Tego Asset Management

Assets that travel, sit outdoors or go through sterilization are hard to track with ordinary tags, and Tego builds its business around that problem. Its asset tracking platform is based on rugged radio-frequency chips and tags with large memory, along with software that gathers the data on a cloud-based platform called the Asset Intelligence Platform.

Data that stays on the asset

The company says its TegoChip stores a high volume of data on the asset itself, including different multimedia file types. The chip is rated for more than thirty years of durability and survives extreme conditions. Because it uses low-power or no-power technology and can be read and written locally, connectivity is not needed for remote or mobile assets, so field service workers can reach maintenance records and documents where tools are used. Each interaction leaves an unchangeable, visible record of what happened to the asset.

Where the technology is applied

Tego points to several demanding settings. In pharmaceutical aseptic manufacturing, where cleanroom and environmental monitoring rules apply, its sterilization-proof tags support digital traceability. In healthcare supply chains and medical device manufacturing, the same resistance to cleaning processes is the selling point. Its Flyable Parts Solution gives aircraft parts permanent identification and a traceable maintenance history. Field service teams use the asset management function to follow maintenance schedules, asset condition and life cycle activity at the point of work.

From tags to operations

The company's current message is wider than tagging. It describes a real-time operational view that unifies disconnected systems for manufacturing, aerospace and third-party logistics firms, with audit-ready digital traceability that it says reduces downtime and loss. It says it trains and troubleshoots alongside the customer's team and works in stages, starting small, proving results and then tackling other operational problems.

The company reports results from its chip, tag and software service, including large reductions in labor for predictive maintenance and in replacement costs caused by poor visibility. These figures are its own claims.