In this project, the client faced the challenge of managing multiple bicycle parkings from a central location. Key requirements included:
✓ Live communication with users via intercom
✓ Real-time analysis of access issues
✓ Remote access control when necessary
✓ Structured logging of interventions and errors
We implemented a modular ecosystem that allows operators in a control room to maintain full control over all bicycle parking locations.
The solution provides direct communication with users via intercom, live monitoring of every access point, and remote access control. This enables operators to respond quickly to issues while ensuring continuous supervision of the facilities.
The features include:
✓ Live interaction with users through the integrated intercom
✓ Immediate access to logs and status dashboards for all locations
✓ Ability to remotely open access gates
✓ Detailed reporting of interventions and error events per location and user
✓ Analysis of denied access attempts (such as missing payment or technical malfunctions)
This solution enables the client to efficiently manage dozens of parking facilities through a single platform.
This project focused on providing a solution for complex urban locations, including underground parking facilities and technical rooms. The challenge was to manage different types of locks and access methods in a uniform way, often in areas with limited connectivity.
Key requirements included:
✓ Control of various lock types (electronic, mechanical, and sensor-based)
✓ Reliable operation in hard-to-reach environments
✓ Integration of access control with payment solutions
✓ User interfaces for reservations and access
✓ Central platform for monitoring and access management
We delivered a scalable, comprehensive solution that allows both technical spaces and bicycle facilities to be managed through a unified system.
Our solution uses smart lock controllers that can be operated both locally and via the cloud. Thanks to smart sensors and door status detection, access points are monitored in real-time, and operators or users can remotely open doors or manage reservations. Even in difficult-to-reach areas, the system remains fully functional through wireless communication and optional solar power.
Key features include:
✓ Access via QR codes, badges, apps, or manual overrides
✓ Analysis of access errors (e.g., invalid badges, malfunctions, or non-payment)
✓ Central monitoring of all doors, including live statuses and error notifications
✓ Reporting on usage, incidents, and interventions
✓ Role-based access control for different users and partners
The client required a user-friendly solution that would allow occasional train travelers to access secure bicycle facilities without the need for a subscription.
It was crucial that the entire process (from registration to access) operated fully automatically, without staff intervention. Specific requirements included:
✓ Integration with itsme® for secure identification
✓ Easy day pass requests via a digital platform
✓ Automatic access via QR code
✓ Ability to manage and modify reservations
✓ Real-time monitoring of all accesses
We developed a fully automated solution that enables travelers to obtain and use a temporary access pass in a secure and accessible way.
Users can log in via a web application using itsme®, after which they can request a day pass. This pass is automatically generated as a QR code, which can then be scanned at the bicycle facility’s entrance.
Key features of the solution include:
✓ Digital registration via itsme® for maximum security
✓ Request and use of a day pass via the web application (for entry and exit)
✓ Automatic QR code generation and scanning at the entrance
✓ Direct access control via smart relays connected to the doors
✓ Ability to book up to seven days in advance and adjust reservations
✓ Real-time monitoring of access events, usage, and possible errors via a management dashboard