Principle: Optimize the whole. Application in LPM: Fund and manage Value Streams, not siloed projects. Result: End-to-end flow of value.
Principle: Understand cause and effect. Application in LPM: Use metrics to see how policy changes affect outcome. Result: Better, evidence-based improvement.
Principle: Recognize feedback loops. Application in LPM: Use PI reviews and portfolio Kanban to learn and adapt. Result: Continuous portfolio improvement.
Principle: Balance stability and change. Application in LPM: Maintain Lean guardrails while adapting budgets. Result: Agility with control.
Principle: See interdependencies. Application in LPM: Coordinate strategy, finance, and execution as one system. Result: Alignment from Vision to Delivery.
often creates fragmented optimization – each team, department, or project maximizes its own metrics (speed, cost, utilization), but the overall system slows down.
LPM uses Systems Thinking to:
Align strategy, funding, and delivery as one connected flow.
Identify bottlenecks that block value across the enterprise.
Prevent local optimizations that reduce overall value.
Systems Thinking helps LPM leaders “see the forest, not just the trees.”
means seeing the whole enterprise as an interconnected system – not as separate projects, departments, or budgets – and making the portfolio decisions that optimize the entire flow of value, not local parts.
It is about understanding that:
Every portfolio decision affects multiple parts of the organization.
Optimizing one area in isolation (e.g., cost-cutting in one Values Stream) can hurt the system as a whole.
True success = global optimization, not local efficiency.
In Lean Portfolio Management (LPM), Game Theory helps leaders design systems, incentives, and decisions where everyone’s best move is to collaborate, not compete – creating more value for the whole enterprise
b) Game Theory helps leaders design fair rules and incentives so teams collaborate instead of compete destructively. Example: shifting from annual “winner-takes-all” budgeting to continuous flow funding encourages cooperation – a positive-sum game.
2) Prioritization of work
a) When teams share capacity (people, systems, budgets). one team’s decision affects others.
b) Game Theory helps find win-win trade-offs where all parts of of the portfolio gain value rather than fighting for local wins.
3) Supplier or Partner Negotiations
a) LPM leaders use Game Theory to help build trust-based relationships with vendors. aiming for mutual benefit instead of one side “winning”.
4) Change Management and Adoption
a) When introducing new Lean Agile ways of working, some leaders or teams might resist.
b) Game Theory helps anticipate reactions and design incentives so everyone chooses cooperation instead of resistance.
Leverage in LPM is about finding and pulling the right levers – not doing more work, but making smarter, smaller changes that have system-wide impact.
In LPM, leverage means identifying where minimal effort – in policy, funding, or governance – creates maximum improvement in enterprise agility and value flow.