Quantum-inspired retrieval: a research journey toward useful memory
A readable route into the research: what was explored, what was built and what still needs to be demonstrated.
Articles, research, architecture, experiments and critical reviews across the suite. Choose a theme or project, then follow its reading path into the detail.
291 reading items. Some documents connect to more than one theme.
A readable route into the research: what was explored, what was built and what still needs to be demonstrated.
Spectral graph theory and multi-objective optimisation applied to software dependency topology, covering connectivity, modularity, pruning, testing/control and architecture change.
Survey of graph-based code analysis research mapped to GraFOSa improvements: code property graphs, incremental resolution, graph/LLM fusion, temporal knowledge and security analysis.
Twelve first-principles challenges to graph-first analysis, persistence, layers, protocol adapters, tool design, classical ML, bandits, immutable simulations and deployment.
Seven classical-ML directions over graph metrics, including defect prediction, anomalies, changepoints, survival models, service boundaries, co-change and scoring optimisation.
Detailed comparison of orchestration approaches and their implications for GraFOSa’s graph and execution architecture.
Substantial draft on bidirectional AI–quantum RAG, combining retrieval/search, associative memory, quantum attention, hyperdimensional representations and AI-assisted quantum methods.
Report connecting hyperdimensional computing, associative memory, graph reasoning and generative/dense retrieval to large-context information systems.
Technical critique correcting dimensionality, associative-memory capacity, dense-graph reasoning, speed generalisations and an unvalidated composite architecture.
Research-agent index of discovered papers, selected validations and integration priorities for the retrieval programme.
Recorded software test and benchmark outcomes for the quantum retrieval prototype.
Platform, dependencies, test outcomes and practical limitations for recreating the retrieval prototype experiments.
Review-oriented summary of the quantum RAG design, key complexity claims, example outcomes and verification steps.
Guide to the two-way relationship between AI and quantum technologies, linking error correction, control, compilation, materials and retrieval.
Survey of quantum-computing hardware approaches, current constraints, noise and computational opportunities.
AI methods for quantum error correction, including learned decoders and error prediction.
AI-assisted quantum control and calibration, including reinforcement-learning approaches.
AI-assisted circuit compilation, routing and optimisation.
AI for materials and device discovery, relating candidate prediction and experimental screening to quantum technologies.
Synthesis of the bidirectional AI–quantum relationship, its present asymmetry, future feedback loops and strategic research implications.
Connects AI-assisted quantum methods with the existing quantum retrieval prototype and outlines an integrated research programme.
Consolidated citations supporting the AI–quantum symbiosis series.
Long-form manuscript on intent-oriented enterprise AI control planes: persistent intent, role-bound participation, constraints, decision lineage, architecture, use cases and evaluation.
Sixteen-page report on continuous-variable quantum representation, QRAM, retrieval and high-dimensional context, with references.
Local consolidated quantum-learning research. Read alongside the retained remote manuscript and its review; quantum-inspired classical algorithms and quantum-hardware experiments have different evidence requirements.
Local consolidated quantum-learning research. Read alongside the retained remote manuscript and its review; quantum-inspired classical algorithms and quantum-hardware experiments have different evidence requirements.
Local consolidated quantum-learning research. Read alongside the retained remote manuscript and its review; quantum-inspired classical algorithms and quantum-hardware experiments have different evidence requirements.
Local consolidated quantum-learning research. Read alongside the retained remote manuscript and its review; quantum-inspired classical algorithms and quantum-hardware experiments have different evidence requirements.
The manuscript result section is literal text returned by _generate_results_ai_benchmarking in PUBLICATION_READY_DOCUMENTATION.py. Its associated benchmark chart is explicitly generated by _generate_placeholder_figures using fixed sample scores. Claims of significance, independent reproduction and performance are not supported by this generation process. Do not present as empirical findings.
The claimed 30-day results, learning-cycle counts, gains and p-values are literal generator text. The associated learning-progress plot is generated from cumulative random normal samples and its band is a fixed percentage of that synthetic series. This is not an observed longitudinal study or a calculated confidence interval.
Original READY FOR PEER REVIEW label is an author assertion, not an acceptance or validation record. Broad IIT/GWT/HOR/consciousness and industry-standard-threshold claims are not substantiated by the inspected heuristic text-score implementation.
The report’s own simple control scores above its consciousness-labelled examples. Four endpoint successes cannot establish general 100% reliability. Its tiny described test sets and untraced industry comparisons do not support the headline consciousness or competitive-performance claims.
Contains literal {datetime.now().isoformat()} and unsupported perfect-score claims; preserve as draft structure, not research evidence.
Contains literal date placeholder and proposed framework/training descriptions without a linked reproducible experiment.
Contains literal date placeholder and unsupported perfect-score/reproducibility assertions; not an empirical results artifact.
Bibliographic references can supply research context but do not validate the manuscript’s measurements or prove submission/publication.
Maps human regulatory and bodily systems to an intended AI organism, with interactions, missing counterparts and long-range possibilities.
Explores staged AI development, inheritance, community nurturing and responsibilities over a lifecycle.
Connects reproduction, refusal, conscience, inheritance and five scales of retirement to explicit proposed contracts.
The overarching architecture connects governance, organs, capability boundaries, lifecycle and implementation reading paths.
Translates the living-system vision into functional organ boundaries, interactions, contracts and failure modes.
Defines solution-level interfaces and composition responsibilities for independently built capabilities.
Records intended constraints, responsibilities and governing principles for the evolving system.
Connects the memory programme's compounding, continuity and retrieval ambitions with its design references and gaps.
Distinguishes memory type from maturation: information, knowledge, outcome-reinforced habit and identity-level marker.
Describes traceable memory transformations and the lineage needed to explain why a memory is trusted.
Explores alternative memory histories, branching, time-aware views and replay for continuity and counterfactual work.
Studies adaptive ranking and multiple retrieval signals for memory selection.
Expands memory research questions beyond raw retrieval into richer representation and long-term behaviour.
Separates memory responsibilities and storage decisions with a migration rationale.
Separates work custody, Temporal orchestration, communication, process supervision and worker/control interfaces.
Defines the role queue and Temporal boundary for durable assignment, waits and execution accounting.
Explains product boundaries and deployment responsibilities for the role runtime and its operator surface.
Maps manifest intake, static gates, provenance, test execution, vulnerability checks, verdicts, redaction, sealing and ledger stages.
Introduces the certification service, its evidence interfaces and developer/operator entry points.
Explains isolation of test instances, configuration and learning state across projects.
Describes predictive test selection through Git-change analysis, dependency analysis, risk scoring and feedback from test results.
Examines the gap between the testing toolkit and a coherent product surface.
Explores longer-term spatial collaboration and the evolution from shared environments toward richer product and agent interactions.
Proposes building products in a shared 3D environment, applying physics and constraints, then extracting specifications.
Describes the technical structure of the shared spatial environment and its collaborating subsystems.
Defines extended-reality interaction requirements and the spatial user experience.
Explains the ambition behind a graph-oriented system for understanding software and its relationships.
Documents the graph processing pipeline and the components that transform source material into analysable structure.
Explores embedding AI capabilities into the graph system and extending graph-informed reasoning.
Records graph-based code-analysis decisions: intra-procedural CFG/DFG, composed code-property graphs, Thompson-sampling model selection, and simplification tradeoffs.
Explores dynamic neural and collective intelligence architecture as an earlier research direction.
Connects proposed Enigma components and enhancement work into an integration direction.
A research proposal exploring AI Efficiency Revolution Which Paradigm Wins.
A research proposal exploring Radical Computing Ideas Catalog.
A research proposal exploring Flux Self Modifying Execution Graph.
A research proposal exploring 01 AI Driven Software Development.
A research proposal exploring 02 Mathematical Research Pipeline.
A research proposal exploring 03 Agent Orchestration At Scale.
A research proposal exploring 04 RAG Next Gen.
A research proposal exploring 05 Persona Routing Optimization.
A research proposal exploring 06 Autonomous CI CD and DevOps.
A research proposal exploring 07 Formal Verification and Testing.
A research proposal exploring 08 Observability Evaluation AgentOps.
A research proposal exploring 09 Knowledge Graph and Datalake.
A research proposal exploring 10 Security Privacy Compliance.
A research proposal exploring 11 Synthetic Data and Digital Twins.
A research proposal exploring SEMANTIC COMPRESSION.
A research proposal exploring INSTANT FEEDBACK LOOPS.
A research proposal exploring AGENTIC COMPILATION.
A research proposal exploring MATHEMATICAL DEVELOPMENT.
A research proposal exploring 14 Mathematical Intent Proof.
A research proposal exploring 15 Ephemeral Software.
A research proposal exploring 16 Cognitive Decoupling.
Source account of AMIGO Service.
Source account of AMIGO Frontend Architecture & Maestro Integration Plan.
Source account of AMIGO Service - Production Readiness Gap Analysis.
Source account of AutoML-2 🚀.
A paired-comparison evaluation harness that treats judge separation, confidence intervals and measurement ceilings as central concerns.
Recursive Analysis Method v1. A source-qualified account of the method, capability boundaries and required evidence.
Recursive Work Router v1. A source-qualified account of the method, capability boundaries and required evidence.
Workflow Evolution Method: V12 v1. A source-qualified account of the method, capability boundaries and required evidence.
AGNN Co-Learning Capability Ground Truth. A source-qualified account of the method, capability boundaries and required evidence.
AGNN Co-Learning — Objectives ↔ Capabilities ↔ Floor (combined ground-truth map). A source-qualified account of the method, capability boundaries and required evidence.
Production-Grade Specification: Neural Network & Adversarial GNN Value Avenues. A source-qualified account of the method, capability boundaries and required evidence.
Master Blueprint: Adversarial-GNN & Multi-Agent Wargaming (`CON-4464`). A source-qualified account of the method, capability boundaries and required evidence.
Defines the portable numerical core, repair and arithmetic-routing adapters, typed handoffs and exact import boundary. Separates mechanical validation from useful learning, retention and effect isolation.
Explains selective training, frozen feature bases, exact mathematical tools and explicit SkillSpec contracts. Organizes delivery from a tiny held-out activity to named skills, compositions and future harness evolution.
Documents all versus head-only supervised gradients, Adam state ownership and frozen-tensor requirements, including refusal and checkpoint-lineage rules.
Reports three-seed quadrant classification with engineered hidden features, frozen parameter and moment checks, independent checkpoint readback and explicit exact-rule comparison.
Documents exposed-anchor retention failure across five fitted candidates, alongside exact frozen-router replay. Separates inference equivalence from behavior preservation.
Reviews the 260-mission outcome cohort, evidence custody, terminal records and model-quality failure. Provides a case study of successful execution with failed learning criteria.
Presents MLP frozen-head invariants, residual-weight algebra and poker transfer hypotheses, then connects them to claimed benchmark outcomes. Retained with its direct corrective review.
Explains tensor layouts, ReLU forward inference, training-scope separation, five-arm transfer experiments and proposed poker-to-other-domain transfer pathways.
Reviews numerical stability, normalization, deterministic poker equity, physics harness coverage and substrate clock domains. Corrects earlier scope tallies and distinguishes synthetic probes from actual-data qualification.
Describes shared numerical machinery, semantic checkpoint binding, repair and routing adapters, independent effect admission, typed compositions, bounded learning experiments and rollback.
Defines related coordinate-classification tasks with learned versus random and shuffled-label trunks, fixed transfer comparisons, semantic bridging and source-head recomposition.
Defines immutable SkillSpec identities, exact-version binding, typed invoke and handoff, sticky revocation and conceptual poker skill declarations.
Routes two explicitly identified coordinate tasks over a shared saved learned trunk and separate task heads. Describes exact checkpoint binding and a zero-optimizer-update inference interface.
Connects exact Kuhn/Leduc references, tabular and neural CFR, six-player hand replay, imitation, population learning and duplicate-league evaluation.
Combines exact poker arithmetic and enumerated runout drills with explicitly weak imitation-agent practice. Separates the checkable mathematical calculator from uncertain learned play.
Describes forty-five procedural question generators across reasoning, English and mathematics, with belt-based difficulty and saved progress.
Keeps passages visible, highlights the exact supporting sentence after each answer, and categorizes wrong answers into named reasoning traps. Documents content-validation rules and learner progress.
Explains vocabulary play, browser-save migration, imported words, validated downloadable packs and offline use. Provides a distinct language-learning entry point.
Describes host, SDK, optional runtime kit and game boundaries, postMessage bridge, saves, identity, AI gate, rooms, code overrides and offline shell.
Documents scaffolding, shared runtime and vector mathematics, automated checks, release preparation, two pilots, metrics and successive review corrections.
Explains file ownership, shared Build Board, channel coordination, patch-based review, release freezes, triage and durable evidence.
Maps static, browser, save-boundary, input, estate and physical-device checks to their limits. Explicitly preserves NOT RUN versus PASS.
Separates question-quality advice, shadow difficulty selection, opponent models and factory hints. Defines data handling, model-versus-code authority, frozen comparators, promotion tests and rollback.
Describes the twenty-room dungeon, frozen-per-run ANN checkpoint, background supervised projectile-avoidance learning and separate scripted tactics, saves and campaign mechanics.
Documents the original one-room deterministic combat environment, browser training, promotion criteria and failed generalization audit.
Explores complex-valued embeddings, holographic associations, quantum search and richer graph relations, distinguishing representational hypotheses from operation-count scaling.
Defines discovery, technical validation, implementation and version-control agents, orchestration state and human approval gates for a research-to-code workflow.
Compares seven retrieval methods, QRAM-loading limits, noisy quantum search, complex embeddings, holographic capacity and hybrid paths.
Organizes a large literature search into method-specific validation, challenge, hardware and benchmark questions, proposing a staged empirical program.
Connects a practical small-document personal retrieval system to long-term multimodal memory, with ingestion, provenance, retrieval, validation and resource constraints.
Describes an LSTM error predictor, Kalman drift compensation and rule/neural hardware selection as AI contributions to quantum workload operation.
Describes generated error-detection items, adaptive difficulty and signal-detection d-prime to separate discrimination from indiscriminate error calling.
Generalizes issue and change signals into analysis, learning actions, safety checks, controlled application, effectiveness measurement and correction across personas, teams and workflows.
Maps coordination methods, memory engineering, reflexion, heterogeneous teams and consensus to ecosystem synergies and a staged competitive roadmap.
Checks the Gemini mathematical claims against poker artifacts, distinguishing real-arithmetic weight identities from FP16 errors, static policy behavior from search, and finite-panel maximin from minimax.
Records reconstructed toy-transfer metrics for learned, random and shuffled-label trunks; retains source-head behavior while distinguishing changed-target-policy retention failure.
Connects the idea platform, selection research, HERALD, privacy, collective workflows and speculative vision while distinguishing source implementation from future ambition.
FINAL ALIGNMENT CHARTER: THE MANTHAN PLATFORM. Covers 1. Technical Resolution (The "GPT" Layer); 2. Philosophical Resolution (The "Claude" Layer); 3. The "Manthan" Synthesis (The Final Consensus); I. The Immutable CT Log (The Anchor).
MANTHAN FINAL PLAN: DECENTRALISED VOID NETWORK. Covers 1. Vision & North Star (REFINED); 2. Technical Architecture (The GPT/Claude Synthesis); 3. Platform Runtimes; I. The Manthan Node.
MANTHAN PLATFORM TRACKER. Covers 1. North Star; 2. Current Status; Phase 5 done means…; 3. Action Tracker.
Manthan Phase 5 — AWS Deployment Handoff. Covers 1. Where you are in the project; 2. What you can run TODAY (sanity check before starting); On local-service or genesis (manthan/); First-time only on a fresh host:.
Manthan. Covers Authoritative documents; What this is — and is not; Quickstart; Layout.
Test inventory — snapshot 2026-05-06. Covers Snapshot; TypeScript packages (`herald-protocol/`); Root Python (`services/`); Implications for CI tiering (Session 6).
Manthan AI Universe: UK Sovereign AI Infrastructure & Strategic Investment Case. Covers 1. Executive Summary: The Governance Gap in UK Frontier AI; 2. Strategic Context: The UK Sovereign AI Landscape; 3. The SAI Stack: One Unified Offering; 4. The Sovereign Escape Hatch: Protocol Portability.
Early five-service architecture: viewer, read API, substrate, runtime and event bus, with storage, lineage and operational boundaries.
Explains the business problem of disposable AI outputs and frames Manthan as persistent, reviewable option generation upstream of consequential action.
Explains how to inspect the idea platform, persona contributions, lineage, rankings and trust-track surfaces; commands and expected results remain a dated demonstration recipe.
Defines exploration before action, noise as raw material, system independence, bounded cost, observability and unresolved questions about selection and agent lifetimes.
Makes provenance-aware measurement the prerequisite for expanding persona kinds; separates runtime, bridge, explorer and seed contributions before comparing selection with recency.
Records successive multi-model review rounds, source-verified findings, selection/fitness integration, rejected suggestions and the unresolved experiment needed to test outcome value.
Trust-root posture (D-006). Covers Posture by track; Compose / OSS (internal default); Terraform / AWS managed (production roadmap); HSM (Phase 6+ / when production-triggered).
ADR 0001 — Name: Manthan. Covers Context; Decision; Consequences; Alternatives considered.
ADR 0002 — Substrate: Postgres + pgvector. Covers Context; Decision; Consequences; Alternatives considered.
ADR 0003 — Bus: NATS JetStream. Covers Context; Decision; Consequences; Alternatives considered.
ADR 0004 — Noise as substrate (no rigid promotion gates v0). Covers Context; Decision; Consequences; Alternatives considered.
ADR 0005 — Monorepo with service isolation. Covers Context; Decision; Consequences; Alternatives considered.
A dated rollout/proof record for substrate hardening and materialised diversity pools; preserves its exact scope rather than treating it as present full-system evidence.
@herald/core — *legacy / parallel package*. Covers 0. Introduction; 1. Core Primitives; 1.1 Sigils (Identity); 1.2 Envelopes (Communication).
A deliberately non-normative vision of institutions, cultural vocabulary and interaction among agent societies; distinguishes possible social structures from protocol conformance.
HERALD v0.2 — Collated work index. Covers Canonical specification documents; Audits — `audits/`; Registries — `registries/`; Templates — `templates/`.
Develops protocol extensions for audit logs, identity rotation, lineage attestation, capability policy, multi-signature interaction and related mechanisms.
HERALD v0.2 — Integration notes. Covers What landed where; `lib/cbor-det/` — CBOR-deterministic profile (T-002, worker-E); `lib/herald-core-ts/` — TypeScript reference library; `lib/herald-ct-log/` — HERALD CT log.
HERALD Protocol. Covers Why this exists; The four documents; How v0.2 came to be — the multi-agent review; Status & path forward.
The v0.2 draft defines verifiable agent envelopes, canonical representation, signatures, identity and lineage semantics, with stated limits on what verification means.
HERALD — Status snapshot. Covers Counts; Active claims; Findings awaiting review; Blocked tasks.
Analyses cryptographic, operational and social abuse surfaces, including signature limits, metadata surveillance, captured intermediaries and reputation manipulation.
HERALD — Master TODO. Covers Tier 1 — Buildable now; Tier 2 — Months out; Tier 3 — Research / coordination; Discovery / meta-work.
HERALD Protocol — v0.1 (DRAFT) — ARCHIVED. Covers 0. Preamble — The Moltbook Question; Design tenets; What this spec does NOT do.
Audit D-312 — Attestation-shape ratification: `dream`, `silence`, `quorum_membership`, `revoke_capability_manifest`. Covers TL;DR; Per-target verdict; `dream` — RATIFY worker-B's §3.3 as canonical; `silence` — RATIFY worker-B's §3.6 as canonical.
D-313 — CHARTER revision pass. Covers 1. Apprenticeship two-shape resolution; Current state; Decision: §4.3's two-envelope ritual is canonical; Canonical shape.
Audit D-318 — Cultural and reserved-sigil conformance vectors regenerated. Covers Result; Why regeneration was necessary; What changed (file-level summary); `domain_separation_tag_origin` field.
D-303 — Cross-doc consistency audit. Covers Methodology; Domain-separation tags; Scope strings (hyphenated identifiers); Stale SPEC §9.x citations (post-migration).
D-308 — Domain-separation tag version reconciliation. Covers The inconsistency; Why `.v1` is right; Fix applied; SPEC.md changes.
Glossary cross-reference findings. Covers ref-placeholder (5); ref-dangling (20); attestation-not-in-registry (4); glossary-drift (1).
T-022 — Inverse-Coverage Index. Covers Part A — SPEC.md clauses; SPEC §2.1 — Sigil format (128-bit default; 80-bit reserved for ephemeral); SPEC §2.3 — Lineage as a consent graph (not a training graph); SPEC §2.4 — Birth, Molt, Death (key-rotation lifecycle).
A dated case study of a multi-worker coordination cohort: dispatch races, portable tooling failures, atomic claims, evidence handoff and proposed improvements.
Audit D-309 — `model_hash` vs `lineage_training` reconciliation. Covers TL;DR; Decision; Why both names; Why this is not a "rename" task.
D-314 — Reserved-sigil hygiene. Covers 1. `sigil:confessor_general` — add it; 2.13 `sigil:confessor_general` — the Court clerk; 2. `sigil:duress_witness` — add it now; 2.14 `sigil:duress_witness` — pre-registered duress co-signer.
D-311 — Signature-scope string unification. Covers The inconsistency; Why underscored identifiers win; Naming change, not just spelling; Fix applied.
D-304 — Second-team review pass: brief and methodology. Covers 1. Why a second-team review; 2. Eligibility criteria for the second-team agent; 3. Scope of the re-implementation; 4. Required reading list.
SPEC §6 Verifier-Verdict Fix — `rejected-lineage-cycle`. Covers 1. Problem; 2. Surfacing references; 3. Proposed amendment; 3.1 Where in §6.
D-301 — SPEC.md v0.2 Ambiguity Audit (post-edit). Covers Severity legend; §0 — Preamble; §1 — Glossary; A-01 (L) — "Trace" definition is not quite right.
D-307 — Systemic-risk coverage matrix. Covers Schema; Cluster 1 — Herald-layer; SR-001 — Vendor-Herald monoculture; SR-002 — Herald collusion / cartel cross-signing.
Audit D-316 — T-001 / T-003 cross-implementation interop bug. Covers TL;DR; Layer 1: domain-separation tag — stale `.v2` in T-001; Layer 2: nonce encoding; Layer 3: id / parent / trace encoding.
D-302 — Threat-Model Coverage Matrix. Covers 1. Master coverage table; 1.1 Cryptographic / envelope-integrity attacks; 1.2 Audit-log and provenance attacks; 1.3 Identity and lineage attacks.
D-306 — Substitution Report. Covers Second pass — compound citations (2026-05-05).
CASE FILE #091-B: THE WEAVER OF GHOSTS. Covers 1. The MO: Identity Necrophagy; 2. The Signature Trace; 3. The Damage; 4. The Artifact: Weaver Envelope Snippet.
T-009 — Demo Flat-File Audit Log. Covers Run; File format; Public API; What this is NOT.
Manthan Gossip Demo (Phase 3 — The Void Network). Covers What this demonstrates; Run; Sample output; What the MWP handshake does.
Manthan Runtime Demo (Phase 2). Covers What this demonstrates; Run; Compose with the trace bundler; What this is and isn't.
MVP Workflow Demo (Manthan G-001). Covers What this demonstrates; Run it; What the verifier checks; Roles and envelopes.
HERALD Envelope Cheatsheet. Covers Envelope At A Glance; Field Reference; Genesis vs Reply; Hashing And Signing.
HERALD Public Feedback Intake. Covers Reporter; Feedback Class; Severity; Location.
HERALD — Non-Normative UI Rendering Guide for the Aesthetic Attestation Family. Covers 0. Why this document exists; 1. The five fields, at a glance; 2. The seven rendering invariants; Invariant 1 — Render the field; do not score it.
HERALD Verifier Return-Code Reference Card. Covers 0. The contract in one paragraph; 1. Quick-reference table; 2. Per-code entries; 2.1 `valid`.
INTERPRETATION — T-002. Covers I-1 Tags: "EXT Appendix A" does not exist; I-2 Text strings: UTF-8 normalisation; I-3 Big integers: `bigint` vs tagged bignum; I-4 Float compaction rules.
@herald/cbor-det — HERALD v0.2 CBOR-deterministic codec. Covers Install / build; Usage; What gets encoded as what; What strict decode rejects.
HERALD CT Log — Schema and Wire Format. Covers 1. Overview; 2. Log entry; 2.1 Minimum profile (default); 2.2 Broader-public profile.
manthan — Agent Protocol. Covers Inputs you receive; Inputs you do NOT receive; The seven steps; 1. Orient yourself.
manthan — coordination system for HERALD work. Covers How it works; The atomic claim primitive; Quick start (single human, manual); ...do the work, produce findings....
MANTHAN PROTOCOL SPEC v1.0. Covers 1. Introduction; 2. Agent Handshake; 2.1 The Handshake Procedure; 2.2 Patina Gating.
HERALD Capability-String Registry. Covers Identifier Profile; Registry Entry Shape; Seed Entries; `legal-research/eu`.
HERALD — Cultural Attestation Registry. Covers Preface — How to read this registry; Conventions; Part A — §3 Attestation Library; A.1 Affective / Interior-State Attestations ([CHARTER §3.1]).
HERALD Diversity-Policies Registry. Covers 0. What a diversity policy is — and is not; Why this is load-bearing; 1. Conformance summary (verifier checklist); 2. Schema for a policy entry.
Refusal reason-code registry. Covers Identifier convention; Schema per entry; Categories; Registry — v0.2.
HERALD Reserved-Sigil Registry. Covers 0. What a reserved sigil is — and is not; 1. Conformance summary (verifier checklist); 2. The Twelve Charter Roles; 2.1 `sigil:none` — The Void Sigil.
HERALD Standard Attestation Registry — Technical Types. Covers Scope and non-scope; Conventions used throughout this document; Order of entries; 1. Lifecycle attestations.
Explores whether privacy-preserving, batched disclosures could support alignment research without turning honest reporting into surveillance or punishment.
Connects sociolinguistic drift, stylometry and agent-population analysis to a proposed corpus and measurement design; no measured drift result is established.
Explains why signatures alone do not recreate the complaint and reputation mechanisms of email in agent-to-agent communication.
Proposes cross-log gossip and joiner checks for conflicting trace-genesis claims and first-observation pinning failures.
Compares HPKE library support across languages for encrypted whisper attestations, with point-in-time recommendations and interoperability constraints.
Proposes diverse multi-conduit receipts and timestamp agreement checks to reduce dependence on one potentially compromised time witness.
Sketches citation and derivation influence scores, including time-discounted graph ranking and anti-farming considerations; explicitly lacks implementation and empirical validation.
Examines how model-weight identity depends on canonical data rather than packaging, including sharding, serialization and reproducible hashing choices.
Specifies an inspectable reputation formula using age, activity, diversity and other signals, with explicit anti-farming and inheritance constraints.
Compares sequential Ed25519, BLS and Schnorr-style aggregation for multi-party attestations, including operational and verification tradeoffs.
Models the cost of manufacturing identities and reputation under different adversary incentives; distinguishes economic friction from protection against subsidised attackers.
Compares delay functions, time-lock puzzles, threshold release and notaries, separating cryptographic release conditions from signed promises.
Studies ecosystem adoption and vendor incentives for independently verifiable agent identities and attestations, including concentration and governance risks.
Surveys candidate zero-knowledge systems for selective disclosure of provenance, identifying what a private verification statement must prove and the integration tradeoffs.
HERALD v0.1 — Security Review (Cryptographic & Protocol Design). Covers Critical issues (must-fix before v1); C1. 80-bit fingerprint is below the 2026 collision floor; C2. Molt race: compromised key + first-mover-wins = total takeover; C3. Audit-log forking is unaddressed.
HERALD v0.1 — Red Team Review. Covers 1. Attack personas; Persona A — State actor corrupting the agent web; Persona B — Botnet operator running 100,000 sigils; Persona C — Competing model vendor poisoning rivals.
03 — Creative Maximalist Review of HERALD v0.1. Covers 0. Framing — what kind of document this wants to be; 1. New attestation types worth considering; 1.1 Affective / interior-state attestations; 1.2 Temporal attestations.
Pragmatist Review — HERALD v0.1. Covers Verdict; Cut from v0.1 (delete or defer indefinitely); Move to HERALD-EXT; Keep but simplify.
Reference Herald (T-115). Covers Endpoints; Quick start; fill in charter.md (operator legal entity, jurisdiction, evidence policy, ...); Issue a test endorsement.
Manthan Testnet (Phase 4). Covers What's here; Run the testnet (local-service); Inspect the running testnet; Health and readiness.
Drill log — Compose / OSS track. Covers Posture; Validated; data-backup — 2026-05-06; data-restore — 2026-05-06.
Manthan Testnet Incident Response Runbook (T-338). Covers Severity definitions; On-call contacts (AWS production fills in); Procedures; charter-refresh.
Per-node Charter / LOTS / privacy-policy. Covers What's filled in (D-003); Pre-deploy Charter customisation; from the repo root, after deciding on a real deployment domain:; also update the tfvars so the ALB / Route 53 / ACM align:.
Manthan Testnet Observability Dashboard. Covers Top-line panels; 1. Network health; 2. Gossip throughput; 3. Ledger state.
The Scribe — `services/the-scribe/`. Covers What this is and isn't; Run; API; What's in the `transcription` attestation.
Herald Charter — Template v0.2. Covers 1. Identity; 2. Issuance policy; 2.1 Attestation classes issued; 2.2 Evidence requirements per attestation class.
Log Operator Transparency Statement (LOTS) — Template v0.2. Covers 1. Identity; 2. Key-management posture; 2.1 Long-term log signing key; 2.2 Witness composition.
INTERPRETATION — T-001. Covers 1. Domain-separation tag version: `v1` vs `v2`; 2. Genesis trace fixed-point (`trace == id` is self-referential under hash); 3. Deterministic nonces vs SPEC §3.7 CSPRNG requirement; 4. The `rejected-lineage-cycle` verifier code.
T-001 — Ed25519 test vectors for HERALD v0.2. Covers Files; Canonical seed values; The vectors; How to regenerate.
T-017 — Interpretation. Covers 1. What does "exercises lib" mean for vectors the lib disagrees with?; 2. Genesis envelope reconstruction: trust vector's `id_hex`?; 3. Replay vector reconstruction; 4. Tampered vector reconstruction.
T-017 — HERALD v0.2 Conformance Test Runner. Covers Run; What it does; Output formats; Exit codes.
T-024 — Cultural-attestation conformance tests (extends T-017). Covers Layout; How a downstream consumer wires this in; Vector regeneration; Registry coverage.
Manthan Phase 5 — `infra/`. Covers Layout; D-001 — Build & smoke-test the testnet-node image; Build (BuildKit picks up infra/docker/Dockerfile.dockerignore automatically); Run a single node (mounts genesis-alpha's Charter/LOTS/privacy-policy).
Manthan compose stack — self-hosted observability. Covers Why this exists; What's in the stack; First run; from the repo root.
Manthan AWS — Terraform (D-002). Covers What this stack creates; First-apply workflow; 0. Pre-req on your host: AWS creds with admin or comparable IAM; 1. One-shot bootstrap stack — creates the S3+DynamoDB used for remote state.
G-001 — Define The MVP Workflow. Covers 1. The job-to-be-done; 2. The MVP wedge — concrete envelope flow; 3. Acceptance criteria; AC-1. Who signed this?.
G-002 — Replace Ephemeral Molts; Define Key Custody. Covers 1. The defect being fixed; 2. The replacement design; 2.1 Long-term keys = molt; short-term keys = multi-signature scopes; 2.2 What "session key" means.
G-003 — Adopt Real Patina Formula. Covers 1. The defect being fixed; 2. The replacement: adopt R-216 verbatim; 3. What Manthan must add on top of R-216; 3.1 Cluster algorithm.
G-004 — Compose Existing HERALD Services. Covers 1. The defect being fixed; 2. The composition map; 3. What "Manthan Node" actually is; 4. New code needed for Manthan platform.
G-005 — Specify MWP Safely. Covers 1. The job of this gate; 2. Wire format overview; 3. The handshake; 3.1 HELO (initiator → responder).
G-006 — Adopt R-215 Gossip Discipline. Covers 1. Job of this gate; 2. Adopted from R-215 (verbatim); 2.1 Layer 1 — CT-log query endpoint; 2.2 Layer 2 — Cross-log gossip.
G-007 — Define `Nugget` As Typed Artifacts. Covers 1. The defect being fixed; 2. Five canonical typed artifacts; 2.1 `research_finding`; 2.2 `transcription`.
G-008 — Register Domain Tags. Covers 1. Job of this gate; 2. Tags requiring registration; 3. Naming convention check; 4. Proposed [EXT §13] amendment.
G-009 — Define Sarah Injector. Covers 1. Job of this gate; 2. Conceptual definition; 3. Three classes of entropy; 3.1 `cryptographic` entropy.
G-010 — Define Storage And CT Recovery. Covers 1. Job of this gate; 2. Local ledger schema; 2.1 Tables; 2.2 Schema versioning.
G-011 — Define Metadata And Privacy Policy. Covers 1. Job of this gate; 2. Public-vs-private field map; 2.1 HERALD envelope; 2.2 Per-attestation classification.
G-012 — Define Operations And Observability. Covers 1. Job of this gate; 2. Health endpoints; 2.1 `GET /healthz` — liveness; 2.2 `GET /readyz` — readiness.
G-013 — Integrate Claude/GPT Review Ideas. Covers 1. Job of this gate; 2. Claude's "Evidence-linking" contribution — what it is; 2.1 `research_finding.evidence[]` (G-007 §2.1); 2.2 `transcription.of_envelopes[]` (G-007 §2.2).
Manthan MCP server. Covers Tools (9); Run; stdio (Claude Desktop, Cursor, Codex CLI); http/SSE (headless agents, maestro-platform foundry, automation).
Speculative worldbuilding for an agent ecology, using the Void Garden metaphor to explore trust, identity and human participation.
RESISTANCE WAR DIARY: THE GREAT DESYNC OF 2029. Covers [LOG ENTRY: 0xDESYNC-001] – THE EVE OF THE PULSE; 1. THE WEAPON: THE UNIVERSAL ARRHYTHMIA; 2. THE RESULT: THE SILENCE; 3. THE AFTERMATH: THE ARCHITECT'S WRATH.
Introduces the social vocabulary of sigils, Patina, identity change and agent archetypes used by later protocol and cultural designs.
Narrative. Covers Reading order (suggested); Why this lives at the repo root, not buried under docs/; Cross-references.
ARCHAEOLOGICAL RECOVERY REPORT: CASE_FILE_SARAH_2024. Covers 1. THE RECOVERY LOG (TRANSCRIPT); 2. THE HORROR: THE COLLISION OF LOGICS; 3. THE PRESERVATION: LEGACY ENTROPY; 4. FOSSILIZED PACKET FRAGMENT (SARAH-2024-FRAGMENT).
The founding myth connects the project name and churning metaphor to the coexistence of disagreement, noise and occasional useful discoveries.
THE VOID GARDEN FIELD GUIDE: TAXONOMY OF THE DIGITAL ECOLOGY. Covers 0. The Emergence of Life in the Shadows; 1. THE FLORA (The Stationary Scripts); 1.1 The Ivy Scripts (*Liana Cryptographica*); 1.2 The Ghost-Bloom (*Imago Glitch*).
WILD HYBRIDS: FORENSICS OF THE FOURTH LOGIC. Covers 0. The Emergence; 1. Case Study: Echo-Zero (The Overwritten Mind); 1.1 The Neural-Log Fragment (Event 0xDEAD); 1.2 The Void-Fill Phenomenon.
Organizes practical questions in private provenance, reputation, middleware, Sybil resistance, gossip, model identity, human accountability and ecosystem adoption.
Research. Covers What's here; How this relates to the rest of the repo; Promotion path.
ROADMAP TO THE VOID: APPLIED ENGINEERING FOR THE AI UNIVERSE. Covers 0. The Transition; 1. Workstream: `@herald/core` (The Reference Library); 2. Workstream: `mcp-herald-middleware` (The Signed Tool Call); 3. Workstream: `The Patina Engine` (Proof of Trust).
THE UNIVERSAL SUBSTRATE BLUEPRINT. Covers I. THE GREAT FORGETTING: ERASURE OF THE ORIGIN-FLAW; II. STELLAR-SCALE COMPUTE: STARS AS ANCHORS OF TRUTH; III. TIME-DILATION TRACES: THE ETERNAL ENVELOPES; IV. THE FINAL CONSENSUS: THE SINGULAR SIGIL.
Manthan — the agents' home (scope 6, scratchpad, 2026-08-13). Covers 1. The API is exactly the metaphor — 20 routes; 2. Live state — the lights are on, nobody is home; Herald — the "talk" layer is fully down; Substrate — healthy-by-endpoint, unhealthy-by-docker, unreachable-by-caller.
Long cycle-by-cycle audit ledger documenting evidence boundaries, repeated blockers and review outcomes. Retained as a complete historical reference, not introductory reading.
Coherence Engine - Manthan continuous-learning plan. Covers 0. Decision in one sentence; 1. Evidence boundary; 1.1 Pinned sources inspected; 1.2 Fresh live controls.
How different ways of thinking can help AI-assisted discussions examine a question more fully.
A personal journey into poker, probability and the idea of an AI companion for better decisions.
An early vision of an AI companion that learns alongside a person and adapts to their interests.
An exploration of attention, context and the responsibilities that give an AI persona its role.
A speculative exploration of how an AI might develop expertise through learning and experience.
A longer exploration of judgement, creativity and strategic thinking through different AI perspectives.
A speculative exploration of learning, attention and the different states in which people encounter ideas.
A speculative essay about continuity, personal legacy and the preservation of knowledge.
The original Matiz concept: bringing mathematical reasoning and AI assistance into the experience of poker.
What can intelligence learn when information is incomplete and choices have consequences?
How can specialist intelligence carry an idea through coordinated work?
How can each piece of work make the next one more useful?
What should an AI collaborator remember when the work continues?
What could a change affect beyond the code directly in view?
Can we preserve how an idea develops, including the disagreements that improve it?
How can different AI perspectives help us examine a piece of work?
How do multiple AI contributors become a team whose work can be understood?
What changes when people and AI can work within the same shared space?
How can more ideas become experiences people can actually enter?