
AI Case Studies in Practice: Delivery Based on an AI-Assisted Specification
Business Context
A long-developed internal testing platform used across FE and BI teams needed new features. The extension became a critical-path dependency in a two-year program, so timeline compression was mandatory.
Situation
Original implementation estimate was three weeks, but delivery had to be reduced to one week. The final handover to integration testing happened in six days, while coding plus factory tests took less than three days.
Why it was hard
- Legacy codebase with approximately seven years of continuous evolution
- Strict requirement to match a pre-approved markdown specification
- High trust and reliability expectations from the client
How we used AI
- The functional specification itself was prepared with AI support and approved by the client
- Scope was decomposed into smaller implementation units
- Each unit was implemented with AI assistance and then reviewed by developers
- AI-generated tests were included in the verification scope
- A local model was used instead of public cloud models due to client trust requirements
Outcome
- Compressed timeline achieved
- Core development and factory testing completed in under three days
- Successful production deployment and ongoing productive use
Delivery Impact - What this means for software delivery
AI-assisted specification and implementation enabled substantial schedule compression on a critical-path item. The key benefit was not only faster coding, but also faster convergence between requirements, implementation, and validation.
What made the difference
- Upfront AI-assisted specification
- Task decomposition
- Developer-led quality control
- Validation of AI-generated tests
- Appropriate model choice for security and trust constraints
AI increased execution speed, while delivery reliability was maintained through expert review and disciplined verification.
Explore More AI Use Cases
Each scenario reflects real-world pressure points where applied AI delivers measurable impact across engineering workflows.
Case 1: Handling a Late Architecture Change Before Release
Case 2: When Secure Communication Breaks. Resolving a Critical Java Issue
Case 3: Delivering a Complex Software Analysis Under Severe Time Constraints
Case 4: Understanding and Optimizing a Legacy System Without Documentation
Case 5: Evaluation of a Delayed Modernization Program
Case 6: Remediating Post-Migration Data Inconsistency in Production
Case 7: Delivery Based on an AI-Assisted Specification



