How IFS Zero Connects Operational Data to Decarbonization

Introducing IFS Zero – Agentic Emissions Operating System built for asset-intensive utilities and infrastructure operations.

Somewhere in your organization right now, a team is reconciling emissions data across generation, transmission, and distribution systems. They’re pulling numbers from multiple operational platforms, chasing site-level inputs, and trying to ensure the reported figures meet regulatory scrutiny. They don’t. And the energy transition cannot afford that gap.

The World Economic Forum recently quantified the broader challenge: between $1 trillion and $3 trillion in global GDP is lost annually due to poorly maintained and under-optimized assets. For utilities, this translates directly into inefficiencies in grid operations, asset performance, and energy delivery, with a carbon footprint comparable to the total annual emissions of China.

This isn’t an unavoidable cost of delivering reliable energy. It’s a failure of operational visibility and intelligence.

The problem starts with data

Today, 60–70% of emissions reporting in asset-intensive organizations is still manual. By the time utilities compile a number, it no longer reflects real-time grid conditions, asset performance, or load dynamics and it cannot be confidently audited.

You can’t get to net zero grid operations on estimates.

IFS Zero changes that.

One Platform. One Trusted Number. Built for Utility Operations

IFS Zero is an emissions operating system built for asset-intensive industries like utilities – that generate, transmit, and deliver energy. It connects directly to the operational systems that drive emissions: generation assets, substations, networks, field service, and supply chains. Scope 1, 2, and 3 emissions are measured at the source, not estimated after the fact, and disclosed with a full audit trail.

Where traditional solutions focus on compliance reporting, IFS Zero enables operational decision-making. AI agents continuously collect, validate, and map emissions data across utility systems, eliminating the spreadsheet-heavy processes that slow down sustainability teams.

An advanced calculation engine ensures every activity, from power generation to maintenance events, is mapped to the correct emissions framework.

And because IFS Zero connects directly to operational data within IFS Cloud, utilities eliminate the need for manual extraction, reconciliation, and lagging quarterly reporting cycles.

Three Capabilities. One Closed Operational Loop.

Measure

Real-time carbon intelligence aligned to utility operations. Emissions data is continuously captured from generation assets, grid infrastructure, and service activities. Scope 1, 2, and 3 emissions are mapped automatically, not estimated periodically, but measured from live operational systems.

Disclose

Full audit trails aligned to regulatory and GHG Protocol standards. Utilities gain end-to-end visibility across supply chains and operations, enabling compliant reporting that meets the expectations of regulators, investors, and stakeholders, without slowing grid operations.

Optimize

Sustainability embedded directly into operational decision-making. Emissions, cost, and asset performance are managed together, enabling utilities to improve reliability, reduce losses, and optimize capital deployment while advancing decarbonization goals.

The Mandate for Utilities is Immediate

The World Economic Forum highlights a critical shift for infrastructure sectors: moving from build-and-replace models to maintaining and optimizing existing assets. Nearly one-third of required global emissions reductions are achievable today, using existing technologies and better operational insight.

For utilities, this means the data needed to reduce emissions and improve system performance already exists within grid and asset operations.

The challenge is whether it can be: