Just In Time Software
Just-in-Time Scheduling Solutions
MJC²'s planning and optimization software allows large networks and operations to react automatically and efficiently to real-time events:
- Real-time Logistics: dynamic scheduling and automated dispatching
- Just-in-Time Manufacturing: real-time production line planning and job scheduling
- Dynamic Workforce Planning: mobile workforce scheduling and task allocation
- Just-in-Time Supply Chain: synchromodality and global supply chain resilience
Just-in-Time Logistics
REACT provides just-in-time scheduling of drivers/vehicles and same-day delivery planning, enabling automatic response to delays, operational issues and last-minute orders in an efficient, cost-effective way. DISC provides JIT logistics planning capability for large, complex networks and multi-site delivery operations, also addressing integrated operations and trunking/consolidation optimization.
Just-in-Time Manufacturing
PIMSS enables real-time re-optimization in response to demand & supply variations, allowing JIT manufacturing operations to become more agile and responsive, maintaining high service level standards. The PIMSS algorithms address JIT scheduling in response to changes in customer orders, availability of materials and labour/equipment capacity.
Dynamic Workforce Planning
MOBi includes real-time task/job allocation & routing algorithms, combined with workload balancing. Our JIT software systems dynamically allocate jobs to field workers based on skills, availability and location, while smartphone mobile technology enables real-time dispatch. ROCS provides demand-led rostering solutions for optimizing shift patterns and automatically scheduling employees and agency resources.
Just-in-Time Supply Chain
Our synchromodal logistics algorithms enable real-time multimodal transport optimization and integrated logistics scheduling. This enables freight to be dynamically re-routed when responding to disruptions in the logistics network, while maintaining cost-effective service and reliability. Integrated last-mile scheduling of hauliers and drivers supports the end-to-end JIT supply chain, increasing agility and resilience.