Sentry Interactive blog

We explore how readerless mobile credentials, paired with Sentry Smart Access Tiles, can be used beyond unlocking doors.

We evaluate what true interoperability for mobile access credentials actually means, and how the credential’s security architecture decides this.

We look into how self-storage space operators now have the ability to accelerate the transition to secure mobile access credentials for un-manned facilities with a hardware agnostic software solution.

We evaluate the access security challenges facing decentralized energy and utility infrastructure, and how a readerless upgrade to mobile access, powered by passive NFC smart tiles and existing PACS integrations, lets operators modernize across fragmented legacy systems without costly rip-and-replace upgrades.

The same techniques used to steal modern vehicles now apply to outdated building credentials. PKOC eliminates this risk with asymmetric cryptography, keeping private keys locked to the device’s secure element. New software integration now makes enterprise-scale PKOC deployment finally practical.

As ESG targets grow, CRE operators demand more from smart building platforms. Readerless mobile access software delivers operational intelligence via mobile unlock data, powering smarter energy management, space utilization, and tenant experience, integrating without ripping out readers for faster, more sustainable, data-driven buildings.

Contractor access in utilities and energy isn’t just a security problem, it’s a governance challenge. With transient workforces, fragmented systems, and strict compliance demands, traditional access control falls short. Discover how PIAM and mobile credential technology close the gap.

Enterprises now have the ability to practically roll out asymmetric mobile and physical access credentials based on PKOC to thousands of users, across multiple locations.

We explore how visitor management software providers can enhance their platforms by integrating a mobile access credential feature that is already compatible with a portfolio of physical access control systems, and doesn’t rely on reader hardware.