|
Systems Atlanta (SAI) is the industry leader in
integrated Information Dissemination / Display System (IDS)
design, development, and implementation. Over the past 27 years,
SAI has delivered IDS Models 1 thru 5 to aviation and
non-aviation users alike. SAI's IDS products provide immediate
access to dynamic information from multiple status sensors
(i.e., weather, flight information, etc.). This information is
consolidated with aeronautical reference and manual entry data
on a common integration and display platform for viewing /
interaction by the end-user.
Systems Atlanta’s current IDS4 / 5 product
line is operational in well over 500 ATC / aviation facilities.
Examples of these facilities include:
- RADAR Facilities – ARTCCs, TRACONs,
RAPCONs, CERAPs, GCAs
- Control Towers – FAA, Military, Contract
- Flight Service Stations
- Ramp Control Facilities
- Airline / Airport Operation Centers
- Base Operations / Airfield Management
Facilities
Systems Atlanta’s dynamic and flexible design
of IDS products allows for the application to be widely used in
non-aviation facilities. Examples include:
- Emergency Operation Centers
- Military Command Posts
- 911 Dispatch Centers
- Fire Department Dispatch Centers
- Fire Department Stations
- Disaster Preparedness
- Security Forces / Law Enforcement
Agencies
Facilities are able to create and access all
their internally required quick reaction checklist information
instantaneously, as needed. Facilities can include
training curricula, building diagrams/layouts, airport/city
grid maps, emergency contact information, personnel status,
equipment status, etc. Additionally, these non-aviation
facilities are able to retrieve and view aviation related
information, as needed (i.e., wind information, weather
reports/forecasts, pilot reports, bird information, airfield
information).
Systems Atlanta’s vision statement for current and future
projects / programs is to provide an open, extensible, and
fault-tolerant system for the display of critical reference and
real-time data to all users, while minimizing the training and
expertise required of administration and maintenance personnel.
|
