Sonitus Technologies Inc.

About Sonitus Technologies Inc.

Sonitus Technologies Inc., founded in 2010 and acquired by Integrated Tactical Technologies (iT2) in October 2021, operates as a developer of intra-oral audio technology for mission-critical settings. The company originated from Sonitus Medical, where an advanced hearing aid technology developed by serial entrepreneur Amir Abolfathi was spun out to create Sonitus Technologies, led by CEO Peter Hadrovic. Hadrovic, who holds a JD from Cornell Law School and an A.B. in History from Princeton, leveraged his background in corporate development and law to guide the company's growth, securing significant contracts with the U.S. Department of Defense (DoD).

The company's business model centers on providing robust communication systems to clients in defense, public safety, aerospace, and industrial sectors where clear communication in high-noise environments is paramount. Revenue was generated through sales of its specialized communication hardware and securing multi-million dollar development contracts, notably with the U.S. Air Force and the DoD's Defense Innovation Unit (DIU). After its acquisition, Sonitus' technology became a core component of iT2's vision to create wearable solutions that integrate communication technology with apparel.

Sonitus' flagship product is the Molar Mic™, a miniaturized, wireless, two-way communication system that clips onto a user's back molars. This device utilizes bone conduction to transmit sound to the inner ear, allowing the user to hear clearly without earpieces, which keeps the ear canal open for situational awareness. An embedded, waterproof microphone captures the user's voice from within the mouth, effectively shielding it from extreme external noise, wind, and even water. The system connects wirelessly to radios, phones, and intercoms via a discreet neck loop using Near-Field Magnetic Induction (NFMI), a technology similar to Bluetooth but more secure and capable of passing through water. This hands-free and ears-free design allows for uninterrupted communication even when wearing protective equipment like helmets or respirators.