Whether it’s a pipeline buried deep underground, a mine in the jungle, or a wellhead in the middle of the ocean, Velastra ensures that your critical operations are always visible, connected, and optimized.
Velastra simplifies data collection from deep underground mines, remote wells, and hard-to-reach pipelines — making real-time insights easily accessible.
Whether you want to measure pressure, temperature, flow, or anything else, Velastra has a sensor or converter that makes it possible. After a two-hour training from us, your team can install the sensors on their next well visit.
Once deployed, your team can connect sensors to the Velastra Gateway and link it to the satellite network within minutes — no specialized IT expertise or costly infrastructure required.
Our pre-configured edge gateway auto-discovers sensor data (LoRa, NB-IoT, BLE, or wired), compresses it, and transmits it via satellite — giving you instant access to critical insights from remote sites without delays or complexity.
Velastra uses the world’s best satellite networks.
Sample data from the field every 5 minutes. See it in your dashboard every 15 minutes.
Low power, long range tech lets you connect larger, more remote fields.
Hassle-free over-the-air updates for the gateway.
Once everything’s connected, you’ll see well data in about 15 minutes. Colour-coded so you can see performance at a glance, it’s an easy way to make an impact on production efficiency.
Integration of management and operational control systems with advanced computing platforms. This optimizes real-time decision-making, improves production process efficiency, and strengthens safety in operations.
Intelligence in underground communication systems transforms operational data into key information for strategic decisions. With advanced analytics and automation, it optimizes monitoring, safety, and productivity, enhancing real-time efficiency.
Remote operations enable the management of underground systems from any location, improving safety and efficiency. Our solutions allow real-time control of machinery, reducing risks and optimizing resources.
