Data driven lifecycle management
Six systems, one integrated solution
OPUS10
OPUS10 is state of the art for strategic cost-effective optimization of maintenance concepts, spare parts, and logistics support for a complex technical system. OPUS10 also delivers invaluable decision support when comparing alternative systems, configurations, or support solutions. Its cutting-edge algorithms provide fast reliable answers even for most complex scenarios.
SIMLOX
SIMLOX is ideal for simulating and ensuring the ability of a system fleet and its support solution to meet operational objectives. Its comprehensive model allows “digital twin” representations of systems, operations, and support, and its fast realistic simulations give crucial foresight into what performance to expect, and how to maximize it by tweaking design and logistics support solutions.
CATLOC
CATLOC is perfect for predicting cost
and revenue for technical systems during their life cycle and estimating the economic consequences of key decisions on system design, operations, and logistics support. Costs can be analysed on an aggregate level or drill down detail, and distributed over time, location, equipment, or tasks. It is ideal for analysing LCC, cost drivers, and financial risk.
EVO
Opus Evo provides tactical and operational optimization of spare parts and maintenance equipment. Using evolutionary algorithms and simulation, it accommodates detailed systems, support, and operations models, including dynamic aspects and variations over time. This is an ideal approach for optimizing support kits for deployed operations or optimizing the use of the annual maintenance budget.
CONNECT
Opus Suite Connect simplifies the task of ingesting data to create and populate Opus Suite Models. The time spent on data ingestion can be reduced by 80% using Opus Suite Connect, making it ideal for repetitive runs or analyses with updated data or multiple product breakdown revisions in Opus Suite. It supports several standard interfaces for system integration.
INSIGHTS
Opus Suite Insights provides powerful visualizations and dashboards for effective communication, understanding, and decision support. It is a Business Intelligence solution for LCM that makes it easy to share your Opus Suite analysis results directly with a broader audience and stakeholders.
When facts—not estimates—drive decisions
Lifecycle analysis
Opus Suite calculates total costs of acquisition, operation, maintenance and disposal—showing not only the purchase price but the true cost over the full service life. This helps identify solutions with the best long-term value, even if they are not the cheapest upfront. This allows you to plan your budgets more effectively.
Wear and maintenance simulation
Using digital twin, Opus Suite simulates operations and support. Fast, realistic simulation offers essential insight into expected performance and how to tune the system for maximum output.
Bid comparison in tenders
In some countries it is standard for suppliers to submit a model of the proposed system as a condition of tender participation. An independent party then validates that it contains all required parameters and, using specialised algorithmic tooling, computes lifecycle costs. Procurement decisions are therefore based on hard data rather than subjective impressions or the “lowest price”. A digital twin is also required for single source acquisitions. In such cases, cost modelling and optimisation remain essential.
Spare parts optimisation
OPUS10 is a leading solution for strategic, cost effective optimisation of maintenance systems, spare parts inventories and logistics support for complex technical systems. It provides invaluable support when comparing alternatives, configurations or support solutions. Its advanced algorithms deliver fast, reliable results even for complex scenarios.
Real results, measurable savings, concrete decisions
Smart decision-making
As a technical procurement professional, you are responsible for selecting solutions that have long term impacts on operations, maintenance and budgets. Opus Suite enables data driven decisions, not decisions based solely on the lowest purchase price.
By integrating the digital twin concept, you gain detailed product models including key parameters such as MTBF, MTTR, service intervals, and operating and maintenance costs. This enables you to:
- Compare options by total lifecycle cost (LCC), not just purchase price
- Optimise service inventories and logistics before contract signature
- Reduce risk and negotiate better supplier terms with precise, defensible data
- Gain a strategic overview aligned with modern public procurement practice and international standards
Opus Suite gives you confidence that you are selecting the best value solution across the full lifecycle.
Efficient acquisition
In public procurement, the lowest purchase price often decides, although it represents only a fraction of total operating and maintenance costs. Opus Suite equips public buyers—ministries, state owned enterprises and defence institutions—with modern solutions to evaluate bids by total lifecycle cost (LCC).
By using a digital twin of each considered platform or asset, you gain insight into key parameters such as MTBF, MTTR, service intervals, and support costs. This makes it possible to:
- Transparent, data driven tendering—decisions based on hard data rather than impressions
- Savings of public funds—by identifying solutions with the lowest long-term costs
- Risk minimisation across the lifecycle—from acquisition through operation to disposal
- Compliance with international practice and legislation—LCC methodologies are already standard abroad
Opus Suite provides confidence that each investment will stand the test of time and deliver maximum value for the state and taxpayers.
Reliable data for intelligent maintenance management
As Maintenance Manager, you must ensure high operational availability while controlling costs. Opus Suite provides platform to plan, forecast and optimise maintenance based on real data from the entire equipment lifecycle.
By applying the digital twin concept, you obtain a detailed model of each platform, including key parameters such as MTBF, MTTR, service intervals, and spare parts consumption. This enables you to:
- Plan maintenance more efficiently—know precisely when and what interventions are required
- Minimise downtime and increase availability—predictive maintenance reduces unplanned failures
- Optimise spare parts inventories—hold only what is truly necessary
- Reduce long term costs—decisions reflect a holistic lifecycle view
Opus Suite helps you manage maintenance to make it not only fast and reliable, but also cost-effective.
Data that lead to better design
As a design engineer, you seek balance between innovation, operational reliability and maintenance costs. Opus Suite enables the use of real lifecycle data already in the design phase and, through the digital twin principle, simulates the behaviour of complex systems in practice.
- Design with operational reliability in mind—access MTBF, MTTR and service intervals for individual components
- Optimise design solutions—easily compare variants in terms of maintainability, availability and long-term cost
- Accelerate development and reduce risk—see the lifecycle impacts of design decisions before production
Opus Suite helps you develop products that are not only technically excellent but also economically and operationally sustainable throughout their entire service life.
Financial certainty for your investments
As CFO you must control not only acquisition costs but also long-term investment impacts on cash flow and budgets. Opus Suite provides an accurate view of total lifecycle cost (LCC) and enables data driven decision-making.
- Forecast costs over the full-service life—from acquisition through maintenance to disposal
- Optimise budgets and investments—clearly see where to save and where to invest
- Support strategic decisions—simulation and digital twins show the real impact of scenarios
- Increase transparency and defensibility of investments—decisions backed by hard data
Opus Suite helps you manage capital expenditures with confidence and ensure that every decision delivers long-term value for the entire organisation.
Choose assets that are advantageous across the entire lifecycle—not just on paper.
