Mission O/S

Learn why software delivery fails in government — and what's required to make shipping possible.

Episode 09

Episode 9 revisits alignment and explains why organizations get stuck when they try to align before they can deliver.

Bryon shows how alignment emerges through learning, shared goals, and delivery in production—not through endless planning or consensus-building.

episode-9-alignment

Episode Resources

Frequently asked questions

What is the Alignment Trap and why does it keep happening in government programs?

The Alignment Trap is what happens when organizations spend enormous time and money on alignment activities — multi-day planning events, color-coded roadmaps, endless committees — before they have any ability to actually deliver software. "It's a trap because so much money, energy, and time is spent on alignment activities that there is nothing left for path to production. You can't get out of the theoretical." The problem isn't the intent; it's the sequence. Organizations are having deep, theoretical debates about the most valuable things to build, but they have no way to test their assumptions with real users.

What does "efficacy before alignment" mean?

It's the Mission O/S principle that you must prove you can ship software before investing heavily in planning and alignment. "We have to prove that we can ship first by establishing a working path-to-prod. It doesn't matter what you ship first. Just get it in the hands of users." Once you have that path in place, you can start having productive, evidence-based conversations about what actually matters. When teams disagree, they don't need to debate for six months — they can ship two experiments in two weeks and let the data do the talking.

What is the Kellogg Logic Model and how does it connect delivery work to mission impact?

The Kellogg Logic Model is a framework that forces teams to show their work — tracing a clear causal chain from resources, to activities, to outputs, to outcomes, to mission impact. Outputs are the tangible deliverables: new features, applications. Outcomes are the changes in user or system behavior those outputs produce. And impacts are the real-world mission results that stakeholders care about. "Your stakeholders define the impacts. Your job is to connect your outputs to those impacts by aiming at outcomes on purpose."

What is the Improvement Kata and how does it create real alignment in government organizations?

The Improvement Kata is a four-step routine adapted from Toyota for scientific thinking and continuous improvement. Step one: understand the direction or challenge — the high-level vision from leadership. Step two: grasp the current condition — a deep, factual understanding of where you are today, what the data says, where friction is really happening. Step three: establish the next target condition — not the final destination, but the next specific, measurable outcome that gets you closer. Step four: experiment towards the target condition — run rapid Build-Measure-Learn cycles to overcome obstacles and move forward. Together, these steps "turn alignment from theater into science and outcomes in production into real mission impact."

What is the difference between the coach and the learner in the Improvement Kata?

The Kata is a structured partnership, not a solo activity. The learner — typically the product manager or delivery lead — is responsible for running the experiments and reporting on findings. The coach — their leader — does not provide solutions or make decisions. Instead, the coach asks a specific set of questions to keep the learner focused: "What is your target condition? What is your actual condition now? What obstacles are preventing you from reaching the target condition? What is your next step, and what do you expect to happen?" This is the mechanism for scaling scientific thinking across an organization — leaders don't drive transformation by being the smartest person in the room, but by creating teams of scientific problem-solvers.

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