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SPITA Labs

SPITA Labs is developing SPARC, a modular hardware platform with a reusable baseboard and replaceable daughter cards that lets engineers swap sensors or processors without redesigning the entire PCB. A configurable routing chip enables software-controlled connection changes, and the open SPARC interface standard allows engineers to build their own compatible cards. The platform targets hardware teams that need to iterate quickly on embedded systems and sensor-based devices.

Traction 4/10
HQ unknown
Founded 2026610+ followers
  • Hardware
Updated 5 days ago

Funding

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

Changing a sensor or processor on a traditional PCB typically triggers a full board redesign, another fabrication run, and renewed testing—even when most of the board still works. This iterative process slows hardware development and increases cost for each revision.

Solution

SPITA Labs is developing SPARC, a modular hardware platform built around a reusable baseboard that carries power, external I/O, and card connections. Replaceable daughter cards hold individual sensors, processors, or interfaces, so engineers redesign only the card that needs to change rather than the entire board. A configurable routing chip allows supported connections to be changed in software, reducing the need to rewire the baseboard. The SPARC interface standard is being designed so engineers can build compatible cards for their own applications, keeping compute, control, and I/O intact across hardware revisions.

Target Audience

Primary customers are hardware engineers and product development teams working on embedded systems, sensor-based devices, and data-acquisition platforms that require iterative prototyping or frequent component changes.

Features

  • Reusable baseboard carrying power, external I/O, and card connections designed for use across multiple hardware revisions
  • Replaceable daughter cards for sensors, processors, or interfaces, allowing targeted upgrades without full PCB redesign
  • Configurable routing chip that changes supported connections via software, with system testing still required for new configurations
  • Open SPARC interface standard intended to let engineers design their own compatible cards
  • Modular approach preserving compute, control, and I/O cards when swapping individual components
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