Audio brief · 2 min
Foundations · Layer 3

The Agentic Agile Manifesto

Agile's four values, restated and extended for a team that now includes a silicon engineer. The values still hold; what changes is the ceremony layer built for human-paced coding.


Agile at twenty-five

The values held. The constraint moved.

The Agile Manifesto (2001) replaced heavyweight waterfall with something that worked, and it has proved its value for twenty-five years. Its values were calibrated to the constraint of the day, human coding speed: working software over documentation, responding to change over following a plan. On that constraint, they held, and they hold still.

AI moves that constraint. Mid-to-senior-level code now arrives in seconds, not days. AI is text-centric, stateless, runs without ego or fatigue. With the coding bottleneck gone, the values still hold, but the ceremony layer built on top of them, sprint planning, daily standups, retrospectives, backlog refinement, was tuned to human-paced coding. That layer is what needs clarifying and extending, not the values beneath it.

The efficiency problem is no longer "how fast can engineers write code." It is: how precisely can teams specify what to build, and how fast can they validate what AI delivers.

The structural shift
Coding got fast; the work around it did not. The AI writes code in seconds, but planning it still takes a full meeting and reviewing it still takes a human. The bottleneck moved out of coding and onto its edges: specifying the work before, and validating it after.

The manifesto

The four values

We are uncovering better ways of building software by doing it with AI systems as members of the engineering team. Through this practice, we have come to value:

Value I
Human and silicon individuals, and their interactions, over processes and tools.

The team now includes the Silicon Software Engineer, the AI agent. What moves the work is the people and the agents, and how they interact, not the process framework or the tool of the month.

Value II
Working software, and a written, AI-readable source of truth, over comprehensive documentation.

The source of truth is the primary knowledge of what the product must do, captured in text so an agent can read it: the customer's requirements, the architecture decisions, the transcripts of internal and client calls. It is where the truth lives, and a specification can be derived from it at any time. It matters for the silicon engineers who read it, and for the humans who use AI to work faster. Only the essential source, not exhaustive documentation.

Value III
Customer collaboration through working software, from early prototypes to the finished product, over contract negotiation.

The client collaborates by seeing and approving working software at every stage: concepts and prototypes at the start, the finished product at the end. Not a document negotiated into a contract. AI makes this cheap, a working prototype in a day instead of a slide deck, so intent is validated empirically and early.

Value IV
Disciplined responding to change over following a plan.

Responding to change still wins over following a plan, but it has to be disciplined. A silicon engineer builds exactly what a change specifies; loose change management means it builds the wrong thing. Change is welcomed, and managed with a rigor that plan-driven teams never needed.

Agile's original four values still hold. These restate them for a team where an agent, not only a human, writes the code: the same left-over-right, with the silicon teammate written in.


The twelve principles, under agents

Sharper, or in transition

Those four values come from re-reading Agile's twelve principles through one question: when an AI agent writes the code, which principles get sharper, and which are mid-transition? Almost none simply die. What dies is the ceremony layer built on top of them.

Sharper with AI

Eight principles need no revision; several matter more than before.

  • Deliver value early and continuously; welcome change even late (1, 2). Agents make delivery faster and re-planning cheaper, so both get easier to honor.
  • Ship working software frequently (3). Becomes the Stint, a two-to-three-day cycle.
  • "Business people and developers work together daily" (4). Closer than ever, not further. The Pit Wall role puts the engineer directly against the business, turning intent into an executable spec. AI moves the developer toward the business, not away from it.
  • Working software is the measure of progress (7). The only honest measure when an agent can produce plausible code that does the wrong thing.
  • Technical excellence, and simplicity as maximizing the work not done (9, 10). An agent amplifies good and bad design alike, and makes the work you choose not to build almost free, so cutting scope is now the cheapest lever you have.
  • "The best work emerges from self-organizing teams" (11). Sharper than ever. RACE Programming splits one large team into two small ones, a two-person Pit Wall and a three-person Pit Crew, and a handful of people self-organize far more readily than a big group, aiming together at the finished result. The agent does not self-organize; it executes inside the guardrails they set.

In transition

Four principles still hold, but are moving toward a new meaning.

  • "Build projects around motivated individuals, and trust them" (5). Trust becomes something earned through verification rather than granted by default, and the individual you direct now includes the agent.
  • "Sustainable pace" (8). The agent never tires; the limit moves to human attention. The person to protect from burnout is the one validating the work, not the one producing it.
  • Reflect and adjust at regular intervals (12). Survives, and so does its ceremony: the Retrospective is the one Scrum ceremony RACE keeps as is. Inspect and adapt is the mechanism these adaptations came from in the first place. What is still settling is the interval, as reflection also runs continuously inside the cycle.
  • "The most efficient way to convey information is face-to-face conversation" (6). Worth watching. As people lean on AI to analyze and decide, real-time face-to-face loses some of its edge, and you increasingly need time with your assistant before you can answer well. Where synchronous conversation settles is still unfolding; for the agents themselves, written, machine-readable text is already the primary medium.

None of the twelve principles retire. Scrum was one way to operationalize them for all-human teams; what Agentic Agile drops is the ceremony layer built on top: planning poker, standups as status, story-point estimation. The principles underneath stay.


The human role

From writer of code to orchestrator of value

The central shift Agentic Agile names: the human engineer is moving from a writer of code to an orchestrator of valuable tasks. This is not a demotion. It is a concentration of leverage. One engineer now contributes more per hour than the engineer who types code faster: the one who specifies what AI cannot guess, verifies what AI cannot judge, and validates what the client cannot express on their own.

AI fluency, the ability to delegate work precisely to AI systems, becomes the primary professional competency. Teams that develop it compound their advantage. Teams that treat AI as a faster code editor do not.

The orientation
Are you still using traditional 2-week sprints with human-paced ceremonies? Or are you building the spec hygiene, prototype-first discipline, and AI orchestration skills that Agentic Agile demands?

From principles to practice

Agentic Agile is the bridge between the AI-First Manifesto (values for AI-native engineering) and RACE Programming (the prescriptive framework): the value layer that turns the revisited principles into a way of working.

If your team uses Scrum, the From Scrum transition guide maps every Scrum artifact, role, and ceremony to its RACE Programming equivalent, with a 90-day transition plan and the metrics to validate it worked.

The Agentic Agile series is published on LinkedIn with post-by-post commentary, practitioner questions, and case evidence. Posts 1 and 2 introduced the problem and the four values. The series continues with AI fluency, machine-readable specs, prototype gates, team structure, and economics.

FAQ

Frequently asked questions

What is Agentic Agile?
Agentic Agile is a reformulation of Agile values for teams where AI systems can generate production-quality code. When the coding bottleneck collapses, the overhead of Agile ceremonies becomes the primary inefficiency. Agentic Agile replaces ceremony-driven coordination with specification-first, agent-executed delivery.
How does Agentic Agile differ from traditional Agile?
Traditional Agile was written for a world where human coding speed was the bottleneck. Agentic Agile acknowledges that AI shifts the bottleneck to specification quality and human validation. Its four values restate Agile's original four, preserving what still works and clarifying what assumed human-paced coding.
How does Agentic Agile relate to RACE Programming?
Agentic Agile is the bridge between the AI-First Manifesto and RACE Programming. It speaks the language of Scrum practitioners and Agile teams, translating AI-First values into terms recognizable from their current framework. RACE Programming is the prescriptive implementation of Agentic Agile principles.
What is replacing Scrum?
Scrum is not disappearing, but on AI-heavy teams its ceremony-driven coordination is being replaced by specification-first, agent-executed delivery. When an AI agent produces production-quality code in seconds, the bottleneck moves from writing code to specifying it precisely and validating what the AI delivers, so sprint planning, daily standups, and story-point estimation lose their reason to exist. Agentic Agile names this shift; RACE Programming is its prescriptive implementation, replacing sprints with the Stint cycle and vague backlogs with Executable User Stories, while keeping iterative delivery, cross-functional teams, and a visible backlog.
What is the future of Agile?
Agile's original values remain valid but were calibrated for a constraint, slow human coding, that AI has largely removed. The future of Agile is a reformulation for teams where AI generates code: the four values shift toward AI-fluent people over process, machine-readable specifications over comprehensive documentation, continuous prototype-based validation over contract negotiation, and living roadmaps over fixed-iteration plans. This reformulation is Agentic Agile. It keeps what Scrum got right (iterative delivery, cross-functional teams, a visible backlog) and drops the ceremony overhead built to synchronize large human teams.
What are the best software development frameworks for AI-native teams?
An AI-native framework is designed around AI agents as first-class contributors rather than bolting an AI tool onto Scrum. The defining traits are executable specifications precise enough for an agent to build, Everything as Code, prototype-first validation, and small AI-augmented teams instead of large human ones. RACE Programming is a prescriptive example: it specifies AI-native roles (Team Principal, Pit Wall, Pit Crew, and the Silicon Software Engineer, the AI agent), the Executable User Story as the originating artifact, and the Stint as the delivery cycle. Agentic Agile is the shared value layer such frameworks build on.
Developed in the open

Help develop this

RACE Programming is a working framework, not a final answer. If this was useful, I would like your feedback: what you think is right, what you think is wrong, and what you would change. Disagree with any part, send a better version, or use it in your own work and tell me how it went. It improves faster when people develop it together.

Write to me: paul@raceprogramming.com