01Central analytics
Decide what should happen
Build the operating strategy, calculate optimal modes, and prepare scenarios and setpoints.
NewVision Platform 2.0 / Local control
Control the well.
Right where it runs.
nv.EDGE is an on-premise SmartWell controller that turns live well data into safe, autonomous action - even when the connection to the control center is lost.
LOCAL CONTROL LOOPAutonomous mode
RunningCONTROL STATIONWELLHEAD
nv.EDGESmartWell runtime
ESP
telemetry
setpoints
Response500 ms
ConnectivityOPC UA / Modbus
Hardwarex64 / ARM
500 msevent response time
Up to 10%energy reduction potential
4-8 MBruntime memory footprint
Always localoperation without central link
THE MISSING EXECUTION LAYERAnalytics finds the answer.
Analytics finds the answer.
nv.EDGE acts on it.
Central analytics can define the operating strategy. nv.EDGE executes that strategy at well level - fast enough for real-time control and independent enough for unstable communications.
Scenarios + setpoints→
02nv.EDGE
Act in real time
Execute locally, hold the operating mode, and correct setpoints when well conditions change.
Control + context→
03Well equipment
Perform the physical work
The control station and downhole equipment execute commands and return live telemetry.
≠
Not another SCADA.
nv.EDGE complements existing monitoring and control infrastructure with an intelligent local runtime.
BUILT FOR THE WELLFast where it matters.
Fast where it matters.
Light where it runs.
A compact runtime combines industrial connectivity, operating context, and model-based control without requiring heavy infrastructure at the well site.
Autonomous by design
Protects the well from loss of communication and keeps the local control loop running without the operator connection.
Core capabilityUA
Industrial connectivity
Connects to control stations through widely used industrial protocols, including OPC UA and Modbus TCP.
High-frequency history
Continuously records time-series operating data so every control event has a traceable context.
Model-based anomaly detection
Uses setpoints, run status, frequency, current, temperature, pressure, and pump context for a rapid start.
Virtual flow metering
Recalculates production rate from pump performance curves as measured operating frequency changes.
Configurable pump curves
Maintains a configurable catalog of head-capacity curves for the pumps operating across your asset.
✓
Test before production
Emulate the well control logic on a test bench before the runtime is connected to production equipment.
!
Recommendation-only mode
Validate real-time alerts and potential emergency scenarios before enabling direct control of the well.
Safe adoptionOPERATIONAL VALUEOne local layer.
01 02 03
One local layer.
Three clear outcomes.
nv.EDGE puts the decisions that cannot wait close to the equipment - reducing unnecessary trips, adapting to disturbances, and improving energy use.
Smarter protection
Distinguish a real emergency from a false protection trip using the operating context around pressure, temperature, insulation resistance, and other signals.
Adaptive operation
Control the well operating point automatically when external disturbances such as gas interference or loss of pump intake occur.
Energy efficiency
Select the optimal operating point automatically to reduce power consumption while maintaining pump performance.
EDGE PROTECTIONContext before action
LivePressureTemperatureFrequencyCurrentRun statusInsulation
nv.EDGEoperating context
Real anomalyRespond locally
False tripKeep the context
Protection logic and thresholds are configured and validated for the specific asset during the pilot.
VALIDATED FOUNDATION
Built beyond the slide deck.
The direction is supported by a working control foundation and reference work in industrial and academic environments.
01
INDUSTRIAL REFERENCE
Gazprom Neft - IPLC project
Intelligent programmable logic controller work provides an applied foundation for well-level edge control.
02
TEST ENVIRONMENT
Gubkin University laboratory
An experimental test bench supports emulation and validation of control logic before production deployment.
FROM SIGNAL TO SCALEStart controlled.
Discuss a pilot Start controlled.
Scale with evidence.
Pre-project survey
Confirm the available signals, control station interfaces, protection logic, and success criteria for the target wells.
Scope & readinessProof of Concept
Run in recommendation-only mode, validate alerts and models, and quantify performance on a focused operational scope.
Evidence & tuningProduction rollout
Enable local control, integrate with operational workflows, and expand the validated configuration across wells and pads.
Operate & scaleAUTONOMY STARTS AT THE WELLPut control where
Put control where
the decision happens.
Choose a focused group of wells, validate the effect, and build the case for an autonomous operating layer.