Develops AI-powered underwater intelligence systems that integrate advanced sensing technologies, such as fluxgate magnetic sensors and passive hydrophones, to detect and classify ferromagnetic threats and underwater anomalies. These systems protect critical maritime infrastructure and support national security operations by enabling real-time monitoring and decision-making across vast underwater domains.
Funding
$100K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Critical maritime infrastructure, such as underwater pipelines and cables, faces increasing threats from sabotage, natural disasters, and other anomalies. Current methods for monitoring these assets often lack the ability to detect and classify threats in real-time across vast underwater areas.
Solution
SOTIRIA Technology develops AI-powered underwater intelligence systems designed to protect critical maritime infrastructure and support national security operations. The company's solutions integrate advanced sensing technologies, including fluxgate magnetic sensors and passive hydrophones, to detect and classify ferromagnetic threats and underwater anomalies. SOTIRIA's AI-powered software platform, Dioptre™, processes data from these sensors to provide real-time monitoring and decision-making capabilities. The Nereid™ system offers a scalable solution for underwater terrain protection, suitable for national maritime borders, national security assets, and key maritime straits.
Target Audience
SOTIRIA Technology serves allied navies, industrial partners, and governmental organizations responsible for protecting critical offshore and seabed infrastructure, as well as aerospace and defense leaders seeking to augment their sensing capabilities.
Features
- Type S™: Fluxgate magnetic sensor for detecting high displacement ferromagnetic threats
- Type A™: Advanced passive hydrophone for detecting small to large displacement masses across the frequency range
- Dioptre™: AI-powered software platform for data processing, visualization, and classification of underwater anomalies
- Nereid™: Scalable underwater ISR system for real-time monitoring and protection of critical underwater infrastructure
- Multi-technology sensing data ingestion and fusion
- Integration of advanced materials in sensor design for enhanced sensitivity