Course Objective & Scope
Building every AI use case from scratch wastes time and talent, while buying off-the-shelf SaaS for everything can strip away competitive differentiation and create severe vendor lock-in. This course provides a systematic framework for choosing the right sourcing and development strategy per use case.
Core-versus-context analysis, hybrid architectures (foundation model APIs plus proprietary RAG/agent layers), RFP criteria and contract terms are examined through real cases. Participants map their organisation's current AI requests onto a Build/Buy/Partner decision matrix and produce a sourcing roadmap.
Who Should Attend?
- CIOs, CTOs, CDOs and enterprise architecture leaders
- IT procurement, vendor management and legal/contract managers
- Business unit directors and AI product owners
- Strategy and corporate development managers
Key Takeaways
- Classify use cases by competitive differentiation and strategic criticality
- Compare full in-house build, turnkey SaaS, cloud AI platforms and co-development partnerships
- Prepare technical, security and commercial RFP questionnaires for AI vendors
- Define contract terms for IP ownership, training data restrictions and exit strategies
- Create a multi-layered Build/Buy/Partner decision matrix for the organisation's use case portfolio
Curriculum
Strategic Positioning: Core vs. Context Analysis
- Separating differentiating core capabilities from standard support processes
- Balancing time-to-value against internal engineering capacity
- Deciding which layer of the AI stack (model, data, orchestration, UI) to own
Sourcing Archetypes: Build, Buy, Partner and Hybrid Models
- Turnkey enterprise SaaS and embedded copilot solutions (Buy)
- In-house development on cloud AI platforms and foundation model APIs (Hybrid Build)
- Co-development with systems integrators, boutique AI firms and academia (Partner)
Cost, Technical Debt and Vendor Lock-in Analysis
- Three-year comparison of seat/usage licensing versus internal build and maintenance
- Portability across prompts, data schemas and orchestration (model-agnostic design)
- Assessing vendor viability and market consolidation risks
AI Vendor Selection, RFPs and Contract Management
- Avoiding the demo trap: structured PoCs and benchmarks on proprietary data
- Data privacy, zero-data-retention, KVKK and security evaluation criteria
- Contract clauses for IP ownership, SLAs, price caps and exit strategies
Decision Matrix Workshop
- Scoring 5–8 real organisational AI scenarios in a multi-criteria decision tool
- Reconciling IT, business unit and procurement perspectives
- Producing agreed Build/Buy/Partner decision cards
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