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Benchmarking MLOps and Model Serving.

Nearly everybody has a platform, so the variance that matters is entirely in quality. This instrument scores one shared ML platform and its serving tier out of a hundred points across four domains: reproducibility and lineage, the path to production, serving reliability and capacity, and tenancy and cost attribution.

Twenty rows, each naming the artefact that satisfies it, and three bands. It measures what the platform hands a team by default rather than what one determined team managed to assemble on top of it.

In depth

Counting Platforms Tells You Nothing. Scoring One Tells You Plenty.

01

Nine in ten organisations already run an internal developer platform.

Three quarters have a dedicated platform team as well, so existence stopped being the interesting variable some years ago. DORA's 2025 study found that where platform quality is high the effect of AI adoption on organisational performance is strong and positive, and where quality is low that effect is negligible. The question is no longer whether you have one, but what yours gives a team by default.

In shortwhat yours gives a team by default
02

The unit of measurement is the platform, not the team.

Score the shared thing once: the training pipelines, the artefact store, the registry and the serving tier every team depends on, rather than once per model or once per team. The test for each row is a single question. If a statement would be equally true of one system run by one team, it is not measuring a platform at all.

In shortit is not measuring a platform at all
03

Award a row its full weight or nothing.

Partial credit is how a platform scores seventy and still cannot promote a model on a Friday, which is why every row names an artefact instead of inviting a discussion, and why a row scores zero when nobody can produce that artefact inside an hour. Developer independence, meaning the ability to finish a task without waiting on an enabling team, improved productivity by five per cent at both team and individual level. Half of this instrument is a measure of that one property.

In shortHalf of this instrument is a measure of that one pro…
The detail

Three Bands, And What Each One Tells You To Fix First.

Four domains of twenty-five points each will average out, and the average is the least useful thing the instrument produces. Read the lowest domain first, then place the total in one of three bands and start where that band points.

Zone · 01

Load bearing

Seventy-six to one hundred. Teams get reproducibility, promotion and capacity from the platform rather than from their own ingenuity, and a new team reaches production without a sponsor. The points still missing sit in the serving tier, and those are the expensive ones to buy back.

Zone · 02

Propped up

Forty-eight to seventy-five. The platform works for the teams who know it well and quietly costs everyone else a week per release. Find the two domains scoring under twelve and start with the path to production, since every team walks it on every change rather than once a quarter.

Zone · 03

A shared account

Under forty-eight. What exists is shared infrastructure with a wiki attached, and each team is privately rebuilding the missing half. Start with reproducibility and lineage, because no other domain can be verified until that one is true. Everything above it rests on a lineage query that returns an answer.

By the numbers

The figures that make it a board-level conversation.

56 / 100
worked platform total, a respectable-looking number that describes a platform in trouble
90%
of organisations report an internal developer platform, so having one stopped being a differentiator
5%
productivity gain from developer independence, the ability to finish a task without waiting on an enabling team
Inside the report

What you'll take away.

01

Step 1 - Reproducibility and lineage, twenty-five points

Re-run a six-month-old training job as somebody who did not author it and compare artefact hashes. Then resolve a served model picked at random to its run, dataset snapshot and code commit in one query.

02

Step 2 - The path to production, twenty-five points

Time the median gap from registry publish to first production request across the last twenty promotions. Then have a stream-aligned team run a rollback drill on a live endpoint with nobody helping.

03

Step 3 - Serving reliability and capacity, twenty-five points

Ask each pool for a dated headroom figure against observed peak, a measured first response on a scaled-to-zero pool, and a routing fallback that somebody has triggered in a drill.

04

Step 4 - Tenancy and cost attribution, twenty-five points

Sample a serving trace and look for tenant, team and model version on one span. Every other row in the domain depends on that, and most platforms lose it at the gateway.

Questions

Frequently asked.

Do we score this once per platform or once per model?

Once per platform. The unit is the shared thing every team depends on, and scoring per model or per team produces an average of individual ingenuity instead. Where a statement would hold equally for one system run by one team, it belongs to a different instrument and not to this one.

Why is partial credit not allowed on any row?

Half marks let a platform total seventy while a team still cannot promote a model on a Friday. Each row names an artefact or a measurement, and the row is satisfied or it is not. Nobody producing that artefact inside an hour is the same answer as nobody having it.

Our platform totals in the fifties. How bad is that?

The worked platform scores 56 and is in trouble, which is the point of publishing it. Serving scores well because the platform team instrumented what it operates, the promotion path scores badly because rollback still runs through an engineer, and tenancy scores worst. Those figures illustrate a shape rather than report an observed platform.

Which domain usually comes out lowest?

Tenancy and cost attribution, closely followed by the path to production. Strong serving and a weak promotion path is the common shape and it has an obvious cause: the serving tier is what the platform team builds for itself, and the promotion path is where every other team has to live.

How does this differ from your buyers guide on the same topic?

This scores a platform you already run, domain by domain, against the artefact each row needs. MLOps and Model Serving: What Buyers Should Ask covers the platform you have not bought yet, and what a seller will or will not put in writing before a contract is signed.

Who should actually fill this in?

A VP of platform or head of ML infrastructure, sitting with one engineer from a team that does not own the platform. The second person is what keeps the scoring honest, since the rows that matter most describe what the platform gives somebody who did not build it.

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Next step

Score the platform, not the team that got lucky on it.

Bring last month's attribution report and the promotion path your teams actually walk. We will work two domains through with you and name the zero that is cheapest to close first. SECTION 7 - FAQ - 5 to 8 questions

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