Introducing: Hardware interlocking integration with Synaccess

At QReserve, we are focused on closing the gap between digital schedules and physical equipment. Our latest update introduces hardware interlocking through an integration with Synaccess netBooter DX series switched PDUs.

This integration allows the QReserve platform to directly communicate with your facility’s power distribution units, automating equipment access based on real-time activity.

How It Works

When a user begins a reservation or checks in via the software, QReserve can send a command to the Synaccess PDU to enable power to that specific instrument. For labs preferring manual control, the system can instead give users 'Power Toggle' buttons that only work during their reservation. Once the session ends, the power can be automatically disabled or the user's ability to manage the power simply ends with their session.

Key Functional Benefits

• Automated Power Control: Equipment only draws power during active sessions. This eliminates instances of hardware being left on unnecessarily after a user leaves.
• Accurate Utilization Data: Rather than relying on "scheduled time," the system can log the exact moments of hardware activation and deactivation. This provides admins with a precise record of actual equipment run-time.
• Safety & Maintenance Lockouts: Administrators can "Lock Off" specific outlets within the QReserve interface. This prevents any user from powering on equipment during scheduled maintenance or in an emergency.
• Conflict-Free Logic: The system uses "ON-precedence" logic. If two users have back-to-back reservations or overlapping sessions, the hardware remains powered throughout the transition to prevent any interruption.

Connectivity and Security

To ensure a secure and stable connection, the integration utilizes the Synaccess Cloud API. This removes the need for complex local network configurations while maintaining a secure link between the platform and your hardware.

Additionally, facility managers can implement IP Filtering. This ensures that hardware can only be toggled by users who are physically connected to the facility’s network, preventing remote or unauthorized activation.