Case Study Directory

AVISTO Success Stories

Empowering our clients’ projects is success that shaped AVISTO Eastern Europe. Explore a case study directory to reveal the unique project requirements and technical challenges our clients have encountered. Additionally, reveal how our expertise, passion for engineering, solutions provided, and the dedication of our both engineering and management team have ensured exceptional results in various areas of engineering as well as industries.

Distributed communication and control system on a linear motor with parallel processing in hard real time.
Development and testing the new line of IO modules, 30+ Digital Input/Output AC/DC/Relay Modules
Ensuring centralized platform’s scalability, reliability, and ability to handle large datasets for digital validation of silicon IP and SoC in the semiconductor industry.
Understanding how the test environment works is a precondition for the development of a fully automated testing environment that delivers excellence.
Always understand the big picture first, perform requirement analysis, perform feasibility study, plan the basic project approach, and create a blueprint of the software architecture.
90% of tests are automatically executed, over 30 verification test runs completed, and more than 40 industrial devices integrated. Unleashed team power of embedded and industrial automation engineers!
Avisto extensive experience in design of custom computer boards based on modern SoC solutions empowered with in-house collaboration of HW and FW design teams accelerates development and ensures high quality.
Client solutions combine hardware and software to make real-time automation and control decisions at a local, operational level. Ultimately achieving 79% test cycle time reduction.
One-stop-shop for aggregating and visualizing test results from multiple test-data sources!
The client is Fortune Global 500 company with more than 135.000 employees worldwide. An innovative thinker and solution providing energy and automation digital solutions by combining energy technologies, real-time automation, software, and services.
Design customer specific HW and SW to perform advanced QA. Incorporate Python application development, WEB development (React, Node.js), database, computer vision and HW design to deliver state-of-the-art test framework with approximately one-week execution time which runs on all major operating systems.
Test state-of-the-art HW sensors by developing advanced SW test framework. Using graph theory and K-Means clustering to perform an in-deep analysis and interpretation of test results. Using advanced WEB technologies to perform test results visualization. Use SW robot for testing sensor’s fusion development GUI application.
The operating systems, the protocol stacks and well-known communication standards are always useful, but they cannot be used just out of the box. To effectively integrate them in our products we must tailor them into our systems.
It’s not easy to develop and sell your product, but it’s even harder to find a reliable team of people that will follow you in the path of transforming your ideas to reality.
Building enterprise applications often comes with downsides such as misuse of architectural design patterns, low maintainability, and almost impossible scalability of the applications.