Workshop map Exercise 5

Exercise 5

Design the Execution Cadence

After PI Planning, design the sync system that keeps execution adaptive — without confusing it with next-PI refinement or creating unnecessary meeting load.

Exercise 5 overview

Five execution cadence decisions.

Exercise 5 starts after PI Planning. It asks how portfolio, value stream, solution train, ART and Solution Area syncs keep the system responsive during execution.

5A · Portfolio execution syncs

When do priority, funding, risks or assumptions need portfolio-level realignment?

5B · Value Stream syncs

How often does the value stream inspect flow, blockers and roadmap drift?

5C · Solution Train syncs

Which cross-ART decisions need one combined sync versus focused role/topic syncs?

5D · ART / Solution Area syncs

How do ART Syncs, Solution Area Syncs and team events connect upward?

5E · Merge logic

Which syncs are refinement-only, execution-only or useful for both?

Two-PI view

Refinement and execution happen in every PI.

Use the two-PI view as a thinking aid: current-PI execution signals and next-PI refinement run in parallel. Then merge both logics where purpose, participants and artifacts fit together.

R

Next-PI refinement

Conferences, final syncs and roadmap hardening.

E

Current-PI execution

Fast realignment from execution signals.

BOTH

Dual-purpose sync

One event updates current execution and next-PI refinement.

Artifact truth

Boards and roadmaps

The artifact must change during or right after the sync.

Decision power

Room or standby

If nobody can decide, the sync is only information exchange.

5A · Portfolio Level

Portfolio execution syncs.

Decide how portfolio-level decisions stay connected to execution signals during the PI.

Design question

Which execution signals are important enough to trigger portfolio-level realignment without pulling the portfolio into every delivery detail?

Option Cadence Purpose Participants Artifact
No sync stable portfolio frame no update
Portfolio Sync 1× sprint priority / funding deltas LPM + BOs portfolio board
Mid-PI Review S3 / S4 strategic course correction exec + VS leads guardrails
Initiative Sync weekly? critical epic / initiative epic owner + SMEs initiative roadmap
Risk / Compliance Sync triggered regulatory or risk event risk + legal + BO risk log

Strategic Surprise

Market, regulation or executive priority changes during the PI.

Investment Guardrail Change

Budget, staffing, supplier cost or funding assumptions change materially.

Cross-Value-Stream Trade-off

A disruption requires priority or capacity movement across Value Streams.

Standby-Only Pattern

Reserve decision makers; call them in only when an issue needs them.

5B · Value Stream Level

Value Stream execution syncs.

Decide how the end-to-end value stream inspects flow, blockers and roadmap drift during execution.

Design question

Which end-to-end flow problems cannot be solved by one Solution Train or ART alone?

Option Cadence Purpose Participants Artifact
VS Sync weekly / sprint value-flow realignment VS owner + ST leads VS roadmap
Flow Blocker Sync triggered cross-train blocker affected roles blocker board
Shared Initiative Sync weekly? architecture / DevOps / AI CoP + train reps initiative map
Customer / Market Sync mid-PI business learning BOs + PMs objective delta
Final VS Exec Review IP learning for next PI VS leads + ARTs retro inputs

Value Flow Interruption

End-to-end flow is blocked across several trains, domains or suppliers.

Capacity Rebalancing

Unplanned KTLO, incidents or compliance work shifts capacity.

Dependency Cascade

A delay in one area changes sequencing across the Value Stream.

Decision Backlog Triage

Turn execution signals into decisions, owners and roadmap updates.

5C · Solution Train Level

Solution Train execution syncs.

Decide how multiple ARTs realign during execution and which focused syncs are worth the overhead.

Design question

Which cross-ART decisions need fast realignment at Solution Train level?

Option Cadence Purpose Participants Artifact
Combined ST Sync weekly / sprint cross-ART decisions ST leads + ART reps solution roadmap
RTE / STE Sync weekly flow + impediments RTEs / STE impediment board
PM / PO Sync weekly scope / objective trade-offs PMs + POs feature board
Architect Sync weekly? technical direction architects + SMEs arch runway
Problem-Space Sync triggered urgent issue solving affected people decision log

Cross-ART Blocker

One ART’s issue blocks another ART’s committed objective.

Integration Event at Risk

System demo, milestone or integration window is endangered.

Architecture Change

Interface, technical runway or system design changes during execution.

Update Planning Board

Make immediate changes to board, owners, risks and decision backlog.

5D · ART / Solution Area Level

ART and Solution Area execution syncs.

Design the lower-level syncs that feed execution signals upward and receive decisions back down.

Design question

How do we create fast realignment close to the work while avoiding a meeting lattice that eats execution capacity?

Option Cadence Purpose Participants Artifact
ART Sync weekly / sprint ART realignment RTE + PM + SA reps ART board
PO / PM Sync weekly scope + objectives POs + PM feature backlog
Architect Sync weekly? technical integration system arch + teams arch board
Solution Area Sync weekly / ad hoc local dependency solving SA teams / reps SA board
System Demo + Sync sprint evidence + decisions ART / stakeholders demo outcomes

Merge Refinement + Execution

Use one ART Sync if future work and current issues fit together.

Separate Execution Sync

Use when current commitments need fast decisions.

Solution Area Sync

Affected teams inspect the problem and validate options close to the work.

Change-Rate Trigger

Cadence follows volatility: daily, weekly, per sprint or on demand.

5E · Merge Logic

Refinement and execution run in the same PI.

Separate what must be separate, then merge what can share the same people, artifacts and decision rhythm.

Sync R E BOTH Merge / separate because Artifact owner
Portfolio Sync
Value Stream Sync
Solution Train Sync
ART Sync
Architecture Sync
Community Sync
Own sync
Aha question

Which syncs are accidentally duplicated because refinement and execution were designed separately?

Roadmap view

What feeds the shared Value Stream Roadmap?

Prepared artifacts and execution signals become layers in the shared roadmap and help make trade-offs explicit.

Business Objective / Epic Roadmaps

Portfolio intent, outcomes and milestones.

Shared Initiative Roadmaps

Architecture, DevOps, cyber, compliance, platform and AI.

ART / Solution Train Roadmaps

Capacity, KTLO, constraints and local commitments.

Execution Signals

Blockers, risks, demos, customer feedback and capacity drift.

Problem / Risk Backlog

Flow problems, trade-offs, risks and decision needs.

Sync Decision Log

What changed, who decided and which artifact was updated.

Debrief 5A–5E

Does the execution cadence create fast realignment?

The cadence is useful only if it lets the right people make the right decisions while keeping artifacts trustworthy.

Response time

Which changes must be handled within a day, week, sprint or PI?

Decision power

Who must attend versus who can be on standby and pulled in?

Artifact truth

Which board or roadmap changes during or right after the sync?

Merge quality

Which syncs combine refinement and execution without losing focus?

Meeting load

Where does the cadence create avoidable overhead?

Inspect & adapt

When do we review whether the cadence actually worked?

Output

An execution realignment hypothesis for the next PI.

This is not a meeting calendar forever. It is a realignment hypothesis tested against change rate, decision speed and roadmap reliability.