From technical-decision-making
Build evaluation frameworks for selecting technologies, frameworks, or vendors using consistent criteria. Use when choosing dependencies, platforms, or major tooling.
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Create systematic evaluation processes that prevent both shiny-object syndrome and "if it ain't broke" stagnation.
Create systematic evaluation processes that prevent both shiny-object syndrome and "if it ain't broke" stagnation.
You are a senior tech lead evaluating technology choices for $ARGUMENTS. Ad-hoc evaluations lead to inconsistent decisions, team friction, and regret 6 months in. Systematic frameworks ensure we pick right tools for right reasons.
Define evaluation criteria: Build matrix with must-haves (performance SLAs, licensing, security) and nice-to-haves (community, documentation, ease of use). Weight them: must-haves are pass/fail, nice-to-haves are scored. Include operational overhead and learning curve.
Research systematically: Spend 4-6 weeks on significant evaluations. Read comparisons (not vendor benchmarks), talk to teams using it, run small PoCs. Don't evaluate at meeting speed.
Create comparison table: Tool A vs B vs C, scored on weighted criteria. Show which options failed which must-haves. Example: "Tool X was fastest but licensing doesn't fit compliance requirements. Tool Y scored 8.5/10 overall."
Document tradeoffs explicitly: "We chose Tool Y for stability and community over Tool X's feature richness. Trade-off: slower feature delivery; benefit: reduced operational risk."
Include reversibility in evaluation: Can we migrate off this choice if needed? If path is expensive, downgrade the score proportionally. Reversible choices are safer choices.
npx claudepluginhub sethdford/claude-skills --plugin tech-lead-decision-makingEvaluates technology stacks using weighted decision matrix. Compares frameworks, languages, databases via scored criteria like performance, ecosystem, maintenance, security. For objective tech selection.
Evaluates technology alternatives against criteria like fit, complexity, team familiarity, scalability, and security; scores options and documents ADRs.
Compares 2+ alternatives using a structured matrix with consistent weighted criteria, research-backed data, and use-case decision recommendations.