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The kOAinitiative

Konnaxion – Technical Architecture & Services

This page collects the technical details of Konnaxion: service code names, core models, configuration parameters, routing invariants, Kristal distribution surfaces, activation rules, and cross-module infrastructure.

It complements:

Use this page as the reference for development and integration work.

1. Platform overview

1.1 Konnaxion’s role in kOA

Konnaxion is the kOA platform layer for learning, deliberation, civic participation, collaboration, cultural preservation, project coordination, reputation, and decision support.

In the Kristal v5 architecture, Konnaxion also acts as a distribution and runtime surface for Kristal artifacts.

Konnaxion may:

Konnaxion does not decide universal truth. It distributes, activates, filters, renders, and preserves structured epistemic artifacts according to declared policies.

1.2 kOA module map

Konnaxion’s architecture is organized into six top-level modules:

Each kOA module is implemented as one or more Django apps with:

1.3 Shared technology stack

Across modules, the technical stack is consistent:

2. Kristal v5 integration surface

2.1 Core integration model

Konnaxion participates in the Kristal v5 pipeline after structured knowledge has been compiled, validated, recognized, packaged, or prepared for runtime use.

The typical flow is:

Signal / Draft / Dataset / Submission
-> Structured Epistemic State
-> Compile
-> Working Artifact
-> Review / Validation / Attestation / Federation
-> Authority Recognition
-> Reference Artifact
-> Distribution / Runtime Pack / Reader Policy
-> Konnaxion activation and reader surface

Konnaxion is primarily responsible for the last stage:

2.2 Kristal artifact types handled by Konnaxion

Konnaxion may store, index, distribute, or activate the following Kristal v5 artifact types:

Konnaxion should preserve artifact identity, content hashes, signatures, lineage, activation state, and reader policy references.

2.3 Artifact status handling

Konnaxion must not collapse all artifacts into one operational class.

Relevant artifact statuses include:

A working artifact may be visible in research, review, drafting, or internal collaboration surfaces.

A reference artifact may be used in stricter reader policies, public reference views, or curated civic memory surfaces.

A revoked artifact should remain auditable but should not be activated for normal reader-policy-selected use unless an explicit historical or audit workflow allows it.

2.4 Assertion labels preserved by Konnaxion

When Konnaxion exposes Kristal-derived content, it should preserve or make recoverable the following labels:

These labels matter because Kristal v5 separates:

artifact existence
≠ artifact integrity
≠ assertion status
≠ certainty level
≠ validation status
≠ authority recognition
≠ reader visibility
≠ runtime activation

Konnaxion user interfaces should not present scoped validation as universal agreement.

2.5 Reader policy support

Konnaxion reader surfaces may apply Kristal reader policies such as:

A reader policy determines what the current user, group, tenant, public surface, or runtime context is allowed to see.

For example:

A validated-only view does not mean all visible material is universally factual. It means all visible material satisfies that policy’s validation, authority, certainty, and scope filters.

2.6 Runtime Pack activation

Konnaxion can activate Runtime Packs for offline or service-backed query surfaces.

A Runtime Pack activation record should track:

Activation should be atomic: either the complete selected pack is active, or the previous known-good pack remains active.

2.7 Verification expectations

Before activating a Kristal artifact or Runtime Pack, Konnaxion should enforce required verification according to the declared policy.

Relevant checks may include:

If a policy declares a check as required, Konnaxion should reject activation when the check fails or required evidence is missing.

2.8 Rollback and downgrade behavior

Konnaxion should support safe rollback by preserving previous active activation pointers and previously verified Runtime Packs.

Rollback should preserve:

Downgrade should be policy-gated. It should not silently activate an older artifact when that artifact is revoked, incompatible, superseded by policy, or outside the tenant/environment scope.

3. Cross-module infrastructure

3.1 Service code-name convention

Every sub-module defines named services that are stable integration points.

Examples:

Service code names map to service modules and are referenced by tasks, API endpoints, configuration, permissions, and audit logs.

3.2 Routing invariants

Top-level routes are owned by specific modules and treated as invariants.

Namespacing is enforced for consistency:

No other module should claim these top-level paths without an explicit routing migration.

3.3 Storage and media

The shared media root is:

MEDIA_ROOT=/app/media/

Storage is typically backed by S3 or MinIO.

File size and type constraints are fixed per context:

Knowledge and Stockage explicitly use PostgreSQL full-text search for library resources and documents.

Tags such as Tag and ArtworkTag provide a shared taxonomy layer across Kreative and keenKonnect.

Kristal-derived search indexes should preserve:

Search should not strip labels that determine whether a result is visible under a reader policy.

3.5 Realtime and background jobs

Django Channels + Redis power:

Celery tasks and schedules include:

4. Module-by-module technical summary

4.1 KonnectED

4.1.1 Knowledge – Collaborative Learning Library

Services

Core models

Key configuration

Routes

Kristal integration

Knowledge resources may be exported as Structured Epistemic States or packaged into Kristal artifacts when durable citation, reader-policy filtering, or offline reference use is required.

4.1.2 CertifiKation – Skills & Certification

Services

Core models

Key configuration

Kristal integration

Certification evidence, peer validation, issued certificates, and skill pathways may be represented as scoped assertions with provenance, authority, certainty, and validation metadata.

4.2 Ethikos

4.2.1 Korum – Structured Debates

Services

Core models

Key configuration

Routes

Kristal integration

Debate topics, stances, arguments, summaries, objections, and validated public positions may be compiled into Kristals as disputed or reviewed assertions, preserving source identity and disagreement.

4.2.2 Konsultations – Public Consultations & Feedback

Services

Core models

Key configuration

Routes

Kristal integration

Consultation inputs, results, impact tracking, minority reports, and authority-recognized summaries may become Kristal artifacts for audit, public memory, and reader-policy-based civic reporting.

4.3 Kreative

4.3.1 Konservation – Creative Content & Cultural Preservation

Services

Core models

Key configuration

Routes

Kristal integration

Cultural corpora, mythology, fictional worlds, creative archives, symbolic models, and partner archives may be represented as Kristals without being misrepresented as physical-world factual claims. Reader policies should preserve mythology, fiction, symbolic, and cultural-corpus labels.

4.3.2 Kontact – Collaboration & Networking

Services

Core models

Key configuration

Routes

Kristal integration

Collaboration outputs may be preserved as Working Artifacts, reviewed outputs, or Reference Artifacts depending on policy, provenance, and authority recognition.

4.4 keenKonnect

4.4.1 Konstruct – Project Collaboration Spaces

Services

Core models

Key configuration

Routes

Kristal integration

Project plans, decisions, design states, technical declarations, review bundles, and deliverables may be compiled into Kristal artifacts for auditability, reuse, or governance.

4.4.2 Stockage – Secure Repository & Versioned Storage

Services

Core models

Key configuration

Routes

Kristal integration

Stockage can store Kristal artifacts and their related evidence, validation reports, signatures, Runtime Packs, and activation records. It should preserve immutable artifact records separately from mutable activation pointers.

4.5 Kollective Intelligence

4.5.1 EkoH – Reputation & Expertise

Services

Core models

Key configuration

Runtime

Periodic recomputation runs through Celery Beat. Optional realtime pushes of score and leaderboard deltas can use Channels + Redis.

Kristal integration

EkoH scores may inform reader policy, weighting, cohort selection, or consultation analysis. They should not be treated as universal authority. When exported into Kristal artifacts, their scope, calculation policy, provenance, and uncertainty should remain explicit.

4.5.2 Smart Vote – Weighted Voting System

Services

Core models

Key configuration

Runtime and analytics

Kristal integration

Vote results, ballots, thresholds, weighting policies, minority positions, and final decision summaries may become Kristal assertions or validation evidence. Konnaxion should preserve raw and weighted values separately where both matter.

5. Data flows and integration

5.1 Reputation-weighted voting

EkoH computes per-user, per-domain expertise and ethics scores with configurable weights and bounds.

Smart Vote reads those scores to weight Vote records via dynamic_weighted_vote, adjusting tallies per modality.

Korum and Konsultations integrate with Smart Vote to obtain EkoH-weighted stances and ballots:

When these outputs are persisted as Kristal artifacts, the weighting policy and scope should remain visible.

5.2 Projects and documents

Konstruct manages projects, tasks, chat, and ratings through Project* models.

Stockage attaches documents and blueprints as ProjectResource records and handles versioning, indexing, and sync.

Realtime events are emitted through Channels + Redis to subscribed project workspaces.

Project outputs that need long-term portability, audit, external review, or public distribution can be compiled into Kristal Working Artifacts or Reference Artifacts.

5.3 Culture, archives, and networks

Konservation’s KreativeArtwork, Gallery, and TraditionEntry models store creative and heritage outputs with tag-based discovery.

Kontact reuses those artifacts and tags for profiles and matching, and stores collaboration sessions in CollabSession.

AI enrichment and partner ingest tasks update the archive and related metadata in the background.

When exported into Kristal artifacts, mythology, fiction, symbolic models, artistic works, heritage records, and cultural corpora should keep their validated-as mode explicit.

5.4 Learning and certification

Knowledge hosts resources, forums, and co-creation spaces, and tracks progression per user/resource.

CertifiKation uses CertificationPath, Evaluation, and PeerValidation to issue Certificate records and fill user portfolios.

These activities may feed EkoH through multidimensional_scoring as part of the platform-wide reputation engine.

When exported into Kristal artifacts, certificates and learning records should preserve issuing authority, evidence references, validation policy, recognition status, scope, and revocation status.

5.5 Kristal distribution and activation

A typical Konnaxion Kristal distribution flow is:

Receive manifest or pack
-> Verify schema and declared hashes
-> Verify signatures where required
-> Resolve authority registry and reader policies
-> Check revocation and downgrade policy
-> Materialize indexes if needed
-> Activate Runtime Pack atomically
-> Expose reader-policy-selected views
-> Preserve logs, lineage, and rollback pointers

This flow supports public reference surfaces, research workspaces, civic archives, offline learning bundles, and local governance deployments.

6. Analytics and insights

Smart Vote ETL is the central pipeline for decision analytics, aggregating changes from OLTP into a fact table with 5-year retention.

Ethikos exposes /ethikos/insights to visualize debate stances and consultation outcomes, consuming Smart Vote facts and Korum / Konsultations data.

EkoH retains an audit trail through ScoreHistory and ContextAnalysisLog, enabling longitudinal analysis of reputation evolution.

Kristal-derived analytics should retain the reader policy and source artifact context used to produce a displayed view. Analytics should not mix results from incompatible reader policies without making that visible.

7. Contribution guidelines and invariants

When extending or integrating with Konnaxion, respect these invariants.

7.1 Route ownership

Do not change top-level route ownership without updating all dependent modules:

7.2 Service code names

Preserve service code names such as:

Treat them as public, versioned integration points.

7.3 Configuration values

Respect declared parameter values when relying on thresholds, caps, retention windows, or schedule timings.

When adding new parameters, document:

7.4 Shared infrastructure

Reuse shared infrastructure where possible:

7.5 Kristal label preservation

Any Konnaxion feature that imports, indexes, renders, or exports Kristal content should preserve labels for:

Do not flatten these labels into a single confidence score or a single “accepted” state.

8. Operational logging fields

Konnaxion services should use structured logs and include relevant identifiers.

Minimum common fields:

For Kristal-specific events, also include:

9. Summary

Konnaxion is the kOA platform surface where civic learning, debate, consultation, collaboration, culture, voting, and reputation meet operational distribution.

In the Kristal v5 ecosystem, Konnaxion is also the layer that makes structured epistemic artifacts usable:

This page, together with the module-specific entries, provides the technical context needed to navigate, extend, and integrate the Konnaxion codebase.