Flywheel sync

Flywheel Sync (ORBIT System)

A meta-skill that operates above all other skills in the launch engine, auditing the health of skill-to-skill connections, identifying broken handoffs, redundant outputs, and bottlenecks, then generating a continuous improvement roadmap. ORBIT ensures the entire product launch system functions as an integrated flywheel rather than a collection of disconnected processes.

When to Use

• Auditing whether the launch engine skills are working together effectively
• Diagnosing why a launch process feels slow, disconnected, or redundant
• Identifying gaps where important outputs are missing or not being consumed
• Checking if skill cadences are aligned with business rhythms
• Building a continuous improvement roadmap for the overall launch system
• Onboarding new team members to understand how skills interconnect
• Preparing for a major launch by verifying all system connections are healthy

What You'll Need

Critical inputs (ask if not provided):

• List of active skills and their current usage status
• Recent outputs from each skill (or confirmation that skills have been run)
• Known pain points or friction in the current launch process
• Team structure and ownership map across skills
• Launch cadence (how often launches occur, what types)

Nice-to-have:

• Outputs from the most recent run of each skill
• Timestamps of last skill execution
• Team feedback on handoff quality and timing
• Historical launch debriefs (from launch-debrief)
• Current launch calendar and upcoming milestones

Process

Step 1: Map the Full Skill Connection Graph

Document every skill-to-skill connection in the launch engine with its expected data flow.

Skill Connection Matrix:

From Skill	To Skill	Output Passed	Format	Timing	Status
signal-radar	battle-scanner	Market signals, trend data	Report	Weekly to Monthly
signal-radar	position-lock	Emerging trends, whitespace	Report	Weekly to Quarterly
battle-scanner	position-lock	Competitive landscape, gaps	Framework	Monthly to Quarterly
battle-scanner	enablement-forge	Competitive battle cards	Cards	Monthly to Per-launch
position-lock	demand-engine	Messaging framework, value props	Framework	Quarterly to Per-launch
position-lock	enablement-forge	Messaging hierarchy, proof points	Framework	Quarterly to Per-launch
demand-engine	budget-allocator	WAVE scores, channel strategy	Scored list	Per-launch
demand-engine	launch-command	Channel activation plan	Plan	Per-launch
journey-architect	demand-engine	Touchpoint map, stage definitions	Map	Per-launch
journey-architect	growth-loop	Post-purchase journey stages	Map	Per-launch
enablement-forge	launch-command	Sales materials inventory	Checklist	Per-launch
budget-allocator	launch-command	Spend allocation plan	Model	Per-launch
launch-command	launch-pulse	Launch plan, workstream status	Dashboard	Per-launch
launch-pulse	growth-loop	Adoption and retention metrics	Metrics	Continuous
launch-pulse	launch-debrief	Actuals vs targets	Scorecard	T+30, T+90
growth-loop	demand-engine	Referral pipeline, case studies	Assets	Continuous
growth-loop	signal-radar	Customer signals, advocacy data	Signals	Continuous
launch-debrief	All skills	Updated benchmarks, learnings	Playbook	Post-launch
flywheel-sync	All skills	Health report, improvement roadmap	Dashboard	Quarterly

Step 2: Score Each Connection (Orchestration Audit)

For every connection in the matrix, score its health on a 0-3 scale.

Connection Health Scale:

Score	Status	Definition	Indicators
0	Broken	No data flows between skills	Output exists but is never consumed, or skill is not run
1	Degraded	Data flows but with issues	Wrong format, stale data, manual transfer required, partial coverage
2	Functioning	Data flows reliably with minor gaps	Mostly automated, occasional format mismatch, acceptable lag
3	Optimized	Seamless, timely, complete data flow	Fully automated handoff, correct format, consumed within SLA

Connection Audit Table:

#	Connection	Score (0-3)	Issues Found	Impact	Remediation
1	signal-radar to battle-scanner
2	signal-radar to position-lock
3	battle-scanner to position-lock
4	battle-scanner to enablement-forge
5	position-lock to demand-engine
6	position-lock to enablement-forge
7	demand-engine to budget-allocator
8	demand-engine to launch-command
9	journey-architect to demand-engine
10	journey-architect to growth-loop
11	enablement-forge to launch-command
12	budget-allocator to launch-command
13	launch-command to launch-pulse
14	launch-pulse to growth-loop
15	launch-pulse to launch-debrief
16	growth-loop to demand-engine
17	growth-loop to signal-radar
18	launch-debrief to All skills

Overall Orchestration Health = (Sum of connection scores) / (Number of connections x 3) x 100%

Step 3: Redundancy and Gap Analysis

Identify outputs that overlap, outputs that are missing, and outputs that are produced but never consumed.

Output Inventory:

Skill	Output	Consumed By	Status	Action Needed
signal-radar	Market Signal Report	battle-scanner, position-lock	Active / Stale / Missing
battle-scanner	Competitive Landscape	position-lock, enablement-forge
position-lock	Messaging Framework	demand-engine, enablement-forge, launch-command
demand-engine	Channel Strategy	budget-allocator, launch-command
journey-architect	Journey Map	demand-engine, growth-loop
enablement-forge	Sales Materials	launch-command, sales team
budget-allocator	Budget Model	launch-command
launch-command	Readiness Dashboard	launch-pulse, all teams
launch-pulse	Metrics Framework	growth-loop, launch-debrief
growth-loop	Health Scores	signal-radar, demand-engine
launch-debrief	Improvement Playbook	All skills (next cycle)

Classification Key:

Category	Definition	Risk	Action
Redundant	Two+ skills produce overlapping outputs	Confusion, wasted effort	Consolidate into single source of truth
Gap	Expected output is missing, no skill produces it	Blind spot, broken handoff	Assign to existing skill or create new output
Waste	Output is produced but no skill consumes it	Wasted effort	Deprecate or find consumer
Orphan	Skill needs input but no skill provides it	Manual workaround, delays	Create upstream dependency

Redundancy and Gap Findings:

#	Finding	Category	Affected Skills	Severity	Recommended Action
1		Redundant/Gap/Waste/Orphan		High/Med/Low
2
3

Step 4: Bottleneck Identification

Score each skill as a potential bottleneck based on three factors.

Bottleneck Scoring Model:

Skill	Delay Impact (1-10)	Quality Impact (1-10)	Confusion (1-10)	Bottleneck Score
signal-radar
battle-scanner
position-lock
demand-engine
journey-architect
enablement-forge
budget-allocator
launch-command
launch-pulse
growth-loop
launch-debrief
flywheel-sync

Bottleneck Score Formula:

Bottleneck_Score = (Delay_Impact x 0.40) + (Quality_Impact x 0.35) + (Confusion x 0.25)

Factor Definitions:

Factor	Weight	1 (Low)	5 (Medium)	10 (High)
Delay Impact	40%	Skill runs on time, outputs delivered within SLA	Occasional delays, 1-2 week lag	Chronic delays, blocks downstream skills for 3+ weeks
Quality Impact	35%	Outputs are complete, accurate, actionable	Occasional gaps or inaccuracies	Outputs frequently incomplete, require rework
Confusion	25%	Clear ownership, well-understood process	Some ambiguity on who owns what	Teams unsure of process, frequent miscommunication

Bottleneck Classification:

Score Range	Classification	Action
7.0 - 10.0	Critical Bottleneck	Immediate intervention, process redesign, additional resourcing
5.0 - 6.9	Moderate Bottleneck	Optimization needed, SLA tightening, template improvement
3.0 - 4.9	Minor Friction	Monitor, address in next quarterly review
< 3.0	Healthy	No action needed

Step 5: Tempo Alignment Check

Verify that each skill runs at the appropriate cadence relative to the business rhythm.

Skill Tempo Map:

Skill	Recommended Cadence	Actual Cadence	Aligned?	Adjustment Needed
signal-radar	Weekly scan, monthly deep dive		Yes/No
battle-scanner	Monthly update, per-launch refresh
position-lock	Quarterly refresh, per-launch validation
demand-engine	Per-launch build, monthly optimization
journey-architect	Per-launch, annual strategic refresh
enablement-forge	Per-launch, monthly asset refresh
budget-allocator	Per-launch, monthly rebalancing
launch-command	Per-launch (T-60 through T+30)
launch-pulse	Per-launch setup, continuous monitoring
growth-loop	Continuous, quarterly program review
launch-debrief	T+30 and T+90 per launch
flywheel-sync	Quarterly health check

Tempo Misalignment Patterns:

Pattern	Symptom	Fix
Too slow upstream, fast downstream	Downstream skills work with stale inputs	Increase upstream cadence or add trigger-based updates
Too fast upstream, slow downstream	Outputs pile up unconsumed	Batch upstream outputs or increase downstream cadence
Event-driven gap	Launch skills idle between launches	Add continuous improvement tasks between launches
Missing trigger	Skill should run but nothing initiates it	Add calendar trigger or upstream completion trigger

Step 6: Generate the Integration Health Dashboard

Compile all analyses into a single health view.

System Health Summary:

Dimension	Score	Status	Trend	Top Issue
Orchestration Health	/100%	Green/Yellow/Red	Up/Down/Flat
Redundancy/Gap Score	/10 findings
Bottleneck Score (avg)	/10
Tempo Alignment	/12 aligned
Overall System Health	/100%

Overall System Health Calculation:

System_Health = (Orchestration_Health x 0.35) + (Gap_Score_Inverse x 0.25)
             + (Bottleneck_Score_Inverse x 0.25) + (Tempo_Alignment x 0.15)

Critical Path Identification: Map the longest dependency chain through the skill graph and identify which skills are on the critical path for each launch.

Critical Path Step	Skill	Duration	Slack	On Critical Path?
1	signal-radar	Ongoing	N/A	Yes (foundation)
2	battle-scanner	2 weeks	1 week	Yes
3	position-lock	3 weeks	0	Yes (bottleneck risk)
4	demand-engine	2 weeks	1 week	Yes
5	budget-allocator	1 week	2 weeks	No
6	launch-command	8 weeks (T-60 to T-0)	0	Yes (controls timeline)
7	launch-pulse	2 weeks setup	1 week	Yes
8	growth-loop	Continuous post-launch	N/A	No (parallel)
9	launch-debrief	T+30	2 weeks	No (post-launch)

Step 7: Build the Continuous Improvement Roadmap

Prioritize all identified issues into a phased improvement plan.

Improvement Roadmap:

Phase	Timeline	Focus	Key Actions	Success Metric
Quick Wins	Next 2 weeks	Fix broken connections (score 0-1)	Repair data flows, create missing templates	All connections >= 1
Optimize	Next 30 days	Reduce bottlenecks, align tempo	Process redesign for top 2 bottlenecks	Avg bottleneck score < 5.0
Integrate	Next 60 days	Eliminate gaps and redundancies	Consolidate overlapping outputs, fill gaps	Zero critical gaps
Automate	Next 90 days	Systematize handoffs and triggers	Automated triggers between skills, SLA monitoring	Orchestration health >= 80%
Scale	Ongoing	Continuous improvement culture	Quarterly flywheel-sync reviews, feedback loops	System health >= 85%

Output

Save to outputs/flywheel-sync/

Deliverables:

1. System Health Dashboard -- Overall system health percentage, orchestration health, gap/redundancy count, average bottleneck score, tempo alignment, and critical path identification with visual dependency map
2. Gap and Redundancy Report -- Every output classified as active, redundant, gap, waste, or orphan with recommended consolidation, creation, or deprecation actions
3. Bottleneck Analysis -- Every skill scored on delay impact, quality impact, and confusion with bottleneck classification (Critical/Moderate/Minor/Healthy) and specific remediation plans
4. Continuous Improvement Roadmap -- Phased plan (Quick Wins through Scale) with timeline, key actions, success metrics, and owners for each improvement initiative

Chain Connections

• Receives from: All skills (outputs, timing data, quality feedback, connection health signals)
• Feeds back into: All skills (health assessments, improvement priorities, tempo recommendations, integration fixes)
• Enhanced by: launch-debrief (systemic patterns across launches), launch-command (critical path data), signal-radar (external timing pressures)