After decades of experience in the development of Galassia – Global PSIM Solution, DABsi has launched Sfera, the advanced PSIM platform for the management of physical security information.
Sfera is a Client / Server software with dedicated supervision Web app: an open, scalable and modular solution that allows you to create advanced monitoring and control centers for the management of multi-site systems.
2014
Galassia is launched, the DABsi software platform for the management of physical security information (PSIM – Physical Security Information Management) which integrates, centralizes and monitors different types of sensors, devices and multi-brand security, safety and technological control systems.
2023
Sfera is launched, a product that represents the evolution of DABsi’s PSIM platform: an advanced and robust software, based on a microservices architecture that incorporates an intelligent video analysis suite capable of recognizing and classifying objects, people and vehicles.
Features
Integrated management of video surveillance, anti-intrusion, access control and many other surveillance systems.
Reception, analysis and correlation of events and alarms of different nature.
Integration of multiple brands in the security device landscape.
Support for the management of multiple operators and multiple operations centers.
Optimization of software release times and rapid problem resolution.
Section tables and filters that can be customized and saved for subsequent access, partitioning of user privileges.
Integration with infinite communication protocols.
Remote management of multiple sites with different hierarchical levels.
Integrated video analysis solution based on neural networks.
Pleasant and immediate user experience (dark and light versions).
Synergistic management between non-homogeneous systems.
Operator interface
- Intake and management based on priorities and levels of severity
- Correlation between events and associated images
- Management of the queue for events among operators
- Event management of multiple security systems
- Graphic representation of information through the use of dynamic icons, navigation toolbars, buttons, animation
- Advanced navigation on vector graphic maps
- Integration with GIS systems
- Automatic pop-up of area linked to the event
- Virtual matrix management for viewing images generated by devices in the field
- Control of camera pan/tilt functions through a graphic interface or joystick
- Planning of video inspections linked to events
- Integration with video analysis and license plate recognition systems
- Management of sites and associated data
- Integration and automation of telephone/radio communications and PA systems
- Management of access levels based on different levels of hierarchy
- Integrated management of security procedures through workflows
- User personal data management, credentials and access permits
- Centralisation of transit generated by multiple sites
- Visual identification of staff accessing the entrances with comparison between live images and archived photos
- Intake and management based on priorities and levels of severity
- Correlation between events and associated images
- Management of the queue for events among operators
- Event management of multiple security systems
- Graphic representation of information through the use of dynamic icons, navigation toolbars, buttons, animation
- Advanced navigation on vector graphic maps
- Integration with GIS systems
- Automatic pop-up of area linked to the event
- Virtual matrix management for viewing images generated by devices in the field
- Control of camera pan/tilt functions through a graphic interface or joystick
- Planning of video inspections linked to events
- Integration with video analysis and license plate recognition systems
- Management of sites and associated data
- Integration and automation of telephone/radio communications and PA systems
- Management of access levels based on different levels of hierarchy
- Integrated management of security procedures through workflows
- User personal data management, credentials and access permits
- Centralisation of transit generated by multiple sites
- Visual identification of staff accessing the entrances with comparison between live images and archived photos
Benefits
INCREASED SECURITY
Increased efficiency in the centralised management of individual assets.
TECHNOLOGICAL EFFECTIVENESS AND EFFICIENCY
Guarantee of effectiveness and efficiency of technological investments through continuous verification of the functioning of the systems.
GREATER PRODUCTIVITY OF THE OPERATIONS CENTER STAFF
Optimization of the use of resources intended for management (reduction of hours, consolidation, use of hierarchical levels).
PROTECTION OF INVESTMENTS
Integration of pre-existing security systems.
INDEPENDENCE FROM MANUFACTURERS
Freedom to use or replace the technology of different manufacturers of security systems at any time.
COST SAVING
Optimisation of global control with reduction in the overall costs of security, surveillance and protection.
SITUATIONAL AWARENESS MANAGEMENT
Management of events through the display of situation-related information.
MANAGEMENT UNIFORMITY AND ERROR REDUCTION
Management of alarm events according to operating procedures for multiple sites, with uniform rules and reports.
REDUCTION OF TCO – TOTAL COST OF OWNERSHIP
Reduction of TCO by safeguarding the investments incurred in implementing security systems.
IMPROVEMENT OF PROCEDURES
Analysis and optimization of procedures and consequent creation of a homogeneous database of events – incident management.
CYBER SECURITY
Monitoring of IP security systems with the identification of internal and external attacks.
ENERGY SAVING
Optimization/reduction of energy consumption through interoperability with building management systems (BMS).
Main Features
