Problem-solving is at the heart of every business decision, strategic initiative, and personal breakthrough. Yet, mosteven seasoned professionals — do not do it well, consistently and with desired impact, But we expect our digital agents to deliver solutions to our needs with perfection, always. At least that is the endeavor behind designing the working of Agentic-AI.
Machines are inherently dumb, and hence seek full intent clarity, modular decomposition, integration and interdependence protocols, data sources & linkages, optimization function and desired output format to deliver against the problem or request asked of them. No gaps or skipping of steps allowed! Hence machines do need to rely on framework, like MCP to gather requirements and deliver outcome in a structured stepwise process.
I believe even humans will do much better problem solving if we employ MCP framework in our problem-solving approach in a systematic and disciplined manner.
Multi Component Pipeline (MCP) framework, as the name suggests, breaks down a problem into a sequence of discrete, interlinked components, each responsible for a specific transformation, decision, or analysis or action, and collectively taking the process from problem to recommendation
Let us do a quick tour through these components:
- Problem Definition layer: Agent command requires a crisp articulation of the problem with boundaries, context, and measurable goals. In fact, lots of effort is made to get the intent rightly converted into proper prompt. Do we insist on same level of shared clarity of the problem, or rush into action basis vague understanding of the expectations?
- Decomposition Engine: Seldom is the real-life complex problem solvable within one module or function or domain. This component breaks the main problem into sub-problems or modules. It involves deliberate analysis of possible contributors to the problem and defining logical structure, dependencies, and execution order of components
- Input Interface Layer and Preprocessing: Here the focus is to specify exactly what data is needed for each step, and how it should be transformed. Agents then gather and validate required data, and transform raw input into structured, usable formats. Given the access Agent has to infinite set of data points, it is paramount for Agent to clearly define the purpose and format for each data point. Contrast this to our approach, where it is either data deluge, by gathering all available data, or data drought, wherein the assumption is of either data not there or incorrect
- Task Execution layer: These layers involve equivalent to module leaders or subcomponent leads executing the specific sub-tasks, such as analysis, classification, or routing and creating intermediate outputs. The clearer the task is the more efficient the delivery.
- Reasoning / Aggregation Layer and Explanation Generator: This component integrates intermediate outputs from task modules and applies rules, heuristics, or logic to compose overall coherent conclusions. Insights may come from different fields including heuristics, quantitative analysis, best practices, empirical evidence, scientific research and this layer collates outputs. Further explanation generator produces interpretable outputs, with rationales and confidence levels against each set of conclusions.
- Recommendation Engine: MCP clearly differentiates the reasoning layer and the recommendation layer, helping creation of multiple recommendations against conclusions. This component maps conclusions to each actionable outputs, such as decisions, next steps, alerts, or strategy recommendations, and present recommendations with priority or ranking. As user, if you are looking for accuracy or for variety, you can indicate Temperature level accordingly during the prompt itself. In our problem-solving approach, we too would gain to ascertain the level of accuracy or creativity expected from the answer, and keep discipline in separating the conclusion and
- Output Delivery Layer: This component formats and sends final output to the designated system or user, such as a UI, dashboard, workflow tool, or report. A bit of thinking on how user would prefer to consume the outcome, will greatly enhance the impact and reduce rework. Choices of charts, words, depth of data, sequencing of arguments, and tabulating of recommendations greatly influence the quality of the recommendations as viewed at the end.
- Governance & Audit Layer: This component logs inputs, processes, versions, and decisions for traceability, compliance, and accountability. It often includes versioning and role assignments. The discipline of maintaining evidence of decision inputs, decision contributors and influencing assumptions in documented traceable form is essential requirement, often forgotten unless specifically traced to closure.
- Decision Feedback & Learning Loop: To me this component is the most powerful part of the MCP framework. Based on the results, one can trace and identify components that needs strengthening by updating parameters, models, or resources linked to that component. The evolution of problem-solving capabilities over time is embedded in the framework itself.
Most of our daily life problem solving approaches fall into avoidable traps: poorly defined problem statements, inadequate or noisy data, uncoordinated module outcomes, jumping to conclusions, or delivering recommendations in unconsumable formats.
MCP is truly a meta-cognitive scaffold and its adoption as problem solving framework would enhance clarity, objectivity, rigor, explainability, traceability, and acceptance to human endeavors, as much as it does for Agents.