Simulation Model Validation Optimisation
›	History Matches using prior beliefs & parameter dependencies
›	Sensitizes any aspect of the simulation
›	Optimizes development plans globally, while taking into account uncertainty
›	Increases simulation engineer productivity - better results, faster
›	Complements existing simulation tools

Prediction Uncertainty Quantification
›	Confidence bounds around production streams, P10, P50, P90 etc. - you choose
›	Measurements of parameter sensitivity, displayed on Tornado charts
›	Ranking of the impact of uncertainty on predictions

Simulation Results Interpretation
›	Enhances the value of simulation results
›	Supports prospect development, appraisal and field operational planning
›	Interprets model results and stores an understanding of them
›	Results can be re-examined fast online, without requiring more simulation

Advanced Bayesian Statistics
›	12 years of research continues

Portable
›	Platform independent, installed on a wide variety of systems
›	GUI driven
›	State-of-the-art
›	JAVA based application

Supports your favourite Simulator
›	Eclipse 100 & 300 (Geoquest)
›	Tempest-MORE (Roxar)
›	VIP scalar and parallel (Landmark)
›	IMEX (CMG)
›	STARS (CMG)
›	3DSL (StreamSim)
›	SimBest2 (Paradigm)
›	BOAST (US DOE)
›	Sensor (Coats)
›	POWERS (Saudi Aramco)
›	MoReS (Shell)
›	HFPT - MoReS (Shell)
›	New interfaces, as required

Range of Application
›	Exploration bid evaluations and valuations
›	Design basis during appraisal
›	History matching of test data in field context
›	History matching of full field data
›	All simulated predictions
›	Optimization of any development plan
›	Optimization of operational plans
›	Optimization of well schedules
›	Reservoir management plan optimisation
›	Quantified probabilistic technical reserves estimates
›	Upscaling of simulation model grids
›	Upscaling of relative permeabilities
›	Automation of the modelling of complex development alternatives