Capture Context XMP Specifications

🟧 Project Status: Active — Early Draft Specifications

The Capture Context XMP project defines open metadata specifications describing the environmental conditions surrounding the capture of digital media.

These specifications are designed for long-term interpretability, scientific usefulness, and cross-platform compatibility.

They aim to preserve context, not merely pixels.

Why Capture Context?

Digital media typically preserves:

• camera settings
• timestamps
• location

Yet the surrounding environment — weather, atmosphere, and physical conditions — is rarely recorded in a structured, durable way.

Capture Context XMP addresses this gap.

By embedding observational metadata directly into media files, the specifications support:

• archival preservation
• scientific datasets
• search and filtering
• machine learning pipelines
• forensic reconstruction
• environmental analysis

without requiring proprietary services.

Specifications

Stable / In Development

Weather Capture Context XMP - Version 1.0 (Draft) /weather/1.0/

Additional environmental modules are expected over time.

Design Goals

The project follows several guiding principles:

• Archival-first - metadata should remain interpretable decades into the future.
• Observational truth — store measured conditions, not UI summaries.
• SI units — ensure global analytical compatibility.
• Minimalism — smaller schemas survive real-world media pipelines.
• Immutable versioning — published namespaces are never modified.
• Open by default — specifications are intended for universal adoption.

Governance

This project is currently maintained by its original author.

The long-term goal is stability rather than rapid expansion. Backward compatibility is prioritized.

Breaking changes will only occur through new namespace versions.

Community feedback is welcome as real-world implementations emerge.

License

All specifications are released under CC0 (Public Domain) to eliminate barriers to adoption.

Status Philosophy

These documents are published as open specifications.

Standardization is expected to occur organically through real-world usage rather than formal process.