Trilliant: Utility communications, meter collection and grid data software

Trilliant provides utility communication networks, head-end software and analytics for smart metering and distribution-grid operations.

Summary

Best for
Utilities integrating meter estates across several communication technologies.
Less suited to
Selecting a standalone building meter without a utility collection platform.
Deployment
Communication modules, network infrastructure and gateways connected to UnitySuite and associated services.
Data in
Meter readings, load profiles, device events and network status.
Pricing
Pricing was not established from the reviewed technical sources; request a quote for the exact configuration.

Overview

Trilliant supplies the communication and software layers between utility meters and the systems that use their data. Its current portfolio covers embedded communication modules, network infrastructure, gateways and UnitySuite software. This is a different buying decision from choosing a single electricity-meter model: the platform must collect and manage information across the selected endpoint estate.

The UnitySuite head-end datasheet describes multiple supported network types and operational tasks. These include scheduled and on-demand reads, device events and power-status verification. The benefit to compare is therefore the collection and management workflow across the proposed devices, rather than assuming every meter uses the same radio or network path.

Offering

The UnitySuite documentation names SecureMesh wide-area and neighbourhood-area networks and SecureReach low-power wide-area networking. It places those technologies beneath the head-end layer, where endpoint operations and data collection are coordinated. A network technology and the software managing it are related products, but perform different jobs.

The analytics service brochure adds functions for exploring readings, versioning data, auditing changes and generating reports. Its customer-facing consumption portal can expose load profiles, registers, events and power-quality observations. This distinction is useful for planning: reliable collection supplies the data, while the analytical service organizes it for operational review and reporting.

Products and platforms

  1. UnitySuite Head-End System

    Utility collection software

    Multi-network meter reads, device events and operational management.2

  2. SecureMesh WAN and NAN

    Utility communication network

    Wide-area and neighbourhood-area communication technologies.2

  3. SecureReach LPWAN

    Utility communication network

    Low-power wide-area network within the documented head-end architecture.2

  4. Analytics as a Service

    Utility data service

    Readings, versioning, audit, portals and report exports.3

Technology

The head-end datasheet identifies the Smart Energy Access Layer, or SEAL API, and a Java Message Service interface. These are software integration mechanisms surrounding the metering network. They should be compared separately from the physical radio, cellular or other communication technology selected for field devices.

The analytics brochure lists exports including CSV, JSON, Excel and PDF, alongside query dashboards and change auditing. These features matter to teams that need to reconcile collected readings and distribute reports to other users. They describe data handling within the platform, rather than guaranteeing a universal register map or unrestricted control access to every connected meter.

Markets

Trilliant's current news collection describes utility deployments and industry work across several regions. Its 2026 updates include activity with Tenaga Nasional Berhad and a focus on modernizing existing metering infrastructure in Asia-Pacific. Those references situate the company in utility-scale communication and collection projects rather than only in individual building installations.

The technical resource library covers advanced metering infrastructure, communication resilience and head-end systems. The selection questions follow that architecture: which field technologies reach the required endpoints, how the estate is managed, and which business applications receive the resulting information. Trilliant also presents deployment, software integration and managed services as part of this utility operating model.

Company

A Trilliant capital-raising company release dated July 2010 states that the original business was founded in 1985. Its current careers page describes more than four decades of utility technology work. The 1985 date here refers to that original business history; the current website's separate reference to configurations deployed since 2004 is not treated as a new incorporation date.

The 2025 analytics brochure identifies the global headquarters in Cary, North Carolina. The current leadership page names Jim Madej as President and CEO and Andy White as Executive Chairman. Its portfolio now brings communication infrastructure, AMI management, network management and analytics together with deployment and customer-support services.

Alternatives in power metering and monitoring

What to look for in power metering and monitoring

References

  1. Trilliant current portfolio and leadership (opens in a new tab)
  2. UnitySuite head-end interfaces and supported networks (opens in a new tab) (PDF)
  3. Trilliant analytics functions and global headquarters (opens in a new tab) (PDF)
  4. Trilliant technical resource library (opens in a new tab)
  5. Trilliant 2010 original-founding company release (opens in a new tab) (PDF)
  6. Trilliant utility projects and 2026 announcements (opens in a new tab)
  7. Trilliant careers and company history (opens in a new tab)

This profile does not imply a commercial relationship with Trilliant and may contain inaccuracies.