Engine capability catalog · July 2026

The system behindthe work.

Linne Engine is a shared foundation for intelligent media, realtime production, rendering, spatial systems, and evidence-led creative tools.

114

Tracked capabilities

109

Engine-proven or better

8

Product-integrated

12

Public system groups

Capability map

One engine. Twelve connected systems.

Browse the public capability projection. Internal implementation details, private operational records, and customer-specific systems are intentionally excluded.

Showing 12 of 12 system groups

01

Lifecycle & orchestration

Runtime control

A shared control layer for starting, discovering, attaching to, supervising, and coordinating production workloads across machines.

  • Lifecycle readiness
  • Peer discovery
  • Workload placement
  • Fleet coordination
Product integrated

Integrated control and peer workflows

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02

Graphs, scenes & spaces

Authored workflows

Structured creative intent remains separate from live runtime state, making workflows portable, inspectable, and safe to evolve.

  • Typed node schemas
  • Scene composition
  • Spatial specifications
  • Language services
Capability proven

Repeatable authoring and command proofs

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03

Admission & placement

Resource intelligence

Hardware capability, realtime pressure, budgets, and policy are evaluated before work is admitted or placed.

  • Capability inventory
  • Budget policy
  • Admission planning
  • Realtime pressure
Capability proven

Deterministic planning and refusal proofs

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04

Provider-neutral execution

Models & AI

Applications request a capability instead of hard-coding a model, while execution, evidence, and recommendations stay inspectable.

  • Capability-based model needs
  • Execution records
  • Distributed execution
  • Explainable recommendations
Capability proven

Local and distributed execution proofs

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05

Identity, analysis & generation

Media intelligence

A durable media layer joins analysis, detected subjects, depth, speech, captions, image generation, and responsible source use.

  • Media identity
  • Analysis artifacts
  • Depth and layers
  • Speech and captions
Capability proven

Artifact, command, and scenario proofs

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06

Controllable creative systems

Image & audio generation

Executable generation workflows support still images, scene extension, layered audio, verification, provenance, and runtime control.

  • Still-image workflows
  • Scene extension
  • Layered audio
  • Generated-region evidence
Engine proven

Engine-level execution and artifact verification

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07

2D, 3D & broadcast graphics

Rendering & motion

A shared rendering platform covers photoreal output, deterministic motion graphics, real font geometry, portable packages, and distributed work.

  • Photoreal rendering
  • Responsive motion graphics
  • 3D typography
  • Portable exports
Product integrated

Product, render, package, and distributed proofs

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08

Realtime production flow

Live media & transport

Native-first audio, video, streaming, protocol qualification, remote endpoints, and recovery form one observable production path.

  • Live multisource flow
  • Protocol qualification
  • Asset transfer
  • Remote endpoints
Product integrated

Product-consumed transport and recovery proofs

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09

Rooms, devices & calibration

Spatial systems

Spatial truth models rooms, scans, devices, calibration, and media placement without mixing authored intent with live measurements.

  • Room representation
  • Device topology
  • Calibration evidence
  • Spatial media
Engine proven

Engine-level spatial and device verification

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10

Evidence-led digital humans

Human representation

Source-derived bodies, faces, motion, materials, garments, identity evidence, and consent are assembled with explicit unknown and blocked states.

  • Body and face reconstruction
  • Human measurement
  • Motion and deformation
  • Consent and retention
Active development

Strong code-level proof; final visual and physical qualification remains open

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11

Editable, explainable experiences

Content & product knowledge

Structured pages, editable content, contextual help, feature knowledge, interaction facts, and source-aware explanations share one model.

  • Editable surfaces
  • Structured pages
  • Contextual help
  • Feature knowledge
Engine proven

Engine-level content and knowledge verification

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12

Security, privacy & validation

Trust & proof

Cryptography, consent, retention, evidence, deterministic scenarios, and fail-closed policies are designed into capability delivery.

  • Vault and cryptography
  • Consent controls
  • Evidence packages
  • Scenario validation
Capability proven

Focused security, policy, and scenario proofs

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How to read this

Proof before promise.

A capability can be real in the engine without being generally available in a product. Maturity labels describe the strongest repeatable proof we have—not a release date, service guarantee, or claim of universal quality.

View structured catalog

Product integrated

Running through a first-party product experience.

Engine proven

Implemented with focused engine-level verification.

Capability proven

Exercised through a command, scenario, or repeatable proof surface.

Active development

A real implementation lane with meaningful qualification still open.

Built to connect creative work.

The catalog will evolve as capabilities move from engine proof into focused products and production environments.

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