antipattern-detector
Detect common technical and organizational anti-patterns in proposals, architectures, and plans. Use when strategic-cto-mentor needs to identify red flags before they become problems.
git clone --depth 1 https://github.com/alirezarezvani/claude-cto-team /tmp/antipattern-detector && cp -r /tmp/antipattern-detector/skills/antipattern-detector ~/.claude/skills/antipattern-detectorSKILL.md
# Anti-Pattern Detector Identifies recurring failure patterns in technical decisions, organizational structures, and project plans. ## When to Use - Reviewing architecture proposals - Evaluating project plans and roadmaps - Assessing team structures and processes - Validating technology choices - Checking migration strategies ## Why Anti-Patterns Matter Anti-patterns are **proven failure modes**. They look reasonable on the surface but lead to predictable problems: - **Technical debt accumulation** - **Team burnout and turnover** - **Missed deadlines and budgets** - **System instability** - **Organizational dysfunction** Detecting them early saves months of pain. --- ## Anti-Pattern Categories ### 1. Architecture Anti-Patterns Structural problems in system design. | Pattern | Description | Symptoms | |---------|-------------|----------| | **Big Ball of Mud** | No clear architecture, everything coupled | Can't change X without breaking Y | | **Golden Hammer** | Using one tech for everything | "We'll use Kubernetes for that too" | | **Premature Microservices** | Splitting before understanding boundaries | 3 devs managing 20 services | | **Distributed Monolith** | Microservices with tight coupling | Deploy all services together | | **Resume-Driven Development** | Tech choices for career, not product | "Let's use Rust for the admin panel" | ### 2. Timeline Anti-Patterns Planning failures that guarantee missed deadlines. | Pattern | Description | Symptoms | |---------|-------------|----------| | **Timeline Fantasy** | Optimistic estimates ignoring reality | "6 weeks if everything goes well" | | **Scope Creep Blindness** | Not accounting for inevitable additions | Same deadline, 2x features | | **Parallel Path Delusion** | Assuming unlimited parallelization | "Add more devs to go faster" | | **MVP Maximalism** | MVP that's actually V3 | 47 features in "minimum" product | | **Demo-Driven Development** | Building for demos, not production | "It works on my machine" | ### 3. Team Anti-Patterns Organizational structures that create dysfunction. | Pattern | Description | Symptoms | |---------|-------------|----------| | **Hero Culture** | Reliance on key individuals | "Only Sarah can fix that" | | **Knowledge Silos** | Critical info in one person's head | Bus factor of 1 | | **Conway's Law Violation** | Architecture doesn't match team structure | Team boundaries ≠ service boundaries | | **Understaffed Ambition** | Big plans with tiny teams | 2 devs building "the platform" | | **Absent Ownership** | No clear owner for components | Bugs fall through cracks | ### 4. Process Anti-Patterns Workflow failures that slow delivery. | Pattern | Description | Symptoms | |---------|-------------|----------| | **Cargo Cult Agile** | Agile ceremonies without principles | Standups but no shipping | | **Analysis Paralysis** | Over-planning, under-executing | Month 3 of "finalizing requirements" | | **Infinite Refactoring** | Never shipping, always "improving" | "One more cleanup before release" | | **Documentation Theater** | Docs that no one reads or maintains | 200-page spec, outdated day 1 | | **Meeting Madness** | More meetings than coding time | "Let's schedule a meeting to discuss" | ### 5. Technology Anti-Patterns Poor technology decisions. | Pattern | Description | Symptoms | |---------|-------------|----------| | **Shiny Object Syndrome** | Chasing latest tech without reason | "We should rewrite in [new thing]" | | **Not Invented Here** | Building what should be bought | Custom auth, custom logging, custom everything | | **Vendor Lock-in Denial** | Ignoring exit costs | "We can always migrate later" | | **Premature Optimization** | Optimizing before measuring | Caching layer with 10 users | | **Framework Overload** | Too many frameworks/libraries | 47 npm dependencies for a button | --- ## Detection Process ### Step 1: Scan for Signals Look for these phrases that often indicate anti-patterns: **Timeline signals**: - "If everything goes well..." - "We can do it faster if we're focused..." - "Just need to hire..." - "Should only take..." **Architecture signals**: - "We'll figure out the boundaries later..." - "Everything talks to everything..." - "It's only for now..." - "We can always refactor..." **Team signals**: - "Only [person] knows..." - "We'll hire for that..." - "[Person] will handle all of..." - "The team can absorb..." **Process signals**: - "We don't need docs for this..." - "We'll add tests later..." - "Let's discuss in the meeting..." - "Requirements are still evolving..." ### Step 2: Verify Pattern Match For each suspected anti-pattern: 1. **Identify the pattern**: Which specific anti-pattern? 2. **Gather evidence**: What in the proposal matches? 3. **Assess severity**: How bad is it? (Critical/High/Medium/Low) 4. **Check context**: Could this be a reasonable exception? ### Step 3: Document Findings ```markdown ### Anti-Pattern: [Name] **Category**: Architecture / Timeline / Team / Process / Technology **Severity**: Critical / High / Medium / Low **Evidence**: - [Quote or observation 1] - [Quote or observation 2] **Why This Is a Problem**: [Explain the typical failure mode] **Historical Examples**: [Reference similar failures if known] **Recommendation**: [Specific action to address] ``` --- ## Severity Framework ### Critical Will cause project failure if not addressed. - **Examples**: No clear ownership, timeline fantasy for commitments, hero dependency - **Action**: Stop and address before proceeding ### High Will cause significant problems. - **Examples**: Premature microservices, understaffed plans, shiny object syndrome - **Action**: Address in planning phase ### Medium Will cause friction and delays. - **Examples**: Documentation gaps, process inefficiencies, minor scope creep - **Action**: Include in risk mitigation ### Low Worth noting but manageable. - **Examples**: Style inconsistencies, minor tech debt, preference-based choices - **Ac
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Recommend architecture patterns (monolith, microservices, serverless, modular monolith) based on scale, team size, and constraints. Use when cto-architect needs to select the right architectural approach for a new system or migration.