Eliminate traditional security constraints with a cloud-managed access system that delivers enterprise-grade protection, actionable insights, and unprecedented operational flexibility.
Verticomm delivers comprehensive Verkada Access Control implementations that fundamentally transform how organizations manage physical security across their facilities. Unlike conventional access systems that require complex on-premises infrastructure and specialized expertise, Verkada's cloud-first architecture provides superior functionality through an intuitive platform that integrates seamlessly with your broader security ecosystem.
The result is a transformative security layer that not only protects your physical spaces but also generates actionable intelligence about facility usage patterns, potential security anomalies, and operational inefficiencies. Whether securing a single location or standardizing access controls across a global enterprise, our Verkada implementation services provide the foundation for a security ecosystem that's both powerfully effective and remarkably simple to operate.
Eliminate the complexity of traditional access control systems with a cloud-based platform that requires no on-premises servers, specialized networking, or proprietary databases. Manage your entire access ecosystem through an intuitive interface accessible from any authorized device.
Gain immediate insight into access events across all your facilities through a centralized dashboard. View live door status, remotely lock/unlock entries, and receive instant notifications about unauthorized access attempts or security anomalies—all from a single platform.
Bridge the traditional gap between access control and video surveillance with native integration that automatically pairs access events with corresponding video footage. This eliminates the tedious process of manually correlating timestamps between disparate systems during investigations.
Transform raw access data into actionable intelligence through built-in analytics that identify unusual access patterns, optimize space utilization, and enhance security protocols. These insights extend the value of your access control system beyond basic security functions.
Support diverse authentication methods—from traditional key cards and fobs to mobile credentials and multi-factor authentication—without complex infrastructure changes. This flexibility accommodates evolving security requirements and user preferences while maintaining consistent management.
Expand your access control system from a handful of doors to thousands across multiple locations without redesigning your infrastructure. The cloud-based architecture scales seamlessly with your organization, maintaining consistent performance regardless of system size.
Traditional access control systems rely on on-premises servers, proprietary databases, and complex network configurations that create significant IT overhead and maintenance requirements. Verkada's cloud-first architecture eliminates these infrastructure demands while delivering superior functionality through a browser-based interface accessible from any device. The system maintains critical security functions even during internet outages through intelligent edge processing, combining the reliability of on-premises systems with the advantages of cloud management.
Verkada supports diverse credential technologies to accommodate various security requirements and user preferences. Options include traditional key cards and fobs (supporting most legacy formats), mobile credentials through the Verkada Pass app, PIN codes, and multi-factor authentication combining multiple methods. The system can also integrate with employee badges through card enrollment stations. This flexibility allows organizations to transition gradually from legacy credentials or implement modern authentication methods based on their specific needs.
Verkada's intelligent controllers maintain full functionality during internet outages. Access decisions are processed locally based on synchronized access policies, ensuring continuous operation regardless of connectivity status. Controllers store user credentials, access rules, and event logs locally, then automatically synchronize with the cloud once connectivity is restored. This hybrid architecture provides the reliability of traditional systems with the management advantages of cloud-based solutions.
Yes, Verkada Access Control offers various integration capabilities with both Verkada and third-party systems. Native integration with Verkada cameras provides automatic video capture of access events and coordinated investigation tools. The platform also offers API-based integration with identity management systems, HR databases, visitor management platforms, and other operational systems. Verticomm specializes in creating unified security ecosystems that leverage these integration capabilities to enhance overall protection while preserving investments in existing infrastructure.
The system is designed for unlimited scalability, accommodating organizations ranging from small businesses with a few doors to global enterprises with thousands of access points across multiple locations. The cloud-based architecture eliminates traditional scaling constraints related to server capacity or database limitations. New controllers and doors automatically inherit appropriate settings and policies when added to your organization, simplifying expansion as your security needs grow.
Verkada implements multiple layers of security to protect both the physical and digital components of the access control system. All communication between controllers and the cloud is encrypted using TLS 1.2 or higher, while stored data is encrypted using AES-256 encryption. The Command platform enforces role-based access controls, supports single sign-on integration with leading identity providers, requires multi-factor authentication for sensitive functions, and maintains comprehensive audit logs of all administrative activities. Additionally, controllers feature tamper detection capabilities that trigger alerts if physical interference is detected.