The PVC Open Standard
A commons-first specification for programmable venue media systems
The PVC specification defines what it means for a venue to be programmable. It is freely available, vendor-neutral, and designed to be re-implemented across any technology stack. The standard is the commons — not a product.
Why an Open Standard?
Digital specifications are non-rival artifacts: sharing them doesn't diminish them — it increases their value through network effects, compatibility, and recombination. Attempting to fund a standard primarily by selling exclusive access is structurally misaligned with these properties.
The PVC specification follows a model proven by the most successful standards in computing history: openly published, community-governed, and sustained through complementary services rather than artificial scarcity. This is the same institutional pattern behind the IETF's RFC process, the W3C's royalty-free patent policy, and the Apache Software Foundation's "community over code" philosophy.
For venue operators, this means no vendor lock-in. For integrators, it means a level playing field. For the ecosystem, it means the standard gets better as more people implement it.
Design Principles
Commons at the Artifact Layer
The specification itself is openly licensed for redistribution and modification. The four pillars — orchestrated delivery, contextual awareness, multi-format deployment, and intent-based programming — are defined in terms that any vendor can implement without royalty obligations or patent encumbrance.
Capture Value in Complements
Revenue and sustainability come from rival complements: certification, integration services, hosting, training, conformance testing, and warranty/indemnity layers. The standard itself is never paywalled.
Governance as Infrastructure
Transparent decision-making, contributor pathways, and conflict resolution are not afterthoughts — they are core products of the consortium. Governance credibility reduces adoption friction and prevents vendor capture.
Transparency and Provenance
Certified venues publish transparency metadata about their media systems: what runs, what triggers it, how data flows, and what contextual inputs are used. This is the venue-media equivalent of software supply-chain transparency (SBOMs, SLSA provenance).
Liability Separation with Optional Warranty Layers
The open standard carries no warranty by default — consistent with how open-source licensing works. Certified partners can offer paid warranty wrappers, SLAs, and indemnities as service-layer add-ons, enabling enterprise adoption without forcing the standard into closed-source patterns.
IPR Governance for Implementability
Contributors to the specification agree to royalty-free terms for any essential claims. This prevents patent thickets and hold-up dynamics that could collapse the commons — following established models from the W3C and IETF.
The Four Pillars
A venue must demonstrate all four capabilities to earn PVC Certified status. Each pillar is defined in terms of observable outcomes, not specific vendor implementations.
The venue operates a system that ingests content or messages and automatically transforms and distributes them across multiple output channels and surfaces. This is not manual playlist management — it is automated, rule-driven distribution.
Conformance criteria:
- - At least two distinct output channels receive content from a shared orchestration layer
- - Content transformation (format, resolution, timing) is automated, not manual
- - The orchestration system is documented and auditable
Media behavior adapts based on real-time contextual inputs: time of day, scheduled events, audience signals, environmental data, or external triggers. The venue's media is responsive to its environment, not just a static schedule.
Conformance criteria:
- - At least one contextual input dynamically modifies media behavior
- - Contextual rules are explicitly defined (not ad hoc manual overrides)
- - The venue can describe what inputs it uses and how they affect output
Content is repurposed and repackaged across form factors: digital signage, web feeds, mobile interfaces, social channels, audio systems, or physical display installations. A single message can reach patrons through multiple modalities.
Conformance criteria:
- - Content is delivered in at least two distinct formats or modalities
- - Format adaptation is handled by the orchestration system, not manual duplication
- - Output formats are documented
Media is driven by declared intent — goals, rules, metadata, or programmable logic — rather than solely by static schedules or playlists. The system acts on "what should happen" rather than "play this file at this time."
Conformance criteria:
- - Media selection or behavior is governed by at least one rule, policy, or programmatic trigger
- - Intent is expressed declaratively (rules, metadata, logic), not only imperatively (manual queue)
- - The venue can articulate the intent model driving its media
Versioning & Contribution
Semantic Versioning
The specification follows semantic versioning. Major versions may change conformance criteria; minor versions add clarifications or new optional guidance; patches fix errors. Certified venues are certified against a specific major version.
Proposal Process
Anyone can submit a proposal to modify the specification. Proposals are reviewed publicly, discussed in working groups, and ratified through the governance process. Contributors are credited and earn governance standing.
Public Review
All specification changes go through a public comment period before ratification. This ensures implementors, venues, and the broader ecosystem have input into how the standard evolves.
IPR Commitment
All contributors agree to a royalty-free patent commitment for essential claims related to the specification, ensuring the standard can always be implemented without licensing encumbrances.
Transparency Requirements
Certified venues commit to publishing transparency metadata about their media systems. This is the venue-media equivalent of software supply-chain transparency — provenance and accountability for what runs in the space.
Venue Media Transparency Profile
Certified venues publish a transparency profile that includes:
System Declaration
What orchestration system powers the venue's media
Contextual Inputs
What data sources and triggers influence media behavior
Output Channels
What formats and surfaces receive orchestrated content
Data Flow Summary
How data moves through the system and what is retained