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multi-source-signal-synthesiser

multi-source-signal-synthesiser

github.com/mohitagw15856Data & databases1.5k40 installsUpdated 5d ago
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About multi-source-signal-synthesiser

multi-source-signal-synthesiser is a skill for product teams to reconcile feedback from research, support, reviews, sales, and other sources. It weights signals, finds shared or conflicting needs, and produces ranked insights with evidence and confidence caveats.

Key features

  1. 01Weight signals by source
  2. 02Find converging and divergent needs
  3. 03Separate requests from underlying needs
  4. 04Rank insights by weighted frequency
  5. 05Flag evidence gaps and confidence

Use cases

  1. 01Synthesize feedback across interviews and support tickets
  2. 02Identify conflicting needs between user segments
  3. 03Prioritize product findings with evidence

Install

Copy the command and run it in a terminal.

$npx skills add https://github.com/mohitagw15856/pm-claude-skills --skill multi-source-signal-synthesiser

After installing, type/multi-source-signal-synthesiserin Claude Code to confirm it loaded.

Details

From the project README

Multi-Source Signal Synthesiser Skill

Reconcile user signals from multiple sources — interviews, support tickets, NPS, app reviews, sales calls — into a unified, weighted insight brief that surfaces the underlying need rather than the surface-level request.

Required Inputs

Ask the user for these if not provided:

  • Signal sources (interviews, support tickets, NPS verbatims, app reviews, sales calls, analytics — any combination)
  • Time period covered by the data
  • Product area or feature the signals relate to (if scoped)

Source Weighting (default — adapt to context)

SourceWeightRationale
Direct research (interviews, usability tests)5Highest-fidelity, structured
Support tickets (unprompted pain signals)4Real pain, unfiltered
NPS verbatims3Broad but shallow
App store reviews2Public, self-selected
Sales call summaries2Filtered through sales lens
Anecdote or single report1Low confidence alone

Process

  1. Tag each signal by source and apply weight
  2. Look for convergence: same underlying need appearing across 3+ sources
  3. Look for divergence: contradictory signals suggesting user segmentation
  4. Distinguish surface request from underlying need (e.g. "faster export" may mean "I don't trust the data will be there when I need it")
  5. Produce ranked insights by weighted frequency
  6. Validate — Confirm each insight has evidence from at least 2 source types. Flag any insight resting on a single source as low-confidence.

Output Structure

User Signal Synthesis — [Date / Period]

Sources included: [list with count per source] Total signals processed: [n]

Insight 1: [Underlying need, not feature request]
  • Confidence: High / Medium / Low (based on source diversity and weight)
  • Evidence: [Signals from each source supporting this]
  • Conflicting signals: [Any contradicting evidence and how to interpret it]
  • Product implication: [Specific next step, not generic]

[Repeat for top 3-5 insights]

Divergent Signals (Possible Segmentation)

[Where user groups appear to have genuinely different needs — specify which segments]

What the Data Does NOT Tell Us

[Gaps that require further research before acting]

Quality Checks

  • Every insight references at least 2 distinct source types
  • Surface requests are translated to underlying needs (not just echoed)
  • Divergent signals identify the specific user segments, not just "some users disagree"
  • Confidence ratings are consistent with source diversity and weighting
  • "What the data does NOT tell us" section is honest about gaps

Anti-Patterns

  • Do not echo surface-level feature requests as insights — translate every request to the underlying need before including it as a finding
  • Do not assign High confidence to insights supported by only one source type — confidence requires corroboration across at least two distinct source types
  • Do not treat all sources as equally weighted — a single interview quote and a pattern across 200 support tickets are not comparable signals
  • Do not collapse divergent signals into a single finding — where user segments have genuinely different needs, name the segments explicitly rather than averaging them away
  • Do not omit the research gap section when key decisions rest on thin data — acting on low-confidence findings without flagging the gaps misleads product teams

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