🔬 Phase 1 • Process 1.4

Feasibility Assessment

Evaluate whether the proposed ML solution can be successfully implemented given data availability, technical capabilities, business constraints, and organizational readiness.

Duration
5-10 Days
Key Roles
Data Scientist, ML Engineer, Tech Lead
Complexity
🔴 High
🎯

Overview

Feasibility Assessment is a critical checkpoint that determines whether an ML project should proceed to development. It evaluates the project across multiple dimensions to identify potential blockers, gaps, and risks before significant resources are invested.

This process answers the fundamental question: "Can we actually build this?" A thorough feasibility assessment prevents costly failures by identifying showstoppers early and ensuring that the organization has the necessary ingredients for success.

The assessment results in a Go / Conditional Go / No-Go decision that guides the project's next steps.

📐

Feasibility Dimensions

A comprehensive feasibility assessment evaluates four key dimensions. Each dimension must meet minimum thresholds for the project to proceed:

📊
Data Feasibility
Is the right data available?
  • Data availability and accessibility
  • Data quality and completeness
  • Data volume sufficiency
  • Label availability (for supervised learning)
  • Data freshness and update frequency
  • Data privacy and compliance
⚙️
Technical Feasibility
Can we build the solution?
  • Algorithm availability and maturity
  • Infrastructure requirements
  • Latency and performance constraints
  • Integration complexity
  • Scalability requirements
  • Technical debt and dependencies
💼
Business Feasibility
Does it make business sense?
  • ROI and cost-benefit analysis
  • Budget availability
  • Timeline alignment
  • Strategic priority alignment
  • Competitive advantage potential
  • Regulatory compliance
👥
Organizational Feasibility
Are we ready to execute?
  • Team skills and availability
  • Stakeholder support
  • Change management readiness
  • Cross-functional collaboration
  • Operational readiness
  • Cultural alignment

Key Activities

  • 1
    Data Audit
    Inventory available data sources, assess quality, identify gaps, and verify accessibility. Conduct sample analysis to validate data assumptions.
  • 2
    Technical Spike
    Conduct proof-of-concept experiments to validate technical approach. Test baseline models, evaluate infrastructure requirements, and identify technical risks.
  • 3
    Cost-Benefit Analysis
    Estimate total project costs (development, infrastructure, maintenance) and quantify expected business benefits. Calculate ROI and payback period.
  • 4
    Resource Assessment
    Evaluate team capabilities, identify skill gaps, assess resource availability, and determine if external support is needed.
  • 5
    Compliance Review
    Verify regulatory requirements, data privacy obligations, and ethical considerations. Ensure the project can comply with all applicable regulations.
  • 6
    Scoring & Decision
    Score each feasibility dimension, aggregate results, and make a Go/Conditional/No-Go recommendation with supporting rationale.
📊

Scoring Framework

Each dimension is scored on a scale of 1-5. The overall feasibility score guides the project decision:

Example Feasibility Score
3.8 / 5.0
Data
4.0
Technical
3.5
Business
4.5
Organizational
3.2
Score Range Rating Interpretation
4.0 - 5.0 ✓ High Strong feasibility, minimal gaps to address
3.0 - 3.9 ◐ Medium Feasible with conditions, gaps need mitigation
1.0 - 2.9 ✗ Low Significant barriers, major intervention required
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Decision Framework

Based on the feasibility scores and identified gaps, make one of three decisions:

GO
Overall score ≥ 4.0
No dimension below 3.0
No critical blockers identified
⚠️
CONDITIONAL GO
Overall score 3.0 - 3.9
Gaps are addressable
Requires mitigation plan
🛑
NO-GO
Overall score < 3.0
Critical blockers exist
Fundamental gaps present
☑️

Feasibility Checklist

Use this checklist to ensure all critical feasibility factors are evaluated:

📊 Data Checklist
  • Required data sources have been identified
  • Data access permissions are confirmed or in progress
  • Data quality assessment has been conducted
  • Data volume is sufficient for the ML approach
  • Labels are available or labeling strategy is defined
⚙️ Technical Checklist
  • Appropriate algorithms/approaches have been identified
  • Infrastructure requirements are understood
  • Performance requirements (latency, throughput) are achievable
  • Integration points have been mapped
  • Proof-of-concept validates technical approach
💼 Business Checklist
  • ROI analysis shows positive business case
  • Budget is allocated or approval path is clear
  • Timeline aligns with business needs
  • Regulatory requirements are understood
  • Executive sponsorship is confirmed
📦

Deliverables

📋

Feasibility Report

Comprehensive assessment across all dimensions with scores

📊

Data Audit Results

Inventory, quality assessment, and gap analysis

🔬

Technical Spike Report

POC results and technical validation findings

💰

Cost-Benefit Analysis

ROI calculation and financial justification

🚦

Go/No-Go Recommendation

Decision with supporting rationale

📝

Gap Mitigation Plan

Actions to address identified gaps (if Conditional Go)

🛠️

Recommended Tools

📊
Great Expectations
Data quality validation
🔬
Jupyter Notebooks
Data exploration & POC
📈
Excel / Sheets
Scoring & cost analysis
📋
Confluence
Documentation
🗂️
Data Catalogs
Data inventory (Alation, Collibra)
☁️
Cloud Cost Calculators
Infrastructure cost estimation
💡

Best Practices

  • Be Objective, Not Optimistic
    Resist the temptation to inflate scores. Honest assessment prevents costly surprises later. Bad news early is better than failure late.
  • Validate with Data
    Don't rely on assumptions. Actually examine the data, run experiments, and verify claims. Sample data early to avoid surprises.
  • Involve Stakeholders
    Include business, technical, and operational perspectives in the assessment. Diverse viewpoints identify gaps that individuals miss.
  • Document Assumptions
    Every feasibility score is based on assumptions. Document them clearly so they can be revisited if conditions change.
  • Consider Alternatives
    If ML feasibility is low, explore alternative approaches. Sometimes simpler solutions (rules, heuristics) can deliver value faster.
💡 Pro Tips
  • Time-box the assessment: Don't let analysis paralysis delay decisions. Set clear deadlines.
  • Use weighted scoring: Some dimensions may be more critical than others for your context.
  • Plan for conditional go: Most projects have some gaps. Have a clear process for addressing them.
  • Re-assess at gates: Feasibility can change. Re-evaluate at major milestones.
⚠️ Red Flags to Watch For
  • No access to required data: If you can't get the data, you can't train the model.
  • Unrealistic timelines: Pressure to deliver faster than feasible leads to failure.
  • No executive sponsor: ML projects without leadership support rarely succeed.
  • Skills gap with no plan: Team lacks required skills and no training/hiring plan exists.
📄

Templates & Resources

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Feasibility Scorecard

Structured scoring template for all dimensions

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Data Audit Checklist

Comprehensive data assessment template

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ROI Calculator

Spreadsheet for cost-benefit analysis

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Go/No-Go Decision Template

Structured format for recommendation