Rail Movement Planner™
Rail Movement Planner™
Rail Movement Planner – Real-Time Traffic Planning for Railroads
This article first appeared in the Railway-News magazine Issue 4 2021.
Rail Movement Planner™️ (RMP) is the solution that will take your railroad to the next level! Smart planning can solve disruption and prevent incidents – while enhancing productivity!
The Rail Movement Planner Company (Railmp) is present in various operations around the world, providing state-of-the-art real-time traffic planning solutions for railroad networks.
Empower your traffic controllers with the ultimate traffic planning solution! Better plans lead to increased throughput and smoother reactions to disruption. With Rail Movement Planner™️ your operations centre achieves more results by improving communication and allowing quick and easy planning for your railroad’s needs.
Reduce conflicts between operation and maintenance windows, solve meet-and-pass scenarios automatically and test feasible traffic plans within seconds! No matter how complex your network or how specific are your operational rules, our solution integrates with your railroad’s operations centre to devise highly efficient train scheduling in real time.
Our company was founded in 2015, with its headquarters located in Campinas, Brazil. Spearheaded by accomplished railroad professionals with over 20 years’ experience in the business, the Rail Movement Planner™️ solution was developed by uniting such expertise to high- tech and specialised software developers.
RMP approaches railroad operations problems as a puzzle, putting powerful algorithms and heuristics to work to elaborate traffic plans and predict its impacts in the future. It solves complex network plans within a few seconds, meaning its dynamic and highly updatable plans can assist decision-making in real time.
On a daily basis, RMP helps traffic controllers by quickly devising train graphs containing effective traffic plans. Thus, traffic controllers get more time for analysis and critical decision-making processes, greatly improving working conditions when compared to controllers who are required to manually graph their traffic plans. Overall, a less pressured controller yields better results and makes better decisions.
