Univity provides telecom operators with a neutral, competitive space infrastructure that bridges terrestrial and satellite networks to deliver high‑speed, low‑latency connectivity worldwide.
Funding
Funding not disclosed
Founders
Product
Problem
Telecom operators face limited coverage and high latency when relying solely on terrestrial networks, and existing satellite services often involve costly, proprietary platforms that reduce control and increase operational expenses.
Solution
Univity offers a neutral, competitive space infrastructure that integrates terrestrial, MEO, and VLEO satellite networks into a single platform. The service provides both broadband and direct‑to‑device connectivity, enabling operators to extend high‑speed, low‑latency coverage to any location while retaining ownership of their network assets. By using a shared constellation, operators benefit from reduced capital expenditure and operational costs compared with building dedicated satellite fleets. The platform is designed for sustainability, incorporating debris‑mitigation practices and minimizing light‑pollution. This approach allows telecom providers to launch new services—such as 5G over satellite or IoT connectivity—on their own terms, accelerating market expansion and improving service quality for end‑users.
Target Audience
Primary customers are incumbent telecom operators and connectivity service resellers seeking to augment their networks with space‑based broadband and direct‑to‑device services.
Features
- Integrated multi‑orbit architecture supporting MEO, VLEO, and traditional satellite layers for seamless coverage
- Dual service models: high‑capacity broadband and low‑power direct‑to‑device links for diverse applications
- Open, neutral platform that lets operators maintain control over spectrum, routing, and customer relationships
- Cost‑effective wholesale pricing model that lowers CAPEX and OPEX for satellite connectivity
- Sustainable operations with debris‑avoidance strategies and compliance with the ESA Zero Debris Charter
- Low‑latency routing optimized for 5G and real‑time IoT use cases
- Scalable API and network management tools for rapid service provisioning and integration with existing telecom systems