OUR ULTIMATE OIL & GAS INFRASTRUCTURE

Our vision is to revolutionize the way oil and gas assets are integrated and field telemetry is acquired, enabling seamless interaction between hazardous zone sensors and enterprise SCADA platforms. By providing real-time data collection and analysis, our platform allows energy operators to track pipeline integrity, monitor wellhead pressures, and optimize environmental safety efficiently.

Key Features

ATEX Zone 0/1 Telemetry

Intrinsically safe wireless sensor pods monitoring casing pressure, fluid temperature, and flow velocity.

Acoustic Leak Detection

Negative pressure wave and distributed acoustic sensing (DAS) pinpointing micro-breaches within ±5 meters.

Offshore Asset Integrity

Continuous corrosion rate modeling, mooring tension tracking, and subsea choke valve cavitation monitoring.

Methane & Emissions AI

Continuous optical gas imaging (OGI) and spectroscopic laser sensors quantify fugitive flaring leaks for ESG compliance.

Unified Energy Field Interface

A unified platform bringing wellhead telemetry, pipeline acoustic nodes, and refinery historians onto a single transparent cockpit.

Join us in building the future of safe and sustainable energy infrastructure. Explore our platform to integrate, manage, and analyze oil and gas field telemetry, and be part of a larger network of resilient energy producers.
Oil & Gas Infrastructure - Delivering Zero-Incident Energy Operations

oil-and-gas-refinery-automation

Hazardous Environment Reliability & Industrial Standards

Engineered to endure marine saltwater corrosion, desert thermal extremes, and hazardous volatile gas atmospheres

Downstream refineries and upstream drill sites cannot tolerate communication blackouts or sparking risks. Mirach industrial sensor modules incorporate hermetically sealed 316L stainless-steel casings and galvanic isolation rated for IP68 submersion and explosive atmospheres.

Interoperable SCADA and DCS integration allows data feeds to route simultaneously into control rooms via DNP3, Modbus TCP, and IEC 60870-5-104 protocols while piping contextual analytics into enterprise historians like OSIsoft PI and AspenTech IP.21.

ATEX & IECEx Zone 0 / 1 Certified SIL-2 / SIL-3 Functional Safety WITSML & PRODML Protocol Suite Distributed Acoustic Fiber (DAS) DNP3 & IEC 60870-5-104 SCADA WirelessHART & ISA100.11a Mesh

Battery-optimized ultra-low-power radio nodes ensure uninterrupted 10-year field autonomous operation without battery replacement or cabling interventions across expansive remote rights-of-way.

Autonomous Energy Incident Prevention Workflow

From wellhead pressure surges and pipeline acoustic vibrations to instant automated emergency shut-in actuation

STEP 01

Explosion-Proof Ingestion

Self-organizing WirelessHART and satellite nodes gather millibar pressure shifts, ultrasonic wall thinning, and gas concentration spikes.

STEP 02

Edge Hydraulic & Acoustic AI

On-premise edge controllers calculate real-time transient model hydrodynamics to distinguish pump valve cycling from genuine pipe ruptures.

STEP 03

Automated ESD & GPS Dispatch

Signals prompt automated emergency shutdown isolation valves within seconds, instantly transmitting pinpoint GPS coordinates to field emergency squads.

Operational Safety, ESG & Financial Impact

Quantifiable production assurance and environmental protection achieved across global oil and gas operators

Performance & Safety Benchmarks

  • Unplanned Drilling & Refining Outages: 72% Downtime Reduction
  • Pipeline Rupture Detection & Isolation: Under 90 Seconds
  • Fugitive Methane & Flaring Emissions: 58% Emissions Cut
  • Offshore Helicopter & Survey OpEx: 35% OpEx Savings

DCS & Historian Compatibility

Pre-built protocol adaptors and real-time connectivity with Tier-1 energy systems:

Honeywell Experion PKS Yokogawa CENTUM VP Emerson DeltaV & Ovation OSIsoft PI System / AVEVA Schlumberger Petrel / WITSML Baker Hughes System 1