Nivis powers the power industry.

Nivis provides the utility industry with cutting edge data communications and infrastructure technology enabling energy providers to monitor and manage loads. Nivis' wireless mesh technology integrates with meters and controllers to create a network of powerful sophisticated Advanced Metering Infrastructure (AMI).

Nivis’ scalable AMI technology represents an industry advancement in the use of large-scale RF mesh deployments. Its unmatched field success rate results from the robust, reliable, and accurate nature of the self-routing and self-healing AMI network. Nivis’ AMI solution is scalable to thousands of end points operating on a single access controller.

Nivis uses a smart routing scheme within its neural network to advance the technology of two-way RF mesh radios. This is unique to the wireless industry in that it prevents RF traffic collisions, re-routes around signal inhibitors, and provides for greater range and scalability of end points.

Utility providers benefit from a highly intelligent data acquisition and control system with the ability not only to monitor the meter and controllers, but also to manage the switch for energy controls. It also allows for easy integration into sophisticated billing systems for prepay or real time billing processes.

Nivis’ technology has inherent encryption of sensitive data providing the highest level of security. Electric, water and gas meters along with high energy usage systems can now be monitored effectively, efficiently and securely while simultaneously reducing overall cost.

The solution is stealth-like, embedded directly on the board within the meter housing. Nivis’ AMI self-aware network offers remote firmware updates, theft detection and data encryption. It provides asset management, energy forecasting, risk protection, peak load management, and distribution planning and real-time billing resolution.

This networking technology provides the core upon which smart utility grids are being deployed, delivering mission critical data to better manage power needs.