Aircraft, Passenger, Cargo, and Crew Scheduling
MemComputing worked with the Defense Innovation Unit to optimize the scheduling of a fleet of military aircraft and its payload in minutes. Learn more about this challenging problem and how MemComputing is poised to transform real-time scheduling for both military and commercial airline applications.
Proliferated LEO Satellite Optimization
MemComputing worked with the U.S. Space Force to develop a satellite design tool that optimizes the tracking & processing of high-speed aerial targets & delivers that information to the warfighter in a timely fashion. Learn about this challenging problem and how our solution is poised to transform current and future satellite capabilities.
Drone Swarm Optimization
Learn how MemComputing solves a critical defense application for Lockheed Martin. The Virtual MemComputing Machine scales to solve this problem far beyond current capabilities in tactically relevant timescales.
Optimizing Helicopter Transportation to Oil Rigs
A major logistical problem in the Oil and Gas industry is scheduling helicopters to transport its employees to offshore drilling platforms. MemComputing delivers a solution that addresses the problem at scale and provides significant cost savings.
Aircraft Cargo Loading Optimization Case Study
A major operational planning problem in the air cargo industry is how to arrange cargo in an aircraft to fly safely and profitably. MemComputing proposes an innovative solution to solve this challenge efficiently.
PSA – Port of Singapore
PSA Singapore, operates the world’s largest container transhipment hub. PSA’s core business in Singapore is transhipment, transferring containers from one vessel to another vessel bound for its final destination.
Canvass Labs
Canvass Labs is automating code audits so companies can accurately identify the open source code within their products. In transforming this manual and time-consuming process to a rapid and systematic approach, Canvass Labs found their need for computational optimization far outstripped today’s hardware capabilities.