FLEET MANAGEMENT SYSTEMS
Connected platforms
Paul Moore looks at the latest with FMS, from lighter versions of the established full functionality systems to greater integration with technologies like CAS plus planning for BEVs
Komatsu’ s DISPATCH orchestrates haulage, production, and decision-making by connecting insights from equipment, operators and data platforms
The most advanced fleet management systems are today true mine-wide mine intelligence platforms. IM caught up with Dr Sobia Amin, Director Product Strategy, Komatsu Mining Technology Solutions. Komatsu today describes its DISPATCH FMS as more of an ecosystem – what is meant by that?
Amin:“ Operationally, describing DISPATCH as an ecosystem reflects a shift from a single, standalone fleet management application to a connected set of platforms that work together to support mine execution, equipment operation, and data driven insight generation. Within the Modular Ecosystem, DISPATCH serves as the coordinating intelligence that unifies mine execution, real-time optimisation, machine intelligence, and analytics.”
She says rather than being simply a component within a three-layer architecture, DISPATCH embodies the product vision of an adaptive operational brain- actively orchestrating haulage, production, and decision-making by connecting insights from equipment, operators, and data platforms.“ Through standardised data exchange and robust governance frameworks, DISPATCH enables seamless collaboration between machine-level autonomy, mine-level execution, and advanced analytics, allowing customers to unlock new value as their operations evolve.”
From an operational perspective, Komatsu says this means that real time machine data flows upward from embedded systems on equipment to DISPATCH for fleet level decision making, while aggregated operational data flows onward to analytics platforms for visualisation, performance monitoring, and continuous improvement.
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Insights generated at the analytics layer can then be fed back into mine and machine workflows, closing the loop between execution, analysis, and optimisation.
In practice, Amin says most customers are not deploying all three platforms simultaneously or uniformly.“ Adoption typically occurs in phases, aligned to operational maturity and business priorities. Many sites begin with DISPATCH as a mine level execution and optimisation system, with selective integration to machine platforms for telemetry and autonomy, and targeted use of mining analytics for specific use cases such as performance assurance, remote monitoring, or reporting. The ecosystem model is designed to support this incremental adoption, allowing customers to expand across mine, machine, and analytics platforms over time without requiring a single, monolithic deployment.”
She adds: Overall, the ecosystem framing emphasises interoperability, data flow, and scalability: DISPATCH serves as a core operational hub, while the broader platform architecture enables mines to progressively connect execution, equipment intelligence, and analytics as their needs evolve.”
Over the past decade, DISPATCH has evolved from a primarily dispatcher-driven, task-level fleet management system into a broader operational optimisation and orchestration platform. Earlier deployments focused on real-time truck assignment, basic visibility, and manual control workflows, with significant reliance on dispatcher expertise and site-specific configuration.
In recent years, DISPATCH has expanded even more in both scope and role. Amin:“ Functionally, it has added deeper integration with machine systems, improved data quality and reporting foundations, modular add on applications, and increasing use of predictive analytics and automation. These changes reflect a shift away from isolated dispatch decisions toward coordinated optimisation across haulage, infrastructure, energy, and production constraints. Internally, this evolution has also driven architectural modernisation to support interoperability, scalability, and phased delivery of new capabilities rather than disruptive system upgrades.”
Customer usage has evolved in parallel. Rather than using DISPATCH solely as a control room scheduling tool, operations increasingly rely on it as a supervisory system that supports standardised execution, exception management, and performance consistency. Dispatcher roles are shifting from continuous manual intervention toward monitoring, validation, and targeted intervention, particularly in autonomous and mixed fleet environments. The system is also increasingly used as a data integration point within a broader operational ecosystem, supporting analytics, downstream planning, and emerging applications such as look ahead optimisation and energy aware dispatching.
Looking head how is planning for DISPATCH to be able to work with future fleets – including electric? Amin:“ DISPATCH is being evolved to support battery electric haulage by incorporating energy aware dispatch logic into fleet optimisation. This includes accounting for state of charge, predicted energy consumption, and operational priorities so that charging or battery swap events can be scheduled at the appropriate time without compromising fleet productivity.”
“ Komatsu is validating these concepts through pilot testing with electric haulage platforms, concentrating on real time energy monitoring, predictive charging strategies, and energy constrained route planning. At our Arizona Proving Grounds( AZPG), pilot environments are being used to mature DISPATCH’ s energy aware dispatch models and ensure scalability as battery electric fleets move from trials to production deployment.”
Finally, there is a general trend in offering greater FMS options for smaller mines and quarries – how is Komatsu covering that market? Amin:“ Komatsu addresses the needs of smaller mines and quarries through a combination of scalable DISPATCH configurations and complementary solutions such as iVolve, with the appropriate approach depending on customer requirements, operational complexity, and regional context. DISPATCH is inherently modular and can be deployed with a reduced functional footprint, allowing smaller operations to access core fleet management
International Mining | APRIL 2026