What is Hero Labs?
Founded in 2018 by Krystian Zajac, London-based Hero Labs specializes in the development of sophisticated AI-driven hardware designed to detect and prevent freshwater leaks. The company's flagship product, Sonic, utilizes high-definition ultrasonic technology to provide comprehensive, real-time monitoring across entire properties. By integrating machine learning with precision sensors, Hero Labs addresses the critical global challenge of water scarcity and property damage, positioning itself as a key player in the burgeoning smart-building ecosystem. The firm's technology serves as a proactive defense mechanism, effectively bridging the gap between traditional plumbing maintenance and modern, automated utility management.
How much funding has Hero Labs raised?
Hero Labs has raised a total of $3.1M across 1 funding round:
Angel/Seed
$3.1M
Angel/Seed (2019): $3.1M with participation from EU Innovation Grant and Earthworm Group
Key Investors in Hero Labs
EU Innovation Grant
A public funding body focused on supporting high-impact research and development projects that drive technological advancement across the European Union.
Earthworm Group
An investment firm specializing in sustainable infrastructure and environmental technology, providing capital to companies that promote resource efficiency.
What's next for Hero Labs?
With this major enterprise-level funding, Hero Labs is expected to scale its operational footprint and enhance its R&D capabilities to refine its ultrasonic detection algorithms. The strategic focus will likely shift toward expanding market penetration within the commercial real estate sector, where the demand for sustainable resource management and risk mitigation is at an all-time high. By leveraging its recent capital infusion, the company is poised to transition from its early-stage development phase into a period of rapid commercial deployment, potentially setting new industry standards for water conservation and property protection technologies.
See full Hero Labs company page
