Technical Feasibility Review
Technical Feasibility Review helps the founder or programme team critically review technical complexity, skills, architecture, cost and build risk. Within Product, MVP & Technology Development, it turns a broad or uncertain area of the venture into a concrete Bertie work product that can be reviewed, improved and reused. The task is intentionally discrete: it should produce a specific artefact, decision, evidence item or risk signal rather than general learning notes.
Critically test the quality, consistency and readiness of Technical Feasibility Review. The objective is to remove ambiguity around technical complexity, skills, architecture, cost and build risk, give the founder a decision-ready output, and make it clear whether the venture should progress, repeat the task with stronger evidence, escalate to expert support, or move into a linked stage.
Bertie or a programme manager assigns Technical Feasibility Review when the venture needs a decision-ready output for this group. Typical triggers include group-gate reviews, evidence gaps identified by the co-pilot or founder request.
validated problem evidence; target user; solution concept; technical constraints; current product artefacts; existing artefact to review; specific context for technical complexity, skills, architecture, cost and build risk.
The founder consolidates all existing technical documentation, architectural diagrams, repository links, and third-party API dependencies into a central review folder. They compile previous research, technical spikes, developer estimates, and explicit technology choices made to date.
ObjectiveCompiling this documentation establishes an audited baseline of the current technical proposition. This ensures the technical feasibility review evaluates concrete claims rather than fragmented assumptions, preventing misinformed technology decisions later.
What's expectedThe founder must provide a single structured repository or data-room folder containing system architecture sketches, data flow diagrams, technical stack lists, and vendor agreements. All documentation must be current, attributed, and tagged with explicit version numbers.
Open action arrow_forwardConsultant stress-test · 5 questions- 1.What primary source documentation underpins this technical architecture overview, and how recently was it validated?
- 2.Why have you included these specific third-party components, and where are their technical integration specifications documented?
- 3.How did you ensure that informal technical decisions made by initial developers are captured in this review bundle?
- 4.Which elements of this assembled evidence rely on unverified vendor claims rather than empirical benchmark testing?
- 5.How does the completeness of this technical documentation compare to what an incoming Lead Architect would require to commence work?
- A data-room asset titled Technical Feasibility Review
- A review note with a verdict, evidence gaps, risks, recommended corrections and a clear continue / repeat / escalate decision
- It should update the venture DNA with specific evidence or decisions about technical complexity, skills, architecture, cost and build risk, create a visible milestone in the founder journey, and generate one or more recommended next tasks
Bertie co-pilot links product choices to customer evidence, flags unsupported features or technical risk, drafts product artefacts, and recommends build, test or compliance tasks. For this task, it should focus on technical complexity, skills, architecture, cost and build risk, prompt the founder for missing inputs, draft or improve the output, flag weak assumptions, and record the result back into the relevant data-room section.
A mentor or evaluator can review the output at the group gate. Programme managers can require an advisor checkpoint before Bertie moves the venture forward.