You can leave Verkada without replacing every camera. Your third-party ONVIF/RTSP devices running through Command Connector move to a new platform as-is. Proprietary Verkada hardware phases out on your refresh cycle. The migration starts now, with what's portable.
The cameras on your ceiling are not all the same problem. Some move to a new platform with no hardware spend. Others are native Verkada hardware — cloud-managed through Command, with no ONVIF support and no real path to third-party management — and will eventually need to be replaced. The sunk cost on that hardware — re-cabling, re-mounting, monitoring gaps during cutover — keeps teams renewing licenses they've outgrown. None of it is a good reason to stay.
How much you can move on day one depends entirely on what's already on your ceiling. If most of your feeds run through Command Connector, the switch is largely a configuration exercise. If most are native Verkada cameras, day-one reuse is low — and the benefit of a phased approach is mostly about timing: spreading replacement across normal refresh cycles instead of a single capital event. The 20-minute audit below tells you which situation you're in before you commit to anything.
What Actually Locks You In to Verkada (And What Doesn't)
The cameras you can keep are the ones that were never really Verkada's to begin with. Third-party ONVIF and RTSP devices (Axis, Hanwha, Bosch, and others) that you run through Verkada Command Connector are portable. ONVIF, or Open Network Video Interface Forum, is the open standard that lets IP cameras communicate with any compatible platform — which is why these devices move freely. That includes RTSP-only cameras that aren't ONVIF Profile S conformant.
Native Verkada cameras are a different category. They're cloud-managed through Command and do not support ONVIF, so a third-party VMS can't discover, configure, or manage them the way it would a standards-based camera. Verkada does expose a per-camera RTSP stream, but it's LAN-only, capped at two concurrent streams, has to be enabled by an admin in Command, and is positioned as a transitional bridge — not a substitute for native onboarding. In practice, that means native Verkada cameras can't be repointed to a new VMS and run as first-class devices. Plan to replace them — just not on day one. Two buckets, two timelines: standards-based cameras move in the near term, and proprietary hardware follows your refresh cycle.
Inventory Your Cameras Before You Switch (The 20-Minute Audit)
Everything you need to size this migration is already in Verkada Command. The audit takes about 20 minutes and tells you how much of your fleet moves for free — and, just as important, how much doesn't.
Open Command and work through your active feeds. For each one, check the make and model. Command Connector feeds will show a third-party manufacturer — Axis, Hanwha, Bosch, or similar. Those are ONVIF Profile S or RTSP devices, and they're portable. Native Verkada feeds are proprietary; plan to replace those on your refresh cycle. Build this table as you work through each feed:
When it's populated, calculate your portable percentage — the share of feeds that are third-party Command Connector cameras versus native Verkada hardware. A high number means the migration is primarily a configuration exercise, not a procurement project. A low number means most of your value comes from timing the replacement of native hardware across refresh cycles rather than reusing it — but the switch still starts now, with whatever portable layer you have. Either way, the percentage you land on is your budget case and your migration scope in one figure.
The Phased Verkada Migration Path
Your portable percentage determines how much of this migration you can execute immediately. Each step below keeps Command fully operational while reducing your Verkada footprint, so there's no single high-risk cutover to manage.
Step 1: Deploy the New Platform in Parallel
Stand up the new platform alongside Verkada before moving a single feed. Running both systems simultaneously keeps Command fully operational while your team validates performance, configures settings, and trains users. Coram, for example, is built for fast deployment — its setup is designed to bring large camera counts online in minutes without firewall reconfiguration — so standing up a parallel environment doesn't require a lengthy onboarding project. There's no high-risk cutover event and no downtime window to manage.
Step 2: Migrate Standards-Based Cameras First
Once the new platform is operational, start moving your third-party ONVIF and RTSP cameras. These devices already support open standards, so migration means updating camera configurations, not replacing hardware. Moving them first reduces Verkada dependency quickly and delivers immediate progress with minimal disruption.
Step 3: Plan Replacement of Proprietary Verkada Hardware
After your portable inventory is migrated, turn to the remaining Verkada-native devices. Match each camera in your hardware audit to its existing refresh or replacement cycle. This produces a structured exit plan that phases out locked hardware over time without unplanned capital spend.
Step 4: Reduce Verkada Licensing as Migration Progresses
As cameras move to the new platform and hardware reaches its replacement milestones, start decommissioning the associated Command licenses. License reductions happen incrementally throughout the migration, so costs decline in parallel with platform adoption until the Verkada footprint is fully retired.
What It Costs To Switch
The most common misconception about leaving Verkada is that it requires a full camera replacement. It doesn't — though how much you save depends on your portable percentage. The cost is primarily tied to the native Verkada portion of your deployment. Third-party ONVIF and RTSP cameras move to a cloud VMS; Verkada-native cameras stay on Command until they hit their planned refresh cycle.
In most environments, the migration reuses existing ONVIF/RTSP cameras, cabling and network infrastructure, PoE switches, and mounting hardware. That changes the project from a rip-and-replace to a phased migration. The financial levers are reuse of existing assets, avoided Command license renewals, and hardware replacement spread across normal refresh cycles — extending the value of infrastructure you've already paid for while recurring platform costs decline as feeds move off Verkada.
Comparing Verkada Migration Support by Platform
Migration friction depends on which cameras carry over, how licenses are structured, and whether the new platform recreates the lock-in problem you're trying to leave. The table below covers the major platforms in this segment.
Migrating to Coram
Coram is an AI-native physical security platform that connects to any existing IP camera and manages video surveillance, access control, and emergency management from a single dashboard. Your third-party ONVIF/RTSP devices — the portable layer from your audit — move directly to Coram without replacement, re-cabling, or new hardware budget. If your portable percentage is high, the bulk of the migration is a configuration exercise, not a procurement project.
For the native Verkada hardware that can't be repointed, Coram's own camera line is available as a like-for-like replacement when your refresh cycle allows. It's NDAA-compliant and managed through the same platform, which makes Coram a practical endpoint for any team evaluating a Verkada alternative regardless of where your portable split lands. You can learn more about Coram's VMS and how it connects to existing infrastructure.
A 30/60/90-Day Switch Checklist
The migration has three natural gates: know your fleet, move what's portable, and plan what isn't.
Days 1–30: Know Your Fleet, Stand Up the New Platform
- Open Verkada Command. Check the make and model behind every active feed.
- Tag each camera: third-party ONVIF/RTSP (portable) or native Verkada (proprietary).
- Log results in a table: camera name, make/model, ONVIF Profile S (Y/N), location, refresh window.
- Calculate your portable percentage. This is your migration scope and your budget case.
- Deploy Coram alongside Verkada. Confirm camera detection. Do not move any feeds yet.
Days 31–60: Move the Portable Layer, Start Retiring Licenses
- Repoint third-party ONVIF/RTSP cameras to Coram in batches. Start with the highest-priority locations.
- Confirm each batch is live in Coram before removing it from Command.
- Flag each migrated feed's corresponding Command license for non-renewal.
- Onboard your team. Configure alerts and AI search for the migrated cameras.
Days 61–90: Complete the Transition, Plan the Hardware Phase
- All third-party ONVIF/RTSP cameras on Coram. Verify zero monitoring gaps.
- Remaining feeds in Command: native Verkada hardware only.
- Match each remaining device to its refresh window. This is your phase-out timeline.
- Reduce Verkada Command license count to reflect only active native feeds.
- Align replacement orders with refresh cycles. Decommission Command on the last exit.
