Myreka delivers end-to-end engineering solutions that bridge the gap between electronics design and software intelligence. Our services are designed to help organizations accelerate innovation while maintaining uncompromised quality and compliance. We operate as a unified engineering partner, supporting both product development and validation to ensure seamless execution from prototype to production.
Transforming Manufacturing Data into Trusted Product Carbon Footprint Intelligence
KEY HIGHLIGHTS — TRACE
Manufacturers are under increasing pressure from customers, supply chain partners, and international sustainability requirements to provide reliable, traceable, and up-to-date Product Carbon Footprint (PCF) information.
Yet most PCF studies are performed as one-time exercises based on industry averages, historical data and manual calculations. As production volumes, energy consumption, material usage, and manufacturing processes change over time, previously calculated carbon footprints can quickly become outdated. Keeping PCF results current often requires repetitive data collection, manual recalculation, and time-consuming reporting efforts.
PCFQuest transforms manufacturing data into continuously updated Product Carbon Footprint intelligence. By connecting directly to production, process, and operational data sources, PCFQuest automatically calculates and updates PCFs using actual primary manufacturing data as it becomes available.
With full calculation traceability, structured workflows, and audit-ready reporting, manufacturers can efficiently manage PCFs and prepare carbon footprint reports in accordance with ISO 14067.
PCFQuest enables manufacturers to maintain current, traceable, and audit-ready PCF information without the burden of repetitive manual calculations.
By automating PCF management, manufacturers can respond more efficiently to customer and supply chain carbon data requests, improve transparency and reporting confidence, and gain deeper insights into product-level emission hotspots to support carbon reduction and operational improvement initiatives.
A real-time indoor tracking solution that monitors parts, assets, and personnel across the production floor to improve traceability, reduce downtime, and optimize manufacturing operations.
Missing parts on a manufacturing floor are a major problem, often acting as a “silent killer” of productivity. Parts may be misplaced into the wrong bin or even forgotten during handling. This causes operational disruptions and hidden expenses such as expedited shipping, emergency labor premiums, and overstocking. In a highly automated environment, some stations may still require operators to manually load and unload parts. However, as these facilities have significantly fewer operators, there may be no one around to attend to the station at crucial moments, leading to unplanned downtime. Therefore, an effective solution is needed to address these issues.
Our solution uses a central server with Web GUI, indoor tracking sensors, and wearable devices to manage the floor. High-value parts are paired with wireless tags at the staging area, and their location is tracked all the way to the final assembly. The locations of production personnel are also tracked through wireless tags, allowing the system to locate the nearest personnel and send an alert to their wearable device when a machine needs handling or assistance.
The Indoor Tracking System improved OEE of the production process by reducing unplanned downtime spent searching for parts or waiting for an operator to attend to a machine. By using the Web GUI to monitor the production process in real time, management can optimize production workflows. Overall, the system has increased productivity and reduced the hidden expenses from missing parts.
A scalable test automation solution using Keysight Automation Intelligence (Eggplant Test) to streamline functional and regression testing for financial services web applications.
The customer relied heavily on manual testing for its financial services web applications. As release frequency increased, manual regression testing became increasingly time-consuming and resource-intensive. This limited the team’s ability to expand test coverage, introduced repetitive effort, and made it harder to maintain confidence in the quality and stability of each release.
Myreka developed a structured end-to-end test automation framework and testing process tailored to the customer’s applications, covering:
Our scalable test automation solution improves testing efficiency and consistency while strengthening regression test coverage. By reducing repetitive manual testing and establishing a structured automation framework, the customer gained greater confidence in software releases and a more scalable approach to software quality assurance.
An intelligent warm-up timer system that automates the monitoring and verification of precision electronic instruments, ensuring accurate testing and eliminating manual timing errors.
Our customer needed a solution to maintain stable and consistent operating temperatures during the warm-up phase of their precision electronic instruments. This phase is crucial for accurate measurements and performance verification.
The Heat Run Timer Instrument brings about a transformative change by monitoring the interface status of the precision electronic instruments. Upon detecting that the instrument has been powered on, the Heat Run Timer Instrument initiates a precisely calibrated warm-up timer. Once the warm-up period is successfully completed, an integrated UPS battery backup system ensures uninterrupted power while the instrument is being moved to the performance verification station. The performance verification process will begin once the instrument has achieved the required warm-up time.
The Heat Run Timer Instrument eradicates human-recorded errors in warm-up times, improving the accuracy and efficiency of the performance verification process. Its automated monitoring ensures precise warm-up times, ultimately improving the reliability and functionality of our customers’ precision electronic instruments.
A compact, all-in-one test instrument designed for seamless integration into automated functional test systems, providing flexible measurement, control, and test sequencing capabilities.
Test system integrators needed a compact and user-friendly instrument to seamlessly integrate into their automated functional test systems, aiming to enhance their capabilities.
We designed a multifunction test instrument designed to encompass a range of features critical to modern testing environments:
The compact half-rack width instrument is ideal for board-level parametric measurement and process monitoring applications. Our solution provides the necessary functionality, user-friendliness and convenience needed for test system integrators, enabling seamless integration into their automated test systems.