About WaveWorks Technologies

Utilizes backscatter technology to enable wireless data transmission with up to 99.9% less power, 90% lower cost, and 90% reduced size compared to conventional radios. This approach supports standard protocols, making it ideal for applications in industrial IoT, mobile peripherals, aerospace, and defense, where long-lasting, low-power, and compact communication solutions are essential.

```xml <problem> Conventional wireless communication systems consume significant power, limiting the lifespan and scalability of devices, particularly in applications like IoT sensors, mobile peripherals, and aerospace systems. The size and cost of traditional radio components also present challenges for deeply embedded applications and high-volume deployments. </problem> <solution> WaveWorks provides backscatter technology that enables wireless data transmission with significantly reduced power consumption, cost, and size compared to conventional radios. This approach allows devices to communicate using existing wireless signals as a power source and data carrier, eliminating the need for dedicated radio transmitters. The technology supports standard communication protocols, enabling seamless integration into existing systems and unlocking new possibilities for low-power, long-range wireless connectivity. By minimizing power requirements and component size, WaveWorks facilitates the deployment of pervasive wireless networks and extends the battery life of mobile and IoT devices. </solution> <features> - Backscatter modulation technique that reduces power consumption by up to 99.9% compared to traditional radios - Compact and lightweight design, enabling integration into space-constrained devices - Compatibility with standard wireless communication protocols for seamless integration - Scalable communication solution for high-density sensor networks - Extended battery life for mobile and IoT devices - Reduced component cost compared to conventional radio systems </features> <target_audience> The primary target audience includes companies developing industrial IoT solutions, mobile and VR peripherals, aerospace systems, and defense applications where low-power, long-lasting, and compact communication solutions are critical. </target_audience> ```

What does WaveWorks Technologies do?

Where is WaveWorks Technologies located?

WaveWorks Technologies is based in Seattle, United States.

When was WaveWorks Technologies founded?

WaveWorks Technologies was founded in 2023.

How much funding has WaveWorks Technologies raised?

WaveWorks Technologies has raised 4400000.

Location

Seattle, United States

Founded

2023

Funding

4400000

Employees

6 employees

Looking for specific startups?

Try our free semantic startup search

WaveWorks Technologies

Score: 69/100

AI-Generated Company Overview (experimental) – could contain errors

Executive Summary

waveworks.tech 50+

Founded 2023 – Seattle, United States

Funding

Estimated Funding

$4.4M+

Team (5+)

Aaron Parks

Breaking barriers for wirelessly connected devices

Company Description

Problem

Conventional wireless communication systems consume significant power, limiting the lifespan and scalability of devices, particularly in applications like IoT sensors, mobile peripherals, and aerospace systems. The size and cost of traditional radio components also present challenges for deeply embedded applications and high-volume deployments.

Solution

WaveWorks provides backscatter technology that enables wireless data transmission with significantly reduced power consumption, cost, and size compared to conventional radios. This approach allows devices to communicate using existing wireless signals as a power source and data carrier, eliminating the need for dedicated radio transmitters. The technology supports standard communication protocols, enabling seamless integration into existing systems and unlocking new possibilities for low-power, long-range wireless connectivity. By minimizing power requirements and component size, WaveWorks facilitates the deployment of pervasive wireless networks and extends the battery life of mobile and IoT devices.

Features

Backscatter modulation technique that reduces power consumption by up to 99.9% compared to traditional radios

Compact and lightweight design, enabling integration into space-constrained devices

Compatibility with standard wireless communication protocols for seamless integration

Scalable communication solution for high-density sensor networks

Extended battery life for mobile and IoT devices

Reduced component cost compared to conventional radio systems

Target Audience

The primary target audience includes companies developing industrial IoT solutions, mobile and VR peripherals, aerospace systems, and defense applications where low-power, long-lasting, and compact communication solutions are critical.