Computational intelligence that moves cities

Our product portfolio


Urban mobility management platform


Vehicle access management platform


IoT connector for traffic light controllers


Traffic light controller



A new comprehensive suite of mobility services that allows urban systems to become more collaborative, efficient and user-centric

Urban mobility management platform

Titan is our new mobility management platform that incorporates the latest cloud computing technologies, artificial intelligence and advanced sensors to monitor, visualise and optimise urban infrastructure.

Based on Java technologies, Big Data applications and IoT connectivity, Titan has been designed to cover all current market requirements and future needs of the cities. Featuring the possibility of 100% cloud deployment, without the need for local servers, Titan is an open urban traffic suite that facilitates smart city management in order to ensure a comfortable, safe and sustainable journey.

Titan is developed on Saturno, our universal management platform that has a state-of-the-art structure and can be integrated with any external system, responding in a pioneering way to the demands of every Smart City.

Features that mark a new era for mobility

Based on a microservices architecture and offering the benefits of the SaaS model, Titan guarantees continuous expansion and full integration with all systems, ensuring adaptability, agility and maximum security levels.


  • Architecture based on the latest computing standards
  • Multimedia system that is compatible with several local and international protocols
  • Deployable on-premise or on-cloud
  • Operation in stand-alone mode or as part of existing platforms
  • Responsive Front End web interface with HTML 5 and Angular technology, connected to the system’s REST API
  • Encrypted communication protocols between equipment

Broad perspective. Deep insight.

Titan streamlines the transition from the stand-alone systems to an interconnected, agile and highly efficient ecosystem by employing the latest advances in computing, communications and algorithms to transform the world of mobility.

Data standardisation and unification

Collection and processing of large amounts of information from urban equipment as a whole to analyse all aspects of mobility and optimise infrastructure

Global integration of smart services

Integration of all urban systems to offer interconnected services from network monitoring to passenger information

Optimal traffic harmonisation

Central traffic prediction, monitoring and navigation through highly intelligent intersection solutions to improve flow and avoid congestion

Maximum digitisation of public transport

Automation of metropolitan transport through transversal solutions and MaaS model services

Comprehensive analysis and management of all services

We centralise data, processes and operations, making a decisive contribution to a safe, connected and sustainable city.

Modular and scalable technology

  • $Stand-alone function or connection to external centralisation systems
  • $Integration of multiple data sources via API-REST
  • $Integrated MQTT and Apache Kafka messaging systems
  • $Integration of third-party controllers via our Jano device
  • $Connection of our Rtac traffic light controllers
  • $Advanced analytics modules and global dashboards

Elastic traffic control

  • $Predefined and dynamic strategy management
  • $Graphic controller programming
  • $Junction monitoring with traffic light groups
  • $Dynamic zone analysis and optimisation
  • $Traffic plan assignment based on current conditions

Infrastructure Management

  • $Intuitive graphical interfaces for maps, analytics, history and reports
  • $Current communication and equipment operating statuses
  • $Detection of analytical data and detailed information on each junction
  • $Logical junction grouping and phasing diagrams
  • $Real-time vehicle positions
  • $Statistical and historical event data

Emergency systems

  • $Real-time display of system status
  • $Alarms of equipment such as regulators, detectors and traffic lights
  • $Fault notifications for all services
  • $Real-time and historical detector data
  • $Customised displays and reports for staff
  • $GPS verification of technician proximity to junction

We connect vehicles to urban infrastructure.


Titan is designed to offer V2X communication services focused on V2V and V2I solutions, in order to improve traffic flow, energy efficiency and road safety.

Our novel state-of-the-art platform uses cellular, Bluetooth, Wi-Fi, Mesh and 5G communication technologies to perform data processing, device monitoring and cyber security management, incorporating the most advanced software requirements to enable Titan’s communication with V2X Onboard Units and Road Side Units, orchestrating mobility globally. 

We prioritise public transport.

Using advanced computing, wireless communication and GNSS applications, Titan connects to our V2X server on the OBU On Board Unit installed on the buses to offer Bus Priority services by interconnecting the buses with the city’s traffic management equipment.

Integrated with traffic detectors, traffic light networks, VMS Variable Message signs, CCTV equipment and user information applications, and based on priority management algorithms, our technology provides V2I solutions to optimise public transport:


  • Priority vehicle information
  • Reception and prioritisation
  • Efficiency of priority per junction and bus line
  • Comparison and contrast of data from different sources
  • Record of priority requests granted and not granted



Our vehicle access control software for low emission zones — ZBE, protected areas of interest and other restricted access areas

Vehicle access management platform

Telesto is our vehicle access management platform that incorporates cloud technologies and artificial intelligence applications, guaranteeing maximum levels of security.

Based on a combination of machine vision technologies, real-time image processing, number plate recognition and database communications, Telesto helps identify non-permitted vehicles under fixed or customised conditions, using dynamic and flexible criteria.

Telesto is deployed on our state-of-the-art global management platform, Saturno, which is based on an architecture designed for cloud processing and can integrate any external system, meeting the highest demands in terms of integrability, scalability and distribution.

Functionalities that facilitate a wide range of applications

Telesto employs powerful tools that offer a complete intelligent access control solution.


  • Use of artificial intelligence for APNR vehicle identification
  • Search of vehicle data displayed in multiple databases
  • Pre-validation and validation of system-generated proposals
  • Calendar-driven scheduler for restriction episodes
  • Recording of all actions taken by users for full operational traceability
  • Generation of incident reports with all related data


Improving mobility, safety and environmental impact

By comprehensively controlling entrances and exits, our platform ensures that pedestrians are protected from unauthorised vehicles, that reserved parking spaces can be safely accessed in advance, and that cultural and historical centres are protected from unauthorised traffic.

Access control in private or public spaces

Access control to restrict entry to unauthorised vehicles to ensure the security of people, vehicles, assets and infrastructure

Blacklist management

Management of whitelists of authorised vehicles such as residents, public vehicles and hotel guests and blacklists of vehicles with restricted number plates

Report generation

Generation of historical and statistical data reports for different periods to comply with applied standards and evaluate strategies

Incident management

Configuration of the system to deal with incidents such as expired MOT, stolen vehicle or lack of compulsory insurance in automatic mode or in manual mode controlled in real time by the Department for Transport

Compatibility with auxiliary systems

Integration with variable message panels and access control equipment such as automatic barriers and bollards

Integration with entry and payment systems

Integration with smart entry and payment applications such as credit/debit cards, NFC/RFID, loyalty cards, EMV and EMV contactless, tokens and key fobs

360° Security

In charge of identification, evaluation and confirmation of unauthorised entries, Telesto incorporates modules that control all processes to resolve any incident quickly and efficiently.

Efficient management of the entire flow of data from the checkpoints and enforcement of infringement policies according to all variables

Extended sanction records: date and time of detection, location, vehicle country, number plate and vehicle characteristics

Advanced visualisation: real-time status of all equipment, operational alarms and pre-set configuration parameters


Management of all access control point operations: alarms, camera configuration parameters and communication status

Control of all processes, from incident detection, to notifying the police or other authorities to trigger appropriate actions

Control of all means of access to the area by wireless or wired communication

Number plate and environmental tag reading system to manage LEZ zones

The Telesto platform is designed to control all aspects of Low Emission Zones – areas where access to certain vehicles is restricted due to their emissions based on standard day and time restrictions in order to improve air quality in urban centres.

Telesto coordinates all entries to the zone through intelligent cameras that can read number plates and identify vehicles that comply with the LEZ requirements, while sanctioning any non-compliant vehicles.

The platform collects all the data from the authority environmental detectors and its own detectors to record episodes of high pollution. In this case, the restriction scheme is changed according to pre-determined criteria by increasing the environmental requirements and the system warns drivers via the variable message displays.

The system also records the time vehicles spend within the low-emission zone using artificial intelligence algorithms. It controls access based on the vehicle’s green tag which the system would obtain from the Department for Transport’s database or other available services.



A new comprehensive suite of mobility services, allowing urban systems to become more collaborative, efficient and user-centric

Traffic Light Controller IoT Connector

Our state-of-the-art Jano device is a cloud connector that allows traffic light systems to connect and communicate with modern mobility management systems. It gives legacy systems the opportunity to integrate with our global mobility management platform, Titan, enabling intelligent monitoring of urban traffic infrastructure.

Jano connects to the maintenance port of the existing traffic light controller, turning it into a smart controller that can be monitored and acted upon via a mobile app.

Jano is deployed on Saturno, our global management platform based on microservices that facilitates  the visualization of the processes, the optimization of the operations and the universal coordination with the rest of the integrated services. 

Control and programming of conventional traffic controllers via mobile app or Saturno platform

Jano includes all the necessary hardware components and technologies to fully integrate an oudated traffic controller into a Smart City platform. It can also be controlled remotely via the Saturno platform or a mobile application.


  • 2G/3G/4G connectivity with mobile application for access and maintenance
  • Real-time communication of junction status
  • Remote control and change of regulator plans
  • Integration with the Saturno platform for integrated area management
  • Current and historical data stored in the cloud
  • Errors and status alerts



A completely new traffic controller based on open state-of-the-art technological architecture that conforms to the latest market standards

Traffic light controller

Our smart traffic controller is primarily designed as a basic solution for intersection traffic management. The system is continuously developing and growing alongside the requirements of modern cities: rtAC can be implemented as a stand-alone system without server connection and integration with higher-level traffic control systems or as an integral part of a comprehensive and sophisticated traffic management ecosystem.

In its advanced version, rtAC offers a wide range of features and functions that can implement various solutions to address security and mobility management challenges. It does this through high standard applications based on the latest technological advances and accompanied by advanced cybersecurity, functional safety and regulatory measures.

    Advanced features to meet the most demanding needs


    Modern hardware, state-of-the-art software: a combination that ensures future-proof solutions


    • All-in-One equipment with configurable outputs, power supply and CPU
    • Four different versions covering the full range of applications
    • Full flexibility and compatibility with 230Vac, 48Vac, 24Vac lamps
    • Compliance with international standards
    • ETHERNET, serial and GPRS communication protocols
    • Scheduling of weekly plans or specific plans for each day of the year

    High flexibility and high performance thanks to advanced modularity

    An integrable and adaptable solution that is configured around three modules.

    Standard features

    • $Up to 4 sub-regulators
    • $Up to 36 traffic groups or direct command
    • $Up to 21 detectors: physical, logical, strategic and tactical
    • $Up to 16 plans per sub-regulator for hourly operation
    • $Fixed-time, actuated or semi-actuated operation
    • $Types of phases: permanent, actuated, aggregated

    CPU module

    • $Industrial micro module in PC-104 format
    • $Linux operating system
    • $Ports for integration (RS-232) and local programming (RS-232)
    • $Expansion port (RS-485)
    • $Ethernet communications port
    • $27 opto-isolated inputs

    Output module

    • $Compatibility with incandescent, halogen and led traffic lights operating on 230 VAC
    • $Microprocessor system that monitors voltage status and measures power delivered to all outputs
    • $8 triac outputs with maximum current of 4A
    • $Three-colour output LEDs
    • $Alarm lights: triac fault, lamp blown, led module fault

    Input module

    • $Expansion of the number of controller inputs by 32 actuators or detectors
    • $Monitoring of each of the 64 input signals every millisecond
    • $Software filtering of each of the 64 signals to eliminate spurious signals
    • $Real-time detector status capture
    • $Calculation of number of vehicles and occupancy time for each signal

    High-standard functionality

    Advanced features of a high-tech product proven in prestigious projects and certified by international standards

    Recording of all data captured by the detectors 

    Public transport priority management

    Self-regulation of the light intensity of traffic lights 

    Internal synchronisation

    Full programming and co-ordination with other regulators in the zone or sub-zone

    Maintenance, operation and review of data via dedicated interfaces

    A self-detection system for faults and alarms

    rtAC ensures system reliability through preventive identification of faults and failures.

    Measurement and confirmation of correct input voltage

    Confirmation that the output current corresponds to normal values ​​to identify burnt-out lamps

    Measurement of output voltage to identify faults in the internal switch module

    Measurement of the power supply voltage to the controller electronics

    Detection of backplane temperature within expected reference values

    Detection of differential current to identify current losses and electrical hazards in the system

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