Why Companies Are Moving Away From Verkada in 2026

What is Verkada and why did it gain popularity?

Verkada is a cloud-first video surveillance platform that bundles security cameras, access control, and intercom systems into one integrated solution. The company became popular by eliminating the need for on-premise servers, network video recorders, and the complex configurations that traditional security systems required.

IT directors and technology-focused decision makers found Verkada appealing because they could deploy security cameras without involving traditional security integrators. The platform's bundled licensing model includes hardware, software, and cloud storage in a single per-camera subscription, which simplified procurement for organizations unfamiliar with the security industry's typical complexity.

Schools became early adopters because IT departments could purchase cameras directly, plug them into existing network drops, and have a working system within minutes. This ease of deployment was a significant departure from legacy systems that required weeks of installation, dedicated server rooms, and ongoing maintenance from specialized technicians.

Why companies are moving away from Verkada

Companies are increasingly leaving Verkada due to vendor lock-in, escalating subscription costs, limited AI capabilities, and growing concerns about data privacy and compliance. These limitations become more apparent as organizations scale their deployments or require more sophisticated security and operational intelligence from their video systems.

The initial appeal of simplicity often gives way to frustration when organizations realize they cannot integrate third-party cameras, export their data easily, or access the advanced analytics capabilities that modern security platforms now offer.

Vendor lock-in and closed hardware ecosystem

Verkada operates as a closed ecosystem where only Verkada-manufactured cameras work with the Verkada platform. You cannot leverage existing camera investments from manufacturers like Axis, Hikvision, or Dahua, nor can you mix and match hardware based on specific site requirements or budget constraints.

Once you have invested in Verkada cameras across multiple locations, switching to an alternative platform becomes significantly more expensive because the hardware cannot be repurposed. This dependency on a single vendor for hardware, software, and support creates substantial risk if Verkada changes pricing, discontinues products, or experiences service disruptions.

The closed nature also limits integration possibilities with other security systems, building management platforms, or operational tools you may already use. If you need flexibility in your long-term security strategy, this lock-in becomes increasingly problematic as your needs evolve.

Privacy, compliance, and data sovereignty risks

Organizations in regulated industries face significant challenges with Verkada's cloud-first architecture because video footage containing sensitive information is stored on servers outside their direct control. Schools must comply with FERPA (Family Educational Rights and Privacy Act), which governs how student information, including video recordings, can be stored and shared.

Healthcare organizations subject to HIPAA requirements and enterprises pursuing SOC 2 compliance often struggle to verify that Verkada's data handling practices meet their specific regulatory obligations. The lack of transparency around where data is processed, who can access it, and how vulnerabilities are disclosed creates compliance uncertainty, as underscored by Verkada's $2.95 million DOJ settlement for data security failures and deceptive practices.

Data sovereignty concerns arise when you operate across multiple countries with different privacy laws governing where citizen data can be stored. Verkada's centralized cloud infrastructure may not offer the geographic flexibility that multinational organizations require to meet local regulations.

Rising subscription costs over time

Verkada's pricing model bundles hardware and software into per-camera annual subscriptions that accumulate significantly as deployments grow. While the initial five-year licensing period may seem cost-effective, you often face substantial renewal costs and limited negotiating leverage once you are locked into the ecosystem.

The subscription model shifts costs from capital expenditure to operational expenditure, which can complicate budgeting when annual fees increase or when you need to add cameras beyond your original projections. Unlike traditional systems where hardware purchases are one-time costs, Verkada's recurring fees continue indefinitely.

Organizations with hundreds or thousands of cameras find that cumulative subscription costs over a five to ten year period often exceed what they would have spent on an open-architecture system with separately purchased hardware and software licenses.

Limited analytics and AI capabilities

Verkada's analytics capabilities remain basic compared to dedicated AI video platforms that offer advanced object detection, behavior analysis, and operational intelligence features. The platform's motion detection and people counting functions do not approach the sophistication that modern enterprises require for proactive security and operational insights.

Because Verkada's system is closed, you cannot integrate third-party AI tools or analytics engines that might better serve your specific use cases. This limitation becomes particularly frustrating if you want to use video data for purposes beyond basic security, such as retail analytics, manufacturing quality control, or workplace safety monitoring.

The gap between Verkada's capabilities and what AI-native platforms now offer continues to widen, with U.S. video analytics growing at approximately 14.72% CAGR as competitors invest heavily in edge-based processing, natural language search, and real-time behavioral alerts. If you want to transform video from a passive recording system into an active operational tool, Verkada's analytics will likely fall short.

How the video security market is evolving beyond Verkada

The video security industry, projected to reach $204.68 billion by 2033, is undergoing a fundamental shift from proprietary, closed systems toward open-architecture platforms that separate hardware choices from software capabilities. This evolution mirrors what happened in enterprise IT decades ago when organizations moved from vertically integrated mainframes to modular, interoperable systems.

Modern platforms now support cameras from multiple manufacturers while providing unified management, advanced AI analytics, and flexible deployment options. This hardware-agnostic approach allows you to protect existing camera investments, choose best-in-class components for specific applications, and avoid the vendor lock-in that characterized earlier generations of security technology.

The convergence of security, facilities management, and operational intelligence is creating demand for platforms that do more than record video. Organizations want systems that can detect safety hazards, optimize space utilization, streamline investigations, and provide actionable insights across their entire physical footprint.

What to look for in a Verkada alternative

When evaluating alternatives to Verkada, you should prioritize platforms that address the specific limitations driving your migration decision. The following criteria represent the most important capabilities that modern video security platforms should offer.

Camera-agnostic hardware compatibility

Modern platforms should support existing camera investments from major manufacturers including Axis, Hikvision, Dahua, and others. This compatibility protects your previous hardware purchases and provides flexibility for future deployments based on specific site requirements, budget constraints, or performance needs.

Camera-agnostic architecture also reduces switching costs and eliminates vendor dependency. You can refresh hardware on your own timeline, mix camera types based on application requirements, and negotiate better pricing by maintaining competitive options.

Advanced AI-powered video analytics

You should look for platforms offering sophisticated AI capabilities that go well beyond basic motion detection:

• Object detection: Identifying people, vehicles, packages, and other objects of interest automatically
• Behavior analysis: Recognizing suspicious activities, loitering, or safety violations in real time
• License plate recognition: Automatically capturing and searching vehicle information across your sites
• Natural language search: Finding specific footage using plain English queries instead of manual scrubbing
• Operational insights: Analyzing foot traffic, occupancy patterns, and space utilization for business intelligence

Edge-based AI processing, where analysis happens on the camera or local device rather than in the cloud, provides faster alerts, reduced bandwidth consumption, and better privacy protection.

Hybrid-cloud architecture for reliability

Your system should continue recording and provide local playback even when internet connectivity is unavailable. Hybrid-cloud architecture combines the scalability and remote access benefits of cloud platforms with the reliability and performance of on-premises recording.

This approach also gives you control over where your data is stored and processed, addressing compliance requirements and data sovereignty concerns. The flexibility to choose between local storage, cloud backup, or both provides options that pure cloud systems cannot match.

How Verkada's total cost of ownership compares to open alternatives

Understanding the true cost difference between Verkada and open alternatives requires looking beyond initial purchase prices to examine total cost of ownership over a multi-year period. The differences become significant when you factor in hardware flexibility, renewal pricing, and migration costs.

Closed vendor model (Verkada):

• Bundled hardware and software licensing with per-camera annual fees
• Limited hardware refresh options tied to subscription renewals
• No ability to repurpose cameras if switching platforms
• Potential price increases at renewal with limited negotiating leverage

Open alternative model:

• Separate hardware and software purchasing decisions
• Flexible licensing options including perpetual and subscription models
• Ability to retain cameras when changing software platforms
• Competitive pricing through vendor choice

Hidden costs to consider:

• Migration labor and project management for platform transitions
• Staff retraining on new interfaces and workflows
• Integration work connecting to existing access control, alarm, or building systems
• Productivity loss during transition periods

Organizations that conduct thorough total cost of ownership analysis often find that open platforms provide better long-term value, particularly when factoring in hardware flexibility and reduced vendor dependency.

How to transition away from Verkada without disrupting security operations

Migrating from Verkada to an alternative platform requires careful planning to maintain continuous security coverage throughout the transition. A phased approach minimizes risk and allows you to validate the new system before full commitment.

Phase 1: Evaluate and pilot. Deploy the new platform alongside Verkada at a limited number of locations to test functionality, train staff, and identify any integration challenges before broader rollout.

Phase 2: Migrate non-critical locations. Begin transitioning lower-priority sites while maintaining Verkada at critical locations, building organizational confidence and refining migration procedures.

Phase 3: Transition core locations. Move primary facilities to the new platform while keeping Verkada available as backup until the new system is fully validated in production.

Phase 4: Complete cutover. Decommission Verkada infrastructure once the new platform is operating reliably across all locations and staff are comfortable with new workflows.

Throughout this process, you should address historical footage preservation, ensuring that important recordings are exported and accessible after the transition. Choosing a platform with strong migration support and professional services can significantly reduce the complexity and risk of this transition.

Explore a better alternative to Verkada

Lumana offers a modern, AI-native video security platform designed to address the exact limitations driving organizations away from Verkada. The platform works with existing IP cameras from any manufacturer, eliminating vendor lock-in while protecting your previous hardware investments.

Lumana's advanced AI goes beyond basic motion detection to identify suspicious behavior with near-human perception, surface highly specific alerts, and enable natural language search across millions of hours of footage. The hybrid-cloud architecture ensures continuous recording and local playback even during internet outages, while providing the remote access and centralized management that modern organizations require.

For enterprises and public-sector organizations seeking to transform video from a passive recording system into an active source of safety and operational intelligence, Lumana provides the flexibility, capability, and cost-effectiveness that closed platforms cannot match.

FAQ

Why are companies switching from Verkada to open-architecture platforms?

Companies are moving away from Verkada due to vendor lock-in, rising subscription costs, limited AI capabilities, and privacy concerns around cloud-stored footage. Open-architecture platforms offering greater flexibility, advanced analytics, and cost predictability are becoming the preferred alternative.

Can existing Verkada cameras be used with alternative video security platforms?

No, Verkada cameras only work with the Verkada platform. However, most modern alternatives support third-party cameras from major manufacturers like Hikvision, Axis, and Dahua, allowing you to protect future hardware investments while gaining flexibility.

How long does it typically take to migrate away from Verkada?

Migration timelines vary based on deployment size, but a phased approach typically takes three to six months for mid-sized organizations. Running your new platform alongside Verkada during transition ensures continuous security coverage while minimizing operational disruption.

What compliance concerns should regulated industries consider with cloud-only video platforms?

Regulated industries should evaluate where video data is stored and processed, who can access it, and how the vendor handles vulnerability disclosures. Schools face FERPA requirements, healthcare organizations must meet HIPAA standards, and multinational companies need to address data sovereignty laws in each country where they operate.