Atomation

Atomation, an Internet of Things (IoT) solutions company, operates on a business-to-business model, providing a platform that connects previously isolated, legacy industrial assets to the internet. The company was founded in Tel Aviv in 2014 by Guy Weitzman and Eran Keshet, later establishing its U.S. headquarters in St. Louis, Missouri. The founders' backgrounds are deeply rooted in technology and intelligence; Weitzman served for eight years in an Israeli intelligence unit and has experience in R&D and M&A, while Keshet has over 15 years in high-tech product development with a focus on robotics and computing. This combined expertise underpins the company's approach to creating robust, field-deployable technology. Shortly after its inception, Atomation secured a grant from the Office of the Chief Scientist in Israel, an early milestone that propelled its R&D efforts.

The core of Atomation's offering is its platform of small, battery-operated wireless sensors called "Atoms." These devices are engineered to be easily installed on existing machinery without the need for complex wiring or lengthy implementations, effectively bridging the gap between simple sensors and expensive, hard-wired SCADA systems. Atoms are equipped with sensors to monitor parameters such as temperature, vibration, tilt, and impact. A key feature is their edge computing capability, which allows them to process information locally and establish a baseline for normal operational behavior. Instead of constantly streaming data, the devices transmit information only when preset thresholds are exceeded or when an asset operates outside of its normal parameters, thus alerting operators to potential failures proactively.

The company serves a diverse range of industries, including agriculture, manufacturing, mining, utilities, and telecommunications. Use cases range from monitoring bearing temperatures on conveyor belts and the structural integrity of utility poles to tracking motor performance in livestock facilities. Revenue is generated through the sale of these hardware and software solutions. The platform provides clients with data through a dashboard or an open API, allowing for integration into their existing systems for analysis. This enables predictive and preventive maintenance, aimed at reducing operational downtime and optimizing asset performance across rugged, outdoor environments.

Keywords: industrial IoT, asset monitoring, predictive maintenance, condition monitoring, legacy equipment integration, wireless sensors, edge computing, remote monitoring, B2B technology, equipment health, IoT platform, manufacturing technology, utility monitoring, agriculture technology, mining technology, smart sensors, operational efficiency, industrial automation, data analytics, preventive maintenance