Software-enabled engineering outcomes for industrial asset fleets. Public-domain reliability mathematics, implemented as production-grade simulators and forecasting tools.
Engineering outcomes delivered through the Valevant platform — not billable hours.
Our platform processes raw failure records to fit Weibull distributions, run Kaplan‑Meier estimation, and forecast fleet maintenance demand across configurable horizons.
Run candidate operating conditions through high-fidelity simulators to evaluate trade-offs in throughput, utilisation, and component life before changes are made in the field.
Geometric and mechanical design validation for rotating and reciprocating equipment. Computational analysis replaces physical iteration in early-stage design.
Precision simulators and analytics tools, available on the Valevant platform.
Paste raw failure records to fit Weibull distributions via maximum likelihood estimation, run Kaplan‑Meier survival analysis, and forecast fleet failure demand with Monte Carlo simulation.
Launch AnalyticsCurvature-driven sideload modelling, helical buckling analysis (Mitchell, 1986), chord‑sagitta geometry, and full FEA stress visualisation for slender mechanical members under axial and lateral loading.
Launch SimulatorStructured education in reliability mathematics and engineering simulation for technical teams.
Request a platform demonstration, private training, or a software-enabled engineering engagement.