MIRA
Intelligent Tomography
PREDIT is the Global Technology Forerunner in Intelligent Tomography Called MIRA (Multi-Interior Real-time Analytics). So. What exactly is MIRA and What to Expect?
MIRA means “to see” or “to observe” in Latin — and that’s exactly what our technology does.
At PREDIT, MIRA embodies our vision to see clearly and intelligently inside industrial processes that are otherwise invisible. We bring clarity to unknown.
We use Intelligent Tomography — a concept that maximizes the value of process data by combining advanced tomographic methods with AI and proprietary signal processing. Intelligent Tomography means we don’t just collect measurement data — we extract the maximum possible insight from it.
By using AI-based reconstruction, real-time adaptive algorithms, and advanced physical models, we transform complex raw signals into clear, actionable cross-sectional images (tomograms). This makes it possible to monitor flow profiles, detect solids, and understand dynamic process conditions — non-invasively and in real time.
For a customer, this means significantly lighter and more cost-effective instrumentation compared to traditional inline analyzers.
With minimal installation requirements, Intelligent Tomography reduces capital expenditure, simplifies maintenance, and provides continuous, real-time insight — even in places where conventional analyzers fail.
PREDIT offers a smartly designed and truly scalable system that supports every sensor setup and all core tomographic modalities on ONE system:
- UST - Ultrasound Tomography
- EIT - Electrical Impedance Tomography
- ERT - Electrical Resistance Tomography
- ECT - Electrical Capacitance Tomography
- OT - Optical Tomography
This flexibility means we can solve any customer tomographic imaging challenge together with our Pipe IQ mechanics.
In each of the applications - A dedicated sensor setup is essential for reliable measurement — and our professionals determine the optimal configuration for each case.
Cloud Connectivity with MIRA IoT
For fixed installations, we offer Mira IoT device with automation integration interfaces such as 4–20 mA, Modbus TCP/IP, ask for more.
MIRA IoT
The MIRA IoT unit is a key component in tomographic applications. It handles all measurement operations and securely transmits the data to the MIRA Cloud for processing.
It also serves as the central hub for all industrial 24/7 connections.
Cloud Connectivity with MIRA LoRaWAN
Multiple systems can be networked and connected to the cloud through a LoRaWAN communication network, dramatically reducing the need for traditional automation wiring and enabling rapid deployment.
In setups with tens or even hundreds of sensors, a single LoRaWAN hub can communicate directly with all devices — no separate automation cabling required.
Each PREDIT device comes equipped with a built-in LoRaWAN chip, ensuring reliable, scalable, and cloud-ready connectivity right out of the box.
A typical LoRaWAN coverage range from a single hub is 1–3 kilometers, depending on building structures and site conditions.
Electronics (Pulsing)
A square unipolar pulse signal is applied to the voltage-driven transducer(s) chosen for the application, operating at only with 80 kHz with a maximum 1 V peak-to-peak amplitude, and maximum 1 mA current.
To reduce costs, PREDIT’s electronics are ultra-compact — Making them ideal for both fixed and mobile applications.
MIRA SMM PULSER
The MIRA SMM Pulser generates the precise pulsed signals required for ultrasound measurements.
MIRA CASE
The Mira Tomographic Device is housed in a compact, portable case. It’s fully battery-powered and connects seamlessly to your mobile phone for easy interface and control.
Power Supply and Consumption:
The system supports flexible power options with 17 – 36 VDC (2.5 A) or any battery on this voltage. Especially for mobile units and pilot testing, battery power further simplifies installation and also enables use in remote or hard-to-access locations.
Battery life varies by usage but can last up to one year. The system has an ultra-low standby current of <1 µA and the unit can be remotely activated via the LoRaWAN network.
Solar power can be used as well.