Private 5G mmWave Networks for Energy, Mining, Oil and Gas

5G mmWave Private Networks for Energy, Mining, Oil and Gas

Bring multi-gigabit wireless industrial connectivity to your facility and secure technological superiority for the years to come.

Addressing the connectivity challenges of energy, mining, oil and gas

In today's digitized world, energy and mining rely heavily on seamless and uninterrupted network connectivity. These industries, spanning from mining facilities, oil and gas petrochemical plants, and offshore drilling platforms to power plants, must overcome complex operational and environmental challenges to ensure productivity, efficiency, and safety.

Four pillars of operational excellence in energy, mining, oil and gas

Data Management and Video Analytics

The ability to collect, analyze, and respond to data from various areas in real time is critical for operational efficiency and predictive maintenance.

Reliability

Operations in energy, mining, oil and gas run 24/7, and the network infrastructure must support this constant flow without any latency or downtime.

Safety

Ensuring safety is paramount in this industry. Network systems must enable real-time communication and quick decision-making to prevent accidents.

IoT and Industry 4.0 Enablement

Industrial networks must enable onboarding and management of innovative IoT use cases to drive digital transformation of the industry.

5G mmWave Private Network for energy, mining, oil and gas

How Microamp 5G mmWave network solves the biggest energy industry hurdles?

Problem
Huge data sets
Mining and energy operations generate vast amounts of data from various sources, including camera sensors, equipment and geological surveys.
Solution
Real-time data processing
Allow real-time data streaming and AI reasoning from cameras and sensors so commanders can make informed decisions.
Problem
Limited network capabilities
High data processing demand often outstrips the supply of existing networks, leading to downtimes and compromised utility.
Solution
Superior performance and near-zero latency
Our multi-gigabit networks cater to the extreme data throughput demand, ensuring seamless operation of data-intensive devices.
Problem
Stringent supervision needs
The constant monitoring of the energy production process calls for a network of high capacity, reliability, and real-time response.
Solution
24/7 intelligent monitoring
Multi-gigabit and reliable networks that can power AI-enabled security systems, 10K/infrared wireless cameras, or autonomous drone monitoring.
Problem
Limited network adaptability
Energy production facilities often undergo modifications, necessitating a flexible network setup that supports easy reconfiguration.
Solution
Full flexibility and scalability
Microamp 5G mmWave networks are extremely easy to set up, scale, and reconfigure, directly addressing the need for adaptability in energy production.
Problem
Hard-to-access areas
Mining and energy operations are often located in remote areas with limited public network connectivity.
Solution
Wireless connectivity bubbles
Microamp networks provide high-speed and reliable wireless communication in remote sites and areas not suited for deploying fiber-based infrastructure.
Problem
Hazardous environments
Mining and energy operations involve hazardous environments and potentially dangerous equipment.
Solution
Enhanced and advanced safety
Networks support advanced safety systems, such as real-time video surveillance, remote inspections, and autonomous vehicles, improving workers' safety.
Problem
Huge data sets
Mining and energy operations generate vast amounts of data from various sources, including camera sensors, equipment and geological surveys.
Solution
Real-time data processing
Allow real-time data streaming and AI reasoning from cameras and sensors so commanders can make informed decisions.
Problem
Stringent supervision needs
The constant monitoring of the energy production process calls for a network of high capacity, reliability, and real-time response.
Solution
24/7 intelligent monitoring
Multi-gigabit and reliable networks that can power AI-enabled security systems, 10K/infrared wireless cameras, or autonomous drone monitoring.
Problem
Hard-to-access areas
Mining and energy operations are often located in remote areas with limited public network connectivity.
Solution
Wireless connectivity bubbles
Microamp networks provide high-speed and reliable wireless communication in remote sites and areas not suited for deploying fiber-based infrastructure.
Problem
Limited network capabilities
High data processing demand often outstrips the supply of existing networks, leading to downtimes and compromised utility.
Solution
Superior performance and near-zero latency
Our multi-gigabit networks cater to the extreme data throughput demand, ensuring seamless operation of data-intensive devices.
Problem
Limited network adaptability
Energy production facilities often undergo modifications, necessitating a flexible network setup that supports easy reconfiguration.
Solution
Full flexibility and scalability
Microamp 5G mmWave networks are extremely easy to set up, scale, and reconfigure, directly addressing the need for adaptability in energy production.
Problem
Hazardous environments
Mining and energy operations involve hazardous environments and potentially dangerous equipment.
Solution
Enhanced and advanced safety
Networks support advanced safety systems, such as real-time video surveillance, remote inspections, and autonomous vehicles, improving workers' safety.
Problem
Huge data sets
Mining and energy operations generate vast amounts of data from various sources, including camera sensors, equipment and geological surveys.
Solution
Real-time data processing
Allow real-time data streaming and AI reasoning from cameras and sensors so commanders can make informed decisions.
Problem
Limited network adaptability
Energy production facilities often undergo modifications, necessitating a flexible network setup that supports easy reconfiguration.
Solution
Full flexibility and scalability
Microamp 5G mmWave networks are extremely easy to set up, scale, and reconfigure, directly addressing the need for adaptability in energy production.
Problem
Limited network capabilities
High data processing demand often outstrips the supply of existing networks, leading to downtimes and compromised utility.
Solution
Superior performance and near-zero latency
Our multi-gigabit networks cater to the extreme data throughput demand, ensuring seamless operation of data-intensive devices.
Problem
Hard-to-access areas
Mining and energy operations are often located in remote areas with limited public network connectivity.
Solution
Wireless connectivity bubbles
Microamp networks provide high-speed and reliable wireless communication in remote sites and areas not suited for deploying fiber-based infrastructure.
Problem
Stringent supervision needs
The constant monitoring of the energy production process calls for a network of high capacity, reliability, and real-time response.
Solution
24/7 intelligent monitoring
Multi-gigabit and reliable networks that can power AI-enabled security systems, 10K/infrared wireless cameras, or autonomous drone monitoring.
Problem
Hazardous environments
Mining and energy operations involve hazardous environments and potentially dangerous equipment.
Solution
Enhanced and advanced safety
Networks support advanced safety systems, such as real-time video surveillance, remote inspections, and autonomous vehicles, improving workers' safety.

Use cases for energy, mining, oil and gas

Drone Monitoring

Remote Control and Manipulation

Autonomous Vehicles and Robotics

Video Analytics

Safety Monitoring and Emergency Response

Fiber-like Connectivity

Digital Twin Integration

Real-Time Assistance

Bring 5G mmWave connectivity to your enterprise.

Stay connected with Microamp.