
JALUD Embedded is a Czech technological innovation company specializing in AI-powered sound event detection technology through their product Sound Event Detector (SED). SED is an embedded solution that detects critical or dangerous sounds such as gunshots, screams, aggression, drones, and glass breaking in real-time, providing instant alerts to security forces. The system is highly accurate, energy-efficient, GDPR compliant, and can be integrated with existing security and camera systems. It is deployed in public safety, healthcare, industrial security, and private markets, with proven effectiveness in real-world scenarios including saving lives and enhancing situational awareness. The company operates on a SaaS and licensing business model, targeting cities, critical infrastructure, and security providers, with ongoing international expansion and strategic partnerships.

JALUD Embedded is a Czech technological innovation company specializing in AI-powered sound event detection technology through their product Sound Event Detector (SED). SED is an embedded solution that detects critical or dangerous sounds such as gunshots, screams, aggression, drones, and glass breaking in real-time, providing instant alerts to security forces. The system is highly accurate, energy-efficient, GDPR compliant, and can be integrated with existing security and camera systems. It is deployed in public safety, healthcare, industrial security, and private markets, with proven effectiveness in real-world scenarios including saving lives and enhancing situational awareness. The company operates on a SaaS and licensing business model, targeting cities, critical infrastructure, and security providers, with ongoing international expansion and strategic partnerships.
Company: Sound Event Detector (product by JALUD Embedded)
Headquarters: Plzeň, Czech Republic
Core product: AI-powered real-time detection of hazardous sounds (gunshots, screams, glass break, drones, explosions)
Founded: 2014
Business model: SaaS and licensing
Team size (reported): ~12 employees
Public safety and security monitoring via acoustic event detection
2014
Security technology / Public safety
Total Funding: 0.00