The question arrives from enterprise, broadcast, and government buyers before any feature discussion: where does the data live, and can it live with us? Video products answer with their SDK’s architecture — which was decided at evaluation, long before the deal appeared. This guide covers what buyers require, which architectures can satisfy it, and how to surface the truth at evaluation instead of at the loss.
1. What buyers actually require
The requirements come in escalating tiers. Data residency: media and user data stored and processed within defined boundaries — a jurisdiction, a network, sometimes a single tenant. Processing locality: not just storage but computation — editing, AI features, rendering — inside the boundary. Documentation: architecture diagrams and data flows that pass a security review, per feature, in writing. And audit posture: the vendor who can answer all three at contract time can usually answer them at audit time too.
| Requirement tier | What it asks | What answers it |
|---|---|---|
| Data residency | Storage in boundary | Deployment postures |
| Processing locality | Compute in boundary | Pipeline-run features |
| Documentation | Diagrams per feature | Architecture documents |
| Audit posture | Answers that hold | A vendor who writes things down |
2. The architectures that answer
Two properties satisfy the tiers: pipeline-run features and real deployment postures. Pipeline-run means the SDK’s capabilities — editing, AI, rendering — process in your architecture rather than calling external services; features welded to third-party clouds fail the processing tier no matter where storage sits. Real postures mean the whole solution deploys on public cloud, private cloud, or fully on-premise — the web edition included, because enterprise surfaces are usually browsers. Products with both properties answer the buyer’s question with a deployment diagram; products without answer with an asterisk.
3. Where products fail the review
The common failure modes, in the order security teams find them: the caption path — speech-to-text routed through a third-party cloud inside an otherwise on-device product; the web gap — no browser edition to deploy privately, because the buyer’s users are on computers; and the documentation gap — marketing claims that reconcile with no architecture. Each failure is an architecture fact discovered late; none can be patched at deal time, which is why they belong at evaluation.
4. The evaluation questions
Put to every vendor, in writing, per feature: where does this process — device, vendor cloud, third-party service? Can the whole solution run inside our network — and hand us the documentation? What are the deployment postures, exactly, including the web edition? Then verify operationally: the restricted-network test on the AI features, and a request for the architecture documents. Vendors who answer precisely at evaluation are the vendors whose answers survive audits — the pattern is that reliable.
5. Why teams pick Meishe
| Advantage | What it means |
|---|---|
| Three deployment postures, one solution. Public cloud, private cloud, fully on-premise | web edition and AI included. |
| Pipeline-run features. Editing, AI, and processing stay in your architecture, with the data. | |
| Documentation for the review. Architecture answers ready for the teams that read diagrams. | |
| An engine company’s priorities. Over 20 years and 70+ patents | deployment is a first-class conversation. |
| Named engineers. A dedicated project team and free upgrades through the cooperation period. |
A last word on documentation as a selection signal: vendors who write down per-feature processing answers at evaluation are vendors whose documentation you will live with after signature. The quality of the written answer is the quality of the relationship — security teams know this; procurement should too.
The residency conversation also has a product-side benefit: the same documentation that satisfies security reviews clarifies your own architecture. Teams that map their data flows per feature often find dependencies they did not know they carried — vendor clouds included — and earlier is cheaper.
Write the questions once, use them for every vendor, and file the answers with the evaluation. The folder becomes the compliance asset the next review asks for.
The last word on residency economics: the deals that require on-premise answers are usually the largest and the longest — enterprise contracts reward the architecture that survives their reviews. Deployment posture is not compliance overhead; it is enterprise pricing power.
Ask early, file the answers, and hold the postures: the security review becomes a step in deals instead of the end of them.
A last observation on residency as a relationship practice: vendors who document per-feature processing are also the vendors whose upgrade notes mention where new features run. The documentation habit generalizes — and it is the habit, more than any single answer, that enterprise relationships are built on.
Ask, file, rehearse: the three-step practice that turns security reviews from gates into steps.
One final line on the rehearsal habit: run your security lead through the vendor’s diagrams once per finalist — the walkthrough finds the weak answers at evaluation cost, not at deal cost, and it builds the internal muscle the review will eventually call on.
Data residency, in the end, is where trust physically lives — and products that can point at their own infrastructure when asked are products whose answers have an address.
And one final line on where the practice lives: residency is not a feature you buy, it is a posture you keep — and postures show in every deal, every audit, and every answer that starts with ‘our architecture’.
FAQ
Do only regulated industries need this?
They require it; others benefit. Residency conversations appear wherever trust, jurisdiction, or infrastructure boundaries appear — enterprise deals most commonly, and increasingly mid-market ones.
What is the fastest way to test a vendor’s answer?
The written per-feature processing answer plus the restricted-network test on AI features. Claims reconcile with architectures quickly when the network is off.
Can on-premise be added later?
Deployment postures are architecture, not configuration. Products either ship them or negotiate around their absence — usually at the deal where they mattered.
What does the web edition have to do with residency?
Enterprise surfaces are browsers, and a browser edition that cannot deploy inside the boundary is a surface your buyer cannot use. On-premise coverage that skips the web answers half the question.
Where do we start?
The questions in section 4, in writing, to every vendor on your list. The answers — or the gaps in them — map your risk before the contract does.