With Suprema’s new release, the BioStar Air platform positions itself as a consistently cloud-native solution for modern access control. At its heart is an approach that, for the first time, fully integrates biometric identities, flexible authorisation models and scalable infrastructures within a cloud architecture – without the usual dependencies on local systems.
The technological core lies in native cloud integration. Whilst many Access Control-as-a-Service solutions continue to rely on local controller structures, BioStar Air relies on a direct connection between intelligent readers and the cloud. This architecture enables rapid deployment – in the simplest case via a single-cable installation – whilst significantly reducing the complexity of traditional access infrastructures.
At the same time, Suprema is pursuing a hybrid edge approach. In addition to direct-to-cloud integration, the platform also supports controller-based environments, for example for existing installations or complex sites. This addresses a key challenge faced by many modernisation projects: the integration of existing systems without a complete overhaul of the infrastructure.
A key aspect of innovation lies in identity management. BioStar Air relies on a centralised, cross-site identity model that combines different access technologies within a single platform. In addition to biometric facial recognition, mobile credentials, RFID cards, QR codes, web-based access tokens and PIN procedures are supported. This multi-credential strategy allows security levels to be flexibly adapted to different scenarios – from highly sensitive areas to standardised access points.
Particularly noteworthy is the cloud-native integration of biometric procedures. Facial data is captured once and is subsequently available across all sites.
Verification takes place directly on the end device, whilst administration is managed centrally via the cloud. This approach reduces latency, increases system availability and simultaneously strengthens data protection mechanisms, as no centralised raw data processing is required.
The platform also sets new standards in terms of scalability. BioStar Air is designed to scale from individual access points to globally distributed corporate structures. Users, permissions and policies are managed centrally and synchronised automatically. This creates a consistent security architecture across all locations, particularly for companies operating internationally.
Another focus is on user-friendliness and ease of administration. A central cloud dashboard allows users, devices, access rules and events to be managed in real time. Features such as bulk operations, automated reports, audit trails and role-based access control enable the efficient management of even complex systems. New additions include enhanced lifecycle controls for administrators and integrations with identity management systems such as Okta or Microsoft Azure AD.
In terms of security, Suprema prioritises comprehensive protection of the platform. The infrastructure adheres to international standards such as ISO/IEC 27001 and utilises modern encryption methods, including AES-256 for stored data and TLS-secured communication. Automatic updates and cloud-based maintenance also eliminate the need for traditional patch management, allowing potential security vulnerabilities to be addressed more quickly.
The system is complemented by integrated monitoring functions. Through native support for IP cameras, access events can be linked to video data and analysed in real time. This combination of access control and video surveillance provides an enhanced situational awareness and improves both security analysis and operational responsiveness.
With BioStar Air, Suprema demonstrates how access control is evolving in the context of digital transformation: moving away from isolated systems towards integrated, cloud-based security platforms. The combination of biometric identity, flexible architecture and global scalability makes it clear that modern access solutions are increasingly becoming part of comprehensive security ecosystems – with direct relevance for businesses, operators of critical infrastructure and complex organisational structures.
