Phizzle Introduces Groundbreaking IoT Edge Solution with EDGE Puck

Phizzle, Inc. announces the launch of the EDGE Puck, a malware-hardened gateway with an integrated computer system designed to normalize data from any device or machine in edge use cases, marking a significant advancement in IoT technology.

June 5, 2025
Phizzle Introduces Groundbreaking IoT Edge Solution with EDGE Puck

Phizzle, Inc. is set to revolutionize the IoT Edge with the introduction of the EDGE Puck on June 10th. This innovative device is the industry's first purpose-built computer housed within a gateway, specifically designed to format and normalize data from any device or machine in edge applications such as pharma manufacturing, building automation, and AI systems. The EDGE Puck addresses a critical challenge in the IoT space: the automation of workflows without manual intervention, a hurdle that has previously limited the potential of IoT Edge technologies.

Ben Davis, Founder and CEO of Phizzle, highlighted the significance of this development, noting the collaboration with pharma manufacturers like Merck to integrate data from air particle counters into LIMS systems seamlessly. The EDGE Puck's three core innovations include an internal computer system with Phizzle's software solution, a gateway that ensures connectivity to any instrument and IT infrastructure, and a read-only software design that is immune to malware alterations.

Michael Patrick, Phizzle's Chief Innovation Officer, emphasized the role of the company's microservices architecture in enabling vendor-agnostic data formatting, a feat unattainable with traditional architectures. The EDGE Puck's features, such as being malware-hardened, offering easy connectivity in five simple steps, and providing vendor-agnostic data normalization, position it as a pivotal tool for industries reliant on IoT Edge technologies.

This announcement is crucial for industries looking to leverage IoT for automation and data integrity. The EDGE Puck's ability to securely normalize data across various platforms without manual intervention could significantly enhance operational efficiency, reduce vulnerabilities to cyber threats, and pave the way for more innovative applications of IoT technology in critical sectors.