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Proprietary Methodology

The ADLC Methodology

A battle-tested, governance-first AI Development Lifecycle that ensures every AI project is delivered on time, on budget, with full traceability and enterprise-grade quality. Built from real-world AI engineering experience.

What Is ADLC

AI needs its own Development Lifecycle

Traditional SDLC wasn't designed for AI. ADLC is - covering the probabilistic, iterative, and governance-heavy nature of modern AI engineering.

Why ADLC Exists

AI systems fail in production not because of poor code, but because of inadequate specification, insufficient evaluation, and absent governance. ADLC addresses all three with a structured, repeatable process that enterprise teams can adopt and audit.

Every ADLC engagement produces a full audit trail - from initial requirements through to production deployment and ongoing monitoring - giving your legal, compliance, and executive teams the visibility they need.

Full documentation at every phase
Governance checkpoints prevent scope creep
EU AI Act alignment built in from day one
Reproducible, auditable AI decisions
🔄
ADLC
AI Development Lifecycle
Governance-First Production-Grade EU AI Act Ready
The 7 Phases

ADLC Phase by Phase

1

Discovery & Scoping

AI readiness assessment, stakeholder interviews, use case prioritisation matrix, data availability audit, and ROI modelling. Deliverable: Discovery Report.

2

Specification

SPARC-driven requirements specification - Situation, Problem, Action, Result, Constraints. Defines what success looks like before a line of code is written. Deliverable: SPARC Spec Document.

3

Design & Architecture

Agent architecture design, model selection rationale, safety constraint mapping, data pipeline design, and integration architecture. Deliverable: Architecture Decision Record.

4

Development

Iterative AI engineering with continuous evaluation loops, red-teaming, prompt engineering, tool integration, and automated testing. Deliverable: Working AI System + Test Suite.

5

Evaluation & Testing

Systematic benchmarking against spec, bias and fairness testing, adversarial robustness checks, human evaluation sessions, and performance profiling. Deliverable: Evaluation Report.

6

Deployment

Production release strategy, rollout plan (canary/blue-green), monitoring infrastructure setup, alerting configuration, and stakeholder sign-off checklist. Deliverable: Production System.

7

Governance & Monitoring

Continuous model monitoring for drift and degradation, periodic re-evaluation, compliance reporting, model card maintenance, and incident response procedures. This phase runs indefinitely post-deployment.

7
Structured Phases
100%
Audit Trail Coverage
EU
AI Act Aligned
50+
Successful Deployments

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Why Structured AI Methodology Delivers Superior Results
The data case for ADLC — from McKinsey, Gartner & MIT research 2024/2025
80%
AI agent behaviours carry novel risks without governance structure
McKinsey, Oct 2025
51%
Organisations report at least one negative AI consequence
McKinsey State of AI, Nov 2025
5x
More value captured with AI governance frameworks vs. none
McKinsey, 2025
33%
AI failures linked directly to inaccuracy — #1 reported risk
McKinsey State of AI, Nov 2025
AI Project Failure Causes (Gartner 2024)
No clear spec
61%
Data quality
55%
No governance
48%
Skills gaps
44%
Scope creep
38%
Top AI Risks Organisations Now Manage (McKinsey 2025)
1
Inaccuracy & hallucination
Most common — reported by 33% of AI users
2
Explainability failures
2nd most experienced, least mitigated risk
3
Data privacy breaches
Organisations now manage avg. 4 risks (was 2 in 2022)
4
Regulatory non-compliance
EU AI Act full enforcement from Aug 2026
5
IP & copyright infringement
Rising fast among AI high-performers
Sources: McKinsey State of AI (Nov 2025) • Gartner AI Failure Analysis 2024 • McKinsey Agentic AI Risk Report (Oct 2025)

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ADLC Research Data

AI Development Lifecycle: Why Methodology Matters

Only 1% of organisations have reached full AI maturity. The evidence shows that structured methodology — not more tools — is the differentiator.

~1%
of organisations have reached full AI maturity
McKinsey State of AI, Nov 2025
~33%
have begun scaling AI — the rest remain in pilots
McKinsey State of AI, Nov 2025
more likely to achieve EBIT impact with workflow redesign
McKinsey State of AI, Nov 2025
6%
of organisations are AI 'high performers' (>5% EBIT from AI)
McKinsey State of AI, Nov 2025
AI Maturity Scale — Where Organisations Are Today
Experimenting / early pilots34%
Piloting in isolated functions32%
Scaling in 1-2 functions22%
Scaling enterprise-wide11%
Full AI maturity reached (~1%)1%
Sources: McKinsey Global Survey on AI, November 2025 — n=1,993 respondents
High Performer Practice Adoption — Top Differentiators
Fundamentally redesigned workflows74%
Senior leadership owns AI agenda71%
Defined human validation checkpoints68%
KPI tracking for AI outcomes64%
Agile AI product delivery org61%
Robust talent strategy for AI roles58%
Sources: McKinsey — relative weights analysis of 31 variables distinguishing high performers
ADLC Phase vs. Industry Average Failure Modes
ADLC PhaseIndustry Failure Rate (no methodology)Common Root CauseADLC Mitigation
Discovery41% — wrong use caseNo AI readiness audit or opportunity scoringStructured capability + opportunity assessment
Specification35% — scope creepNo formal requirements or success criteriaSPARC-driven specification with measurable KPIs
Design28% — safety gapsNo safety constraint mapping pre-buildAgent architecture review + red-team design
Development22% — data issuesInsufficient data quality governanceContinuous eval loops + data contracts
Evaluation18% — not testedSkipped benchmarking, no bias testingFormal evaluation framework + audit trail
Deployment14% — poor adoptionNo change management or user onboardingStakeholder sign-off + deployment runbook
GovernanceOngoing riskNo drift detection or compliance monitoringContinuous monitoring + EU AI Act alignment
Sources: McKinsey State of AI 2025 — correlated failure analysis • EU AI Act risk obligations
Developer Productivity Gains from AI Tooling — Stanford HAI 2026
Code generation speed 55% Bug detection rate 47% PR review time reduction 41% Documentation effort 38% Test coverage improvement 31% Source: Stanford HAI AI Index 2026 — developer survey n=2,800