Every digitization program makes choices, whether explicitly, through habit, or by sheer backlog pressure. What gets digitized first is rarely neutral. It reflects institutional values, risk tolerance, funding realities, and (often unintentionally) assumptions about what will matter most later.
In 2026, those decisions are under renewed strain. Collections are aging. Staff capacity remains constrained. Climate events, geopolitical instability, and material degradation are no longer theoretical. At the same time, expectations for access, equity, and technical quality have risen sharply. The result: institutions are being forced to prioritize with more intention and less patience for “we’ll get to it eventually.”
This is a good thing. But only if prioritization frameworks evolve as fast as the conditions that demand them.
The Legacy Prioritization Playbook is Breaking Down
Historically, digitization priorities were often driven by a practical mix of:
- High-use materials requested by researchers or staff
- Exhibition-driven digitization (“we need it for the show”)
- Donor- and grant-driven selection (“this funder wants this category”)
- Ease and throughput (“what can we digitize quickly with what we have?”)
There’s nothing inherently wrong with this list. The problem is what it misses: formats that are fragile, complex, oversized, or technically demanding – especially film, mixed media, and materials requiring specialized handling. In many institutions, those formats have been consistently deferred, not because they are less important, but because they are harder to do well.
In 2026, the cost of deferral is showing up as lost fidelity and lost options.
Risk has Overtaken Popularity as the Primary Driver
One of the most meaningful shifts happening across cultural heritage digitization is the move from popularity-based prioritization to risk-based prioritization.
Risk-based digitization asks different questions:
- What materials are physically unstable or chemically degrading?
- Which objects are irreplaceable, even within our own holdings?
- Where does delay reduce future digitization quality not just delay access?
- Which formats are approaching a point of no return?
- Which collections are most exposed to disaster, theft, or deterioration?
Film collections are the clearest example. Vinegar syndrome, dye fade, and embrittlement are accelerating, not stabilizing. Waiting five years does not mean doing the same work later. Often it means doing worse work later. Sometimes it means doing no work at all.
The Hidden Cost of Deferral
Every program has a backlog. The question is not whether everything can be digitized now. The question is whether deferral increases cost and risk later.
Common consequences of deferral include:
- Increased conservation intervention before imaging can happen safely
- Lower achievable resolution due to distortion, curl, shrinkage, or brittleness
- More complex post-processing to compensate for physical deterioration
- Re-digitization pressure when earlier “good enough” files fail new use cases
In contrast, programs that invest early in high-throughput, standards-compliant systems often find they can digitize more material earlier, not less. Speed and quality are no longer opposing goals if the workflow is designed correctly.
A Practical Prioritization Framework for 2026
Institutions revisiting their digitization plans this year increasingly use a blended framework that balances stewardship, access, and feasibility:
- Material risk
Physical stability, chemical degradation, handling sensitivity - Uniqueness and replaceability
Rarity, provenance, lack of comparable holdings elsewhere - Future loss of fidelity
Will waiting reduce what can be captured, or the accuracy of what’s captured? - Community impact
Who benefits from access, and how meaningful is that access in practice? - Workflow fit
Can your current systems handle this material safely and efficiently?
This framework often elevates film, glass plates, oversized materials, and mixed media to the top of the list where, in many cases, they arguably should have been all along.
Technology Changes the Math
Modern camera-based digitization systems have fundamentally altered prioritization economics. Where legacy scanners imposed severe throughput penalties (and often handling risks), modern “instant capture” systems can digitize both reflective and transmissive materials at dramatically higher speed without compromising safety or standards compliance.
For institutions tackling fragile film and glass plates, camera-based workflows paired with appropriate carriers, cool-running color-accurate lighting, and true RAW processing can move film digitization from “special project” to “core workflow.”
If you’re considering prioritizing film and other transmissive materials we suggest these resources:
- DT Film Scanning Products
- Film Scanning Resources
- Film Scanning Webinar Pt. 1
- Film Scanning Webinar Pt. 2
The Decision Behind the Decision: What Survives
In 2026, institutions have better tools, clearer standards, and more community expectations than ever before. The question is whether prioritization strategies will keep pace with reality.
Delay is itself a decision, and often the most expensive one.
More Information
For more information or a free consultation on how to approach your 2026 digitization plans, contact us.
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