Mobit Telecom
Wrist-Worn Satellite PLB with Enhanced Geolocation for SAR
Company Overview
Snapshot
Founded in March 1996, Mobit Telecom operates with 1–10 employees. The company has raised $3.85M across four funding rounds. Mobit Telecom holds a patent for its technology, underscoring its innovation in the field.
Business overview
Mobit Telecom, also known as Sat406, develops wearable satellite personal locator beacons (PLBs) designed for search and rescue (SAR) operations. Their core technology features a wrist-worn PLB that transmits distress signals via the Cospas-Sarsat network and incorporates patented SINSIN technology for enhanced geolocation accuracy, even without GNSS reception. The company's hardware platform includes the compact SAR406 IC, optimized for low power consumption and size. Mobit Telecom's devices support emergency alerts through 406 MHz satellite signals and a VHF DSC radio link for nearby responders, built to operate reliably in challenging environments and comply with international SAR protocols. The company serves the Aerospace, Defense & HLS sector, with applications in homeland security, telecommunication, and navigation, targeting both B2B and B2C markets across various global regions.
Log in to access full profile ›Company Intelligence Q&A
- What is Mobit Telecom's primary product?
- Mobit Telecom's primary product is a wrist-worn satellite Personal Locator Beacon (PLB) that transmits distress signals via the Cospas-Sarsat network and uses patented SINSIN technology for enhanced geolocation in search and rescue operations.
- What is the total capital raised by Mobit Telecom?
- Mobit Telecom has raised a total of $3.85M across four funding rounds.
- When was Mobit Telecom founded?
- Mobit Telecom was founded in March 1996.
- What technology does Mobit Telecom use for enhanced geolocation?
- Mobit Telecom utilizes its patented SINSIN technology to improve position accuracy for its PLBs, independent of GNSS reception.
- What are the key features of Mobit Telecom's devices?
- Mobit Telecom's devices support emergency alerts via 406 MHz satellite signals and include a VHF DSC radio link for nearby responders, designed for reliable operation in challenging environmental conditions.