Apexx
Strato
Rotary

Is a further extension of the hardware for secure storage that form part of the Apexx secure ecosystem. Designed to secure ATM and kiosk enclosure access points but suitable to lock all manner of secure storage, including enclosures, cabinets, drug storage and display cases. Apexx Strato Rotary provides keyless electronic access using Bluetooth Low Energy (BLE) credentials and the dormakaba Safe Locks mobile app. Mechanical keys are replaced with controlled digital access to help prevent unauthorized entry and improve accountability.

The Strato is a hardware component of the Apexx secure storage ecosystem and operates on a OTC functionality inline with Axessor Apexx, Cencon X and Cencon.
Suitable for installation on all manner of secure storage, cabinets, enclosures, drug storage and display cases.
Designed for in-field and new ATM deployments
Keyless access for ATM and kiosk enclosures
Protection against malware and cash-out attacks
Reduces operational friction from lost keys and re-keying
Mobile credential access via BLE
Improves access visibility and accountability

Suitable for retrofit or new installations. Designed for both in-field ATM upgrades and new deployments, allowing operators to modernize existing fleets or secure new ATM installations without changing workflows.

Keyless electronic rotary lock designed specifically for securing ATM and kiosk enclosure access points, addressing service and maintenance entry rather than vault or safe applications.

Bluetooth Low Energy (BLE) authentication enables secure communication between the lock and authorized mobile credentials, reducing reliance on physical keys.

Mobile credential access operated through the dormakaba Safe Locks mobile app, providing a familiar and streamlined access experience for authorized service personnel.

Replaces mechanical keys with controlled digital access, eliminating risks associated with lost, copied, shared, or improperly managed keys.

Controlled digital access ensures that only authorized users with valid credentials can open the enclosure, supporting stronger access control policies.

Access event visibility supports improved oversight and accountability by enabling better tracking of service access activity at the enclosure level.

Technical Details

Lock
Electronic rotary push-to-close latch; delayed re-lock; latch sensor; PC/ABS plastic housing; side trigger with strong kickout spring; door sensor (optional); concealed internal profile.

Class
Electronic rotary latches.

Supported standards
Bluetooth® Low Energy.

Dimensions (W × H × D)
Body: 52 × 45 × 15 mm; closed overall: 59.23 × 45 × 15 mm; opened overall: 62 × 55.41 × 15 mm; suitable for striker pin: Ø6 +0.1 mm.

Thread or hole type
M4 × 0.7.

Power supply
12 VDC supply voltage; BLE adapter for lock connectivity.

Environment / service life
Operating temperature: –40 °C to 80 °C.

Certificates
CE

Software and Mobile App Requirements

Software platform: dormakaba Safe Locks software environment (Apexx platform).
Operating system: Windows 10 or Windows 11.
Database: Microsoft SQL Server 2019 or higher.
Network services: DNS and DHCP required.
Infrastructure: On-premise deployment.
Integration: API supported.
Mobile app: dormakaba Safe Locks mobile app for iOS or Android.

Functionalities

Keyless lock activation using Bluetooth Low Energy (BLE) credentials through the dormakaba Safe Locks mobile app.
Digital credential–based access replaces shared mechanical keys, allowing access rights to be assigned to individual authorised users.
Mobile-based opening of the ATM top hatch or service access point, supporting secure service entry without physical keys.

Automatic capture of access events, creating audit-ready records without manual logs or paperwork.
Door and latch status monitoring to verify opening and closing events and confirm that access occurred as expected.
Centralised management of users and access permissions through the Apexx software platform, enabling remote updates without on-site changes.

Integration with other dormakaba Safe Locks solutions, including CenconX and Axessor Apexx, to support unified ATM access control.

Components

Hardware

Electronic rotary latch with push-to-close operation, delayed re-lock functionality, and integrated latch sensing, designed for ATM and kiosk enclosure access points.
Bluetooth Low Energy (BLE) adapter connected to the rotary latch to enable secure wireless communication with authorised mobile credentials.
Striker mounted to the enclosure door and aligned with the rotary latch to ensure secure engagement when the enclosure is closed.
Optional door sensor and magnet providing additional door status indication to support monitoring of open and closed conditions.
External power supply connection providing required DC power to the latch and BLE adapter in accordance with specified voltage requirements.
Optional AC power adapter for installations where direct DC power is not available

Software

Software license required to activate and operate the lock using the dormakaba Safe Locks mobile app and Apexx software environment.

Applications

ATM top-hatch and service access protection to help secure internal electronics and interfaces against unauthorized entry.
ATM environments where service access points are commonly targeted for malware installation and cash-out attacks, including jackpotting.
In-field ATM upgrades where mechanical service keys are replaced with controlled, keyless digital access.
Cash drawers, drop boxes, display cases, secure cabinets, stock storage cabinets, drug storage and all manner of secure storage where space for a conventional lock is not available.

New ATM installations requiring modern, keyless access control for service and maintenance entry points.
ATM fleets operated by banks, credit unions, independent service operators (ISOs), and managed service providers seeking improved access accountability.
Kiosk and self-service terminal enclosures where secure, auditable service access is required.

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