The Transformative Technology Trends That Are Reshaping Laboratory Environments in Ireland

Transformative Technology Trends guest post by Padraig Callan, Head of Business Development at Lennox.

Ireland is home to nine of the world’s top ten pharmaceutical companies as well as a strong cluster of home-grown Irish ones. According to Enterprise Ireland, it’s a strong “ecosystem that leverages top-tier talent and enterprise to foster innovation and shape global healthcare’s future”. However, transformative technology trends will have a significant impact on reshaping laboratory environments in the country, so it’s essential that organisations are aware of these trends and navigate challenges before they arise.

From AI and sustainability to data analytics, here are the top trends that laboratories should be aware of next year and beyond.

1. Automation – AI and robotics in labs

Intelligent lab automation that utilises AI and robotics can help offer efficient and innovative lab environments for organisations. TechXplore suggests that robotics has the “potential to turn our everyday science labs into automated factories that accelerate discovery” but notes the importance of creative solutions on how to integrate this with researchers in the lab environment.

For laboratories, the fast advance of AI can help provide real-time insights and visualisations for laboratories, which can in turn, enhance research, efficiency and resource management in the lab. Automation can help to process vast amounts of unstructured data that laboratories currently don’t have the resources to facilitate. This will allow laboratories to make more data-driven decisions. Robotics can also improve consistency in labs, reducing the risk of contamination in areas such as handling tissue samples.

2. Sustainability

As environmental concerns continue to rise worldwide, the importance of sustainable laboratories is more apparent than ever. Laboratories are not only looking for ways, but are expected to become more environmentally sustainable. From energy-efficient lab equipment, sourcing sustainable materials to implementing waste management systems, government legislation will impact the day-to-day processes for laboratories in many ways. For example, the proper recycling of hazardous waste is a legal requirement enforced by the Environmental Protection Agency in Ireland.

For laboratories, sustainability also covers the workforce and its external reputation – how it’s perceived by potential talent, partners, clients, competitors and external stakeholders. Implementing sustainable practices and complying with environmental regulations have been shown to enhance external reputation and be important in attracting talent. Now, companies such as My Green Lab are providing laboratory certifications, which showcase how labs uphold a worldwide standard for sustainable practices. Laboratories have already started to implement more sustainable practices including using reusable transport boxes, cloud-based systems and sharing equipment when possible.

3. Data Analytics and Predictive Modelling

By utilising advanced data tools, laboratories can efficiently process vast datasets to forecast trends, improve diagnostic accuracy and optimise research outcomes and workflows. Additionally, compliance with the EU’s Data Protection Act and other data protection laws in Ireland such as the Data Protection Act will also become important when organisations introduce these processes.

Our business has seen the importance of rolling out Vendor Managed Inventory systems, which allow suppliers to efficiently manage supply chains. Within this process, predictive modelling has helped anticipate and address supply chain issues before they arise for customers. This process is extremely cost-effective, helping to track and record laboratory resources. Another aspect is anticipating equipment failures in the lab, that otherwise may have had an impact on productivity, timelines or efficiencies.

4. Augmented Reality (AR) for Training and Maintenance

Another interesting trend that has been advancing quickly in previous years is the use of AR for training laboratory technicians to visualise complex procedures. Through AR-enabled devices, laboratories will have access to real-time guidance and troubleshooting capabilities. In the long run, implementing this technology can enhance medical training, helping to improve patient outcomes. One example involves the recent FDA clearance of multiple AR and VR (virtual reality) tools for cardiology lab procedures.

Researchers have already been exploring how AR can be widely implemented for learning in university laboratories and STEM schools, allowing students to build confidence, their skillset while promoting lab safety.

5. Internet of Things (IoT)

Smart lab equipment such as IoT sensors, hardware that detect changes in an environment and collect data, are used for real-time monitoring in laboratories. By connecting lab equipment to a network, IoT enables laboratories to facilitate real-time data collection, monitoring and analysis. Streamlining these processes will allow laboratories to become more accurate, time-efficient, cost-efficient and productive.

As IoT-enabled portable devices allow laboratory staff to monitor and review their work in real-time remotely, this minimises the need for after-hours lab visits, facilitating a work-life balance that may not have been possible otherwise. The tools also can help laboratories minimise human error, as the number of manual checks can be reduced. While advancing sterilisation techniques, IoT devices also help to ensure lab safety, reducing exposure to potentially harmful chemicals or agents.

Looking Towards 2025 and Beyond

With the above technological trends changing the industry as we know it and impacting the way laboratories operate across the world, 2025 will be a crucial year for Irish laboratories. Laboratories must act now and adopt processes that have long-term benefits, staying ahead of these transformative trends in order to remain global leaders in the sector.