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The AI-savvy operating model - Matthew Skelton,...

The AI-savvy operating model - Matthew Skelton, Conflux - DevOpsDays Singapore 2025

Generative AI has “laid down the gauntlet”: product discovery, user testing, and hypothesis validation will soon take only hours, not days or weeks, resulting in an order-of-magnitude reduction in lead time, similar to what public cloud did in the late 2000s. Small, scrappy startups that use GenAI well will be able to out-innovate larger incumbents, at least initially.

So what would an effective operating model look like that used GenAI to reduce time-to-value for larger organizations? We already have the answer: organizations that organize for fast flow, promote psychological safety, nurture community-based decision making, and use ideas from Team Topologies (such as bounded team cognitive load, and internal platforms) are already more high-performing compared to others, and these principles form the foundation of an AI-savvy operating model.

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From the keynote talk at DevOpsDays Singapore 2025

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Matthew Skelton

May 13, 2025
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  1. The AI-savvy operating model towards a humane, effective, financially-transparent way

    of working for AI-enhanced knowledge work Matthew Skelton, Conflux - co-author of Team Topologies DevOpsDays Singapore 2025 | 2025-05-14 K38 Photo by Barbara Zandoval on Unsplash
  2. 2 Matthew Skelton holistic innovation Originator of Adapt Together™ by

    Conflux Co-author of Team Topologies matthewskelton.com CEO/CTO at Conflux - confluxhq.com
  3. How can we empower teams of humans + AI agents

    to deliver quickly, safely, and compliantly with high-fidelity domain knowledge and visibility of the data sources & results, plus the agency to address problems caused? 3
  4. 5 • Empowered teams • No hand-offs • Ongoing stewardship

    • Clear boundaries • Defined guardrails and specifications • Active knowledge diffusion
  5. The near-future AI advantage (?) My perspective on AI (and

    work) How to trust and organize AI The AI-savvy operating model 6
  6. 9 Traditional AI: pattern matching, huge data volumes, temporal correlation

    Generative AI: next-token guess, content generation, option generation
  7. 12 Savvy use cases for AI: • Pattern extraction from

    huge data • Speed up content generation (incl. code) and workflows • Augment human decision-making • Agent-based processes • …
  8. 15 Agentic AI - devise 230 new product variations and:

    • Generate code, deploy • Test with synthetic users • Find the best combination • Data-driven product fit in hours A/B testing on steroids!
  9. End-to-end responsibility for service outcomes is essential to avoid harm

    and deliver effectively: use empowered teams 21
  10. 23 1998 My first “AI” system: backpropagation neural network for

    weather data (no, it didn’t work properly!) BSc, University of Reading
  11. 25 2000 MSc in brain science at the University of

    Oxford Research into dyslexia and Alzheimer’s disease
  12. 27 2011 Organizational architecture and new techniques & tools for

    adopting cloud and Continuous Delivery at Trainline (UK)
  13. Team Topologies Organizing business and technology teams for fast flow

    Matthew Skelton & Manuel Pais IT Revolution Press, September 2019 Order via stores worldwide: teamtopologies.com/book 200k+ copies sold to date in 5 languages 30
  14. 31

  15. Team Topologies paraphrased: “Given the need for ongoing stewardship of

    long-lived services, how can we realistically arrange the flow of value to be rapid, safe, sustainable?” 32
  16. Start with the need for ongoing evolution of long-lived digital

    services meeting user needs… … and work backwards from there (don’t start with the technology) 33
  17. 35 Assume we have a collection of AI agents responding

    to some kind of input from humans…
  18. 37 Humans set the context, goals, guardrails, and execution constraints

    in a repeatable and traceable way (this is programming)
  19. 38 “JSON Structure is a data structure definition language that

    enforces strict typing, modularity, and determinism.” json-structure.org { "$schema": "https://json-structure.org/meta/extended/v0/#" , "$id": "https://example.com/schemas/product" , "$uses": ["JSONStructureAlternateNames" , "JSONStructureUnits" ], "type": "object", "name": "Product", "properties": { "id": { "type": "uuid", "description": "Unique identifier for the product" }, "name": { "type": "string", "maxLength": 100, "altnames": { "json": "product_name" , "lang:en": "Product Name" , "lang:de": "Produktname" } }, "price": { "type": "decimal", "precision": 10, "scale": 2, "currency": "USD" }, ... "required": ["id", "name", "price", "created" ] }
  20. 39 Cursor / Cline rules Constrain and guide LLM-based code

    generation ... 3. Consistency Across Codebases - Maintain uniform coding conventions and naming schemes across all languages used within a project. Project Context & Understanding 1. Documentation First - Review essential documentation before implementation: - Product Requirements Documents (PRDs) - README.md - docs/architecture.md - docs/technical.md - tasks/tasks.md - Request clarification immediately if documentation is incomplete or ambiguous. 2. Architecture Adherence ... https://gist.github.com/ruvnet/7d4e1d5c9233ab0a1d2a66bf5ec3e58f
  21. 43 plus: shared language, dashboards, effective boundaries, data provenance, decision

    heuristics, safe-to-optimize metrics, nimble governance, psychological safety
  22. 44 • Guardrails • Ongoing domain context • Good boundaries

    • Ongoing stewardship and responsibility
  23. Define guardrails and boundaries for code gen and service specs:

    domains, security, nuances of terminology, assumptions, algorithms, biases, etc. (Hint: this has always been needed!) 47
  24. 52 How can we define and align responsibility for service

    outcomes when the code for a service is generated by AI?
  25. Team Topologies paraphrased: “Given the need for ongoing stewardship of

    long-lived services, how can we realistically arrange the flow of value to be rapid, safe, sustainable?” 54
  26. 62 With knowledge work, we’re fundamentally concerned with the fidelity

    of representation of intent (in code, writing, etc.), so ongoing domain knowledge, clear boundaries, and stewardship are essential.
  27. 63 Architecture for fast flow resembles an ecosystem of loosely-coupled

    independently-viable services with clear boundaries and ownership aligned to the flow of business value.
  28. 69 “The work is delivered in many small changes that

    are uncoordinated to enable flow. … Management’s job is to provide context, prioritization and to coordinate across teams. Lending resources if needed across teams to unblock things. … It works well within a high trust culture.” Adrian Cockcroft https://mastodon.social/@adrianco/111174832280576410 Technology strategy advisor, Partner at OrionX.net (ex Amazon Sustainability, AWS, Battery Ventures, Netflix, eBay, Sun Microsystems, CCL)
  29. If we have clear boundaries for flow, with limited interactions,

    how do we create alignment? How do we learn from each other at pace? 70
  30. 5 DevOps principles: CALMS • Culture • Automation / AI

    • Lean • Measurement • Sharing 71
  31. 78 “This initiative around internal conferences has been the single

    most effective thing to align business and technology that I have seen in this organization” – Murray Hennessey, CEO, (UK retail co)
  32. 80 “The way that the Conflux crew used their active

    knowledge diffusion approach to seek out and champion good practices was a real revelation to us at TELUS and helped to shift thinking around how we innovate and share successes.” – Steven Tannock, Director, Architecture (Platform Technology & Tools) at TELUS Digital
  33. 81

  34. 82 Thriving organizations, delivering at speed™ Create alignment, trust, and

    engagement across your organization whilst delivering at pace with fast flow. adapttogether.info
  35. Combine ‘architecture for flow’ (via Team Topologies) with explicit ‘active

    knowledge diffusion’ across flow boundaries to create trust, alignment, and learning. 83
  36. The near-future AI advantage (?) My perspective on AI (and

    work) How to trust and organize AI The AI-savvy operating model 84
  37. How can we empower teams of humans + AI agents

    to deliver quickly, safely, and compliantly with high-fidelity domain knowledge and visibility of the data sources & results, plus the agency to address problems caused? 85
  38. End-to-end responsibility for service outcomes is essential to avoid harm

    and deliver effectively: use empowered teams 86
  39. Start with the need for ongoing evolution of long-lived digital

    services meeting user needs… … and work backwards from there (don’t start with the technology) 87
  40. Define guardrails and boundaries for code gen and service specs:

    domains, security, nuances of terminology, assumptions, algorithms, biases, etc. (Hint: this has always been needed!) 88
  41. Combine ‘architecture for flow’ (via Team Topologies) with explicit ‘active

    knowledge diffusion’ across flow boundaries to create trust, alignment, and learning. 89
  42. The clarity of mission and transparency resulting from the defined

    guardrails needed for AI-augmented organizations may be the most useful aspect of AI (!) 90 Matthew Skelton
  43. Let’s do what it takes to empower teams of humans

    + AI agents to make decisions quickly, safely, and compliantly with high-fidelity domain knowledge and visibility of the data sources & results, plus the agency to address problems caused. 92
  44. let’s work together confluxhq.com Copyright (c) 2017-2024 Conflux group of

    companies. All Rights Reserved. The name “Conflux” and the filled C device are Registered Trademarks ® in multiple jurisdictions.