Neuromorphic GTM brain

Neuromorphic builds robots intended to automate physical work in biotech and other wet labs using existing instruments.

category

Wet lab robotics

market profile

  • text: Neuromorphic describes mobile robots that move among workstations, operate existing equipment and carry lab materials.
  • text: The company reports a biotech lab deployment and more than 1,500 tasks; independent protocol-level validation is not available in the launch announcement.
  • text: Buyers can also consider fixed and mobile laboratory automation platforms, cloud labs, and specialized liquid handlers.

personas

  • title: Biotech lab operations director
    pains:
    • Manual movement of samples between instruments takes technician time.
    • Retrofitting a functioning lab or replacing validated instruments disrupts operations.
  • title: R&D and automation leader
    pains:
    • Experiment throughput competes with staff availability and instrument scheduling.
    • Needs proof that a robot can handle changes and exceptions reliably before committing to a workflow.
  • title: Lab automation scientist
    pains:
    • Stationary automation can leave manual handoffs between workstations.
    • Complex integrations and changing protocols can consume engineering time.

icp

  • text: Biotech and life sciences organizations with operating wet labs and recurring physical experimental workflows are the clearest target.
  • text: A strong pilot candidate has installed instruments, repeated multi-station work and an owner able to validate robot safety and protocol outcomes; organization size is undisclosed.

message pillars

  • text: Position the product as robots built specifically to automate wet-lab work.

objections

  • objection: Will it work with our instruments and protocols?
    response: Scope a walkthrough and supervised demonstration on representative equipment and labware; compatibility is workflow-specific.
  • objection: Can we trust performance and safety in our environment?
    response: Agree on a supervised pilot with measurable task success, exception handling and acceptance criteria before scaling.
  • objection: Will revised experiments require extensive reprogramming?
    response: Include a protocol change in the pilot and establish ownership of ongoing updates.

competitors

  • name: Medra
    why: Uses general-purpose robotics for existing life-science lab instruments.
  • name: Automata
    why: Offers modular lab automation and orchestration for life-science workflows.
  • name: Thermo Fisher Scientific
    why: Offers mobile lab transport and broader laboratory automation.
  • name: HighRes BioSolutions
    why: Offers mobile automation and software to coordinate laboratory workflows.

keywords

  • wet lab robotics
  • lab automation robots
  • mobile lab robot
  • biotech lab automation
  • automated laboratory workflows
  • autonomous scientific experiments

voice

  • Technical
  • Ambitious
  • Concise

signals

  • text: A lab seeks to expand experiment throughput without adding proportional manual handling capacity, a hypothesized fit signal.
  • text: Existing instruments and repetitive cross-workstation handoffs create a plausible pilot opportunity.

stack

  • Slack
  • email
  • phone

pricing

model: unknown

motion

sales_led

channels

  • LinkedIn
  • YC launch directory

confidence

medium

Founders

  • name: Vatan Aksoy Tezer
    title: Founder/CEO
    role: CEO
    bio: Founder at Neuromorphic. Previously Lead Robotics Engineer at Augmentus, deploying motion planning algorithms to production with sub-mm accuracy and leading a team of 5. Before that, built navigation stacks from scratch at KABAM Robotics (deployed 100+ robots) and scaled ASRS systems at Rapyuta Robotics (1000+ robots to production). Core maintainer of MoveIt at PickNik Robotics. MS in CS from Sabanci University, BS in Astronautical Engineering from Istanbul Technical University.
  • name: Ege Doganay
    title: Founder/CTO
    role: CTO
    bio: Founder at Neuromorphic (YC S26). Robotics and AI research at Bilkent University. Research fellow at Nanyang Technological University. Published research in top AI and robotics conferences. Won HackMIT, Stanford XR, MIT Reality Hack.
  • name: Cem Toker
    title: Founder/COO
    role: COO
    bio: Founder at Neuromorphic. Co-founded ErgoFlow, building LLM routing and training acceleration. Previously developed static calibration algorithms for industrial robots at Zeeko achieving 30% higher precision. Engineering at Cambridge.

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