At Buraq Integrated Solutions, we offer a comprehensive portfolio of IoT-enabled sensor technologies designed to capture accurate, real-time data across environmental, agricultural, hydrological, industrial, and aviation applications.
Our sensors are engineered for high precision, durability, and seamless integration with IoT platforms, enabling intelligent decision-making, automation, and predictive analytics.
Our IoT-based sensors are designed to:
- Deliver real-time, high-resolution data
- Operate reliably in harsh environmental conditions
- Integrate with cloud platforms, SCADA systems, and mobile applications
- Enable remote monitoring and control
- Support early warning systems and automation workflows
High-accuracy sensors designed to measure air temperature in real-time for:
- Weather monitoring systems
- Greenhouse automation
- Climate research
- Industrial environments
Features include radiation shielding and fast response time for precise readings.
Measure relative humidity with high sensitivity to support:
- Environmental monitoring
- HVAC systems
- Agricultural applications
- Storage facilities
These sensors help maintain optimal atmospheric moisture levels.
Used for measuring atmospheric pressure to support:
- Weather forecasting
- Altitude calculations
- Aviation systems
- Climate analysis
Provides stable and highly accurate pressure readings.
Designed for accurate rainfall measurement:
- Tipping bucket rain gauges
- Weighing precipitation systems
Applications include:
- Flood early warning systems
- Hydrological studies
- Agricultural planning
Specialized sensors for snow monitoring:
- Snow depth measurement
- Snow water equivalent (SWE)
- Snow accumulation tracking
Critical for:
- Mountain monitoring systems
- Avalanche prediction
- Water resource management
High-performance anemometers and wind vanes for:
- Wind speed measurement
- Wind direction tracking
- Turbulence monitoring
Used in:
- Weather stations
- Aviation systems
- Renewable energy projects
- Disaster warning systems
Accurate level measurement using:
- Radar sensors
- Ultrasonic sensors
- Pressure-based level sensors
Applications:
- Rivers, canals, and reservoirs
- Flood monitoring systems
Tank level monitoring
Precision flow measurement for pipelines and channels:
- Electromagnetic flow meters
- Ultrasonic flow meters
- Mechanical flow meters
Applications:
- Irrigation systems
- Industrial processes
- Water supply networks
Integrated solutions combining:
- Water level
- Cross-sectional data
- Velocity measurements
Used to calculate real-time discharge for:
- River monitoring
- Irrigation management
- Flood forecasting
Measure the speed of water flow in open channels and rivers.
Technologies include:
- Radar-based surface velocity sensors
- Doppler-based sensors
Measure fluid or gas pressure in various systems:
- Pipeline monitoring
- Industrial automation
- Water systems
- Weather stations (pressure modules)
Used for water quality monitoring:
- Surface water
- Groundwater
- Industrial effluents
- Hydroponic systems
Ensures proper acidity/alkalinity levels for safe and optimal use.
Measure atmospheric visibility using forward scatter technology.
Critical for:
- Airports (Runway Visual Range – RVR)
- Road safety systems
- Weather monitoring stations
Laser-based sensors used to detect:
- Cloud base height
- Cloud layers
- Vertical visibility
- Atmospheric backscatter profiles
Widely used in:
- Aviation weather systems (AWOS)
- Meteorological departments
- Climate research
All sensors are designed for seamless integration into IoT ecosystems.
- GSM / GPRS / 4G / LTE
- LoRa / LoRaWAN
- Satellite communication
- Ethernet / TCP-IP
- Modbus / RS-485 / SDI-12 protocols
Our sensors can be connected to:
- Cloud-based dashboards
- SCADA systems
- Mobile applications
- Web-based monitoring portals
We provide complete data logging and telemetry solutions including:
- Industrial-grade data loggers
- Remote Terminal Units (RTUs)
- Edge computing devices
- Solar-powered systems with battery backup
Our sensors are built to perform in extreme conditions:
- High temperature and humidity
- Dust and sand exposure
- Heavy rainfall and flooding
- Snow and freezing conditions
- Remote and off-grid locations
- Smart irrigation systems
- Greenhouse automation
- Soil and climate monitoring
- Flood early warning systems
- River monitoring
- Groundwater management
- Airport weather observing systems
- Visibility and cloud monitoring
- Air quality and climate monitoring
- Weather stations
- Disaster risk reduction systems
- Process monitoring
- Pipeline and flow management
- Safety systems
All sensors are supported with:
- Professional calibration services
- Factory and field calibration
- Traceability to international standards
- Periodic maintenance and validation
Our solution brings together a wide range of IoT-enabled sensors on a single unified platform, ensuring high accuracy and reliability across all operations. It is designed with scalability and modularity in mind, allowing easy expansion as needs grow. With real-time monitoring and instant alerts, users can stay informed and respond quickly to any changes. The system also offers seamless integration with existing automation infrastructures, all backed by strong local support and technical expertise.
Our IoT-based sensor solutions empower organizations to move from manual observation to intelligent, automated, and data-driven operations.
With accurate sensing, robust communication, and advanced analytics, we help transform raw data into actionable insights—driving efficiency, safety, and sustainability across all sectors.