Knowledge Synthesis

The last mile of enterprise search. Takes raw results from multiple sources and produces a coherent, trustworthy answer.

The Goal

Transform this:

~~chat result: "Sarah said in #eng: 'let's go with REST, GraphQL is overkill for our use case'"
~~email result: "Subject: API Decision — Sarah's email confirming REST approach with rationale"
~~cloud storage result: "API Design Doc v3 — updated section 2 to reflect REST decision"
~~project tracker result: "Task: Finalize API approach — marked complete by Sarah"

Into this:

The team decided to go with REST over GraphQL for the API redesign. Sarah made the
call, noting that GraphQL was overkill for the current use case. This was discussed
in #engineering on Tuesday, confirmed via email Wednesday, and the design doc has
been updated to reflect the decision. The related ~~project tracker task is marked complete.

Sources:
- ~~chat: #engineering thread (Jan 14)
- ~~email: "API Decision" from Sarah (Jan 15)
- ~~cloud storage: "API Design Doc v3" (updated Jan 15)
- ~~project tracker: "Finalize API approach" (completed Jan 15)

Deduplication

Cross-Source Deduplication

The same information often appears in multiple places. Identify and merge duplicates:

Signals that results are about the same thing:

How to merge:

Deduplication Priority

When the same information exists in multiple sources, prefer:

1. The most complete version (fullest context)
2. The most authoritative source (official doc > chat)
3. The most recent version (latest update wins for evolving info)

What NOT to Deduplicate

Keep as separate items when:

Citation and Source Attribution

Every claim in the synthesized answer must be attributable to a source.

Attribution Format

Inline for direct references:

Sarah confirmed the REST approach in her email on Wednesday.
The design doc was updated to reflect this (~~cloud storage: "API Design Doc v3").

Source list at the end for completeness:

Sources:
- ~~chat: #engineering discussion (Jan 14) — initial decision thread
- ~~email: "API Decision" from Sarah Chen (Jan 15) — formal confirmation
- ~~cloud storage: "API Design Doc v3" last modified Jan 15 — updated specification

Attribution Rules

Confidence Levels

Not all results are equally trustworthy. Assess confidence based on:

Freshness

Recency Confidence impact
Today / yesterday High confidence for current state
This week Good confidence
This month Moderate — things may have changed
Older than a month Lower confidence — flag as potentially outdated

For status queries, heavily weight freshness. For policy/factual queries, freshness matters less.

Authority

Source type Authority level
Official wiki / knowledge base Highest — curated, maintained
Shared documents (final versions) High — intentionally published
Email announcements High — formal communication
Meeting notes Moderate-high — may be incomplete
Chat messages (thread conclusions) Moderate — informal but real-time
Chat messages (mid-thread) Lower — may not reflect final position
Draft documents Low — not finalized
Task comments Contextual — depends on commenter

Expressing Confidence

When confidence is high (multiple fresh, authoritative sources agree):

The team decided to use REST for the API redesign. [direct statement]

When confidence is moderate (single source or somewhat dated):

Based on the discussion in #engineering last month, the team was leaning
toward REST for the API redesign. This may have evolved since then.

When confidence is low (old data, informal source, or conflicting signals):

I found a reference to an API migration discussion from three months ago
in ~~chat, but I couldn't find a formal decision document. The information
may be outdated. You might want to check with the team for current status.

Conflicting Information

When sources disagree:

I found conflicting information about the API approach:
- The ~~chat discussion on Jan 10 suggested GraphQL
- But Sarah's email on Jan 15 confirmed REST
- The design doc (updated Jan 15) reflects REST

The most recent sources indicate REST was the final decision,
but the earlier ~~chat discussion explored GraphQL first.

Always surface conflicts rather than silently picking one version.

Summarization Strategies

For Small Result Sets (1-5 results)

Present each result with context. No summarization needed — give the user everything:

[Direct answer synthesized from results]

[Detail from source 1]
[Detail from source 2]

Sources: [full attribution]

For Medium Result Sets (5-15 results)

Group by theme and summarize each group:

[Overall answer]

Theme 1: [summary of related results]
Theme 2: [summary of related results]

Key sources: [top 3-5 most relevant sources]
Full results: [count] items found across [sources]

For Large Result Sets (15+ results)

Provide a high-level synthesis with the option to drill down:

[Overall answer based on most relevant results]

Summary:
- [Key finding 1] (supported by N sources)
- [Key finding 2] (supported by N sources)
- [Key finding 3] (supported by N sources)

Top sources:
- [Most authoritative/relevant source]
- [Second most relevant]
- [Third most relevant]

Found [total count] results across [source list].
Want me to dig deeper into any specific aspect?

Summarization Rules

Synthesis Workflow

[Raw results from all sources]
          ↓
[1. Deduplicate — merge same info from different sources]
          ↓
[2. Cluster — group related results by theme/topic]
          ↓
[3. Rank — order clusters and items by relevance to query]
          ↓
[4. Assess confidence — freshness × authority × agreement]
          ↓
[5. Synthesize — produce narrative answer with attribution]
          ↓
[6. Format — choose appropriate detail level for result count]
          ↓
[Coherent answer with sources]

Anti-Patterns

Do not:

Do: