I introduce a thesis of a comprehensive software solution for remote industrial automation control web application built to upgrade aging bioprocess machinery such as bioreactors, as well as to create a modern looking and intuitive bioprocess simulation system for educational purposes. The proposed approach addresses limitations faced by many professionals working within the biotechnology sector. Bioversee software enables real-time monitoring and control of bioreactor parameters from anywhere with internet access, enhancing efficiency and convenience of operation. Leveraging off-the-shelf customizable personal computing platforms and electronic components such as the Raspberry Pi, a tool package and the software offers a cost-effective alternative to proprietary automation systems, promoting sustainability and inclusive access to technology in laboratories. Through design and prototyping, I confirmed the system’s compatibility with bioreactor actuators and sensors of varying ages, resolving any further wiring challenges that arose during implementation. I also investigated the business aspect of my developments. In the business development section of this thesis, my research identified a market niche: small-scale laboratories and businesses with limited financial resources prioritize the most economically feasible upgrade of their existing equipment versus the purchase of new and expensive, state-of-the-art machinery. In my thesis, I formulated a business plan aimed at facilitating the potential future distribution of my system. Both the technological and business results underscore the practical value of the innovation, positioning it as a cost-effective, inclusive and sustainable solution for improving bioreactor functionality in diverse settings.