Ori-Live is a distributed and modular computer system, including software and hardware for the tracking and real-time coverage of live sports events particularly orienteering sports.

From the capture of intermediate and final times to is availability for comment or media, through its transportation and analyze the Ori-Live covers all areas of screening, monitoring and media coverage of the competition.

• Client/server and multi-user Software.
• Tracking of intermediate timings with wireless (GSM) and cable (RS-232).
• Wireless timing devices with high autonomy.
• Compatible with SportIdent.
• Software supports the speaker with intermediate times, splits, partial averages, predictions, views and alerts.
• Can be integrated with the OS and MT from SportSoftware with real time data synchronization.
• Multimedia software with super-imposed graphics for results, split times, timings and images on large screens.
• On-line real-time results.

The Ori-Live is compatible with the electronic control systems of SportIdent (Emit and ChampionChip in implementation) and provides tracking of intermediate and final times by cable (for distances up to 1200m) and via GSM (within the coverage cell in each location).

In the context of wireless communications Ori-Live has autonomous GSM devices with its own embedded software allowing communications between the monitored stations and the arena in an effective and optimized manner.

The Ori-Live also offers full integration with software management of SportSoftware, particularly with the MT and OS, allowing the use of the same information and data used by the event organization.

Despite the tight integration with management software from third parties Ori-Live is not dependent on them for its operation so in alternative scenarios the Ori-Live can exist independently functioning only on its own backoffice.

The Ori-Live is a distributed and modular platform, composed of several autonomous components with specific functions within the system and can be scaled in an network infrastructure dispersing the processing effort by several terminals. This modularity and dispersion also allow us to use multiple instances of the same components in different terminals allowing for simultaneous control and monitoring by different operators. The modularity of the system allows us to adapt to different scenarios using, dispensing and adjusting each component in a particular way to each situation and scenario.

• The purpose of this system is to serve organizations of events Guidance of a monitoring system that can provide the public and athletes a real-time view of competition and performance of runners and race that takes place at every moment.
• It also allows the submission of a greater quantity and greater wealth of information on the contest and a closer relationship with the athletes in competition.
• Allows a change in the way of watching a race-oriented, the ability of the athletes they follow the courses and athletes already or still in evidence and a possible increase in non-athletes in these venues.