Purpose of this guide
Most organizations do not suffer from a shortage of AI ideas. They suffer from a shortage of well-defined business opportunities. Starting with a new model, assistant or agent reverses the order of the problem.
A stronger approach begins with how the organization creates value, then examines processes, decisions, exceptions, investigations, knowledge, systems and data.
Only after that operating context is understood should the organization decide whether the answer is conventional software, workflow automation, an AI agent, machine learning, optimization or a combination.
A prioritized AI opportunity with a defined business problem, intelligence pattern, pilot boundary and measurable outcome.
Define the business objective
Begin with the business result that matters—not with a model, agent or technology.
Every credible AI opportunity should connect to an observable business objective. That objective gives the team a reason to invest, a way to prioritize competing ideas and a basis for measuring whether the eventual solution creates value.
Avoid objectives such as “use generative AI” or “deploy agents.” Those describe technologies, not outcomes. Ask what must become faster, better, safer, less expensive or more scalable.
Map the value chain
Locate where value is created, transferred, delayed or lost.
View the organization as a system rather than a collection of departments. Follow the flow from suppliers and partners through the enterprise to customers and stakeholders.
Look for delays, rework, information gaps, handoffs, capacity constraints, service failures and decisions that materially affect the objective.
Identify priority processes
Find the workflows that materially influence the objective.
Identify processes that consume significant time, generate frequent exceptions, depend on specialized knowledge or constrain throughput.
Processes are particularly interesting when conventional automation has struggled because the work contains judgment, ambiguity, unstructured information or cross-system investigation.
Identify the decisions
Processes move because people and systems make decisions.
A process map tells you what happens. A decision map explains why work moves in one direction rather than another. Intelligent systems create value when they improve the quality, speed or consistency of these decisions.
For each important decision, document the trigger, owner, information required, available options, constraints and consequence of a poor or delayed decision.
Map the exceptions
Exceptions reveal where intelligence can create disproportionate value.
Exceptions occur when the standard path can no longer continue: inventory is unavailable, information is missing, a supplier is late, a transaction looks unusual or two systems disagree.
These situations frequently require humans to interpret context, gather evidence and choose among imperfect alternatives.
Understand the investigation
Understand how a capable person reaches a decision.
Experienced employees investigate before deciding. They open systems, read notes, compare transactions, search documents, contact colleagues and reconstruct context.
Each information-gathering action is a candidate for a governed agent tool.
Identify required knowledge
Separate transaction data from the knowledge needed to interpret it.
Enterprise decisions depend on policies, procedures, product knowledge, contracts, historical cases, customer context and operational experience.
Identify which sources must be available at decision time and which source is authoritative when information conflicts.
Map systems and data
Determine whether intelligence can reach the information and actions it needs.
Map systems that provide context and systems where actions ultimately occur. Distinguish read access from write access.
An agent may safely investigate an ERP while still requiring explicit approval before creating a transfer, changing a price or contacting a customer.
Classify the intelligence required
Choose the simplest reliable mechanism for each part of the problem.
Not every opportunity requires an LLM, and not every intelligent capability requires machine learning. Classify the work according to the computation it actually requires.
Complex solutions can combine approaches: an agent investigates, calls a forecasting model, invokes optimization, explains the result and requests approval.
Estimate business value
Translate the opportunity into economic and operational consequences.
Estimate frequency, effort, delays, revenue affected, avoidable cost, capacity released and risk reduced.
Early estimates do not need false precision. Their purpose is to establish an order of magnitude and expose assumptions that a pilot can test.
Assess feasibility
Determine whether the opportunity can be responsibly delivered.
Evaluate data availability, integration complexity, reliability, security, privacy, human oversight and organizational readiness.
A solution can be technically possible but operationally unacceptable if ownership is unclear or consequential actions cannot be governed.
Prioritize opportunities
Compare opportunities using value and feasibility instead of enthusiasm.
High-value, high-feasibility opportunities are natural pilot candidates. High-value but difficult opportunities may require architecture or data groundwork first.
Also consider strategic learning: a modest pilot can establish reusable identity, tools, data access, approvals and observability.
Define the pilot
Create a bounded experiment that tests a business hypothesis.
Define users, trigger, information, intelligence, tools, actions, human approvals and success measures.
Keep the pilot narrow enough to learn quickly but complete enough to exercise the real operating workflow.
Prepare to scale
Turn a successful pilot into a governed operating capability.
Scaling requires ownership, monitoring, security, cost controls, data governance, auditability, support and organizational change.
Design reusable boundaries. Agents should call business capabilities rather than vendor-specific functions, and consequential actions should remain governed.
Decision framework
Choose the right intelligence pattern
Use the simplest mechanism that can reliably perform the work.
| Signal | Consider | Examples |
|---|---|---|
| Rules are explicit and stable | Deterministic software | Validation, calculations, routing rules and thresholds |
| Work requires interpretation or investigation | AI agent | Exception investigation, document reasoning and decision support |
| Historical patterns must predict an outcome | Machine learning | Forecasting, fraud scoring, churn and predictive maintenance |
| Many constrained options must be compared | Optimization | Routing, scheduling, inventory allocation and resource planning |
| Repeated steps cross systems and teams | Workflow automation | Approvals, case routing, notifications and system updates |
Working canvas
AI Opportunity Canvas
Summarize one opportunity before moving into architecture or implementation.
Business objective
What measurable outcome are we trying to improve?
Process
Where in the value chain does the opportunity occur?
Decision
What important decision must be made?
Exception
What prevents the normal workflow from continuing?
Investigation
What must a capable person investigate before deciding?
Knowledge
What policies, documents or expertise are required?
Systems & data
What systems provide context and where must actions occur?
Intelligence pattern
Software, agent, ML, optimization, automation—or a combination?
Human accountability
Which recommendations or actions require human review?
Value hypothesis
What operational or economic improvement do we expect?
Pilot
What is the smallest complete workflow that can test the hypothesis?
Success measures
What evidence would justify scaling the capability?
Readiness check
Before moving into solution design
Business objective
The desired outcome and current measure are explicit.
Operational context
The relevant process, decisions and exceptions are understood.
Investigation path
The information and tools required to resolve the work are known.
Intelligence pattern
The team knows why it needs software, agents, ML or optimization.
Data and integration
Required information and systems appear accessible.
Human accountability
Decision ownership and approval boundaries are explicit.
Value hypothesis
Expected operational or economic impact can be tested.
Pilot boundary
A small but complete experiment can be defined.
From guide to working session
Bring the opportunity into the Myria Lab.
Use a guided Discovery Lab session to map the operating problem, decisions, exceptions, data, intelligence and architecture required for a practical pilot.
Explore the Myria Labs →