SOC 2 and enterprise security checklist for video platforms

The enterprise video security checklist: SOC 2, data residency, and access controls

A modern video platform is enterprise software that happens to have cameras attached, so it deserves the same scrutiny as any system that touches sensitive data. Before you weigh detection accuracy or price, your IT and security teams need to know where the video lives, who can reach it, and how the vendor proves its controls work. The stakes are concrete: cyber-enabled fraud and identity theft now rank among the three most reported attack types, and 73% of survey respondents said they or someone in their network was personally affected by cyber-enabled fraud during 2025 (Source: World Economic Forum). Cloud availability has become a security issue in its own right, because when a region fails, physical operations can stall instantly (Source: Security Magazine).

This guide is a vendor-neutral framework for that review, plus a copy-ready checklist you can paste into an RFP. It covers SOC 2, data residency, identity and access, retention and audit trails, and uptime. Where it helps, it uses the architecture behind Spot AI as one example of a strong answer, not the only acceptable one.

Why a security review matters for video

Video is now one of the most sensitive data sets an enterprise holds. It captures people, entrances, and cash-handling areas across every site and connects to building access and operational systems, making the platform both a high-value target and a compliance obligation where physical and cyber risk converge.

For the IT Director who signs off, the worry list is specific. Does the system stream raw video off the network and compete with production traffic? Can a departed employee still log in next week? Can the vendor hand over SOC 2 and NDAA documentation before the review meeting, or does it stall? A platform that cannot answer these cleanly will fail an audit later. Pair this checklist with our enterprise video security buyer's guide to see where the controls fit in the broader decision.

SOC 2 and data residency basics

SOC 2 is the baseline most enterprise buyers expect. It is an independent audit against five Trust Services Criteria defined by the AICPA: Security, Availability, Processing Integrity, Confidentiality, and Privacy. The distinction that matters is the report type. A Type I report describes whether controls are designed correctly at a point in time; a Type II report tests whether they operated over a period, usually six to twelve months. Type II is the version an enterprise security team wants.

Do not accept a logo on a website as proof. Ask for the current SOC 2 report under NDA, then read the scope (which criteria and systems it covers) and the exceptions (where the auditor found gaps and how they were resolved). A narrow-scope report can be less useful than a broader one with a few well-managed exceptions.

Data residency, the second half of this section, is rising fast as a board-level concern. Sovereign cloud infrastructure spending is forecast to total $80 billion in 2026, a 35.6% increase from 2025, driven by regulated industries and governments that need data to stay inside defined borders (Source: Gartner). For video, the residency question is physical as well as legal. Ask where full-resolution footage is stored, where metadata and account data are processed, and whether you can pin those to a specific region. Data can still leave a region through backups, replication, or vendor support access, so the promise has to hold at the data layer. Architecture drives that answer: a hybrid edge-to-cloud design like Spot AI's keeps full-resolution video inside the facility in the Intelligent Video Recorder (IVR) and sends only metadata across the network, which narrows the residency footprint by default.

SOC 2 Trust Services Criteria at a glance

SSO, SCIM, and role-based access

Identity is where most access risk hides. CEOs now rank data leaks as their biggest security concern tied to generative AI, at 30% of respondents, a signal of how seriously buyers treat access to proprietary data (Source: World Economic Forum). A video platform with its own separate password list is a standing liability: accounts drift out of sync with HR and linger after people leave.

Three capabilities close that gap. Single sign-on (SSO) through SAML or OIDC lets people authenticate with your existing identity provider, so access follows the same rules as your other enterprise apps. SCIM automates provisioning and deprovisioning, so a new hire gets the right access and a departure removes it without manual cleanup. Role-based access control (RBAC) then binds permissions to roles rather than individuals, which operationalizes least privilege. Least privilege is the backbone of zero trust: entities get only the minimum access their task requires, and RBAC limits how far an attacker can move if one account is compromised (Source: NIST).

Confirm these three work together, not as separate checkboxes. SSO without SCIM still leaves you managing user lifecycles by hand, and RBAC with only admin and viewer roles rarely fits a multi-site organization that needs regional scoping and separated duties. Integrations matter too: a platform with open APIs and integrations connects to your identity, access-control, and alerting systems so policy stays consistent.

Retention and audit controls

Retention and audit trails decide whether your video program survives a compliance review or a legal request. Two questions sit at the center. How long is footage kept, and can you set that by use case and by site? And can you show exactly who viewed, exported, or shared a clip, with a record that cannot be altered?

Standards bodies are explicit that access control and logging travel together. NIST-aligned programs pair least privilege with continuous logging and auditing: the SP 800-53 access control, identification, and audit-and-accountability control families call for segregated privileged accounts, access reviews, and audit trails of access attempts and role changes (Source: NIST). For video, that means every export and share should leave a time-stamped record tied to a named user.

Retention should be a policy you configure, not a default you inherit. Set the shortest period that meets your legal and operational needs, then document the exceptions where a clip must be held longer for an open case. Chain of custody matters the moment footage might become evidence, so tie clips to cases with immutable timelines and access logs. Our video retention and chain-of-custody guide covers how to build that policy, and exception-based reporting shows how to surface the events worth keeping instead of scrubbing hours of footage.

Uptime and SLA

Availability is a security property, not just an operations metric. If the platform is down, you have no eyes on your sites and no way to pull footage during an incident. Downtime for large enterprises can cost up to $9,000 per minute, which is why uptime commitments belong in the security review, not a separate procurement thread (Source: Security Magazine).

Read the service level agreement closely. Look for a stated uptime target, how the vendor measures and reports it, what remedies apply when it is missed, and how the system behaves when connectivity drops. Edge processing has a resilience advantage here: local recording and detection continue even when the cloud connection is interrupted, then sync when it recovers.

Comparing architectures without naming vendors

Most of the answers above trace back to one decision: where video is processed and stored. Rather than score named products, compare the three architectural approaches on the properties your review cares about. Each carries a different security and residency profile to match against your requirements.

Spot AI sits in the hybrid column, offering central management and near-zero added bandwidth at once. Legacy on-prem systems often rely on a standalone NVR or DVR per site, where inconsistent retention and stranded footage creep in. For a primer on the software layer, see how video AI works.

A copy-ready vendor evaluation checklist

Use the checklist below as a scoring sheet. Ask for evidence, not assertions, and mark each item met, partial, or missing. The order follows how a security review flows, from certifications to day-two operations.

1. Provide the current SOC 2 Type II report under NDA, including scope and the exceptions list.
2. Confirm NDAA compliance for hardware and any relevant supply-chain attestations.
3. State where full-resolution video is stored and where metadata and account data are processed.
4. Confirm whether data residency can be pinned to a required region, including backups and support access.
5. Document encryption at rest and in transit, and describe key management.
6. Support SSO through SAML or OIDC with your identity provider.
7. Support SCIM for automated provisioning and deprovisioning.
8. Offer role-based access control with site, camera, and function-level scoping.
9. Produce tamper-evident audit logs for viewing, exporting, and sharing footage.
10. Let you configure retention by use case and by site, with documented deletion.
11. State the uptime target, how it is measured, and the remedies when it is missed.
12. Describe behavior during a connectivity outage and how recording resumes.
13. Confirm the network posture: no unnecessary internet-facing ports and camera traffic segmented from other systems.
14. Share results or a summary of the most recent third-party penetration test.
15. Provide open APIs and webhooks so security policy stays consistent across your stack.

These controls hold up in real deployments. The YMCA of Greater Richmond rolled Spot AI out across 17 locations in two weeks and integrated single sign-on with its existing Active Directory and Outlook credentials, so access management folded into the identity system it already ran. It standardized 30-day video retention across every site, replacing inconsistent per-site storage limits, and gave staff one dashboard to monitor users, cameras, and appliance health. In the organization's experience, single sign-on made the platform feel like part of the existing ecosystem rather than an outside product.

"Spot AI has saved our risk management officer a tremendous amount of time, and increased our efficiency in incident reporting."

Louie Klenke, Technology Project Lead and Systems Specialist, YMCA of Greater Richmond

Run this checklist against your shortlist and the strong candidates separate quickly from the ones that stall on documentation. See how Spot AI approaches enterprise video security, with its hybrid edge-to-cloud architecture, SOC 2 and NDAA posture, and identity-first access model, on the Spot AI product page.

Frequently asked questions

What is SOC 2 and why does it matter for a video platform?

SOC 2 is an independent audit of a vendor's controls against five Trust Services Criteria: Security, Availability, Processing Integrity, Confidentiality, and Privacy. For a video platform, it signals that access, encryption, and monitoring practices were examined by a third party. Ask for the Type II report, which tests whether controls operated over time, and read its scope and exceptions rather than trusting a badge.

Where is my video data stored and processed, and can I keep it in a specific region?

That depends on the architecture. Cloud-only platforms store footage in the provider's regions, while hybrid edge-to-cloud designs keep full-resolution video on-site and send only metadata to the cloud. Ask the vendor to state storage and processing locations for footage, metadata, and account data, and confirm whether residency can be pinned to a region including backups and support access.

Does the platform support SSO, SCIM, and role-based access control?

These three belong together. SSO lets people sign in through your identity provider, SCIM automates adding and removing accounts as staff change, and RBAC binds permissions to roles to enforce least privilege. Confirm all three are supported and that RBAC can scope access by site, camera, and function, not just admin-or-viewer.

How are video retention and audit trails handled for compliance?

Retention should be configurable by use case and by site, with the shortest period that meets your legal and operational needs and documented exceptions for open cases. Audit trails should record who viewed, exported, or shared each clip with a time-stamped, tamper-evident log. Together they support chain of custody when footage becomes evidence.

What uptime and SLA commitments should an enterprise video platform make?

Look for a stated uptime target, a clear method for measuring and reporting it, and defined remedies when it is missed. Just as important is how the system behaves during a connectivity outage. Edge processing lets local recording and detection continue and sync once the connection returns, protecting you when you most need coverage.

About the author

Joshua Foster is an IT Systems Engineer at Spot AI, where he focuses on designing and securing scalable enterprise networks, managing cloud-integrated infrastructure, and automating system workflows to enhance operational efficiency. He is passionate about cross-functional collaboration and takes pride in delivering robust technical solutions that empower both the Spot AI team and its customers.