Leverage AI fully across your entire development lifecycle

A highly focused program built on production code and real-world experience.

Core module options

1.

Foundation workshop

Goal: Set a baseline level of knowledge

  • Map AI usage maturity across teams.
  • Identify foundational risks and opportunities in how AI is used.
  • Awareness of foundational threats and principles (including shadow AI).
  • Secure AI-assisted development
  • Agents, orchestration including MCP, and safer AI integration into engineering workflows.
  • Hands-on angles for the tools your team already uses (e.g. Claude Code, Cursor).
2.

Tooling in practice

Goal: Equip the team and set up effective processes.

  • Tooling battle: compare available tools by price/performance.
  • Rules for secure usage in a team setup.
  • Environment configuration: IDE setup aligned with company standards.
  • Sub-agents: practical inspiration for specialized agents in different delivery phases.
3.

AI Champions

Goal: Sustain and grow AI adoption across teams over the long term

  • Identify people across teams who will act as ambassadors spreading best practices further.
  • Internal ambassador roles, sharing know-how, and supporting adoption of standards.
  • Unify best practices across the company.
  • Targeted ambassador development

Advanced module options

Advanced SDLC workflow

Goal: Accelerate delivery and analysis phases.

  • Deep research & PRD: requirements, research, best practices, and handling client feedback.
  • Legacy code analysis: understand unfamiliar projects in minutes.
  • Case study: finding 120+ app speed improvements in 2 hours.
  • Security & QA: AI for security audits and first-layer code review.

AI evaluation

Goal: Systematically measure and improve the quality of AI outputs in your workflows.

  • Metrics and checklists for scoring model responses.
  • Benchmarks and comparisons of prompt or model versions.
  • LLM as a judge: a secondary model as an independent scorer (scores, rubrics, brief feedback on responses).
  • Combining automated checks with human validation.
  • Practices for catching hallucinations and regressions after changes.

Building MCPs

Goal: Connect internal tools and data to AI workflows via the Model Context Protocol.

  • MCP fundamentals and common server patterns.
  • Secure access to internal APIs and data sources.
  • Local development, testing, and deployment of MCP servers.
  • Integration with IDEs and agents your team already uses.

RAG and vector databases

Goal: Search company documents and codebases with strong retrieval accuracy.

  • Chunking, embeddings, and choosing a vector database.
  • Designing ingestion pipelines and refreshing the knowledge base.
  • Trade-offs between latency, cost, and answer quality.
  • Re-ranking, source citations, and foundational guardrails.

How collaboration works?

  1. 1.

    Intro meeting

    We discuss your situation, expectations, team seniority, and collaboration scope. We identify foundational opportunities to develop next.

  2. 2.

    Approach proposal

    We select the most suitable format for knowledge transfer.

  3. 3.

    Execution

    Online or on-site, with space for questions and your specific real-world situations.

  4. 4.

    Evaluation and next steps

    Review feedback and define recommended follow-up actions.

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