Transactive Memory May Be The Key To Unlocking Value With Agentic AI

Transactive Memory May Be The Key To Unlocking Value With Agentic AI

Transactive Memory May Be The Key To Unlocking Value With Agentic AI

https://www.forbes.com/sites/anjanasusarla/2026/01/14/transactive-memory-may-be-the-key-to-unlocking-value-with-agentic-ai/

Publish Date: 2026-01-14 18:00:00

Source Domain: www.forbes.com

  • Agentic AI Optimism: Organizations are optimistic about implementing agentic AI but are hesitant to fully deploy autonomous decision-making agents.
  • Transactive Memory Systems (TMS): TMS is proposed as a framework for understanding how agentic AI can achieve greater autonomy through cooperation, akin to a “group mind” rather than isolated agents.
  • TMS Pillars in Agentic AI: TMS relies on three pillars: Specialization, Credibility, and Coordination, which are now being applied in multi-agent AI systems to mimic human team dynamics.
  • Specialization, Credibility, and Coordination: In agentic AI, specialization allows different agents to focus on specific tasks, credibility assesses the reliability of agent inputs, and coordination efficiently manages information flow between agents.
  • Distributed Cognition and TMS: TMS aids in transitioning from individual tools to collaborative AI agents, enabling distributed knowledge management and dynamic learning to enhance organizational decision-making.
  • Responsibility in Agentic AI: The design of TMS in agentic AI systems addresses responsibility gaps by assigning accountability at the level of the overall cognitive framework rather than individual agents.
  • Distributed Responsibility: With agentic AI, responsibility lies in the design and control of the transactive memory system, including role designation, routing logic, confidence thresholds, and human intervention decisions.
  • Human-AI Collaboration: Agentic AI enhances collaborative decision-making by integrating human abilities in ethical and creative judgments with AI strengths in data processing and pattern recognition, leveraging distributed cognition for improved outcomes.