLR) and plans to expand in India, XeedQ is poised to lead the quantum revolution. Sri Ranjini Arumugam Gopalakrishnan Balasubramanian #quantumcomputers #innovations #proudmoments
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