Rivian’s startup Mind Robotics hires former Ford EV chief Doug Field

techcrunch.com Oct 14, 2026

Rivian’s startup Mind Robotics hires former Ford EV chief Doug Field

Curated by Shubham · TechCapsules · Oct 14, 2026

AI-summarised brief · reviewed before publication

Rivian announced that former Ford and Tesla executive Doug Field will serve as president of its industrial AI and robotics venture, Mind Robotics, at TechCrunch Disrupt 2026. Field, known for his work on EVs and autonomous projects, will oversee product, engineering, and operations while CEO RJ Scaringe remains chairman. Mind Robotics, backed over $1 billion by major venture firms and automotive partners, aims to deploy purpose‑built robots in manufacturing, using Rivian’s production line as a training ground. The move signals the startup’s readiness to scale its early operations.

💡 Why It Matters

· Field’s appointment brings deep industry expertise to a company poised to automate high‑volume manufacturing, potentially reshaping production efficiency and labor dynamics in the automotive sector.

Capsules Startups

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Flox Intelligence is building AI to keep wildlife away from trains, airports,…

Flox Intelligence, founded by Sara Nozkova, develops AI‑powered edge devices that detect wildlife near infrastructure and emit species‑specific deterrent sounds. The system uses motion sensors, on‑device cameras, and adaptive audio to prevent animals from colliding with trains, airports, and roads, reducing costly delays and damage. With 150 units deployed across North America, Europe, and Australia, Flox offers a subscription‑based software platform for monitoring and compliance. The startup, a finalist at TechCrunch Disrupt, projects $1.5 million revenue by 2026.

💡 By tailoring deterrents to animal behavior, Flox reduces infrastructure damage and animal casualties, addressing a $272 million annual cost in U.S. aviation and thousands of train delays in France.

techcrunch.com · Oct 14

Scimplify raises $25M to challenge China’s grip on critical materials with AI

Indian startup Scimplify has secured $25 million in an all‑equity round led by Hitachi Ventures, valuing the Bengaluru firm at $250 million. The funding will expand its AI‑driven platform, Scinode, which accelerates the design and scale‑up of specialty chemicals and critical materials for semiconductors, defense and energy. Scimplify claims it can move from customer specification to finished material in two months, versus the industry norm of 12‑18 months, by coordinating research, manufacturing and quality‑control agents across a network of more than 500 partner plants. Over 90 % of production occurs in India, but the company plans to add facilities in the United States and Japan within a year. Revenue has surged to $200 million, with the U.S. now contributing about 30 % of sales.

💡 By slashing time‑to‑market for high‑tech materials, Scimplify gives manufacturers a practical shortcut around China‑centric supply chains, reshaping global sourcing dynamics.

techcrunch.com · Oct 14

Industrial Next wants factory robots to switch tasks in minutes, not weeks

Industrial Next, a San Francisco startup founded by former Tesla engineers, unveiled AI‑driven robotic stations that can be retooled in minutes instead of weeks. The stations use proprietary foundation models to integrate vision, task context, and motion, enabling rapid adaptation to new products without traditional programming. At TechCrunch Disrupt 2026, the company announced a partnership with BMW Group Technology Office to test its dexterous manipulation in automotive manufacturing. The founders cite their experience at Tesla and Waymo as the catalyst for rethinking factory automation.

💡 By eliminating weeks of reprogramming, Industrial Next could dramatically reduce downtime and enable smaller, more complex production runs, reshaping how manufacturers approach flexibility and cost.

techcrunch.com · Oct 13

Licube wants to be the fuel provider to the fusion power industry…

Licube, a San Francisco‑based startup, has licensed technology from Hirosaki University to separate lithium‑6 from natural lithium, a critical step for future fusion power plants that rely on tritium breeding. The company’s electrolyzer uses a ceramic membrane to enrich lithium‑6 to 99.995%, enabling fusion reactors to produce their own tritium via neutron capture. Licube estimates a $50 billion market by 2040 and plans to serve semiconductor, pharmaceutical, fission, and aerospace sectors while fusion matures. The firm showcased its technology at TechCrunch Disrupt’s Startup Battlefield.

💡 By unlocking a scalable source of lithium‑6, Licube addresses a bottleneck that could delay fusion’s commercial debut, positioning itself at the intersection of energy innovation and high‑tech supply chains.

techcrunch.com · Oct 13

Cambridge Heavy Industries has been quietly building a desktop fusion device

Cambridge Heavy Industries, a stealth startup in Cambridge, Massachusetts, has unveiled a benchtop inertial confinement fusion device that uses only two lasers to ignite a fuel target. The compact system, developed in a small MIT‑adjacent lab, allows rapid iteration with up to 80 shots per day, feeding AI‑driven simulations. The company recently secured a $6.2 million seed round led by Azolla Ventures. Future plans include scaling the prototype to a two‑basketball‑court plant and producing tritium for larger fusion reactors.

💡 By drastically reducing laser count, the startup cuts capital costs and accelerates experimental cycles, potentially reshaping the economics of fusion research. Its tritium‑production strategy could supply the scarce isotope that fuels most commercial fusion concepts, addressing a critical supply bottleneck.

techcrunch.com · Oct 13

Helix Carbon says it can make iron cheaper by recycling blast furnace…

Helix Carbon unveiled a technology that converts the carbon dioxide emitted by blast furnaces into carbon monoxide and feeds it back into the reduction process, allowing iron producers to cut the amount of coke they burn. The system uses a robust electrolyzer capable of treating the raw exhaust stream, a step beyond conventional units that require purified CO2. Helix proposes replacing roughly one‑third of coke with recycled carbon monoxide, which could lower fuel costs by about $14 per ton of iron and reduce the furnace’s CO2 output. The startup, founded by David Brown, showcased the solution at TechCrunch Disrupt’s Startup Battlefield, emphasizing a win‑win of lower emissions and tighter margins for the $2 trillion steel sector and greener manufacturing for future.

💡 By turning a furnace’s own waste gas into fuel, Helix gives steelmakers a direct route to slash both carbon output and operating costs without replacing legacy equipment.