DAM business case

What a DAM business case decides

A DAM business case decides three things: whether to fund a DAM, the budget envelope for the selection, and which benefits the selection must prove. It belongs to checkpoint 3, Justify, of the Selection Route, after the content audit and before the shortlist.

The order matters because the budget envelope is a shortlist filter. A team that writes the case after the demos tends to fit the numbers to the favourite vendor. A team that writes it first gives procurement a defensible limit and gives every vendor the same target.

DAMSelection assessment: the business case is also the first test of the metadata model. Faster search and reuse depend on how assets are described. A case without a draft metadata schema overstates what any DAM can deliver.

The structure of a DAM business case

A DAM business case follows the Pyramid Principle: the recommendation and the five-year net value come first, the evidence follows. Decision makers read the first page and check the rest.

1. Recommendation: fund a DAM selection with a stated budget envelope and decision date.
2. Five-year net value: total measured benefit minus total cost, with a low and a high case.
3. Problem and baseline: what the current situation costs today, measured.
4. Options: do nothing, improve current tools, or select a DAM. Each option gets a cost line.
5. Cost model: five-year total cost of ownership per pricing archetype.
6. Benefit model: each benefit line with its baseline, assumption and owner.
7. Risks and mitigations: adoption, integration, migration, vendor and compliance risks.
8. Next steps: the selection plan, the team and the checkpoints.

The "do nothing" option is mandatory. A board compares the DAM with the cost of the current situation, and without that line the net value has no reference point.

Benefit lines and how to measure them

A DAM business case uses five benefit lines, and each needs a baseline measured inside the organisation. Vendor benchmarks and analyst averages describe other companies, so DAMSelection keeps them out of the benefit model.

Measure time with a log. Ask 10 to 20 users from different teams to record asset-related tasks for four weeks. Self-estimates in workshops run high, and a board discounts them.

The ROI guide explains measurement methods per line. The content audit supplies the duplicate rate and the share of assets with unknown rights.

Worked example: a 60-user business case

The worked example shows how a small change in one assumption moves the net value, so the selection knows what to test. All figures are example assumptions, chosen for illustration.

Worked example assumptions:

• 60 named DAM users, matching the default inputs of the TCO Calculator.
• The time log shows 2 hours per user per week on searching, requesting and recreating assets.
• Loaded staff cost is €55 per hour, over 46 working weeks.
• The DAM recovers 40% of that time once adopted.
• Avoidable duplicate production is €30,000 per year, taken from invoices.
• Retired tools save €25,000 per year.
• Adoption ramps up: 25% of the benefit in year 1, 75% in year 2, 100% in years 3 to 5.

The baseline time cost is 60 × 2 × 46 × €55 = €303,600 per year. Recovering 40% gives €121,440. Adding duplicate production and retired tools gives €176,440 per year at full adoption. The ramp multiplies that by 4.0 over five years, so five-year benefit is €705,760.

The five-year cost comes from the calculator's default run: €674,700 for the per storage tier archetype. Net value is €31,060.

The time recovery rate decides the case. The selection therefore makes that rate a pass criterion in the proof of concept, with real users timed on real tasks.

The pricing archetype also moves the result. In the same default run, the per seat archetype costs €713,541 and the platform tier archetype costs €802,622. The gap between the cheapest and the most expensive archetype is €127,922, larger than the net value itself.

The cost side of the business case

The cost side of a DAM business case uses the five-year total cost of ownership, with every line the organisation pays. The licence quote alone understates cost and misleads the comparison between vendors.

Include these lines: licence, storage, delivery egress, AI credits, implementation services, integration build and run, migration, internal DAM staff, training and exit. The total cost of ownership guide defines each line and runs two worked examples.

DAMSelection assessment: storage, egress and AI credit consumption drive five-year DAM cost more than licence fees. The effect is strongest when a library grows fast or delivers assets to channels. Model them with three growth scenarios, and use the DAM pricing guide to translate quotes into the same lines.

Risks and benefits the case reports without a price

A DAM business case lists some benefits and risks in words, because a price tag on them would be invented. Boards trust a case more when it separates measured value from judgement.

Exit cost deserves a specific note. The EU Data Act abolishes switching charges for data processing services from 12 January 2027 under Article 29. Buyers should still write export format, timing and assistance into the contract.

How the business case feeds the selection

A DAM business case produces four inputs that the later checkpoints reuse, so the work pays off twice. Each input gives a team member a concrete job in the selection.

1. The budget envelope becomes filter 4 in shortlisting. Vendors whose five-year cost under expected growth lies outside the envelope leave the longlist.
2. The volume sheet (users by role, assets, storage, growth, egress, AI operations) goes into the RFP commercial schedule, so every vendor prices the same scope.
3. The assumptions that decide net value become pass criteria. In the worked example, the time recovery rate becomes a measured criterion in the proof of concept.
4. The benefit lines and their owners become the DAM KPIs after go-live, with the baseline already recorded.

The economic buyer presents the case on one page: recommendation, net value range, the three assumptions that decide it and the decision requested. The supporting model goes into an annex that finance can audit line by line.

Common mistakes in DAM business cases

Most weak DAM business cases fail on evidence, scope or ownership. The list covers the patterns DAMSelection sees most often in PIMvendors practice.

• Benefit figures copied from vendor ROI calculators or marketing studies.
• Cost based on the first-year licence quote only.
• No "do nothing" option, so the net value has no reference point.
• Every benefit monetised, including those that rest on guesses.
• No named owner for each benefit line after go-live.
• PIM and DAM treated as separate cases, although both serve one product content supply chain.

DAMSelection assessment: a case reviewed by finance before the shortlist survives procurement. A case written to justify a vendor already chosen rarely does.