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Data-driven operational efficiency
Use equipment telemetry and state-of-the-art predictive deep learning models to reduce waste, equipment failures and increase raw material utilization
Increase yeild and decrease costs by forecasting quality deterioration, catalyst depletion, failures, downtimes and overall process degradation.
Chemicals
Oil and gas
Metals and mining
Pulp and paper
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datarythmicseffimly
Cloud system for process manufacturing forecasting
Model library
Extensive deep learning models library for fast roll-out. You only need to provide historical data, and we'll train the best possible model for the task.
Interpretability
effimly estimates input factors impact, both quantitatively (how much each factors impact the forecast) and qualitatively (value is too high, too low, too volatile, and more).
Fast deployment
Online data transfer is secure and easy to setup with effimly SDK. We'll do the rest, including API and dashboard.
Subscription
When the system is ready, you only pay for what is really used. Subscription fee scales with number of input data streams used and data frequency.
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Tilda Publishing
How It Works
Risk-free, ready-to-use forecasting system in 2 monthswith effimly
~ 3 weeks / free
Problem and data assessment
~ 4 weeks / fixed costs
Modeling
~ 2 weeks / free
Deployment
subscription
Operational
Contact us
Custom services we provide
Root cause analysis
Data-driven
We analyze historical telemetry to uncover main sources of equipment failures or inefficiencies and provide actionable insights to improve equipment performance.
We analyze and build data products out of vector, raster (satellite and aerial imagery) and point cloud (LIDAR) GIS data to bring operational efficiency into mining and forestry industries.
We provide training and consulting services on how to start and manage data-driven projects and improve institutional readiness to machine learning adoption.