BestPath's versatility extends to complex networks, catering to single parabolic or multi-antenna setups in multi-orbit configurations.
Integrasys has introduced BestPath, a tool designed to streamline the selection process of connectives and prioritise switches to maximise network resiliency during operation or simulation.
BestPath revolutionises path selection by automating the process under various disruptions such as ENI, cyber power outages, or other catastrophes. This innovative tool accelerates user enablement while ensuring seamless resiliency, making it an essential module for optimising service in congested environments.
Utilising Integrasys Enterprise Management & Control, BestPath integrates AI into the network, enhancing Quality of Service (QoS), Service Level Agreements (SLA), and reducing time to resolution. It identifies the best link in terms of availability, service, latency, power, bandwidth, and price, offering tailored optimization for each user and traffic need under any condition and location.
BestPath’s versatility extends to complex networks, catering to single parabolic or multi-antenna setups in multi-orbit configurations. It is specifically designed for p-LEO environments and COTM applications.
In scenarios where connectivity is critical, such as congested ports or equipment failures on ships, BestPath orchestrates rapid secondary path selection without human intervention. Its API seamlessly guides vessels to their destination while managing FlexCap capacity for new links.
For SATCOM consumers navigating multi-provider options or varying user requirements, BestPath simplifies decision-making by selecting the most optimal options based on user criteria. It provides comprehensive reports outlining the reasons behind each selection according to success criteria.
Alvaro Sanchez, CEO at Integrasys, said: At Integrasys, we are glad to listen to customer needs as they guide us to solve their complex problems in an easy-to-use manner.
BestPath promises to revolutionise network resilience, enhancing availability, service performance, and user satisfaction even in the face of future battlefield challenges.