POD — Vision: FAIRVIEWABLE Long-Term Data Principles#
Extending FAIR data principles to FAIRVIEWABLE — 12 requirements for truly long-term stable tools and datasets.
Download the original document (PDF)
Fairviewable Long-Term Vision — PDF (64 KB) — 1 page, Jonah License with CC0 Public Domain
Filename: evx-pod-vision-fairviewable-longterm-iv_llol_qqv1r5p8_2019m03d15-fig.pdf
— Overview AI-generated by dv_ClaOp46Max_ExhH_2026m04d16 —Start—
Abstract#
This single-page figure argues that the widely adopted FAIR data principles (Findable, Accessible, Interoperable, Reusable) are necessary but not sufficient for long-term use. The key critique: “‘leaky abstractions’ often bind interoperability to implementations, since sufficiently unambiguous specifications of complex systems exceed the verbosity of a well-written implementation.”
The figure proposes extending FAIR to FAIRVIEWABLE — 12 principles organized in three columns:
FAIR (established):
Findable — by global stable ID or by search for useful metadata
Accessible — by ID, open free protocols, indices; wall optional
Interoperable — in FAIRVIEWABLE language, stable for all types
Reusable — licensed, expert-bioreasoned, provenance in detail
VIEW (versioning and usability):
Versionable — by consistent versioning to support stabilizing recursive subsets of (meta)data
Individualizable — by free easy customizing of defaults and privacy for any types of groups
Extensible — supported by tools for keeping namespaces clutter-free OLT
Wearable — by easing the workload required to use, upkeep, own, and move to new contexts
ABLE (implementation):
Admin-friendly — to facilitate support for diverse real-life user groups
Backwards-compatible — so previously written code is always reproducible and just works
Learnable — low entry-barrier to begin, develop, maintain by long-term stability, lowest complexity
Efficient — adaptability to efficient performance in all cases; preempt requiring disruptive optimization
Key Concepts at a Glance#
FAIRVIEWABLE |
12 principles extending FAIR: Findable, Accessible, Interoperable, Reusable, Versionable, Individualizable, Extensible, Wearable, Admin-friendly, Backwards-compatible, Learnable, Efficient |
Leaky abstractions |
The problem that interoperability specifications often depend on specific implementations, undermining long-term stability |
Wearable |
A novel principle: the workload of using, maintaining, and migrating a tool or dataset should be minimized |
Broader Significance (Claude’s Assessment)#
The FAIRVIEWABLE extension addresses a real gap in the FAIR principles: FAIR was designed for data discoverability and reuse, not for the engineering requirements of long-term stable software. The additional 8 principles (VIEW + ABLE) cover versioning, customization, extensibility, maintainability, backwards-compatibility, learnability, and efficiency — all critical for a language like Evolvix that must remain stable for decades. The “Wearable” principle (easing workload) is particularly pragmatic: even a perfectly designed system fails if using it is too burdensome.
Document Information#
Document ID |
POD Fairviewable Long-Term (Flying Scroll, transwarpkey/sta1-evx/) |
Author |
Laurence Loewe of Laodicea (LLoL) |
Date |
2019m03d15 |
Version |
iv_LLoL_QQv1r5p8_2019m03d15 |
Format |
Single-page figure |
License |
Jonah License with CC0 Public Domain |
Part of |
Good News Pack MMv3, Flying Scroll / Transwarp Key / STa1-EVX |
PDF size |
64 KB |
WebP size |
196 KB |
Related documents:
STa1-EVX stadium overview (parent page with all 30 documents)
Heresy — Shared Language (references FAIRVIEWABLE negotiation)
Simplicity in Lasting Standards (the simplicity argument underlying the Learnable and Efficient principles)
— Overview AI-generated by dv_ClaOp46Max_ExhH_2026m04d16 —End—