RCM, RAM and RBD reliability engineering
OptimalAvailability Studio™ designs availability in rather than chasing it. RCM to SAE JA1011, FMECA, reliability block diagrams, Weibull and Monte Carlo RAM – one connected model from function to maintenance task to predicted availability.
Illustrative view. Styled model drawn in code for the demo build.
Built on the Optimal® ARaaS® platform
The value
Ranges confirmed across Optimal client engagements. Where each result lands depends on your baseline and how hard the losses are worked.
Confirmed Optimal client ranges, shown for context. Illustrative, not a performance guarantee.
What it does
Functions, failure modes, tasks, block diagrams and life data live together, so a change propagates to the strategy and the predicted availability.
The seven questions, failure consequences and task selection, to the SAE JA1011 standard.
Reusable failure-mode libraries keyed to the taxonomy, with RPN and AIAG-VDA Action Priority.
Series, parallel and k-out-of-n logic to compute system reliability from its parts.
Read the failure pattern and characteristic life from history, so you know if a wear-out age exists.
Simulate the system for availability, production availability and expected failures.
Package the tasks into a maintenance plan and rank the spares criticality for OptimalSPARES™.
How it works
OptimalAvailability Studio™ is where Strategise and Deploy are engineered, owning the design and proactive domains of the DIPF curve.
Define the objectives of the APM strategy.
Transform strategy into systems that collect data and manage change.
Use analytics to monitor performance in real time.
Analyse the data to optimise performance continuously.
Illustrative value
Move the two levers within the confirmed Optimal ranges to see an illustrative annual value from higher productivity and lower maintenance cost. This is a conversation starter, not a quote.
Illustrative annual value
Illustrative only, based on confirmed Optimal client ranges applied to figures you enter. Not a guarantee of results.
GARPI™ is the Optimal asset performance benchmark, an ISO 55001 and GFMAM-aligned view of asset management maturity across eight dimensions. See where you stand and where this app moves the needle first.
FAQ
It runs reliability-centred maintenance, FMECA, reliability block diagrams, Weibull and Monte Carlo RAM to design the maintenance strategy and predict system availability.
Yes. RCM follows the seven questions of SAE JA1011, with JA1012 as the guide, in the RCM II tradition.
No. It starts from the asset register and failure history, and gets sharper as OptimalTREND™ condition data flows back in.
Inherent, achieved and operational availability, so you see both the design ceiling and the number the plant actually lives.
It is the reliability engine of the Optimal® ARaaS® platform, handing on-condition tasks to OptimalTREND™ and criticality to OptimalSPARES™.
Start a 14-day OptimalAvailability Studio™ trial and build one connected reliability model on real assets.
14-day trial · access issued by hand · no card required