Intelligence at Work: Turning Complex Systems into Simple Conversations

Author Sticky

Laura Pappas

Product Marketing Director, GE Vernova

With 13 years in B2B SaaS, Laura focuses on go-to-market strategy and positioning for AI and cloud. Her brain lights up when she finds the story buried inside a complex product and figures out how to make the audience care enough to act. She holds an MBA from Columbia Business School. She writes about human judgment and AI at Signal to Story, her newsletter on what happens when technology works in service of people rather than the other way around. Outside of work, she can be found hiking with her tripod canine companion, Molly.

Sep 08, 2026 Last Updated
10 Minutes Read

Intelligence at Work is a six-part series exploring how GE Vernova embeds decades of operational expertise into key decision workflows, evolving our software from a system of record into a system of intelligence.

The information presented is intended to highlight capabilities available today and provide an outline of general product direction and it should not be relied on in making a purchasing decision. The information on the roadmap is for information purposes only and may not be incorporated into any contract and is not a commitment, promise or legal obligation to deliver any material, code, or functionality. The development, release, and timing of any features or functionality described for our products remain at our sole discretion.

Key Takeaways

  • Up to this point, reliability engineers had to understand the meta-data model and be proficient at writing Meta-SQL queries to navigate complex asset data.
  • The Essentials platform changes is developing the ability to generate human responses and provide the underlying query using Large Language Models (LLMs).
  • Instead of hours spent writing queries, the system analyzes existing data structures, identifies relationships between data, and provides contextualized answers in minutes.
  • A human-in-the-loop experience means a domain expert reviews the answers to make faster decisions.
Imagine walking up to your APM system and simply asking, “Show me the overdue strategy actions based on work history status.” Within seconds, you have your answer. This is the promise of conversational assistants enabled by a natural language interface: the ability to interact with your assets as easily as you would a colleague.

But for most reliability engineers, that promise remains a dream. Why? Because the underlying data is a labyrinth. To get an answer, you must understand the meta-data model and be proficient at writing meta Structured Query Language (meta-SQL) queries. It is the persistent, soul-crushing friction of the modern industrial workplace.

The dream of conversational assistance is only as good as the data foundation it sits upon.

Bridging the Gap with the Essentials Platform

GE Vernova’s Essentials platform changes the equation by shifting the burden from humans to machines . We are building towards using Large Language Models (LLMs) to automatically generate human responses and provide the underlying query. Instead of a human manually writing queries, the system analyzes existing data structures, recognizes the relationships among tables, assets, and records, and maps them automatically with a human-in-the-loop experience.

This effectively eliminates the meta-SQL writing tax, shifting the human role from data janitor to data auditor. What used to take hours of labor now takes a few minutes of expert validation, focusing on:
  • Logic Verification: The engineer acts as the final arbiter, confirming that the system’s proposed response (such as linking a specificasset to the strategy and EAM work history status) align with the reality of the EAM data.
  • Contextual Calibration: When the system encounters unique data-naming quirks, the engineer provides the necessary correction. Once the system learns that adjustment, it applies it for more accurate responses.
This ensures that while the system handles the execution, the domain expert retains full authority. You aren't replacing the engineer. You are elevating them from manual data plumbing to high-level system oversight.

Giving Voice to Your Data

We unlock the full potential of conversational assistance through a natural language interface. This is the technology that bridges the gap between complex industrial data and human intuition. You no longer need to be a meta-SQL expert or a dashboard architect to find an answer.
  • Human-to-Machine Dialogue: You can walk up to the APM system and ask, "Show me the overdue strategy actions based on work history status."
  • Contextual Understanding: The system doesn't just run a keyword search; it understands the data relationships of assets and content. It retrieves the data, maps it to the right content, and generates the output instantly.
  • Democratizing Insight: This moves the power of analytics out of the central office and into the hands of the people actually managing the assets. When an engineer in the field can query their own data, the speed of decision-making accelerates.
The Road Ahead

The Essentials platform is in the process of delivering results for customers today, effectively eliminating cumbersome Meta-SQL writing and enabling true conversational experience. However, the path forward is focused on moving from data access to data autonomy.

Future development is centered on querying APM Timeseries data and auto-generating analysis charts, as well as enabling the generation of APM Policy , which will allow engineers to define APM workflows using natural language rather than complex logic builders. We are also advancing Data Quality Enhancement tools that go beyond simple mapping. These systems will proactively identify data anomalies and gaps, effectively "self-healing" the data foundation as the plant evolves. As these capabilities mature, the platform will transition from a tool you query to an intelligent environment , that identifies potential anomalies and provides guidance to mitigation and risk reduction actions.

The Bigger Picture

This is the final installment in the Intelligence at Work series. Over the last six posts, we have traced a clear path:
  • Optimizing combustion with neural networks.
  • Predicting failures with machine learning digital twins.
  • Seeing defects through computer vision.
  • Reading turnaround reports with generative AI.
  • Strategizing across the fleet with AI-assisted Reliability-Centered Maintenance and Failure Mode and Effects Analysis.
  • Unlocking the underlying data with natural language.
The common thread isn't the technology; it’s the destination. We are moving toward a future where decades of operational expertise are no longer buried in silos, trapped behind facility fences, or lost when an engineer retires. They are embedded directly into the workflow.

The goal is to give every engineer the tools to do what they have always done, only faster, and with more context. With the collective intelligence of the entire enterprise and GE Vernova's decades of learning what works across the world's most complex assets built right into the platform.

Author Section

Author

Laura Pappas

Product Marketing Director, GE Vernova

With 13 years in B2B SaaS, Laura focuses on go-to-market strategy and positioning for AI and cloud. Her brain lights up when she finds the story buried inside a complex product and figures out how to make the audience care enough to act. She holds an MBA from Columbia Business School. She writes about human judgment and AI at Signal to Story, her newsletter on what happens when technology works in service of people rather than the other way around. Outside of work, she can be found hiking with her tripod canine companion, Molly.