Noizend creates active noise‑cancelling solutions that use digital‑twin and predictive technologies to suppress low‑frequency, hard‑to‑control sounds at the edge of a space.
Funding
Funding not disclosed
Founders
Product
Problem
Low-frequency noise from sources such as music venues, battery energy storage inverters, fans, and aircraft is difficult to attenuate with conventional barriers, leading to acoustic discomfort, health impacts, and reduced operational efficiency in nearby spaces.
Solution
Noizend delivers active noise control systems that use IoT sensors, AI‑optimized predictive algorithms, and digital‑twin modeling to generate counter‑phase sound waves, dynamically cancelling low‑frequency disturbances at the edge of a space. Their “Shield” technology integrates speakers and real‑time processing to create a localized quiet zone without extensive physical construction. The solution can be retrofitted to existing infrastructure in venues, industrial sites, and residential areas, providing measurable reductions in noise levels and improving acoustic comfort and operational performance.
Target Audience
Primary customers are operators of live‑music venues, battery energy storage system providers, and residential developers or homeowners located near aircraft flight paths who need to mitigate low‑frequency noise.
Features
- IoT sensor network that continuously monitors ambient low‑frequency sound and feeds data to AI-driven cancellation algorithms
- Physics‑based digital‑twin models that predict acoustic propagation and optimize speaker output in real time
- Scalable speaker array design that can be deployed in venues, battery storage facilities, or residential façades
- Cloud‑connected analytics platform for remote monitoring, performance reporting, and adaptive tuning
- Integration capability with existing building management or control systems for automated operation