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Sprint Concept Graph Analysis

Overview

The recent sprint added 171,506 new concept relations to the Ma Core knowledge graph, demonstrating the rich interconnectedness of the sprint documentation and workflow artifacts.

Key Statistics

  • Relations before sprint: 886,885
  • Relations after sprint: 1,058,391
  • New relations added: 171,506
  • Files processed: 2,483
  • Concept mentions: 33,576

Primary Concept Hubs

1. Parallel Agent Orchestration Hub

The parallel-agent-orchestration concept emerged as a central hub, connecting 20 major concepts:

This hub connects methodology concepts (agentic-slc, structured-workflows), issue tracking (SRCH-004, MEM-009, GRPH-009), and quality assurance (red-team, quality-gates).

2. RTM (Requirements Traceability Matrix) Network

The RTM concept spawned an entire family of related concepts:

3. Issue-Specific Networks

SRCH-004 (minScore Parameter)

Connected to implementation and quality concepts:

MEM-009 (Path Security)

Linked to technical implementation details:

4. Agentic-SLC Ecosystem

The agentic-slc concept connected to the broader agent ecosystem:

Analysis

Concept Density

The sprint retrospective alone contained 14 key concepts:

  • rtm, agentic-slc, srch-004, mem-009, grph-009
  • structured-workflows, embedded-thinking, atomic-rtm
  • parallel-agent-orchestration, quality-gates, red-team-verification
  • agent-orchestration, sprint-planning, red-team

With each concept potentially connecting to every other concept in the same file, this creates up to 14×13 = 182 relations per file.

Graph Growth Pattern

The exponential growth (171K relations) demonstrates:

  1. Dense Documentation: Sprint artifacts heavily cross-reference concepts
  2. Methodology Integration: Workflow concepts link to implementation details
  3. Issue Tracking: Each issue connects to multiple implementation and testing concepts
  4. Quality Assurance: Red-team and quality-gate concepts permeate the graph

Key Insights

  1. Parallel Agent Orchestration emerged as the most connected concept, serving as a bridge between methodology and implementation
  2. RTM spawned an entire concept family, showing the importance of requirements traceability
  3. Issue concepts (SRCH-004, MEM-009) created rich networks linking problems to solutions
  4. Agentic-SLC connected to the broader agent ecosystem, demonstrating tool integration

Hybrid RRF Search Results for Top Concepts

1. Parallel Agent Orchestration

Query: parallel-agent-orchestration Top 5 Results (Hybrid RRF scoring):

DocumentFused ScoreText ScoreSemantic ScoreType
Sequential Thinking Session session-17581675501360.0160.0001.000Thinking Session
Sequential Thinking Session session-17583149755250.0160.0000.823Thinking Session
Sequential Thinking Session session-17584277301030.0160.0000.654Thinking Session
Chat Session: swe-fast0.0160.0000.551Chat Session
ExtendedMind Diagnostics Report0.0150.0000.467Technical Doc

Note: Pure semantic matches indicate the concept is contextually related but not explicitly mentioned in text.

2. RTM (Requirements Traceability Matrix)

Query: RTM requirements traceability matrix Top 5 Results (Hybrid RRF scoring):

DocumentFused ScoreText ScoreSemantic ScoreType
ExtendedMind Diagnostics Report0.0160.0001.000Technical Doc
VS-004 and VS-008 RTM Test Results0.0160.1200.000Test Report
GPT-5 Optimization Principles0.0160.0000.768Guidelines
Workflow Dispatch Meta-Cognitive0.0160.0700.000Architecture
Workflow Session workflow-17565622513070.0160.0000.726Workflow

Text matches show explicit RTM mentions; semantic matches show related concepts.

3. Agentic-SLC Workflow

Query: agentic-slc workflow Top 5 Results (Hybrid RRF scoring):

DocumentFused ScoreText ScoreSemantic ScoreType
Chat Session: extended-gpt5-swe0.0160.0001.000Chat Session
Discovery Integration Path0.0160.6300.000Technical Doc
Unicode Test 🌟0.0160.0000.882Test Doc
Workflow Dispatch Meta-Cognitive0.0160.4900.000Architecture
ExtendedMind Diagnostics Report0.0160.0000.851Technical Doc

High text scores (0.630, 0.490) indicate direct workflow mentions.

4. SRCH-004 (minScore Search Filter)

Query: SRCH-004 minScore search filter Top 5 Results (Hybrid RRF scoring):

DocumentFused ScoreText ScoreSemantic ScoreType
AnnotatedMessageTool.cs0.0160.0001.000Source Code
Workflow Dispatch Meta-Cognitive0.0160.2200.000Architecture
Unicode Test 🌟0.0160.0000.921Test Doc
Discovery Integration Path0.0160.1800.000Technical Doc
ExtendedMind Diagnostics Report0.0160.0000.719Technical Doc

Text matches (0.220, 0.180) show documents discussing search/filter functionality.

5. MEM-009 (Path Security Validation)

Query: MEM-009 path security validation Top 5 Results (Hybrid RRF scoring):

DocumentFused ScoreText ScoreSemantic ScoreType
Nested Test0.0160.0001.000Test Doc
ManBearPig Integration Analysis0.0160.1600.000Architecture
../../../etc/passwd0.0160.0000.966Security Test
60-Day Implementation Timeline0.0160.1600.000Planning
Chat Session: swe0.0160.0000.766Chat Session

High semantic scores for security tests (0.966) show related path validation concerns.

RRF Scoring Analysis

Reciprocal Rank Fusion (RRF) combines text and semantic search results:

  • Fused Score: Combined ranking from both search methods (max ~0.016)
  • Text Score: BM25 full-text search relevance (0.000-1.000)
  • Semantic Score: Vector similarity using embeddings (0.000-1.000)

Key Patterns:

  1. Pure Semantic Matches (Text: 0.000): Documents conceptually related but lacking exact terms
  2. Pure Text Matches (Semantic: 0.000): Documents with exact keywords but different contexts
  3. Hybrid Matches: Documents with both keyword and semantic relevance (strongest results)

The RRF approach ensures both exact matches and conceptually related documents surface in search results, providing comprehensive knowledge retrieval across the 2,483 files in the system.

Conclusion

The 171K new relations reflect not just documentation volume, but the deeply interconnected nature of the sprint's work. Each concept represents a node in a knowledge network that captures:

  • Implementation decisions
  • Quality processes
  • Agent coordination patterns
  • Requirements traceability
  • Security considerations

This dense graph, combined with hybrid RRF search capabilities, enables powerful knowledge retrieval and relationship discovery, making the sprint's learnings permanently accessible through the Ma Core knowledge system.