Primary Selection Lens
Preserve core meaning across resolution and depth scaling
Core Computational Focus
Multi-resolution compression & semantic invariance (L0–L4)
Structured publication packages designed for retrieval, inspection, validation, transformation, conformance, and governed use by software and AI systems.
Seven WinMedia Machine Editions are release-complete: SROW, The Mandala Protocol, Big Net, The Sanskrit Mandala Model, Universal Knowledge Mandala, Cognitive Data Structures, and The Learning Mandala. Six paid editions are cataloged in the Shop with checkout governed by provider readiness, and SROW is available as a free reference specimen. Navigate the topology below to explore category foundations, examine the released ledger, acquire editions from the Shop, or review governance boundaries.
7
WinMedia Editions
1 Free
SROW Core Edition
6 Paid
Cataloged in Shop
2
Preview Gateways
The Machine Edition ecosystem is structured across five active districts: category understanding, the released ledger, commercial acquisition, canonical publication foundations, and active practitioner participation.
Category Definition
Jump ↓What a Machine Edition is, how machine-readable thought complements human narrative, and where governance boundaries lie.
Destinations in this district
Structured publication packages designed for retrieval, inspection, validation, transformation, and governed use by AI systems.
Two complementary forms for the same underlying thought: narrative books for human reflection and structured units for machine traversal.
Explicit terms governing licensing, redistribution, model-training limits, and the epistemic boundary between structure and truth.
Governed Packages
Jump ↓Seven governed, release-complete Machine Editions with explicit purpose definitions, schemas, and package identities.
Destinations in this district
SROW, The Mandala Protocol, Big Net, The Sanskrit Mandala Model, Universal Knowledge Mandala, Cognitive Data Structures, and The Learning Mandala.
The SROW Machine Edition provides structured semantic-invariance and multi-resolution transformation rules that enable machines to adapt, compress, and scale knowledge across audiences without meaning loss.
The Mandala Protocol Machine Edition provides explicit epistemic boundary definitions and typed handoff validation contracts that enable software and AI agents to enforce jurisdiction between disparate knowledge frameworks.
The Big Net Machine Edition provides structured relational network topologies, state-propagation rules, and blast-radius consequence calculations that enable machines to reason dynamically across interconnected entity graphs.
The Sanskrit Mandala Model Machine Edition provides formal semantic-responsibility contracts and epistemic-authority release gates that enable software to audit, verify, and govern linguistic meaning precision before action.
The Universal Knowledge Mandala Machine Edition provides deterministic domain specialization contracts and conformance schemas spanning Universal Core, Domain Profile, and Situated Instance layers.
The Cognitive Data Structures Machine Edition provides selective, boundary-specific semantic representations and validation contracts that preserve meaning across software and AI integration boundaries.
Governed operation-first transformation of explicit learner-relative state while enforcing domain/learner/evidence non-collapse, view-coordinate validity, warrant requirements, evidence ceilings, and underdetermination preservation.
Directional candidate editions in planning, exploring conscious participation, cognitive ecology, and systemic architectures.
Practical Guides
Jump ↓Practical capability guides, field kits, specifications, and worked instruction for using Machine Editions and their associated methods.
Destinations in this district
Master multi-resolution knowledge scaling, invariant preservation rules (L0–L4), conformance checks, and prompt scaffolds.
A cognitive programming language and semantic graph model for expressing, verifying, and examining structured cognitive workflows.
Inspection Patterns
Jump ↓Methods for inspecting, questioning, and evaluating machine-generated or machine-assisted work using Machine Edition concepts and related frameworks.
Destinations in this district
Methods for inspecting semantic drift, hierarchy flaws, evidence mixing, and layered questions in machine-generated work.
WinMedia Shop
Jump ↓Direct acquisition paths for paid editions and distribution status for the free SROW edition under single-user development terms.
Destinations in this district
The canonical transactional surface for acquiring released editions, reviewing pricing, and receiving cryptographically verified download tokens.
The foundational semantic transformation edition is released as a free publication. Distribution setup is tracked separately from paid checkouts.
Conceptual Anchors
Jump ↓The governing publications, conceptual frameworks, and books from which each Machine Edition derives its semantic structure.
Destinations in this district
The canonical philosophical and systemic work establishing epistemic jurisdiction, boundary enforcement, and cross-framework translation.
The foundational publication tracing dynamic knowledge propagation, node topologies, and relational consequence.
Deterministic semantic-responsibility and epistemic-authority release governance manuscript.
Boundary-specific semantic representations, meaning preservation, and cognitive data structuring.
Canonical technical reference: Specification v0.1, reference implementation, public specimen, ME-BENCH, and empirical research.
Frozen public specification defining the package layout, JSON schemas, multi-resolution tiers, and C1–C7 conformance criteria.
Founding Users
Jump ↓Evaluations, workflow feedback, and research collaboration from practitioners testing Machine Editions in real software and AI pipelines.
Destinations in this district
Direct channel for developers, researchers, and publishers evaluating Machine Editions in real software and AI workflows.
WinMedia Machine Editions · Governed Release Ledger
These seven editions have governed package identities and completed release gates. Compare their computational roles below or enter any individual edition destination to inspect its detailed schemas, human-source relationships, and package composition.
Compare the core computational focus, primary selection lens, and representative machine workflows across all seven released editions without opening seven separate detail pages.
| Edition | Primary Selection Lens | Core Computational Focus | Access / Price | Actions |
|---|---|---|---|---|
| Preserve core meaning across resolution and depth scaling | Multi-resolution compression & semantic invariance (L0–L4) | Free Core | Enter Edition → | |
| Govern action, jurisdiction, and typed handoffs between models | Epistemic jurisdiction & multi-agent boundary enforcement | $49.99 USD | Enter Edition →Acquire | |
| Reason dynamically across relational graphs and consequence paths | Relational network traversal, state propagation & blast-radius scoring | $79.99 USD | Enter Edition →Acquire | |
| Verify linguistic precision and semantic responsibility before action | Epistemic authority release gates & linguistic responsibility | $59.99 USD | Enter Edition →Acquire | |
| Specialize universal principles into domain models without drift | Three-tier ontological conformance (Core -> Profile -> Instance) | $69.99 USD | Enter Edition →Acquire | |
| Preserve meaning across API and agent integration boundaries | Boundary-specific semantic exposure & data serialization contracts | $69.99 USD | Enter Edition →Acquire | |
| Transform explicit learner-relative state under governed operations | Domain/learner/evidence non-collapse and underdetermination preservation | $69.99 USD | Enter Edition →Acquire |
Primary Selection Lens
Preserve core meaning across resolution and depth scaling
Core Computational Focus
Multi-resolution compression & semantic invariance (L0–L4)
Primary Selection Lens
Govern action, jurisdiction, and typed handoffs between models
Core Computational Focus
Epistemic jurisdiction & multi-agent boundary enforcement
Primary Selection Lens
Reason dynamically across relational graphs and consequence paths
Core Computational Focus
Relational network traversal, state propagation & blast-radius scoring
Primary Selection Lens
Verify linguistic precision and semantic responsibility before action
Core Computational Focus
Epistemic authority release gates & linguistic responsibility
Primary Selection Lens
Specialize universal principles into domain models without drift
Core Computational Focus
Three-tier ontological conformance (Core -> Profile -> Instance)
Primary Selection Lens
Preserve meaning across API and agent integration boundaries
Core Computational Focus
Boundary-specific semantic exposure & data serialization contracts
Primary Selection Lens
Transform explicit learner-relative state under governed operations
Core Computational Focus
Domain/learner/evidence non-collapse and underdetermination preservation
Governed semantic transformation and invariant preservation across resolutions, audiences, genres, and uses.
Semantic transformation & invariant preservation
Free edition
Free public reference specimen download available
Governed 4a9185def813… · Public 0cd42e724bcd…
Structural and epistemic jurisdiction with typed handoff validation.
Structural / epistemic governance
Paid edition
Purchase page available
Governed c9cbd4e3a677… · Public 8d8606623963…
Dynamic relational traversal, evidence and state propagation, conflict-path detection, and blast-radius consequence.
Relational traversal & consequence
Paid edition
Purchase page available
Governed c604e08cee4c… · Public a9913d91966e…
Deterministic semantic-responsibility and epistemic-authority release governance.
Semantic responsibility & release governance
Paid edition
Purchase page available
Governed 7d5949ce3a35… · Public 2bffa3714dd2…
Deterministic governed domain specialization and conformance across Universal Core, Domain Profile, and Situated Instance.
Domain specialization & conformance
Paid edition
Purchase page available
Governed 44922cbac1f2… · Public 22270f353696…
Selective, boundary-specific exposure and validation of governance-relevant semantic distinctions and representation contracts.
Boundary-specific semantic governance
Paid edition
Purchase page available
Governed 03938e793624… · Public 287e2af025f6…
Governed operation-first transformation of explicit learner-relative state while enforcing domain/learner/evidence non-collapse, view-coordinate validity, warrant requirements, evidence ceilings, and underdetermination preservation.
Learning architecture / governed learner-relative state control
Paid edition
Purchase page available
Governed c5974a17fefd… · Public 88fdd7597f00…
External source authority · Factory certified
Certified External Machine Editions operationalize bounded capabilities grounded in pinned external public sources. Each candidate undergoes independent interrogation for distinct machine-operational behavior, license conditions, reproducibility, conformance, admission, and release authorization through the Machine Edition Factory.
Family Non-Endorsement Disclosure
Certified External Machine Editions are independent WinMedia operationalizations of bounded capabilities grounded in pinned public sources. Certification is by WinMedia and does not imply approval, partnership, certification, or endorsement by any upstream project.
CEME-HCRM-0.1
Source profile: Automerge Merge Rules
Deterministically merge independently edited replica state using history-aware conflict semantics rather than order-sensitive overlay.
Bounded Scope: Bounded map scalar/delete plus counter profile; not full Automerge compatibility.
License Basis: MIT
Governed SHA-256: 93df19db5d071bf4…
Public companion SHA-256: 9ae5d9320609b4fd…
CEME-DSR-0.1
Source profile: Apache Avro 1.12.0 — Schema Resolution
Validate schema evolution rules for directional writer-to-reader schema compatibility, projection, and default resolution.
Bounded Scope: Bounded schema-resolution rules; not full Avro codec/RPC engine.
License Basis: Apache-2.0
Governed SHA-256: 79c66784061425fe…
Public companion SHA-256: dfc0282a30760a3a…
CEME-FOR-0.1
Source profile: Kubernetes Server-Side Apply — Field Management
Reconcile declarative mutations across concurrent managers using deterministic field-ownership and conflict-tracking rules.
Bounded Scope: Bounded field-ownership reconciliation profile; not Kubernetes API server, admission controller, or full SSA runtime.
License Basis: CC-BY-4.0 controlling documentation; Apache-2.0 supporting implementation evidence
Governed SHA-256: cdce931d143b4891…
Public companion SHA-256: 10d11776a7b9add3…
CEME-CEDR-0.1
Source profile: PubGrub — Dart pub solver model
Find a compatible finite dependency solution or emit a cause-linked derivation proof explaining why no total solution exists.
Bounded Scope: Finite explicit-version profile; no full semantic-version algebra, Dart Pub compatibility, exact PubGrub backjump semantics or performance claim.
License Basis: BSD-style three-clause Dart project license
Governed SHA-256: 0e79857c9539de8a…
Public companion SHA-256: c43d3e8d3fbef0d5…
CEME-SCAV-0.1
Source profile: in-toto verification model
Verify a declared software supply-chain layout against thresholded, authorized attestation evidence and artifact-flow rules.
Bounded Scope: Bounded verification profile; not the in-toto tool suite and not an upstream certification service.
License Basis: Apache-2.0
Governed SHA-256: 05a95101f0a1f557…
Public companion SHA-256: 6f2b8dbe1f0477d4…
CEME-ETCTS-0.1
Source profile: Apache Beam event-time/window trigger model
Classify event-time acceptance, lateness, expiry and pane/finality state from window, watermark, trigger and allowed-lateness semantics.
Bounded Scope: Bounded event-time profile; not a Beam runner, pipeline engine or complete trigger implementation.
License Basis: Apache-2.0
Governed SHA-256: f8cba64e5f10ee67…
Public companion SHA-256: 6bd0898407a2dfb9…
CEME-CRSV-0.1
Source profile: FoundationDB conflict-range transaction model
Validate optimistic transaction commit eligibility using read versions and directional read/write conflict-range intersections.
Bounded Scope: Bounded conflict-range validation profile; not FoundationDB and not a complete SSI/OCC implementation.
License Basis: Apache-2.0
Governed SHA-256: 7fc42c42a5a5e960…
Public companion SHA-256: ae71c2ae25eb0ca5…
CEME-WHRC-0.1
Source profile: Temporal Go SDK deterministic replay model
Determine whether workflow logic remains deterministically replay-compatible with recorded command history, markers and side-effect values.
Bounded Scope: Bounded replay-compatibility profile; not a Temporal worker, service or complete SDK replay engine.
License Basis: MIT
Governed SHA-256: 9416d2d3071a5d0c…
Public companion SHA-256: 4ac6eb6002fd11d7…
All eight Certified External Machine Editions in one unified commercial collection, spanning concurrent replica state, schema evolution, managed field ownership, dependency resolution proofs, supply-chain attestation, event-time triggers, transaction serializability, and workflow replay compatibility.
The collection price is proposed and has not been set for purchase. The collection is not yet commercially available; checkout is unavailable.
Master the operational methods, multi-resolution hierarchies, invariant preservation rules, and prompt scaffolds for using Machine Editions in software and AI pipelines.
A complete operational capability guide for multi-resolution knowledge scaling (L0–L4), eight conformance check rules, prompt scaffolds, and a release-readiness worked example.
An ecosystem gateway to the Cog cognitive programming language, CoreIR semantic model, eight-command toolbelt, and ratified Developer Preview curriculum.
Inspect AI outputs for semantic drift, unsupported assertions, hierarchy problems, and layered questions before machine work hardens into decisions.
Inspect AI-generated or AI-assisted output for buried meaning, weak hierarchy, semantic drift, and unsupported claims before publication or deployment.
Turn ambiguous or mixed questions into visible layered interpretations before single-step prompt answers are treated as settled.
Participate District
WinMedia is seeking active evaluation and structured feedback from developers, researchers, publishers, and AI practitioners testing Machine Editions in real software and AI workflows.
Acquisition District
Acquisition and licensing are governed separately from release state. Six paid Machine Editions are cataloged in the WinMedia Shop with individual product details, while checkout availability is governed by payment provider readiness. SROW remains available as a free public reference specimen.
Foundations District
Every Machine Edition derives its semantic distinctions and verification schemas from an authoritative human manuscript or conceptual framework.
Book 3 Foundation
Structural and epistemic jurisdiction, typed boundary handoffs, and governed translation across disciplines.
Read publication →Relational Topology
Dynamic knowledge propagation, perspective bridges, node topologies, and relational consequence across systems.
Explore Big Net →Cognitive Foundations
Boundary-specific semantic representations, meaning preservation, and cognitive data structuring.
View concept →Understand District
Machine Editions represent a distinct publishing category engineered specifically for software integration and autonomous machine operations.
Category Definition
A Machine Edition is a structured publication package designed for direct use by software and AI systems. It makes relevant meaning units, relationships, boundaries, provenance, schemas, contracts, and validation structures explicit for programmatic inspection and governed machine use.
It is not merely an ebook converted into JSON. Structure can improve addressability and inspectability, but it does not guarantee truth, eliminate hallucination, or grant authority to act.
Complementary Architecture
Machine Editions complement Human Editions; neither replaces the other. Their difference is structural purpose, not merely file format.
Human Edition
Optimized for narrative, interpretation, argument, and sustained reading in human publication formats.
Machine Edition
Optimized for explicit retrieval, inspection, validation, transformation, conformance, and governed use by software and AI systems.
Catalog Governance
Released editions are separated from directional candidates. Planned entries describe possible future work, not release commitments.
A possible structured edition for examining system-of-systems relationships.
Meta-architecture reference
Not yet releasedA possible structured edition for considering cognitive governance concepts.
Governance reference
Not yet releasedA possible structured edition for tracing the public vocabulary of governed intelligence.
Concept reference
Not yet releasedA possible structured edition for reviewing human-first orientation concepts.
Orientation reference
Not yet releasedA possible structured edition for examining cognitive context and relationship concepts.
Context reference
Not yet releasedA possible structured edition for reviewing participation-oriented architecture concepts.
Participation reference
Not yet releasedUsage Boundaries
Release, distribution, licensing, and commerce are separate states. The governing license and package evidence control permitted use.
RELEASE_COMPLETE identifies a governed package release; it does not by itself create a WinMedia checkout or download route.
The license distributed with or governing an edition controls permitted use. Catalog summaries do not expand those rights.
Release status does not automatically permit public mirroring, derivative redistribution, or resale.
Availability for retrieval or software integration does not automatically grant model-training or fine-tuning rights.
Machine-readable structure improves inspectability but does not establish empirical truth, authority, or permission to act.
Machine Editions complement their governing Human Editions and do not silently replace or enlarge them.
Current Status & Expansion
The release portfolio contains seven WinMedia Machine Editions and eight Certified External Machine Editions, for fifteen released MEs in total. WinMedia is enabling distribution and commerce edition by edition and will not invent prices, payment links, fulfillment artifacts, or availability before those records are configured. Future world districts and tooling will inhabit this environment under explicit governance.