Optimal Monitoring is your real-time solution for tracking people or objects with precision, no matter where they are within a defined area.
With RTLS (Real-Time Locating Systems), you can pinpoint the location of assets or individuals instantly - whether it’s tracking pallets in a warehouse, monitoring equipment in a hospital, or keeping tabs on vehicles in an assembly line. Using wireless RTLS tags, this system continuously updates the location, giving you real-time visibility and control.
Optimal Monitoring uses cutting-edge radio frequency (RF) technology for seamless tracking. Whether it’s RF, infrared, or ultrasound, the system works across different tech layers to ensure pinpoint accuracy. It’s not GPS or mobile tracking—it’s local, precise, and designed to operate flawlessly indoors. Perfect for industries where speed and accuracy matter most.
Real-time location systems (RTLS) automatically track and identify the location of people or objects, all without manual input. This is a fully automated system that transmits continuous location updates, transforming data into valuable insight. By integrating RTLS with your own data, you unlock a wealth of information to predict, monitor, and optimize processes in real time.
The specific ways real-time location systems operate can vary greatly from system to system, but all RTLS leverage a network of connected hardware and software components that track the location of people and objects within a defined area.
To enable indoor positioning, real-time location systems primarily rely on RF technologies such as UWB, Bluetooth, Wi-Fi and chirp that enable wireless communication between a group of transmitting, receiving, or dual-purpose transceiving devices to determine the location of the targeted object.
The transmitting device, such as a RF tracking tag or smartphone will send out data encoded RF transmissions, or location “blinks”, at a continuous interval. RTLS receivers (anchors or readers) deployed in fixed positions, such as mounted on walls and within the communication range will receive and read the received signals from the transmitting device.
The location data, and in certain applications, accompanying IoT data (temperature, battery, etc.) received by the anchors, is then forwarded to location engine software to calculate the device’s position
Our process begins with a thorough analysis and budget planning. From there, we move through design and development, ensuring every detail is optimized. Rigorous testing and a pilot deployment confirm the solution exceeds expectations. Finally, we provide ongoing maintenance and support to ensure sustained success and peak performance.
We dive deep into understanding the client’s unique asset management challenges, identifying opportunities for optimization.
We create a tailored budget that aligns with the client’s objectives, ensuring maximum efficiency without compromising on quality.
Our team develops a custom solution, designed to perfectly fit the client’s operational needs and future growth.
We build the solution from the ground up, using cutting-edge technology and our proven expertise to ensure it performs flawlessly.
Every aspect is rigorously tested to ensure it works seamlessly before we deploy the solution across the client’s operations.
We run a controlled pilot to validate the solution in a real-world environment, making sure it's ready to deliver optimal results.
Our support doesn’t end at deployment. We offer ongoing maintenance and services to ensure long-term success and continuous improvement.
Our advanced tracking and monitoring solutions are designed to optimize efficiency, enhance safety, and provide real-time insights across various industries. Explore the diverse applications and use cases that demonstrate how our technology can revolutionize your business operations: