UnitySuite platform is a secure management platform that acts as a control pane for all device interactions. It provides scalable management of multiple smart grid communications technologies with unified business process integration to other utility systems. Capable of supporting millions of endpoints across multiple device vendors, types, models, firmware versions, protocols, and communications methods, this platform enables consumers to operate and control all your Smart Grid communications ? meters, in-home devices, distribution devices ? in a single, unified dashboard. UnitySuite Smart Energy Access Layer (SEAL) integrates disparate IT systems and processes for smart metering and smart grid, enabling operational systems to access to smart energy data and grid device activity. The dynamic Smart Energy Access Layer enables energy and utility companies to combine new and regulated processes with other utilities and business such as telecommunications companies, IT integrators and third-party developers. UnitySuite Metering manages meter data and operations to enable advanced metering infrastructure (AMI). Featuring operating system platform flexibility, the metering management solution includes account information, meter reads, and meter status. It allows operators to schedule tasks including; regular meter read collections, on-demand reads, disconnect operation, firmware management and settings configuration. Our communications hub solution is a communications platform that connects to the Trilliant UnitySuite? Head-End Software (HES) using public wireless networks to create a secure communications link to electric and gas meters. When deployed with in-home displays and other in-home energy management products, this hub creates the consumer engagement side of a smart meter deployment. Our CellReader meter module provides secure, on-demand, two-way communications over public cellular data services for solid-state electric meters. Our technology enables utilities? meters to be configured, programmed, and read over cellular networks without requiring additional modems or serial communications boards. These are an ideal solution for a remote interval, demand and time of use data collection.