Cyberloop’s suite of systems for Oil & Gas is designed from the ground up to provide the next generation of performance and safety improvements. From Sensors to Data to Automation, Cyberloop helps you reach operational objectives as well as tackle the next generation of challenges from managing and controlling greenhouse emissions to enabling a Zero HSE target.
Specially developed, Cyberloop DAQ (C-DAQ) with its bespoke set of sensors, records and transfers data to the CYBERLOOP cloud. That allows our client to monitor their remote equipment 24/7. Due to the advanced scalability C-DAQ provides opportunity to monitor both solely installed sensors (like wellhead pressure sensors) and PLC driven equipment, like diesel generators, cementing units.
Cyberloop EDR was developed to fulfill high requirements of the oil and gas industry. With a customized set of a wide array of sensors, the EDR is modular and scalable from small workover units to advanced triple rigs. It monitors and advises the drilling process on-site and remotely. With our EDR your drilling operations will be 100% under control.
Our advanced advisory system improves your drilling performance. Built on top of our C-DAQ Cyberloop advanced analytic module assists our clients in equipment failure prevention. CYBERLOOP onboard Drilling Dynamics Module contains ROCKSTRENGTH & DRILLSAVER and guarantees your ROP at maximum rate with minimum bit wear.
Cyberloop DD Suite ensures significant reduction of directional drilling costs through Consistency in borehole drilling quality and highest ROP possible. It reduces HSE exposure for you personnel. Due to scalable model one remote directional driller can simultaneously supervise multiple rigs.
Automated Directional Drilling Systems allows to remove human factor from your drilling performance and gives you a possibility to drill at the edge of your technical limit. Implemented machine learning algorithm provides constant performance improvement through using off-set well data.
A closed loop system optimizes the drilling parameters whilst maintaining directional control of the wellbore through rotation and sliding. It ensures more consistent ROP performance and pressure limit control than human driller. Allows to educe and in some cases completely avoid damages to the reservoir which improves your future production.