How the introduction of generative AI is changing UK manufacturing
Douglas Eck, principal scientist at Google Research said, “Generative AI is like having a thousand artists at your fingertips, each with their own unique style and perspective.” This also translates into the manufacturing industry, where generative AI is being introduced at every step, from design to maintenance of assets.
According to a report by MarketsandMarkets, the global market for generative AI in manufacturing is expected to grow from $73 million in 2020 to $181 million by 2026, at a CAGR of 16.4 per cent during the forecast period. The report also notes that generative AI is being used in various manufacturing applications, including design optimisation, process optimisation and predictive maintenance, among others.
Benefits to manufacturing businesses
The benefits of using generative AI in manufacturing are clear in a recent case study from Siemens, who used generative design to optimise the design of a gas turbine blade. The AI generated thousands of potential designs, which were then evaluated for their performance and manufacturability. The final design was not only more efficient, but also reduced the number of individual components needed to make the blade, resulting in cost savings and a shorter manufacturing time.
As well as optimising designs, generative AI can be used in engineering and manufacturing to reduce material waste and improve production processes. It can help generate new ideas for designs based on specific criteria and constraints, simulate and test different scenarios, and provide insights to improve efficiency and quality. It can also aid in predictive maintenance and quality control.
With a significant skills shortage in UK manufacturing, particularly in areas such as engineering, robotics and automation, the introduction of generative AI could help bridge this gap. Not only can it help automate and optimise processes, but it can also free up skilled workers to focus on more complex tasks.
Additionally, generative AI can assist in training new workers by providing virtual simulations and personalised feedback to accelerate their learning. This could be vital in the coming years, since Make UK recently reported that there are around 84,000 live vacancies in UK manufacturing, slightly down from 95,000 in 2021, which represented the highest in at least 20 years, but still massively above the desired number.
Despite its clear benefits, the use of generative AI also poses significant cyber security risks. A recent report by Deloitte stated that the manufacturing industry has experienced a 300 per cent increase in cyberattacks since 2018. Additionally, a survey by the National Association of Manufacturers found that 38 per cent of manufacturers had experienced a cyber-attack in the past twelve months.
While these can’t wholly be attributed to the growth of generative AI, it certainly has a part to play, with programmes like ChatGPT being used to create worryingly convincing phishing emails. Manufacturers should ensure staff are suitably trained to recognise this latest evolution in phishing messages to avoid falling victim to an attack.
One of the main risks associated with generative AI is the potential for hackers to manipulate the algorithms used in the design process. This could result in the creation of flawed or malicious designs that could cause serious damage to equipment or even harm individuals. Additionally, hackers could use generative AI to create counterfeit designs, leading to intellectual property theft and revenue loss for manufacturers.
Another significant risk is the potential for data breaches. Generative AI relies heavily on data input, and if this data is compromised, it could be used to create faulty designs or even shut down production processes. This could result in significant financial losses for manufacturers and pose a threat to national security in industries such as defence.
However, cyber security isn’t the only challenge that generative AI introduces. Generative AI can sometimes produce designs that are difficult to interpret, making it challenging to identify potential flaws or vulnerabilities. To mitigate this, manufacturers should ensure that their AI systems are transparent and explainable to enable effective risk assessment.
To overcome these challenges, manufacturers and engineers must prioritise cyber security and data management. This involves implementing robust security protocols, such as encryption and multi-factor authentication, to protect sensitive data. Regular risk assessments and penetration testing should also be conducted to identify vulnerabilities in systems.
Cyber security is also becoming even more of a priority at machine-builder level, where industrial equipment is being designed with secure communication protocols, such as TwinCAT, in mind. This involves using encryption techniques to protect data transmission between equipment and other systems, as well as implementing secure authentication processes to prevent unauthorised access.
With an aging workforce and a lack of younger people entering the industry, it’s clear that the UK’s manufacturing sector will face an ongoing shortage of workers. Embracing technologies like generative AI could go some way in overcoming it, but it’s important that the correct measures are taken to ensure that the technology doesn’t leave manufacturers open to catastrophic security breaches.
About the Author
Stephen Hayes is managing director of automation and control technology specialist, Beckhoff UK. For more information about Beckhoff’s secure communication protocol, TwinCAT, and other control technology, visit www.beckhoff.com.
Beckhoff Automation implements open automation systems based on PC Control technology. The product range covers Industrial PCs, I/O and Fieldbus components, drive technology and automation software, and all products can be used as separate components or integrated into a complete and seamless control system are available for all industries. Its New Automation Technology philosophy represents universal and open control and automation solutions that are used worldwide in a wide variety of different applications, ranging from CNC-controlled machine tools to intelligent building automation.