Technology solutions
Define the user task, operating outcome, and information required before committing to a technology solution. Test the assumptions that could change the investment decision. Deliver a first release that people can use, with ownership for support and improvement established from the start.
A focused starting assignment
A platform or product decision is moving faster than the requirements and ownership.
Explore the fit in an initial conversation. We agree the assignment, inputs and deliverables separately before work begins.
Discuss technology discoveryYour starting point
Technology in its operating context
A solution must support the task, fit the workflow and give the business a way to operate it.
The task a person needs to complete.
The roles and handoffs that support the task.
The definitions, sources and data the work requires.
The tools, integrations and ownership that sustain it.
Test each increment against the original user need.
Illustrative solution view. Architecture and scope depend on the business need.
The decisions behind the work
Use these questions to define the investigation. Each connects an uncertainty to the evidence needed for a decision.
Observe the user task, examine existing capabilities, and identify whether the constraint comes from tools, information, process, or ownership.
Improve the working method, configure an existing capability, or evaluate a new solution against a defined need.
Test a representative workflow with intended users. Examine data availability, integration dependencies, acceptance criteria, and the assumptions behind expected value.
Choose a prototype or pilot that resolves the most consequential uncertainty before expanding scope.
Identify owners for access, data quality, support, recurring costs, and future changes. Check how the new capability fits existing workflows.
Set the conditions for release and expansion, including user readiness, support responsibilities, and a fallback if the solution cannot operate as intended.
The work
Compare the decisions, workstreams and deliverables below. Together, we select the scope that addresses your problem and the evidence needed to act.
Clarify the user, their task, and the business need. Explore possible solutions through interviews, workflow analysis, and prototypes. Identify what must be learned before making a larger implementation commitment.
Illustrative deliverables
Break agreed requirements into manageable increments. Clarify priorities, dependencies, acceptance criteria, and review responsibilities. Make room to adapt the plan as working increments produce new evidence.
Illustrative deliverables
Identify the decision first, then assess the information available to support it. Examine definitions, data quality, and reporting needs. Where predictive analysis is relevant, specify how its usefulness and limitations would be evaluated.
Illustrative deliverables
Examine how employees communicate, collaborate, find information, and complete recurring tasks. Identify unnecessary duplication and gaps between tools and working practices. Address adoption and ownership alongside the proposed tool changes.
Illustrative deliverables
Technology solutions
Build what the business can put to work.
Measuring progress
Define the starting point and compare speed, quality and effort together. Set targets after examining the baseline and operating conditions.
The task, its acceptance criteria, and the time or steps required in the current and proposed experience.
Who is expected to use the solution, for which recurring task, and what counts as meaningful use.
The boundaries of each increment, acceptance conditions, and the severity and disposition of defects.
The required completeness, consistency, freshness, and ownership of data used for a defined decision.
The relevant costs, support requests, and maintenance responsibilities across the solution's expected life.
The operating or customer measure the solution is intended to influence, with a baseline and a review of other contributing changes.
Working together
Agree the business owner, the user task, the outcome sought, and the constraints. Avoid treating a preferred tool as the requirement.
Explore workflows and available information, develop an appropriate prototype, and review it with intended users. Record unanswered questions and dependencies.
Prioritize a focused scope that completes a user task. Establish acceptance criteria and assign responsibility for data, integration, adoption, and ongoing operation.
Review working increments with business and technical stakeholders. Use feedback and test results to adjust priorities and resolve defects.
Review the pilot against agreed measures before expanding. Document support responsibilities, operating instructions, and the evidence behind the next decision.
An example of the work
Illustrative example · Fictional scenario
Not client work or a claim of results.
Sample work product / 2-page PDF
A gated plan for a shared quote-to-order queue, connecting dependencies and acceptance criteria with business, data and support ownership.
Related perspective
Before you buy another platformQuestions worth asking
That decision should follow a review of the required capability, current constraints, and operating costs. Configuration, integration, or a process change may address the need. Compare those options with replacement using the same acceptance criteria and support assumptions.
Trace the decision back to metric definitions, source records, refresh schedules, and ownership. Establish which differences affect the decision before designing another dashboard. A shared metric dictionary and an explicit quality threshold can make the reporting requirement testable.
Yes. Start with a defined user, task, and business outcome. Use workflow analysis, prototypes, and feedback to turn assumptions into requirements. Record unresolved questions and separate essential acceptance criteria from features that can wait.
Start a conversation
Tell us who needs to do what differently, which systems are involved, and what you need to learn before moving forward.
Discuss a technology decision
