IBM puts governed context at the center of production AI
Governed context is becoming a practical requirement for artificial intelligence agents expected to make decisions across a business. As enterprises move beyond personal productivity tools, those agents need information that reflects changing conditions across the systems they use. IBM Corp.’s approach connects that data foundation to the broader challenge of putting AI into production. A […] The…
IBM is placing governed context at the forefront of production AI, recognizing its critical role in decision-making processes across enterprises. As businesses transition from personal productivity tools to more sophisticated AI agents, the need for contextual data becomes increasingly important. Shaun Clowes, general manager of Confluent and Data at IBM, emphasized that providing an AI model with the right information is akin to delegating specific tasks to experts.
For instance, assigning accounts receivable management to a nuclear physicist would be impractical; similarly, feeding a large language model with unrelated data would hinder its reasoning capabilities. Clowes highlighted the necessity of a "streamhouse architecture" that can integrate real-time data from various operational systems, such as travel bookings, baggage tracking, and rental cars, ensuring the information remains relevant during decision-making.
This architecture, developed by IBM Confluent, supports the preparation of data products across the environments where business information originates, minimizing the need for centralized data storage. Moreover, Clowes stressed that context tailored to the specific tasks of AI agents is crucial. Different teams may interpret business terms differently, so defining the meaning of terms within their specific context is essential for the model to reason accurately.
By establishing these governed datasets and metrics, enterprises can ensure the foundation upon which AI models reason is reliable. The process begins with high-value tasks, allowing enterprises to iteratively improve individual agents as they gain experience. As agents become more proficient, businesses can explore reorganizing work processes, potentially eliminating redundant procedures altogether.
The ultimate goal is to create a system that learns and adapts at every level, enabling autonomous operations and real-time decision-making based on current business information.
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