Laminar Data identifies and fuses flight information from multiple sources
The unified Flight Object view is created by consolidating flight information from multiple sources. This ensures that ATM stakeholders are provided with a consistent gate-to-gate view of the Flight Object, allowing them to coordinate changes to the flight throughout its lifecycle.
Consume and share flight information via SWIM technical infrastructure (SWIM TI Yellow Profile) and exchange standards including FIXM for seamless ground-ground communications between ATM stakeholders worldwide.
Validation of flight information against a situational overview comprised of static and dynamic Aeronautical Information (AI) ensures that decisions are always based on accurate and reliable information, thus avoiding costly mistakes.
FLEXIBLE & NON-DISRUPTIVE DEPLOYMENT
Cloud-hosted or on-premise deployment options allow the Laminar Data Flight Object Manager to be deployed alongside your existing systems, enabling users to choose a deployment option that suits both their current and future business needs.
IMPROVED CONCEPTS OF OPERATION SUPPORT
By supporting ground-ground interoperability, the Laminar Data Flight Object Manager facilitates improved ATFM concepts of operation across system boundaries, such as Collaborative Decision-Making, Free Route Airspace and Demand Capacity Balancing.
Laminar Data Flight Object Manager identifies and fuses flight information from multiple sources including FDPS, AMAN, DMAN and A-CDM systems into a consistent, up to date and unambiguously identifiable view of each Flight Object.
Flights are put into context with aeronautical and weather information facilitating a better informed situational overview, including identifying flights affected by NOTAMs.
Advanced flight information validation using a situational overview comprised of relevant Aeronautical Information (AI) in accordance with ICAO Doc 4444.
Our team will run a collaborative project with you as a fast and efficient way to deliver exactly what your business needs.
SWIM data exchange formats and technical infrastructure are supported on input and output from the system for improved interoperability.
A flexible, modular architecture enables additional sources of flight information to be added in order to meet specific business needs of ATM stakeholders.
Highly configurable access controls allow multiple users to work with the same Flight Object, whilst protecting confidential information.
99.99% uptime delivers operational confidence and ensures up-to-date flight information is always available.
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