We are building a clean and safe living environment responsibly, environmentally consciously, and with high quality, in an economically sustainable way. Disruptive technologies change the existing patterns of behaviour. The emergence of AI for widespread use is undoubtedly such. While Mipro’s domains, rail safety and control systems as well water and energy supply automation systems, are conservative, and the role of delivered systems in functional safety limits the use of non-reversible algorithms, there is plenty of scope for applying AI both as inhouse to boost working efficiency and in customer solutions for data analysis and predictive modelling rather than control. Quantum technologies, both computing and sensors, will play a role both in themselves and in further empowering AI. Wearable technologies, both externally and within the body, are the subject of extensive research. Breakthrough technologies are within the reach of players like Mipro in the field of their application.
Mipro Oy will supply the Automatic Train Operation functionality for the trackside system (ATO-TS) on the first commercial rail section of the Digirail project, Lielahti–Rauma/Pori. The ATO trackside system is being built to facilitate the testing of ATO-system. The procurement is an option under the previously signed agreement for the Digirail Centralised Traffic Control system (EKA CTC).
As in previous years, we are donating our Christmas gift funds to charity. This year, we have chosen the Hyvä Joulumieli campaign, which has brought Christmas joy to low-income families with children since 1997. This year, the fundraising goal is approximately 1.2 million euros, which will provide €70 grocery gift cards to 18,000 families in Finland. The campaign is organised by the Mannerheim League for Child Welfare and the Finnish Red Cross, in cooperation with Yle. It has been a pleasure working with you, and we hope that our collaboration continues even more successfully. Warm wishes for a joyful Christmas and a happy New Year!
Mipro Oy will deliver Centralised Traffic Control (CTC) system for the first commercial ERTMS/ETCS track section (EKA) of the Digirail project, covering the Lielahti–Rauma/Pori line in Finland. The contract was signed with Fintraffic. The purpose of Digirail project is to align train control systems with the EU’s common railway traffic requirements. Mipro has been selected as the supplier of Centralised Traffic Control (CTC) for the first commercial rail section (EKA) of the Digirail project. The project covers the Digirail EKA section from Lielahti to Rauma/Pori. The CTC system is used to manage and control rail traffic on the railway section. The system is planned to be designed, manufactured, and deployed for testing and operational use between 2025 and 2027.
The collaboration between Mipro and Savonlinna Vesi began back in 2003, when the automation system at the Vääräsaari surface water plant was updated to Mipro’s system. At the same time, the control system for the Pihlajaniemi wastewater treatment plant was integrated into the system provided by Mipro. Later, the treatment plant’s automation was completely modernised.
Mipro Oy will supply the Object Controller System (OCS) for the first commercial ERTMS/ETCS track section (EKA) of the Digirail project, covering the Lielahti–Rauma/Pori line, as part of the modernisation of Finland’s railways. The Digirail project will upgrade Finland’s train traffic control system to improve safety. In this project, Finland is acting as a European pioneer, utilising the highest safety-level technology and solutions that comply with the EULYNX standard.
Attending InnoTrans 2024 for the first time was an experience I’ll never forget. As the product manager for ETCS at Mipro, I’ve heard a lot about the scale and significance of the event, but nothing prepared me for the sheer size of the exhibition and the energy that surrounded it. It was both exciting and a little bit overwhelming!
Simulations play a key role in the development of any real-world system. They use real data or scenarios to mimic the functions of these systems. Developers and operators use simulations every day during the development and operation of systems in order to test specific scenarios and identify how the systems will respond under such circumstances. Simulations can be used to predict outcomes for any hypothetical situation or future occurrence of a scenario. During system development, the key benefit of using simulation is a cost-effective system with reduced risks. During testing, it is the performance, efficiency, and reliability of the system. Once the system has been deployed, the developers can use simulations to explore specific scenarios based on the input data.
Securing a job in their own field is important for students. Many aspire to part-time employment while studying, hoping to earn extra income and gain experience. However, I’ve found combining study and work challenging, which is why I’ve determined that the best approach for me is to work full-time during summers and focus on studying during the academic year.
We are glad to inform that Mipro Eesti OÜ is now a proud member of Estonian waterworks association (EVEL – Eesti Vee-ettevõtete Liit). EVEL is a nationwide voluntary association of water companies providing the service of public water supply and sewerage and other business operators related to this area of activity. EVEL comprises 44 water companies and 28 companies related to the field of water management. Being part of EVEL provides Mipro with an excellent opportunity to be heard and seen in Estonia’s water management sector, including participating in EVEL’s monthly meetings and engaging in various working groups. Joining EVEL is a new step in expanding Mipro Eesti OÜ’s operations in the water management field in Estonia.
Nowadays, companies are increasingly striving to operate sustainably and responsibly. Companies are also encouraged to do so by tightening sustainability reporting requirements. Mipro has been committed to the UN Global Compact initiative and has published the accompanying Communication on Progress (CoP) report since 2014. Although the EU’s CSRD directive’s sustainability reporting requirements do not yet apply to companies of Mipro’s size, we are already preparing for future requirements. At the same time, we are ready to respond to inquiries from customers and partners.
Welcome to visit us at our booth 530 in “Railway technology: Signalling” hall 27 InnoTrans is once again spread over an area of more than 20 hechtares and brings together all the major rail transport companies and professionals in the field. Mipro is once again at the center of events in booth number 530. In our booth you can get acquainted with Mipro’s complete solutions for rail traffic, both rail and metro. Our sales and product team is ready to help and answer any questions about our solutions.
Finnish technology company Finnforel has emerged as a pioneer in ecological fish farming since its establishment in 2017. The company is located in Varkaus, Northern Savonia, where its recirculating aquaculture system enables fish to grow in flowing water under precisely optimised conditions. The rapidly growing company opened Finland’s first broodstock and fry production facility focused on rainbow trout selection breeding in Hollola in 2023. This year, Finnforel increased its production capacity to three million kilograms with the introduction of the new Gigafactory. Finnforel products are widely sold in Finland in over a thousand grocery stores under the brand name Saimaan Tuore.
Today’s organisations are constantly faced with new security threats and vulnerabilities. In addition, the operating environments are constantly changing. Managing this and responding to changing threats in a timely manner requires systematic security practices and continuous improvement and monitoring.
This article explores the prospects for implementing service management using the Information Technology Infrastructure Library (ITIL) framework. The article describes the journey towards improved performance in service delivery at Mipro. The company specialises in interlocking and traffic management systems, whereby one of its business areas focuses on developing solutions for railway and local railway traffic. Within this context, implementation is understood to mean a process that applies the service management principles and best practices defined by ITIL.
