diff --git a/.blogcache b/.blogcache index a47d7249..6ed5b752 100644 --- a/.blogcache +++ b/.blogcache @@ -3,6 +3,7 @@ "content/blogs/kratos.md": "920a72958b711687710778ac1d148374", "content/blogs/magistrala-ui-guide.md": "961e0d0b43539f7ebfb55c4f1f4077bb", "content/blogs/oauth.md": "0e14a3a967b99cb67f7dd22d4c2fcd76", + "content/blogs/oil_gas.md": "ee15d8445f0e51c8db5f7afab2a46fe4", "content/blogs/user-guide.md": "536756fab20329d99b4b640b8f348342", "content/blogs/v0-14-0-release.md": "06372827ddfc0cdbd1ca96a8cdf8532b" } \ No newline at end of file diff --git a/blog/extending-users-repository/index.html b/blog/extending-users-repository/index.html index 9fc71e44..8058dbd1 100644 --- a/blog/extending-users-repository/index.html +++ b/blog/extending-users-repository/index.html @@ -551,60 +551,100 @@

Next Read

- + - FluxMQ: A Modern Message Broker Built for Messaging and Event Logs
- - announcement + + blog

- FluxMQ: A Modern Message Broker Built for Messaging and Event Logs + Oil & Gas Remote Monitoring with Magistrala

- + Remote monitoring for oil and gas operations with pipeline leak detection, SCADA integration, and equipment health monitoring.

- Dusan Borovcanin
- Dusan Borovcanin + Steve Munene
- February 06, 2026 · 4 min + February 09, 2026 · 10 min
- FluxMQ + IoT - Messaging + Internet of Things - MQTT + IIOT - AMQP + Industrial Internet of Things - HTTP + IoT Platform - CoAP + IoT Solution - IoT + IoT Cloud - Event-Driven + IoT Services - Architecture + IoT Technology + + IoT Software + + IoT Development + + IoT Architecture + + Magistrala + + Oil and Gas + + Remote Monitoring + + Pipeline Monitoring + + SCADA + + Predictive Maintenance + + Energy + + Industrial Automation + + Oil and Gas IoT + + Leak Detection + + Asset Health Monitoring + + Offshore Monitoring + + Energy Sector IoT + + Industrial IoT Solutions + + Critical Infrastructure Monitoring + + OPC-UA + + Equipment Monitoring
@@ -614,60 +654,60 @@

- + - Getting Started with Magistrala UI
- - blog + + announcement

- Getting Started with Magistrala UI + FluxMQ: A Modern Message Broker Built for Messaging and Event Logs

- Explore the Magistrala UI and learn how to manage devices, automate rules, monitor alarms, and build real-time IoT dashboards — all from a visual, low-code platform. +

- Ian Muchiri
- Ian Muchiri + Dusan Borovcanin
- February 06, 2026 · 10 min + February 06, 2026 · 4 min
- iot + FluxMQ - magistrala + Messaging - low-code + MQTT - real-time-processing + AMQP - rules-engine + HTTP - dashboards + CoAP - alarm-management + IoT - ui + Event-Driven - user-guide + Architecture
@@ -677,7 +717,10 @@

- + + + Getting Started with Magistrala UI
@@ -689,37 +732,45 @@

- Revolutionizing Industrial IoT with an Open Source Platform + Getting Started with Magistrala UI

- + Explore the Magistrala UI and learn how to manage devices, automate rules, monitor alarms, and build real-time IoT dashboards — all from a visual, low-code platform.

- Rodney Osodo
- Rodney Osodo + Ian Muchiri
- September 24, 2024 · 16 min + February 06, 2026 · 10 min
- Magistrala + iot - IIoT + magistrala - User Guide + low-code - Industrial Automation + real-time-processing - Open Source + rules-engine + + dashboards + + alarm-management + + ui + + user-guide
diff --git a/blog/fluxmq-announcement/index.html b/blog/fluxmq-announcement/index.html index 6cc157ed..ac018cca 100644 --- a/blog/fluxmq-announcement/index.html +++ b/blog/fluxmq-announcement/index.html @@ -501,9 +501,9 @@

Next Read

- Getting Started with Magistrala UI + Oil & Gas Remote Monitoring with Magistrala

- Explore the Magistrala UI and learn how to manage devices, automate rules, monitor alarms, and build real-time IoT dashboards — all from a visual, low-code platform. + Remote monitoring for oil and gas operations with pipeline leak detection, SCADA integration, and equipment health monitoring.

- Ian Muchiri
- Ian Muchiri + Steve Munene
- February 06, 2026 · 10 min + February 09, 2026 · 10 min
- iot + IoT - magistrala + Internet of Things - low-code + IIOT - real-time-processing + Industrial Internet of Things - rules-engine + IoT Platform - dashboards + IoT Solution - alarm-management + IoT Cloud - ui + IoT Services - user-guide + IoT Technology + + IoT Software + + IoT Development + + IoT Architecture + + Magistrala + + Oil and Gas + + Remote Monitoring + + Pipeline Monitoring + + SCADA + + Predictive Maintenance + + Energy + + Industrial Automation + + Oil and Gas IoT + + Leak Detection + + Asset Health Monitoring + + Offshore Monitoring + + Energy Sector IoT + + Industrial IoT Solutions + + Critical Infrastructure Monitoring + + OPC-UA + + Equipment Monitoring

@@ -564,7 +604,10 @@

- + + + Getting Started with Magistrala UI
@@ -576,37 +619,45 @@

- Revolutionizing Industrial IoT with an Open Source Platform + Getting Started with Magistrala UI

- + Explore the Magistrala UI and learn how to manage devices, automate rules, monitor alarms, and build real-time IoT dashboards — all from a visual, low-code platform.

- Rodney Osodo
- Rodney Osodo + Ian Muchiri
- September 24, 2024 · 16 min + February 06, 2026 · 10 min
- Magistrala + iot - IIoT + magistrala - User Guide + low-code - Industrial Automation + real-time-processing - Open Source + rules-engine + + dashboards + + alarm-management + + ui + + user-guide
@@ -616,7 +667,7 @@

- April 29, 2024 · 15 min + September 24, 2024 · 16 min

- OAuth2.0 + Magistrala + + IIoT - Authentication + User Guide - Magistrala + Industrial Automation - Google OAuth + Open Source
diff --git a/blog/index.html b/blog/index.html index e33f3788..b810db71 100644 --- a/blog/index.html +++ b/blog/index.html @@ -184,6 +184,114 @@

Abstract Machines Blog

+
+
+ + + Oil & Gas Remote Monitoring with Magistrala + + +
+
+ + blog + + + Featured + +
+ +

+ Oil & Gas Remote Monitoring with Magistrala +

+

+ Remote monitoring for oil and gas operations with pipeline leak detection, SCADA integration, and equipment health monitoring. +

+ +
+ Steve Munene +
+
+ Steve Munene +
+
+ February 09, 2026 · 10 min +
+
+
+ +
+ + IoT + + Internet of Things + + IIOT + + Industrial Internet of Things + + IoT Platform + + IoT Solution + + IoT Cloud + + IoT Services + + IoT Technology + + IoT Software + + IoT Development + + IoT Architecture + + Magistrala + + Oil and Gas + + Remote Monitoring + + Pipeline Monitoring + + SCADA + + Predictive Maintenance + + Energy + + Industrial Automation + + Oil and Gas IoT + + Leak Detection + + Asset Health Monitoring + + Offshore Monitoring + + Energy Sector IoT + + Industrial IoT Solutions + + Critical Infrastructure Monitoring + + OPC-UA + + Equipment Monitoring + +
+
+ +
+
+ + + +
diff --git a/blog/integrating-oauth2/index.html b/blog/integrating-oauth2/index.html index 32830c2b..aaf836ed 100644 --- a/blog/integrating-oauth2/index.html +++ b/blog/integrating-oauth2/index.html @@ -722,60 +722,100 @@

Next Read

- + - FluxMQ: A Modern Message Broker Built for Messaging and Event Logs
- - announcement + + blog

- FluxMQ: A Modern Message Broker Built for Messaging and Event Logs + Oil & Gas Remote Monitoring with Magistrala

- + Remote monitoring for oil and gas operations with pipeline leak detection, SCADA integration, and equipment health monitoring.

- Dusan Borovcanin
- Dusan Borovcanin + Steve Munene
- February 06, 2026 · 4 min + February 09, 2026 · 10 min
- FluxMQ + IoT - Messaging + Internet of Things - MQTT + IIOT - AMQP + Industrial Internet of Things - HTTP + IoT Platform - CoAP + IoT Solution - IoT + IoT Cloud - Event-Driven + IoT Services - Architecture + IoT Technology + + IoT Software + + IoT Development + + IoT Architecture + + Magistrala + + Oil and Gas + + Remote Monitoring + + Pipeline Monitoring + + SCADA + + Predictive Maintenance + + Energy + + Industrial Automation + + Oil and Gas IoT + + Leak Detection + + Asset Health Monitoring + + Offshore Monitoring + + Energy Sector IoT + + Industrial IoT Solutions + + Critical Infrastructure Monitoring + + OPC-UA + + Equipment Monitoring
@@ -785,60 +825,60 @@

- + - Getting Started with Magistrala UI
- - blog + + announcement

- Getting Started with Magistrala UI + FluxMQ: A Modern Message Broker Built for Messaging and Event Logs

- Explore the Magistrala UI and learn how to manage devices, automate rules, monitor alarms, and build real-time IoT dashboards — all from a visual, low-code platform. +

- Ian Muchiri
- Ian Muchiri + Dusan Borovcanin
- February 06, 2026 · 10 min + February 06, 2026 · 4 min
- iot + FluxMQ - magistrala + Messaging - low-code + MQTT - real-time-processing + AMQP - rules-engine + HTTP - dashboards + CoAP - alarm-management + IoT - ui + Event-Driven - user-guide + Architecture
@@ -848,7 +888,10 @@

- + + + Getting Started with Magistrala UI
@@ -860,37 +903,45 @@

- Revolutionizing Industrial IoT with an Open Source Platform + Getting Started with Magistrala UI

- + Explore the Magistrala UI and learn how to manage devices, automate rules, monitor alarms, and build real-time IoT dashboards — all from a visual, low-code platform.

- Rodney Osodo
- Rodney Osodo + Ian Muchiri
- September 24, 2024 · 16 min + February 06, 2026 · 10 min
- Magistrala + iot - IIoT + magistrala - User Guide + low-code - Industrial Automation + real-time-processing - Open Source + rules-engine + + dashboards + + alarm-management + + ui + + user-guide
diff --git a/blog/magistrala-ui-guide/index.html b/blog/magistrala-ui-guide/index.html index 4959ec3b..4e262140 100644 --- a/blog/magistrala-ui-guide/index.html +++ b/blog/magistrala-ui-guide/index.html @@ -574,60 +574,100 @@

Next Read

- + - FluxMQ: A Modern Message Broker Built for Messaging and Event Logs
- - announcement + + blog

- FluxMQ: A Modern Message Broker Built for Messaging and Event Logs + Oil & Gas Remote Monitoring with Magistrala

- + Remote monitoring for oil and gas operations with pipeline leak detection, SCADA integration, and equipment health monitoring.

- Dusan Borovcanin
- Dusan Borovcanin + Steve Munene
- February 06, 2026 · 4 min + February 09, 2026 · 10 min
- FluxMQ + IoT - Messaging + Internet of Things - MQTT + IIOT - AMQP + Industrial Internet of Things - HTTP + IoT Platform - CoAP + IoT Solution - IoT + IoT Cloud - Event-Driven + IoT Services - Architecture + IoT Technology + + IoT Software + + IoT Development + + IoT Architecture + + Magistrala + + Oil and Gas + + Remote Monitoring + + Pipeline Monitoring + + SCADA + + Predictive Maintenance + + Energy + + Industrial Automation + + Oil and Gas IoT + + Leak Detection + + Asset Health Monitoring + + Offshore Monitoring + + Energy Sector IoT + + Industrial IoT Solutions + + Critical Infrastructure Monitoring + + OPC-UA + + Equipment Monitoring
@@ -637,49 +677,60 @@

- + + + FluxMQ: A Modern Message Broker Built for Messaging and Event Logs
- - blog + + announcement

- Revolutionizing Industrial IoT with an Open Source Platform + FluxMQ: A Modern Message Broker Built for Messaging and Event Logs

- Rodney Osodo
- Rodney Osodo + Dusan Borovcanin
- September 24, 2024 · 16 min + February 06, 2026 · 4 min
- Magistrala + FluxMQ - IIoT + Messaging - User Guide + MQTT - Industrial Automation + AMQP - Open Source + HTTP + + CoAP + + IoT + + Event-Driven + + Architecture
@@ -689,7 +740,7 @@

- April 29, 2024 · 15 min + September 24, 2024 · 16 min

- OAuth2.0 + Magistrala - Authentication + IIoT - Magistrala + User Guide - Google OAuth + Industrial Automation + + Open Source

diff --git a/blog/magistrala-user-guide/index.html b/blog/magistrala-user-guide/index.html index 10639230..87523712 100644 --- a/blog/magistrala-user-guide/index.html +++ b/blog/magistrala-user-guide/index.html @@ -863,60 +863,100 @@

Next Read

- + - FluxMQ: A Modern Message Broker Built for Messaging and Event Logs
- - announcement + + blog

- FluxMQ: A Modern Message Broker Built for Messaging and Event Logs + Oil & Gas Remote Monitoring with Magistrala

- + Remote monitoring for oil and gas operations with pipeline leak detection, SCADA integration, and equipment health monitoring.

- Dusan Borovcanin
- Dusan Borovcanin + Steve Munene
- February 06, 2026 · 4 min + February 09, 2026 · 10 min
- FluxMQ + IoT - Messaging + Internet of Things - MQTT + IIOT - AMQP + Industrial Internet of Things - HTTP + IoT Platform - CoAP + IoT Solution - IoT + IoT Cloud - Event-Driven + IoT Services - Architecture + IoT Technology + + IoT Software + + IoT Development + + IoT Architecture + + Magistrala + + Oil and Gas + + Remote Monitoring + + Pipeline Monitoring + + SCADA + + Predictive Maintenance + + Energy + + Industrial Automation + + Oil and Gas IoT + + Leak Detection + + Asset Health Monitoring + + Offshore Monitoring + + Energy Sector IoT + + Industrial IoT Solutions + + Critical Infrastructure Monitoring + + OPC-UA + + Equipment Monitoring
@@ -926,60 +966,60 @@

- + - Getting Started with Magistrala UI
- - blog + + announcement

- Getting Started with Magistrala UI + FluxMQ: A Modern Message Broker Built for Messaging and Event Logs

- Explore the Magistrala UI and learn how to manage devices, automate rules, monitor alarms, and build real-time IoT dashboards — all from a visual, low-code platform. +

- Ian Muchiri
- Ian Muchiri + Dusan Borovcanin
- February 06, 2026 · 10 min + February 06, 2026 · 4 min
- iot + FluxMQ - magistrala + Messaging - low-code + MQTT - real-time-processing + AMQP - rules-engine + HTTP - dashboards + CoAP - alarm-management + IoT - ui + Event-Driven - user-guide + Architecture
@@ -989,7 +1029,10 @@

- + + + Getting Started with Magistrala UI
@@ -1001,35 +1044,45 @@

- Integrating OAuth2.0 with Magistrala + Getting Started with Magistrala UI

- + Explore the Magistrala UI and learn how to manage devices, automate rules, monitor alarms, and build real-time IoT dashboards — all from a visual, low-code platform.

- Rodney Osodo
- Rodney Osodo + Ian Muchiri
- April 29, 2024 · 15 min + February 06, 2026 · 10 min
- OAuth2.0 + iot - Authentication + magistrala - Magistrala + low-code + + real-time-processing + + rules-engine + + dashboards + + alarm-management - Google OAuth + ui + + user-guide
diff --git a/blog/oil-gas-remote-monitoring-magistrala/index.html b/blog/oil-gas-remote-monitoring-magistrala/index.html new file mode 100644 index 00000000..94af16cc --- /dev/null +++ b/blog/oil-gas-remote-monitoring-magistrala/index.html @@ -0,0 +1,899 @@ + + + + + + + + Oil & Gas Remote Monitoring with Magistrala - Abstract Machines + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
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Oil & Gas Remote Monitoring with Magistrala

+ +
+ Steve Munene +
+
Steve Munene
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+ February 09, 2026 · 10 min read +
+
+
+ + + Oil & Gas Remote Monitoring with Magistrala + + +

Oil & Gas Remote Monitoring with Magistrala

+

Oil and gas remote monitoring operations span vast, remote territories with critical assets requiring continuous surveillance—wellheads, pipeline monitoring systems, storage tanks, pumps, and compressors distributed across hundreds or thousands of miles. Equipment failures, pipeline leaks, or safety incidents can result in production losses, environmental damage, regulatory penalties, and worker safety risks.

+

Traditional energy sector monitoring approaches—periodic manual inspections, scheduled maintenance, reactive responses—fail to detect problems early or optimize operations. Modern oil and gas IoT solutions require real-time equipment health monitoring, predictive maintenance systems, automated safety protocols, and environmental compliance tracking.

+

Magistrala delivers a comprehensive IoT platform for oil and gas remote monitoring. With multi-protocol connectivity (including LoRaWAN and satellite for extreme remote locations), intelligent automation through the Rules Engine, real-time alarms for safety and environmental incidents, and ruggedized deployment options, it transforms how energy companies monitor assets, ensure safety, and optimize production.

+
+

Table of Contents

+ +
+

Solution Structure: Oil & Gas Monitoring

+

Building an oil and gas monitoring solution with Magistrala treats all field assets—wellheads, pipelines, storage tanks, pumps, compressors, SCADA systems—as monitored entities with pressure, flow, temperature, vibration, and environmental data continuously tracked.

+

How It Works

+
    +
  1. Assets equipped with sensors: Pressure sensors, flow meters, tank level monitors, vibration sensors, gas detectors, or SCADA integration
    2. +
  2. Sensors connect as Clients: Each device registers in Magistrala with unique credentials
    3. +
  3. Clients publish to Channels: Sensors send data to specific Topics (pressure, flow, tank levels, gas detection, equipment health) using MQTT, LoRaWAN, satellite, or OPC-UA
    4. +
  4. Rules Engine processes data: Automated logic monitors topics and triggers actions when pressure anomalies, leaks, equipment failures, or safety thresholds are detected
    5. +
  5. Users gain insights: Operations teams access dashboards, receive critical safety alerts, and monitor production metrics through SCADA integration or mobile apps
    6. +
+

Oil & Gas Architecture

+

Key Capabilities

+

Multi-Protocol Connectivity: Connect devices via MQTT, HTTP, CoAP, LoRaWAN, satellite, or OPC-UA. Magistrala handles cellular, satellite (remote offshore platforms), and industrial SCADA protocols seamlessly.

+

Remote & Harsh Environment Support: Deploy LoRaWAN sensors in areas without cellular coverage or satellite-connected devices on offshore platforms. Battery-powered sensors last years in extreme conditions.

+

Intelligent Rules Engine: Automate pressure anomaly detection, flow rate monitoring, tank overflow prevention, gas leak alerts, and predictive maintenance triggers based on vibration analysis—no code changes required.

+

Pressure anomaly detection continuously monitors pipeline and wellhead pressure readings. Rules Engine establishes baseline patterns and triggers alerts when sudden pressure drops (potential leaks) or spikes (equipment stress) occur—critical for preventing catastrophic failures and environmental incidents.

+

Real-Time Safety Alarms: Configure instant alerts for critical events—gas leaks, pressure anomalies, tank level thresholds, equipment vibration exceeding safe limits, unauthorized site access, or worker safety incidents.

+

SCADA & Industrial Integration: OPC-UA connectivity integrates existing SCADA systems, PLCs, and industrial control systems. No equipment replacement needed—Magistrala augments existing infrastructure with cloud connectivity and advanced analytics.

+

Enterprise Security: Mutual TLS authentication, fine-grained access control (ABAC/RBAC), and complete audit logs ensure operational security for critical energy infrastructure.

+
+

Use Cases in Action

+

Pipeline Monitoring & Leak Detection

+

Oil pipeline operators managing extensive pipeline networks across remote terrain need continuous monitoring and rapid leak detection to prevent environmental damage and production losses. Magistrala with pressure sensors and flow meters enables:

+
    +
  • Real-time pressure monitoring continuously tracking pressure across all pipeline segments
    • +
  • Automatic leak detection identifying pressure drops and flow anomalies indicating potential leaks before they escalate
    • +
  • Baseline pattern analysis establishing normal operating conditions to detect subtle anomalies
    • +
  • Predictive maintenance alerts analyzing pressure patterns to detect valve degradation, pump wear, or blockages
    • +
  • Environmental compliance tracking maintaining timestamped records for regulatory reporting and audit trails
    • +
  • Rapid incident response delivering instant alerts to field crews, emergency systems, and control centers
    • +
  • Integration with SCADA systems augmenting existing infrastructure with advanced analytics and cloud connectivity
    • +
+

Offshore Platform Equipment Monitoring

+

Offshore oil platform operations require equipment health monitoring and predictive maintenance across remote installations where equipment failures result in costly downtime and safety risks. Magistrala with vibration sensors and satellite connectivity enables:

+
    +
  • Real-time equipment health monitoring tracking vibration, temperature, and operational parameters of compressors, pumps, and turbines
    • +
  • Predictive failure detection identifying abnormal vibration patterns, bearing wear, or imbalance weeks before catastrophic failures
    • +
  • Condition-based maintenance scheduling replacing fixed maintenance intervals with schedules based on actual equipment condition
    • +
  • Remote diagnostics allowing engineers to assess equipment status without costly and time-consuming platform visits
    • +
  • Production optimization maintaining maximum uptime through proactive maintenance that prevents unplanned shutdowns
    • +
  • Satellite connectivity enabling monitoring even in extreme offshore locations without cellular coverage
    • +
  • Safety compliance ensuring critical equipment operates within safe parameters with automated alerts for threshold violations
    • +
+
+

Industry Applications

+

Pipeline Monitoring: Monitor pressure, flow, and temperature continuously along pipeline networks spanning thousands of miles. Detect leaks early through pressure drop analysis and flow anomaly detection before environmental damage occurs. Prevent catastrophic ruptures by identifying stress points and corrosion through pattern analysis. Ensure regulatory compliance with comprehensive data logging for safety audits and environmental reporting. Optimize flow rates dynamically based on demand, capacity, and equipment health to maximize throughput while maintaining safe operating parameters.

+

Wellhead Monitoring: Track production rates, pressure, temperature, and flow at remote wellheads across distributed oil and gas fields. Optimize extraction rates based on reservoir pressure and equipment capacity to maximize production while preventing damage. Detect equipment failures early through vibration analysis, pressure anomalies, and temperature variations. Automate safety shutdowns when parameters exceed safe thresholds to protect equipment and personnel. Monitor multiple wells remotely from centralized control rooms, reducing the need for field visits to dangerous or remote locations.

+

Storage Tank Management: Monitor tank levels, temperature, pressure, and product quality across extensive tank farms storing crude oil, refined products, and chemicals. Prevent costly overflows through automated level monitoring with multiple redundant sensors and early warning alerts. Optimize logistics by tracking inventory in real-time for efficient loading, unloading, and product transfers. Detect leaks through pressure monitoring, level discrepancies, and environmental sensors around tank perimeters. Ensure safety compliance with continuous monitoring of explosive atmospheres, temperature limits, and structural integrity indicators.

+

Compressor & Pump Monitoring: Track vibration, temperature, pressure, and acoustic signatures of rotating equipment critical to production operations. Predict failures weeks in advance by detecting abnormal vibration patterns, bearing wear, shaft misalignment, or imbalance conditions. Schedule maintenance proactively based on actual equipment condition rather than arbitrary time intervals, reducing unnecessary downtime. Minimize unplanned downtime that costs thousands of dollars per hour in lost production and emergency repairs. Extend asset life by operating equipment within optimal parameters and addressing issues before they cause permanent damage.

+

Gas Detection & Safety: Deploy networks of gas sensors detecting methane, hydrogen sulfide (H2S), carbon monoxide (CO), and explosive atmospheres across facilities. Trigger immediate alarms when dangerous gas concentrations are detected, alerting workers to evacuate or investigate. Activate automated ventilation systems to clear hazardous atmospheres and prevent explosions or toxic exposure. Initiate emergency shutdowns of equipment when gas releases threaten safety or environmental compliance. Create detailed incident records for safety investigations and regulatory reporting with timestamped sensor data.

+

Environmental Monitoring: Monitor emissions from flares, vents, and equipment to ensure regulatory compliance and minimize environmental impact. Track water quality in discharge streams, groundwater wells, and surface water near facilities to detect contamination early. Measure soil conditions around storage tanks, pipelines, and processing areas to identify hydrocarbon leaks or chemical spills. Document environmental stewardship efforts with continuous monitoring data for sustainability reports and stakeholder communications. Respond rapidly to environmental incidents with real-time alerts before they escalate into major liabilities.

+

Remote Site Security: Track access control at unmanned wellheads, pump stations, and storage facilities to prevent unauthorized entry and vandalism. Detect perimeter breaches with motion sensors, cameras, and intelligent alert systems integrated into comprehensive security operations. Monitor equipment tampering that could indicate theft, sabotage, or terrorist activity at critical infrastructure sites. Alert security teams instantly with location data, video feeds, and sensor readings for rapid response. Integrate with surveillance systems and security protocols to create comprehensive protection for high-value remote assets.

+

Offshore Platform Operations: Monitor critical equipment on offshore platforms, Floating Production Storage and Offloading (FPSO) vessels, and drilling rigs operating in harsh marine environments. Ensure worker safety through gas detection, emergency system monitoring, and environmental condition tracking. Optimize production in challenging offshore conditions where equipment failures result in massive downtime costs. Manage logistics efficiently by tracking inventory, equipment status, and maintenance needs for vessels operating far from shore. Deploy satellite connectivity for reliable communication even in extreme offshore locations without cellular coverage.

+

Refinery & Processing Plant: Integrate with SCADA systems monitoring complex refining and processing operations with hundreds of control points. Track temperatures across distillation columns, reactors, and heat exchangers to optimize product quality and energy efficiency. Monitor pressures throughout processing units to ensure safe operation and prevent equipment damage. Track flow rates of feedstocks, intermediates, and products through complex piping networks for material balance and quality control. Enable advanced analytics on top of existing control systems without disrupting proven operational technology infrastructure.

+

Fleet & Equipment Tracking: Monitor service vehicles, drilling rigs, wireline trucks, and mobile equipment across vast operational territories. Optimize deployment by understanding equipment location, utilization rates, and availability in real-time. Track maintenance history, engine hours, and diagnostic codes for condition-based maintenance scheduling that prevents breakdowns. Ensure safety compliance by monitoring driver behavior, speed limits, and restricted area access. Reduce costs through improved asset utilization, fuel efficiency monitoring, and prevention of unauthorized equipment use.

+
+

Why Magistrala

+

Extreme Environment Support: Deploy sensors in harsh conditions—remote deserts, Arctic regions, offshore platforms—with satellite, LoRaWAN, or ruggedized cellular connectivity.

+

SCADA & Industrial Integration: OPC-UA connectivity integrates existing industrial control systems without equipment replacement. Augment legacy infrastructure with modern IoT capabilities.

+

Open Source Freedom: Apache 2.0 license with no vendor lock-in. Extensible architecture for custom oil & gas workflows and proprietary equipment integration.

+

Enterprise-Grade Security: Mutual TLS authentication, fine-grained access control, complete audit logs protect critical energy infrastructure.

+

Scalable Architecture: Handle thousands of remote sensors across global operations. Deploy on cloud, edge, or hybrid infrastructure based on security requirements.

+

Multi-Tenancy: Single instance serves operating companies, contractors, joint ventures with isolated data domains and separate safety/compliance tracking.

+

Data Persistence: Store telemetry in Timescale or PostgreSQL for historical analysis, regulatory compliance, predictive analytics, and incident investigation.

+
+

Why Choose Magistrala Over Other Platforms

+

True Open Source, No Vendor Lock-In: Unlike proprietary IoT platforms, Magistrala uses the Apache 2.0 license. You own your deployment, control your data, and can modify the platform to fit your exact needs. No licensing fees as you scale.

+

Cloud-Native & Self-Hostable: Run on Magistrala Cloud for zero infrastructure management, or self-host on your own servers for complete control. Switch between deployment models without rewriting your solution.

+

Built for Developers: Clean REST APIs, comprehensive documentation, and standard protocols (MQTT, HTTP, CoAP, OPC-UA) mean faster integration. No proprietary SDKs or vendor-specific tooling required.

+

Production-Ready Out of the Box: Enterprise authentication (mutual TLS), fine-grained access control, audit logs, and multi-tenancy are included—not expensive add-ons. Battle-tested architecture handles millions of messages.

+

Active Community & Professional Support: Open development on GitHub means transparency and community contributions. Need help? Direct access to the engineering team at info@absmach.eu.

+
+

Start Monitoring Today

+

Join energy companies using Magistrala to monitor remote assets, ensure worker safety, and optimize oil & gas operations.

+

Play around for free and start building your solution:

+
+

Note: No credit card required for a free trial.

+
+

Create Your Free Account →

+

Need help? Check out our documentation or contact our engineers at info@absmach.eu

+
+

Questions? Join our community on Matrix or contribute on GitHub!

+
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Tags
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+ + IoT + + Internet of Things + + IIOT + + Industrial Internet of Things + + IoT Platform + + IoT Solution + + IoT Cloud + + IoT Services + + IoT Technology + + IoT Software + + IoT Development + + IoT Architecture + + Magistrala + + Oil and Gas + + Remote Monitoring + + Pipeline Monitoring + + SCADA + + Predictive Maintenance + + Energy + + Industrial Automation + + Oil and Gas IoT + + Leak Detection + + Asset Health Monitoring + + Offshore Monitoring + + Energy Sector IoT + + Industrial IoT Solutions + + Critical Infrastructure Monitoring + + OPC-UA + + Equipment Monitoring + +
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Next Read

- + - FluxMQ: A Modern Message Broker Built for Messaging and Event Logs
- - announcement + + blog

- FluxMQ: A Modern Message Broker Built for Messaging and Event Logs + Oil & Gas Remote Monitoring with Magistrala

- + Remote monitoring for oil and gas operations with pipeline leak detection, SCADA integration, and equipment health monitoring.

- Dusan Borovcanin
- Dusan Borovcanin + Steve Munene
- February 06, 2026 · 4 min + February 09, 2026 · 10 min
- FluxMQ + IoT - Messaging + Internet of Things - MQTT + IIOT - AMQP + Industrial Internet of Things - HTTP + IoT Platform - CoAP + IoT Solution - IoT + IoT Cloud - Event-Driven + IoT Services - Architecture + IoT Technology + + IoT Software + + IoT Development + + IoT Architecture + + Magistrala + + Oil and Gas + + Remote Monitoring + + Pipeline Monitoring + + SCADA + + Predictive Maintenance + + Energy + + Industrial Automation + + Oil and Gas IoT + + Leak Detection + + Asset Health Monitoring + + Offshore Monitoring + + Energy Sector IoT + + Industrial IoT Solutions + + Critical Infrastructure Monitoring + + OPC-UA + + Equipment Monitoring
@@ -517,60 +557,60 @@

- + - Getting Started with Magistrala UI
- - blog + + announcement

- Getting Started with Magistrala UI + FluxMQ: A Modern Message Broker Built for Messaging and Event Logs

- Explore the Magistrala UI and learn how to manage devices, automate rules, monitor alarms, and build real-time IoT dashboards — all from a visual, low-code platform. +

- Ian Muchiri
- Ian Muchiri + Dusan Borovcanin
- February 06, 2026 · 10 min + February 06, 2026 · 4 min
- iot + FluxMQ - magistrala + Messaging - low-code + MQTT - real-time-processing + AMQP - rules-engine + HTTP - dashboards + CoAP - alarm-management + IoT - ui + Event-Driven - user-guide + Architecture
@@ -580,7 +620,10 @@

- + + + Getting Started with Magistrala UI
@@ -592,37 +635,45 @@

- Revolutionizing Industrial IoT with an Open Source Platform + Getting Started with Magistrala UI

- + Explore the Magistrala UI and learn how to manage devices, automate rules, monitor alarms, and build real-time IoT dashboards — all from a visual, low-code platform.

- Rodney Osodo
- Rodney Osodo + Ian Muchiri
- September 24, 2024 · 16 min + February 06, 2026 · 10 min
- Magistrala + iot - IIoT + magistrala - User Guide + low-code - Industrial Automation + real-time-processing - Open Source + rules-engine + + dashboards + + alarm-management + + ui + + user-guide
diff --git a/content/blogs/oil_gas.md b/content/blogs/oil_gas.md new file mode 100644 index 00000000..d0cbf213 --- /dev/null +++ b/content/blogs/oil_gas.md @@ -0,0 +1,202 @@ +--- +title: "Oil & Gas Remote Monitoring with Magistrala" +slug: "oil-gas-remote-monitoring-magistrala" +excerpt: "Remote monitoring for oil and gas operations with pipeline leak detection, SCADA integration, and equipment health monitoring." +description: "Explore how Magistrala enables remote monitoring for oil and gas operations in harsh, distributed environments. Magistrala is an open-source industrial IoT platform that connects SCADA systems, sensors, and equipment through OPC-UA and other industrial protocols to deliver pipeline leak detection, equipment health monitoring, and safety-critical alarms. Monitor pressure anomalies, detect leaks early, track offshore platform equipment, and implement predictive maintenance for critical energy infrastructure—all with enterprise-grade security, real-time analytics, and complete control over your deployment." +date: "2026-02-09" +author: + name: "Steve Munene" + picture: "https://avatars.githubusercontent.com/u/61874077?v=4" +coverImage: "/img/blogs/oil_gas_usecase/cover_page.png" +ogImage: + url: "/img/blogs/oil_gas_usecase/cover_page.png" +category: blog +featured: true +tags: + - IoT + - Internet of Things + - IIOT + - Industrial Internet of Things + - IoT Platform + - IoT Solution + - IoT Cloud + - IoT Services + - IoT Technology + - IoT Software + - IoT Development + - IoT Architecture + - Magistrala + - Oil and Gas + - Remote Monitoring + - Pipeline Monitoring + - SCADA + - Predictive Maintenance + - Energy + - Industrial Automation + - Oil and Gas IoT + - Leak Detection + - Asset Health Monitoring + - Offshore Monitoring + - Energy Sector IoT + - Industrial IoT Solutions + - Critical Infrastructure Monitoring + - OPC-UA + - Equipment Monitoring +--- + +# Oil & Gas Remote Monitoring with Magistrala + +Oil and gas remote monitoring operations span vast, remote territories with critical assets requiring continuous surveillance—wellheads, pipeline monitoring systems, storage tanks, pumps, and compressors distributed across hundreds or thousands of miles. Equipment failures, pipeline leaks, or safety incidents can result in production losses, environmental damage, regulatory penalties, and worker safety risks. + +Traditional energy sector monitoring approaches—periodic manual inspections, scheduled maintenance, reactive responses—fail to detect problems early or optimize operations. Modern oil and gas IoT solutions require real-time equipment health monitoring, predictive maintenance systems, automated safety protocols, and environmental compliance tracking. + +Magistrala delivers a comprehensive IoT platform for oil and gas remote monitoring. With multi-protocol connectivity (including LoRaWAN and satellite for extreme remote locations), intelligent automation through the Rules Engine, real-time alarms for safety and environmental incidents, and ruggedized deployment options, it transforms how energy companies monitor assets, ensure safety, and optimize production. + +--- + +## Table of Contents + +- [Solution Structure: Oil & Gas Monitoring](#solution-structure-oil--gas-monitoring) + - [How It Works](#how-it-works) + - [Key Capabilities](#key-capabilities) +- [Use Cases in Action](#use-cases-in-action) + - [Pipeline Monitoring & Leak Detection](#pipeline-monitoring--leak-detection) + - [Offshore Platform Equipment Monitoring](#offshore-platform-equipment-monitoring) +- [Industry Applications](#industry-applications) +- [Why Magistrala](#why-magistrala) +- [Why Choose Magistrala Over Other Platforms](#why-choose-magistrala-over-other-platforms) +- [Start Monitoring Today](#start-monitoring-today) + +--- + +## Solution Structure: Oil & Gas Monitoring + +Building an oil and gas monitoring solution with Magistrala treats all field assets—wellheads, pipelines, storage tanks, pumps, compressors, SCADA systems—as monitored entities with pressure, flow, temperature, vibration, and environmental data continuously tracked. + +### How It Works + +1. **Assets equipped with sensors**: Pressure sensors, flow meters, tank level monitors, vibration sensors, gas detectors, or SCADA integration +2. **Sensors connect as Clients**: Each device registers in Magistrala with unique credentials +3. **Clients publish to Channels**: Sensors send data to specific **Topics** (pressure, flow, tank levels, gas detection, equipment health) using MQTT, LoRaWAN, satellite, or OPC-UA +4. **Rules Engine processes data**: Automated logic monitors topics and triggers actions when pressure anomalies, leaks, equipment failures, or safety thresholds are detected +5. **Users gain insights**: Operations teams access dashboards, receive critical safety alerts, and monitor production metrics through SCADA integration or mobile apps + +![Oil & Gas Architecture](/img/blogs/oil_gas_usecase/oil_and_gas.png) + +### Key Capabilities + +**Multi-Protocol Connectivity**: Connect devices via MQTT, HTTP, CoAP, LoRaWAN, satellite, or OPC-UA. Magistrala handles cellular, satellite (remote offshore platforms), and industrial SCADA protocols seamlessly. + +**Remote & Harsh Environment Support**: Deploy LoRaWAN sensors in areas without cellular coverage or satellite-connected devices on offshore platforms. Battery-powered sensors last years in extreme conditions. + +**Intelligent Rules Engine**: Automate pressure anomaly detection, flow rate monitoring, tank overflow prevention, gas leak alerts, and predictive maintenance triggers based on vibration analysis—no code changes required. + +Pressure anomaly detection continuously monitors pipeline and wellhead pressure readings. Rules Engine establishes baseline patterns and triggers alerts when sudden pressure drops (potential leaks) or spikes (equipment stress) occur—critical for preventing catastrophic failures and environmental incidents. + +**Real-Time Safety Alarms**: Configure instant alerts for critical events—gas leaks, pressure anomalies, tank level thresholds, equipment vibration exceeding safe limits, unauthorized site access, or worker safety incidents. + +**SCADA & Industrial Integration**: OPC-UA connectivity integrates existing SCADA systems, PLCs, and industrial control systems. No equipment replacement needed—Magistrala augments existing infrastructure with cloud connectivity and advanced analytics. + +**Enterprise Security**: Mutual TLS authentication, fine-grained access control (ABAC/RBAC), and complete audit logs ensure operational security for critical energy infrastructure. + +--- + +## Use Cases in Action + +### Pipeline Monitoring & Leak Detection + +Oil pipeline operators managing extensive pipeline networks across remote terrain need continuous monitoring and rapid leak detection to prevent environmental damage and production losses. Magistrala with pressure sensors and flow meters enables: + +- **Real-time pressure monitoring** continuously tracking pressure across all pipeline segments +- **Automatic leak detection** identifying pressure drops and flow anomalies indicating potential leaks before they escalate +- **Baseline pattern analysis** establishing normal operating conditions to detect subtle anomalies +- **Predictive maintenance alerts** analyzing pressure patterns to detect valve degradation, pump wear, or blockages +- **Environmental compliance tracking** maintaining timestamped records for regulatory reporting and audit trails +- **Rapid incident response** delivering instant alerts to field crews, emergency systems, and control centers +- **Integration with SCADA systems** augmenting existing infrastructure with advanced analytics and cloud connectivity + +### Offshore Platform Equipment Monitoring + +Offshore oil platform operations require equipment health monitoring and predictive maintenance across remote installations where equipment failures result in costly downtime and safety risks. Magistrala with vibration sensors and satellite connectivity enables: + +- **Real-time equipment health monitoring** tracking vibration, temperature, and operational parameters of compressors, pumps, and turbines +- **Predictive failure detection** identifying abnormal vibration patterns, bearing wear, or imbalance weeks before catastrophic failures +- **Condition-based maintenance scheduling** replacing fixed maintenance intervals with schedules based on actual equipment condition +- **Remote diagnostics** allowing engineers to assess equipment status without costly and time-consuming platform visits +- **Production optimization** maintaining maximum uptime through proactive maintenance that prevents unplanned shutdowns +- **Satellite connectivity** enabling monitoring even in extreme offshore locations without cellular coverage +- **Safety compliance** ensuring critical equipment operates within safe parameters with automated alerts for threshold violations + +--- + +## Industry Applications + +**Pipeline Monitoring**: Monitor pressure, flow, and temperature continuously along pipeline networks spanning thousands of miles. Detect leaks early through pressure drop analysis and flow anomaly detection before environmental damage occurs. Prevent catastrophic ruptures by identifying stress points and corrosion through pattern analysis. Ensure regulatory compliance with comprehensive data logging for safety audits and environmental reporting. Optimize flow rates dynamically based on demand, capacity, and equipment health to maximize throughput while maintaining safe operating parameters. + +**Wellhead Monitoring**: Track production rates, pressure, temperature, and flow at remote wellheads across distributed oil and gas fields. Optimize extraction rates based on reservoir pressure and equipment capacity to maximize production while preventing damage. Detect equipment failures early through vibration analysis, pressure anomalies, and temperature variations. Automate safety shutdowns when parameters exceed safe thresholds to protect equipment and personnel. Monitor multiple wells remotely from centralized control rooms, reducing the need for field visits to dangerous or remote locations. + +**Storage Tank Management**: Monitor tank levels, temperature, pressure, and product quality across extensive tank farms storing crude oil, refined products, and chemicals. Prevent costly overflows through automated level monitoring with multiple redundant sensors and early warning alerts. Optimize logistics by tracking inventory in real-time for efficient loading, unloading, and product transfers. Detect leaks through pressure monitoring, level discrepancies, and environmental sensors around tank perimeters. Ensure safety compliance with continuous monitoring of explosive atmospheres, temperature limits, and structural integrity indicators. + +**Compressor & Pump Monitoring**: Track vibration, temperature, pressure, and acoustic signatures of rotating equipment critical to production operations. Predict failures weeks in advance by detecting abnormal vibration patterns, bearing wear, shaft misalignment, or imbalance conditions. Schedule maintenance proactively based on actual equipment condition rather than arbitrary time intervals, reducing unnecessary downtime. Minimize unplanned downtime that costs thousands of dollars per hour in lost production and emergency repairs. Extend asset life by operating equipment within optimal parameters and addressing issues before they cause permanent damage. + +**Gas Detection & Safety**: Deploy networks of gas sensors detecting methane, hydrogen sulfide (H2S), carbon monoxide (CO), and explosive atmospheres across facilities. Trigger immediate alarms when dangerous gas concentrations are detected, alerting workers to evacuate or investigate. Activate automated ventilation systems to clear hazardous atmospheres and prevent explosions or toxic exposure. Initiate emergency shutdowns of equipment when gas releases threaten safety or environmental compliance. Create detailed incident records for safety investigations and regulatory reporting with timestamped sensor data. + +**Environmental Monitoring**: Monitor emissions from flares, vents, and equipment to ensure regulatory compliance and minimize environmental impact. Track water quality in discharge streams, groundwater wells, and surface water near facilities to detect contamination early. Measure soil conditions around storage tanks, pipelines, and processing areas to identify hydrocarbon leaks or chemical spills. Document environmental stewardship efforts with continuous monitoring data for sustainability reports and stakeholder communications. Respond rapidly to environmental incidents with real-time alerts before they escalate into major liabilities. + +**Remote Site Security**: Track access control at unmanned wellheads, pump stations, and storage facilities to prevent unauthorized entry and vandalism. Detect perimeter breaches with motion sensors, cameras, and intelligent alert systems integrated into comprehensive security operations. Monitor equipment tampering that could indicate theft, sabotage, or terrorist activity at critical infrastructure sites. Alert security teams instantly with location data, video feeds, and sensor readings for rapid response. Integrate with surveillance systems and security protocols to create comprehensive protection for high-value remote assets. + +**Offshore Platform Operations**: Monitor critical equipment on offshore platforms, Floating Production Storage and Offloading (FPSO) vessels, and drilling rigs operating in harsh marine environments. Ensure worker safety through gas detection, emergency system monitoring, and environmental condition tracking. Optimize production in challenging offshore conditions where equipment failures result in massive downtime costs. Manage logistics efficiently by tracking inventory, equipment status, and maintenance needs for vessels operating far from shore. Deploy satellite connectivity for reliable communication even in extreme offshore locations without cellular coverage. + +**Refinery & Processing Plant**: Integrate with SCADA systems monitoring complex refining and processing operations with hundreds of control points. Track temperatures across distillation columns, reactors, and heat exchangers to optimize product quality and energy efficiency. Monitor pressures throughout processing units to ensure safe operation and prevent equipment damage. Track flow rates of feedstocks, intermediates, and products through complex piping networks for material balance and quality control. Enable advanced analytics on top of existing control systems without disrupting proven operational technology infrastructure. + +**Fleet & Equipment Tracking**: Monitor service vehicles, drilling rigs, wireline trucks, and mobile equipment across vast operational territories. Optimize deployment by understanding equipment location, utilization rates, and availability in real-time. Track maintenance history, engine hours, and diagnostic codes for condition-based maintenance scheduling that prevents breakdowns. Ensure safety compliance by monitoring driver behavior, speed limits, and restricted area access. Reduce costs through improved asset utilization, fuel efficiency monitoring, and prevention of unauthorized equipment use. + +--- + +## Why Magistrala + +**Extreme Environment Support**: Deploy sensors in harsh conditions—remote deserts, Arctic regions, offshore platforms—with satellite, LoRaWAN, or ruggedized cellular connectivity. + +**SCADA & Industrial Integration**: OPC-UA connectivity integrates existing industrial control systems without equipment replacement. Augment legacy infrastructure with modern IoT capabilities. + +**Open Source Freedom**: Apache 2.0 license with no vendor lock-in. Extensible architecture for custom oil & gas workflows and proprietary equipment integration. + +**Enterprise-Grade Security**: Mutual TLS authentication, fine-grained access control, complete audit logs protect critical energy infrastructure. + +**Scalable Architecture**: Handle thousands of remote sensors across global operations. Deploy on cloud, edge, or hybrid infrastructure based on security requirements. + +**Multi-Tenancy**: Single instance serves operating companies, contractors, joint ventures with isolated data domains and separate safety/compliance tracking. + +**Data Persistence**: Store telemetry in Timescale or PostgreSQL for historical analysis, regulatory compliance, predictive analytics, and incident investigation. + +--- + +## Why Choose Magistrala Over Other Platforms + +**True Open Source, No Vendor Lock-In**: Unlike proprietary IoT platforms, Magistrala uses the Apache 2.0 license. You own your deployment, control your data, and can modify the platform to fit your exact needs. No licensing fees as you scale. + +**Cloud-Native & Self-Hostable**: Run on Magistrala Cloud for zero infrastructure management, or self-host on your own servers for complete control. Switch between deployment models without rewriting your solution. + +**Built for Developers**: Clean REST APIs, comprehensive documentation, and standard protocols (MQTT, HTTP, CoAP, OPC-UA) mean faster integration. No proprietary SDKs or vendor-specific tooling required. + +**Production-Ready Out of the Box**: Enterprise authentication (mutual TLS), fine-grained access control, audit logs, and multi-tenancy are included—not expensive add-ons. Battle-tested architecture handles millions of messages. + +**Active Community & Professional Support**: Open development on GitHub means transparency and community contributions. Need help? Direct access to the engineering team at [info@absmach.eu](mailto:info@absmach.eu). + +--- + +## Start Monitoring Today + +Join energy companies using Magistrala to monitor remote assets, ensure worker safety, and optimize oil & gas operations. + +**Play around for free and start building your solution:** + +> **Note:** No credit card required for a free trial. + +[**Create Your Free Account →**](https://cloud.magistrala.absmach.eu/en/login) + +**Need help?** Check out our [documentation](https://docs.magistrala.absmach.eu/) or contact our engineers at [info@absmach.eu](mailto:info@absmach.eu) + +--- + +**Questions?** Join our [community on Matrix](https://matrix.to/#/#magistrala:matrix.org) or contribute on [GitHub](https://github.com/absmach/magistrala)! diff --git a/img/blogs/oil_gas_usecase/cover_page.png b/img/blogs/oil_gas_usecase/cover_page.png new file mode 100644 index 00000000..6bb17f8f Binary files /dev/null and b/img/blogs/oil_gas_usecase/cover_page.png differ diff --git a/img/blogs/oil_gas_usecase/oil_and_gas.png b/img/blogs/oil_gas_usecase/oil_and_gas.png new file mode 100644 index 00000000..3ce978a2 Binary files /dev/null and b/img/blogs/oil_gas_usecase/oil_and_gas.png differ diff --git a/sitemap.xml b/sitemap.xml index 045dc7d9..ad1071d0 100644 --- a/sitemap.xml +++ b/sitemap.xml @@ -122,37 +122,43 @@ https://absmach.eu/blog/magistrala-user-guide/ - 2026-02-06 + 2026-02-10 monthly 0.7 https://absmach.eu/blog/integrating-oauth2/ - 2026-02-06 + 2026-02-10 monthly 0.7 https://absmach.eu/blog/v0-14-0-release/ - 2026-01-29 + 2026-02-09 monthly 0.7 https://absmach.eu/blog/extending-users-repository/ - 2026-02-06 + 2026-02-10 monthly 0.7 https://absmach.eu/blog/magistrala-ui-guide/ - 2026-02-06 + 2026-02-09 monthly 0.7 https://absmach.eu/blog/fluxmq-announcement/ - 2026-02-06 + 2026-02-09 + monthly + 0.7 + + + https://absmach.eu/blog/oil-gas-remote-monitoring-magistrala/ + 2026-02-10 monthly 0.7