The hardest part of industrial IoT isn't the AI. It's getting a reliable signal out of a steel mill, a remote pipeline, or a moving construction vehicle. Jooni, a New York-based startup, is betting that its combination of rugged wireless hardware and an edge-first data platform is the disciplined engineering layer needed to connect these demanding physical environments.
Founded in 2020 by MIT alumnus Grant Tomassi, Jooni operates in a space where failure is measured in downtime and safety incidents. The company's platform is designed to support multi-bearer WAN connectivity, stitching together cellular, satellite, and proprietary LoRaWAN topologies into a unified, observable network [jooni.com, retrieved 2026].
A wedge of rugged, pre-certified hardware
Jooni's initial wedge appears to be its focus on hardened, plug-and-play hardware. In markets like construction, engineering, and manufacturing, IT teams lack the bandwidth to certify and integrate bespoke radio modules for each new site or machine. Jooni's value proposition is delivering pre-certified, ruggedized RF products that span ISM, cellular, CBRS, and satellite bands [Perplexity Sonar Pro Brief, retrieved 2026].
The team and early traction
Jooni is a solo-founder venture led by Grant Tomassi, who has a background spanning MIT, angel investing, and prior roles at firms like sensemetrics and First Principles Capital Management [RocketReach, retrieved 2026]. The company has secured backing from Hustle Fund and MIT Alumni Angels of Boston [PitchBook, 2026]; [Tracxn, 2026]. Third-party estimates place the company's annual revenue around $598,885 with a valuation of approximately $2 million [Prospeo, 2024].
Where the path gets narrow
For all its technical ambition, Jooni faces a classic deep-tech go-to-market challenge. The industrial IoT connectivity space is fragmented, with competition ranging from large telecom providers and industrial automation giants to specialized module makers. Scaling requires proving reliability in the field and building a sales motion capable of landing enterprise deals.
The risks at this stage are primarily executional:
- Proving durability in harsh environments.
- Sales complexity in high-touch industrial accounts.
- Resource intensity of hardware R&D and certification.