OSCP raises $6M Series A for GPS-free navigation tech

Montréal-based OSCP has closed a $6 million USD Series A round to commercialize a chip-scale inertial measurement unit that aims to outperform existing GPS-free navigation systems. The startup claims its photonics-based approach delivers higher accuracy in a smaller form factor, targeting applications where satellite signals are unreliable or unavailable—think underground mining, autonomous drones, or military operations in GPS-denied environments.

The round size is modest by recent Series A standards, but it stands out in two ways. First, photonics hardware remains a tough sell for venture capital, which has largely retreated from capital-intensive deep tech in favor of software and AI. OSCP’s raise suggests investors see enough differentiation in its core technology to justify the risk. Second, the company is positioning itself as a direct competitor to established players in the high-end IMU market. If OSCP can deliver on its accuracy and size promises, it could carve out a niche in industries where performance outweighs cost concerns.

The Series A comes at a time when venture funding for hardware startups is scarce. Earlier this year, we reported that Series A rounds of $100 million or more hit a multi-year high in 2024, but those deals were overwhelmingly software-driven. OSCP’s raise is a fraction of that size, yet it’s notable precisely because it bucks the trend. The startup’s focus on photonics—a field that combines optics and electronics—also sets it apart from the robotics and AI hardware plays that have attracted more attention lately. Photonics has long been touted as a breakthrough technology for sensors, communications, and computing, but commercialization has lagged behind hype.

OSCP’s challenge will be scaling production while maintaining the precision that makes its product compelling. Hardware startups often struggle with long sales cycles, especially when selling into conservative industries like aerospace or defense. The company will need to prove not just that its technology works in the lab, but that it can be manufactured at scale without sacrificing performance. If it succeeds, the payoff could be significant: the global IMU market is projected to grow steadily, driven by demand for autonomous systems and resilient navigation solutions.

The startup’s Montréal roots may also play a role in its trajectory. Canada has emerged as a hub for photonics research, with local institutions producing talent in the field. OSCP’s ability to tap into that ecosystem could give it an edge over competitors, where hardware startups often face higher labor and manufacturing costs. Still, the company will need to navigate the same regulatory and supply chain hurdles that trip up many hardware ventures.

What’s next for OSCP? The startup will likely use the Series A funds to expand its engineering team, refine its manufacturing process, and secure pilot customers. The real test will be whether it can move beyond prototypes and land contracts with industrial or defense partners. For now, the $6 million round is a bet that photonics can finally deliver on its long-promised potential—and that investors are willing to back hardware when the technology is compelling enough.

Sources: betakit.com