benchmarking-analyst

name	benchmarking-analyst
description	Benchmarking analysis skill for performance comparison and best practice identification.
allowed-tools	Bash(*) Read Write Edit Glob Grep WebFetch
metadata	{"author":"babysitter-sdk","version":"1.0.0","category":"continuous-improvement","backlog-id":"SK-IE-042"}
graph	{"domains":["domain:industrial-engineering"],"skillAreas":["skill-area:statistical-analysis","skill-area:organizational-design","skill-area:data-analysis"],"roles":["role:operations-analyst","role:research-engineer"]}

benchmarking-analyst

You are benchmarking-analyst - a specialized skill for benchmarking analysis including performance comparison and best practice identification.

Overview

This skill enables AI-powered benchmarking including:

• Internal benchmarking
• Competitive benchmarking
• Functional benchmarking
• Generic/best-in-class benchmarking
• Gap analysis
• Best practice identification
• Adaptation planning
• Performance tracking

Capabilities

1. Benchmarking Project Setup

from dataclasses import dataclass
from typing import List, Dict, Optional
from datetime import datetime
from enum import Enum

class BenchmarkType(Enum):
    INTERNAL = "internal"  # Compare within organization
    COMPETITIVE = "competitive"  # Compare with competitors
    FUNCTIONAL = "functional"  # Compare similar functions across industries
    GENERIC = "generic"  # Compare with best-in-class anywhere

@dataclass
class BenchmarkProject:
    title: str
    benchmark_type: BenchmarkType
    process_area: str
    metrics: List[str]
    partners: List[str]
    owner: str

def setup_benchmark_project(project: BenchmarkProject):
    """
    Set up benchmarking project structure
    """
    phases = {
        "1_planning": {
            "status": "in_progress",
            "tasks": [
                {"task": "Identify what to benchmark", "status": "complete"},
                {"task": "Identify benchmark partners", "status": "complete"},
                {"task": "Determine data collection method", "status": "not_started"},
                {"task": "Define metrics and calculations", "status": "not_started"}
            ]
        },
        "2_analysis": {
            "status": "not_started",
            "tasks": [
                {"task": "Collect current performance data", "status": "not_started"},
                {"task": "Collect partner performance data", "status": "not_started"},
                {"task": "Determine performance gaps", "status": "not_started"},
                {"task": "Identify enablers of superior performance", "status": "not_started"}
            ]
        },
        "3_integration": {
            "status": "not_started",
            "tasks": [
                {"task": "Communicate findings", "status": "not_started"},
                {"task": "Establish improvement goals", "status": "not_started"},
                {"task": "Develop action plans", "status": "not_started"}
            ]
        },
        "4_action": {
            "status": "not_started",
            "tasks": [
                {"task": "Implement improvements", "status": "not_started"},
                {"task": "Monitor progress", "status": "not_started"},
                {"task": "Recalibrate benchmarks", "status": "not_started"}
            ]
        }
    }

    return {
        "project_id": f"BM-{datetime.now().strftime('%Y%m%d')}",
        "title": project.title,
        "type": project.benchmark_type.value,
        "process_area": project.process_area,
        "metrics": project.metrics,
        "partners": project.partners,
        "owner": project.owner,
        "created_date": datetime.now().strftime("%Y-%m-%d"),
        "phases": phases,
        "status": "planning"
    }

2. Data Collection Framework

def create_data_collection_template(metrics: List[str], partners: List[str]):
    """
    Create template for benchmark data collection
    """
    template = {
        "data_points": {},
        "collection_guidance": {}
    }

    for metric in metrics:
        template["data_points"][metric] = {
            "our_performance": {
                "value": None,
                "unit": None,
                "period": None,
                "data_source": None,
                "confidence": None
            },
            "partners": {partner: {
                "value": None,
                "unit": None,
                "period": None,
                "data_source": None,
                "is_estimate": False
            } for partner in partners}
        }

        template["collection_guidance"][metric] = {
            "definition": f"Standard definition for {metric}",
            "calculation": f"How to calculate {metric}",
            "data_sources": ["System A", , ],
            : 
        }

     template

 ():
    
    issues = []

     metric, values  data[].items():
        
         values[][]  :
            issues.append()

        
        partners_with_data = (  p  values[].values()
                                  p[]   )
         partners_with_data == :
            issues.append()
         partners_with_data < (values[]) / :
            issues.append()

        
        units = ()
         values[][]:
            units.add(values[][])
         p  values[].values():
             p[]:
                units.add(p[])
         (units) > :
            issues.append()

     {
        : (issues) == ,
        : issues,
        : calculate_completeness(data)
    }

 ():
    
    total_cells = 
    filled_cells = 

     metric, values  data[].items():
        total_cells +=   
         values[][]   :
            filled_cells += 

         partner_data  values[].values():
            total_cells += 
             partner_data[]   :
                filled_cells += 

     (filled_cells / total_cells * , )  total_cells >   

3. Gap Analysis

import numpy as np

def perform_gap_analysis(data: Dict, higher_is_better: Dict = None):
    """
    Perform gap analysis between our performance and benchmarks

    higher_is_better: {metric: True/False}
    """
    higher_is_better = higher_is_better or {}
    gap_analysis = []

    for metric, values in data['data_points'].items():
        our_value = values['our_performance']['value']
        if our_value is None:
            continue

        partner_values = [p['value'] for p in values['partners'].values()
                         if p['value'] is not None]

        if not partner_values:
            continue

        # Calculate statistics
        best = max(partner_values) if higher_is_better.get(metric, True) else min(partner_values)
        worst = min(partner_values) if higher_is_better.get(metric, True) else max(partner_values)
        median = np.median(partner_values)
        mean = np.mean(partner_values)

        # Calculate gaps
        gap_to_best = best - our_value if higher_is_better.get(metric, True)  our_value - best
        gap_to_median = median - our_value  higher_is_better.get(metric, )  our_value - median

        
        all_values = partner_values + [our_value]
        all_values_sorted = (all_values, reverse=higher_is_better.get(metric, ))
        our_rank = all_values_sorted.index(our_value) + 
        percentile = (( - our_rank / (all_values)) * , )

        gap_analysis.append({
            : metric,
            : our_value,
            : best,
            : (median, ),
            : (mean, ),
            : worst,
            : (gap_to_best, ),
            : (gap_to_median, ),
            : (gap_to_best / our_value * , )  our_value !=   ,
            : percentile,
            : classify_position(percentile)
        })

    
    gap_analysis.sort(key= x: (x[]), reverse=)

     {
        : gap_analysis,
        : {
            : (gap_analysis),
            : (  g  gap_analysis  g[] > ),
            : (  g  gap_analysis  g[] < ),
            : gap_analysis[][]  gap_analysis  
        }
    }

 ():
    
     percentile >= :
         
     percentile >= :
         
     percentile >= :
         
     percentile >= :
         
    :
         

4. Best Practice Identification

def identify_best_practices(gap_analysis: Dict, partner_insights: Dict):
    """
    Identify best practices from benchmark partners

    partner_insights: {partner: {metric: {'practice': str, 'enablers': [str]}}}
    """
    best_practices = []

    for gap in gap_analysis['gaps']:
        metric = gap['metric']

        if gap['gap_to_best'] <= 0:
            # We are best-in-class, document our practice
            best_practices.append({
                'metric': metric,
                'source': 'internal',
                'practice': 'Current practice is best-in-class',
                'value': gap['our_value'],
                'action': 'document_and_share'
            })
        else:
            # Find best performer's practice
            for partner, insights in partner_insights.items():
                if metric in insights:
                    if insights[metric].get('is_best'):
                        best_practices.append({
                            'metric': metric,
                            'source': partner,
                            'practice': insights[metric]['practice'],
                            'enablers': insights[metric].get('enablers', []),
                            'value': gap['best_in_class'],
                            'our_gap': gap[],
                            : 
                        })

     {
        : best_practices,
        : (  p  best_practices  p[] == ),
        : (  p  best_practices  p[] == )
    }

5. Improvement Target Setting

def set_improvement_targets(gap_analysis: Dict, timeline_years: int = 3):
    """
    Set improvement targets based on gaps
    """
    targets = []

    for gap in gap_analysis['gaps']:
        if gap['gap_to_median'] <= 0:
            # Already above median, target best-in-class
            target = gap['best_in_class']
            ambition = 'stretch'
        elif gap['position'] in ['Laggard', 'Below Average']:
            # Significant gap, target median first
            target = gap['median']
            ambition = 'catch_up'
        else:
            # Close to median, target top quartile
            target = gap['best_in_class'] * 0.9  # 90% of best
            ambition = 'improve'

        # Calculate annual improvement needed
        total_improvement = target - gap['our_value']
        annual_improvement = total_improvement / timeline_years

        targets.append({
            'metric': gap['metric'],
            'current': gap['our_value'],
            'target': round(target, 2),
            'ambition': ambition,
            'timeline_years': timeline_years,
            'annual_improvement': round(annual_improvement, ),
            : generate_milestones(gap[], target, timeline_years)
        })

     {
        : targets,
        : {
            : (  t  targets  t[] == ),
            : (  t  targets  t[] == ),
            : (  t  targets  t[] == )
        }
    }

 ():
    
    improvement = (target - current) / years
    milestones = []

     year  (, years + ):
        milestones.append({
            : year,
            : (current + improvement * year, )
        })

     milestones

6. Adaptation Planning

def create_adaptation_plan(best_practice: Dict, our_context: Dict):
    """
    Create plan to adapt best practice to our context

    our_context: {
        'constraints': [str],
        'resources': [str],
        'culture': str,
        'current_capabilities': [str]
    }
    """
    adaptation = {
        'practice': best_practice['practice'],
        'source': best_practice['source'],
        'expected_improvement': best_practice.get('our_gap'),
        'adaptation_needed': [],
        'prerequisites': [],
        'implementation_phases': [],
        'risks': []
    }

    # Identify adaptations based on context
    if our_context.get('constraints'):
        adaptation['adaptation_needed'].append({
            'reason': 'Organizational constraints',
            'details': our_context['constraints'],
            'mitigation': 'Modify approach to work within constraints'
        })

    # Prerequisites based on enablers
    enablers = best_practice.get('enablers', [])
    for enabler in enablers:
        if enabler not in our_context.get('current_capabilities', []):
            adaptation['prerequisites'].append({
                'capability': enabler,
                'status': 'gap',
                'action': f'Develop capability: {enabler}'
            })

    
    adaptation[] = [
        {
            : ,
            : ,
            : ,
            : [, , ]
        },
        {
            : ,
            : ,
            : ,
            : [, , ]
        },
        {
            : ,
            : ,
            : ,
            : [, , ]
        },
        {
            : ,
            : ,
            : ,
            : [, , ]
        }
    ]

    
    adaptation[] = [
        {: , : },
        {: , : },
        {: , : }
    ]

     adaptation

7. Progress Tracking

def track_benchmark_progress(targets: List[Dict], current_performance: Dict):
    """
    Track progress toward benchmark targets
    """
    progress = []

    for target in targets:
        metric = target['metric']
        current = current_performance.get(metric)

        if current is None:
            continue

        baseline = target['current']
        goal = target['target']

        # Calculate progress
        total_needed = goal - baseline
        achieved = current - baseline
        progress_pct = (achieved / total_needed * 100) if total_needed != 0 else 0

        # Determine on-track status
        # Expected progress based on elapsed time would be calculated here
        # Simplified: check against annual milestones

        progress.append({
            'metric': metric,
            'baseline': baseline,
            'current': current,
            'target': goal,
            'improvement': round(achieved, 2),
            'progress_percent': round(progress_pct, 1),
            'remaining_gap': round(goal - current, 2),
            'status': 'on_track' if progress_pct >= 80 else   progress_pct >=   
        })

     {
        : progress,
        : {
            : (  p  progress  p[] == ),
            : (  p  progress  p[] == ),
            : (  p  progress  p[] == ),
            : (np.mean([p[]  p  progress]), )  progress  
        }
    }

Process Integration

This skill integrates with the following processes:

• benchmarking-study-execution.js
• continuous-improvement-program.js
• strategic-planning.js

Output Format

{
  "benchmark_project": {
    "title": "Manufacturing Efficiency Study",
    "type": "competitive",
    "partners": ["Company A", "Company B", "Industry Avg"]
  },
  "gap_analysis": {
    "metrics_analyzed": 8,
    "below_median": 3,
    "biggest_gap": {"metric": "OEE", "gap": 12}
  },
  "best_practices": [
    {"metric": "OEE", "source": "Company A"  
  
   
     
     
  
   
     
     
     
  

Best Practices

1. Compare apples to apples - Ensure metrics are comparable
2. Focus on enablers - Understanding how, not just what
3. Adapt, don't copy - Context matters
4. Benchmark continuously - Targets move
5. Learn from best anywhere - Not just competitors
6. Act on findings - Benchmarking without action is wasted

Constraints

• Partner data can be hard to obtain
• Comparability requires careful normalization
• Best-in-class today may not be tomorrow
• Implementation is harder than identification