Maintain service levels, control risk, and get the most out of every dollar invested.

Are you facing several challenges such as the growth of public transport, the electrification of transports, the management of a massive and aging asset base, the advent of autonomous driving or the application of increasingly restrictive environmental and safety measures? With DIREXYON, you can select projects that offer the perfect balance between service levels, risk control, cost reduction and infrastructure sustainability.


What you can achieve with DIREXYON:

  • Strategic investment plan and asset renewal plan in the short, medium and long term
  • Optimization of CAPEX and OPEX according to the constraints in place
  • Multi-active modeling and work synchronization
  • Control of network continuity indexes (reliability and security)
  • Transition from time-based management to risk-based management
  • Analysis of customer behaviors and consumption habits
  • Implementation of efficient inspection and maintenance strategies
  • Justification of requests to regulatory and governmental entities
  • Evaluation by real options of the most profitable investment strategies


DIREXYON is the ideal tool to help you assess the cross-impacts of asset degradation. Many factors have an impact on the service life of rails: deterioration rate of crossings, segment radius of curvature, ballast quality, percentage of heavy tonnage convoys, presence of defects, etc. Our platform has the complex modeling power required to find projects that optimize the life cycle of assets and offer maximum efficiency.

What DIREXYON has to offer:
  • Network modeling at the thinnest mesh (curve, tangent, mile posts, etc.)
  • Assessment of asset degradation and failure modes
  • Assessment of the risk of defects and derailments
  • Analysis of network security and reliability
  • Optimization of asset renewal plans
  • Efficient synchronization of works (rail, sleeper, ballast, etc.)
  • Taking into account the growth of light and heavy traffic
  • Modeling of defect types and defect projection

Fleets of vehicles

Wagons, trams, subways, trucks, taxis, buses, ships

With DIREXYON, implement integrated inspection and maintenance and renewal strategies that are individually adapted to each of your assets. With our bottom-up, asset-based approach, make the best decisions to optimize your fleet size (right number of vehicles), hiring plan (right number of mechanics/drivers), life cycle (vehicle retirement at the right time) and vehicle availability based on current and future needs.

What DIREXYON has to offer:
  • Analysis of customer behaviors and consumption habits
  • Forecasting demand growth and supply management
  • Optimization of the fleet size and hiring plan
  • Fleet renewal strategy (asset-based life cycle management)
  • Maximum synchronization of works (reduction of downtime)
  • Effects of maintenance (preventive, predictive) on corrective work
  • Strategy to reduce the ratio between the number of corrective and preventive works
  • Enhancement of telemetry data for use-based management
  • Transition from a time-based to a use-based maintenance mode
  • Revenue management, cost optimization and impact on rates
  • Financial analysis (financing, depreciation, taxes, etc.)
  • Management strategy oriented toward the Overall Equipment Effectiveness (OEE)

Supply chains

Rail, maritime, road, air, etc.

You juggle daily with the reduction of travel time, the optimization of operating costs, compliance with various environmental and energy efficiency standards, punitive measures for delays and multiple uncontrollable sources of uncertainty (weather, accidents, etc.)? With DIREXYON, quickly assess the financial impacts of your decision making and measure the risks involved in order to select the most profitable options, even with a minimum of information.

What DIREXYON has to offer:
  • Complete modeling of the supply chain at the finest mesh size
  • Probabilistic analysis of departures, arrivals and journey times
  • Quantification and monetization of risks
  • Sensitivity analysis to uncertainty factors
  • Forecasting demand growth and supply management
  • Optimal ordering process (selection of the decision with the highest probability of offering the best return on investment based on known and unknown parameters, such as weather, delays, type of cargo, importance of the customer, contingencies, etc.)