Decision Support System for

Sport Events Management

SLALOM is an international research project organized and promoted by


What?

SLALOM is a GIS informative system for supporting decision makers and operators within the management of sport events. SLALOM is a user-friendly tool designed for all kinds of users

All In One

All in One

SLALOM is a modular plug and play system and comes with tools for binding to TETRA, civil smart-phones, and real-time data-sources

Ubiquitous Web Access

Ubiquitous Access

SLALOM is a novel web application, users log from any device using their preferred Internet browser. Anywhere

Multi-User

Multi-User

Administrators can edit users permissions at runtime, the access to each system functionality and each managed asset can be restricted

Secure and Reliable

SLALOM guarantees an enterprise security level, system uptime is higher than 5 nines (99.999%). Built on stable open source libraries

Real-time Tracking

Real-time Tracking

Fleet assets are tracked in real-time. Vehicles, portable radios, helicopters and drones are connected by means of TETRA or civil GPS devices

Historical Stats

Historical Stats

Beside real-time operations, SLALOM allow authorized users to browse, search and generate statistics on historical data

Path Analysis

Track Analysis

SLALOM analyzes GPS data for identifying different itineraries. No need of metadata, the system exploits space-time correlation of raw data

Distributed Sensing

Hierarchical Access

Flees assets, sensing equipments, live events are classified and grouped in dynamic hierarchical views. Map icons styling reflects the selected perspective

Facts and Numbers

5577

Tracked Devices

70000000

Positions in real-time

294

Active Users

581

Connected Sensors

Leading Features

Where are available assets?

Monitor fleet location and status, everywhere
Real-time Tracking
Historical Analysis

SLALOM manage thousands of vehicles, radio, sensors and events in real-time
Each asset is classified by typology and provided attributes. SLALOM requires very few information about assets, but structured data are supported and exploited

Vehicles

Vehicular radios (e.g., TETRA) and Trackers

Personnel

Handheld radios (e.g., TETRA)

Aerial

Helicopeters, UAV, Drones

Smartphones

with SLALOM MOBILE App

What is the actual situation on the field?

All information in one platform
Distributed sensors
Localized Information

SLALOM embeds live external data-sources and environmental sensing equipments distributed on the field. Sensors and live events are aggregated in different map layers
Information (data, charts, images, streams) are easily accessible within the interactive map

Mobility Events

Closed roads, queues, road works and other traffic events are useful to the operators for routing vehicles and coordinating the fleet

Live Video feeds

Public security video-cameras and webcams are localized and the stream is integrated in the interactive map

Weather Stations

Weather conditions and forecasts are a valuable for preventing, monitoring and managing emergencies. SLALOM managed thousands of sensors with real-time charts embedded in the map

More Sensors

SLALOM supports heterogeneous sensors and data for providing the best situation awareness to decision makers. Some sensors are Moisture meters, Rain gauges, hygrometers, Barometers, Radiometers

How to manage an Event?

SLALOM supports the operators decisions and actions
Deploy the proper assets
Predictive analysis (What-if)

Technologies

SLALOM is based on reliable, state-of-the-art technologies
Central servers run on any platform, including the Cloud

TETRA

Communication for Civil Defense

Advanced Positioning

GPS and Trackers

Phones

Network Interoperability

Cloud

Ready to use

Join the research community for testing and developing it

Testing

Environment

Locate fleet assets, sensors, and information on the map

Check out the Situation
Sign-in required

Transport

Monitor and Coordinate fleet activities

Manage Assets
Sign-in required

Security

Access policies and alerts

Access Monitor
Sign-in required