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TELEON ARCHITECTURE MASTER BLUEPRINT & SEED PORTAL
17 CAPABILITY FACETS 5 EVALUATION LENSES ZERO PAY-TO-PLAY

5-Lens Empirical Quadrants, Pareto Frontier & 17-Facet AI Catalog

Replaces subjective analyst pay-to-play quadrants with reproducible telemetry across LLMs, CPU/Edge SLMs, 3D/Multimodal, Time-Series Foundation Models (Chronos-Bolt, TimesFM 2.0, Moirai-MoE, TimeGPT, PatchTST, Toto), Agent SDKs/Orchestrators, 7-Stage RAG, DSPy, Embeddings, MCP + A2A, Security, Tracing vs Evaluation, Memory Policies vs Vector/SQL Substrates, and Durable Execution.

All 17 Facets (10) agent_development_orchestration ai_security_and_guardrails automation_ipaas_dag_durable embeddings_and_rerankers evaluation_and_regression_testing llm_frontier_cloud llm_open_weights_cloud memory_behavior_policies multimodal_vision_audio_3d observability_tracing_monitoring programmatic_prompt_workflow_optimization protocols_mcp_and_a2a rag_context_pipeline slm_cpu_edge_quantized teleon_team_simulation_provenance timeseries_foundation_models vector_and_transactional_storage
ARCHITECTURAL VANGUARDS EMPIRICAL LEADERS SCOPED SPECIALISTS OPERATIONAL WORKHORSES X: Verified Execution Reliability (0..100) bm25s (Scipy Sparse Chonkie Semantic & Tdeepset Haystack 2LlamaIndex CoreMarker PDF-to-MarkdoRAGFlowUnstructuredLangChain Retrieval Microsoft GraphRAGEmbedChain

5 Orthogonal Ranking Lenses

  1. Lens 1 (Empirical 2x2 Quadrant): X = Verified Execution Reliability vs Y = Architectural Composability and Governance Fit.
  2. Lens 2 (Constraint-Weighted Wave): Custom workload weights plus Tversky hard vetoes (spdx_license, blast class, CPU-only).
  3. Lens 3 (Exact Pareto Frontier): Non-dominated set across Quality, Latency, Cost, Cliff Retention, and Lock-in Freedom (orange nodes).
  4. Lens 4 (Jagged-Frontier Cliff Index): Perturbed neighbor retention ratio.
  5. Lens 5 (Team Marginal Value / WAR): Paired holdout lift net of coordination token tax.
Component & PublisherPrimary FacetQuadrant & FrontierLens ScoresCliff & WARLicense
bm25s (Scipy Sparse Lexical)
xhluca (rag_component)
rag_context_pipeline EMPIRICAL_LEADER PARETO Exec: 98, Fit: 95, Wave: 94.04 Cliff: 95%, WAR: +0.26 MIT
Chonkie Semantic & Token Chunker
Chonkie (rag_component)
rag_context_pipeline EMPIRICAL_LEADER Exec: 97, Fit: 95, Wave: 93.16 Cliff: 95%, WAR: +0.23 MIT
deepset Haystack 2
deepset (rag_component)
rag_context_pipeline EMPIRICAL_LEADER PARETO Exec: 93, Fit: 92, Wave: 92.04 Cliff: 87%, WAR: +0.24 Apache-2.0
LlamaIndex Core
LlamaIndex (rag_component)
rag_context_pipeline EMPIRICAL_LEADER PARETO Exec: 90, Fit: 90, Wave: 91.42 Cliff: 84%, WAR: +0.22 MIT
Marker PDF-to-Markdown
VikParuchuri / Datalab (rag_component)
rag_context_pipeline EMPIRICAL_LEADER PARETO Exec: 92, Fit: 92, Wave: 89.88 Cliff: 89%, WAR: +0.23 GPL-3.0
RAGFlow
InfiniFlow (rag_component)
rag_context_pipeline EMPIRICAL_LEADER Exec: 87, Fit: 82, Wave: 89.42 Cliff: 84%, WAR: +0.2 Apache-2.0
Unstructured
Unstructured.io (rag_component)
rag_context_pipeline EMPIRICAL_LEADER Exec: 88, Fit: 82, Wave: 89.34 Cliff: 84%, WAR: +0.18 Apache-2.0
LangChain Retrieval & Loaders
LangChain (rag_component)
rag_context_pipeline OPERATIONAL_WORKHORSE Exec: 86, Fit: 80, Wave: 88.88 Cliff: 77%, WAR: +0.16 MIT
Microsoft GraphRAG
Microsoft (rag_component)
rag_context_pipeline OPERATIONAL_WORKHORSE Exec: 82, Fit: 79, Wave: 86.69 Cliff: 78%, WAR: +0.19 MIT
EmbedChain
Mem0 / EmbedChain (rag_component)
rag_context_pipeline OPERATIONAL_WORKHORSE Exec: 82, Fit: 79, Wave: 83.12 Cliff: 77%, WAR: +0.11 Apache-2.0