From exclusive to inclusive: the shift to open automation systems

Traditionally, industrial automation systems were like a members-only club – every component and technology had to come from the same manufacturer. With Industry 4.0, the game has changed to openness and interoperability! Now, different technologies, systems and processes can be integrated seamlessly through standardized interfaces and protocols.

The real magic here is how this openness boosts flexibility, scalability and agility in manufacturing. You can easily mix in new technologies or functionalities, adapt to changing market demands, and optimize your production processing in real-time. Bosch Rexroth’s ctrlX AUTOMATION is a prime example in this scene. Breaking down the classic boundaries between machine controls, IT and IoT, and setting new standards with its Linux-based ctrlX OS. The ctrlX World expands the range of the automation system with hardware and apps, making it a breeze for machine builders and users to create and operate machines with minimal risk.

By fostering interoperability and collaboration, openness in automation sparks ecosystem-driven innovation. Diverse experts can now team up, driving continuous improvement and creativity across the industrial landscape. The future of manufacturing is not just open – it’s wide open!

Beyond simulation: the power of physics-informed machine learning

Once upon a time, engineering simulation software was all about designing new products. Thanks to advanced sensors, engineers can now create digital twins, enabling predictive maintenance, optimized operations, virtual prototyping and real-time decision-making. With Ansys’ Hybrid Analytics, it gets even better by blending machine learning with physics-based methods for ultra-accurate predictions. Physics-informed machine learning takes it up a notch, integrating physics principles into data-driven models for more reliable and robust simulations. Ansys Twin Builder lets you craft virtual prototypes, managing products and assets throughout their lifecycle. This means more efficient operations, precise predictive maintenance, and cost savings. And the best part? It’s IoT-friendly!

AI-powered automation ramping up productivity

Automation, powered by AI and advanced robotics, is giving manufacturing a fresh groove! Imagine automating repetitive tasks faster and more consistently than humans, boosting throughput and freeing up our teams for strategic work. Beckhoff is jumping on the chatbot bandwagon with their TwinCAT 3 Chat Client, a nifty tool for automation engineers to create AI models and integrate them into control systems. It’s a wizard at automating PLC code creation, optimization and commenting, ramping up productivity in software development. Beckhoff’s open chat interface with LLMs connects clients to their data sources. Openness is key, and it’s all coming together beautifully!

The hydrogen era, breaking barriers in sustainable energy

Hydrogen is hitting the big leagues as a clean energy superstar! According to the Gartner Hype Cycle for Low-Carbon Energy Technologies, everyone’s buzzing about hydrogen’s potential to turbocharge our green future. Sure, the market’s still figuring things out, but the excitement is real. People are betting big on hydrogen to swap out fossil fuels and keep energy markets steady. Enter Agfa Gevaert, the imaging and IT giant, showcasing their hydrogen tech, Zirfon, at Hannover Messe 2024. The Fraunhofer Society found Agfa’s Zirfon membranes are the most cost-efficient for producing hydrogen, boosting the hydrogen ecosystem with sustainable solutions. Green energy, here we come!

Generative design is shaping the industry

This modeling method is a double win, boosting both innovation and sustainability! Designers and engineers pop the parameters, dimensions and constraints into a CAD program, and voilà – the software works its magic, generating all sorts of designs. The best part? These models are lighter, more flexible, quicker to design, use fewer materials, and can be tested and verified with FEA analysis. The flip side of generative design? The output designs might not fit traditional production methods, so either simplify the designs or tweak production methods – a bit of a headache, but worth it! At the conference, Hexagon Nexus and Microsoft wowed everyone with a new open digital reality platform using the latest cloud technology. It’s like a magic wand for real-time collaboration, connecting engineers worldwide and turbocharging innovation.

Driving industry innovation and efficiency

All these trends promise a future where we need to be able to offer products and machines addressing the need for adaptability, agility and energy efficiency. Open and AI-driven automation innovations are the answer to increase efficiency by boosting flexibility, scalability and productivity, while physics-informed machine learning empowers better products, offering better control and real-time adaptivity.

On top of that it’s clear that hydrogen and generative design are driving industries, enabling a significant shift toward sustainability in energy, faster development and smarter products. If you’re open for a discussion on how these advancements and challenges are to be tackled or how they can benefit your new innovations, reach out to us. Together, we drive success in the modern industrial landscape!

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Sustainability is hotter than ever, yet it contains a paradox of balancing environmental, economic, and technological factors. To overcome this paradox it’s crucial to understand your customer’s willingness to pay, their desire for a greener future, and how to change your business or service model. This requires redefining your development methods.

During ‘The Sustainability Paradox’ seminar on March 5th, we invited Prof. Thomas Müller-Kirschbaum (Circular Valley), Marleen Rombouts (VITO), Victor Verlinden (Verhaert), Bjorn Robbens (C-Battery), Toon Van Ingelghem (DEME), Karine Van Doorsselaer (UA) and Jan Willem Dik (BEACON) to dive into ecodesign, a source of innovation and competitive advantage.

Access the recording and presentation below to dive into ecodesign, a source of innovation and competitive advantage, and move your business toward sustainability!

Watch the recording

View the presentation

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Ecodesign balances sustainability and profitability

Sustainability takes a central position within R&D and innovation, think about meeting stricter regulations and standards in terms of environmental protection, delivering long-term impact, efficient use of available materials and energy, and meeting the growing consumer interest in sustainable products and services.

Nevertheless, many companies struggle to find solutions that are both sustainable and profitable or to integrate sustainability into their core business. For that reason, Verhaert brought together experts from C-Battery, Circular Valley, DEME, UAntwerp, VITO and in-house teams to share success strategies and best practices to overcome the sustainability paradox in different domains.

Joris De Lamper, Manager of Innovation Acceleration and host of the seminar adds: “Ecodesign is not only a moral duty to future generations, it’s also a source of innovation and competitive advantage. How can we make the right trade-offs and design solutions that take into account environmental, economic, and technological factors? That’s the question we wanted to answer during this event. By giving each other the most specific strategic management advice possible, we can work faster toward various sustainability goals.”

Full circular life cycles: optimally closing the cycles

Sustainable design is about innovation on several fronts. As an organization, you can’t get stuck in a certain ‘sustainability tunnel’ as this makes it much more difficult to respond to external changes. Many companies lack a common framework to sharpen their perspective and definitions around sustainability.

Karine Van Doorsselaer, professor of materials science and ecodesign at UAntwerp, refers to the ‘butterfly diagram’ of the Ellen MacArthur Foundation. This visualization showcases the circular economy and provides a clear blueprint for companies to work toward. It also maps the entire product life cycle to assess the total environmental impact. To efficiently close the cycles, it’s recommended that the consumer has as little responsibility as possible. This way you avoid contaminated waste streams due to improper sorting behavior. An alternative to making the circular system successful is to introduce an end-of-live incentive toward the end user, as with deposit systems.

Competitive business models

To be competitive against current linear economic business models, you need strong partnerships throughout the value chain. Only when each stakeholder enjoys added value within the model will the likelihood of adoption increase.

Product-as-a-service business models are very interesting in the context of sustainable design. Indeed, the producing party benefits from designing them according to other design drivers, for example, design for disassembly and design for repair. Even though this switch can be investment-intensive, companies can draw strength from strong partnerships and adopt hybrid models as an intermediate step.

“The Sustainability Paradox was the ideal combination of inspiring success stories, practical insights, and interactive discussions with both speakers and participants,” concludes Damien Feuillan, seminar participant. By connecting the Belgian ecosystem across borders with new partners such as Circular Valley, Verhaert created a platform to share key success factors and potential solutions. Together for sustainable innovation!

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Direct air capture (DAC): extracting CO₂ from the atmosphere

Imagine a world where we possess the power to extract carbon dioxide (CO₂) directly from the air. Although the technology has existed for years, the concept might sound like science fiction, right? However, it’s a tangible reality: the groundbreaking technology is called direct air capture. Imagine DAC as a giant vacuum cleaner of the atmosphere, snatching up CO₂ molecules as you effortlessly vacuum dust from your carpet.

The power of DAC: contributing to clean energy solutions

Ventilation systems are integral to direct air capture (DAC) processes, especially in large buildings or factories where they play a crucial role. These systems actively draw in substantial amounts of air, using specialized filters to absorb carbon dioxide (CO₂). These filters are key components composed of solid or liquid materials with an affinity for trapping CO₂.

Once these filters have absorbed a sufficient amount of CO₂, the challenge is to release it. Heat becomes the solution as it’s utilized to extract and expel the captured CO₂ from the filters. This process involves leveraging the thermal energy to facilitate the release of the trapped carbon dioxide.

Direct air capture (DAC) offers more than air cleansing capabilities. When combined with bioenergy processes, carbon capture and storage facilitates the production of emission-free green energy, including hydrogen-based fuels. This symbiotic integration provides clean power for homes and vehicles, further solidifying DAC as a solution contributing to environmental sustainability and the energy sector.

A transformative solution, balancing economic intelligence with environmental sustainability

Playing a crucial role in the battle against climate change, direct air capture (DAC) contributes to reducing CO₂ levels and, in essence, provides the Earth with fresh air.

Direct air capture (DAC) stands out for its economic promise, particularly when integrated with current heating and cooling infrastructure and tapping into residual thermal energy. It becomes increasingly cost-efficient, especially with the financial incentives offered through emission trading schemes and carbon removal credits. The challenge lies in developing durable filter materials. Yet, with ongoing technological advancements and supportive regulatory frameworks, DAC is up for a transformative role, offering substantial benefits for businesses and the environment.

What makes DAC even more remarkable is its economic viability. Leveraging existing ventilation systems and utilizing residual heat, DAC has proven to be a cost-effective solution, adding a touch of economic magic to its environmental impact. Here, there is a potential breakthrough technology. By making direct air capture (DAC) small and affordable enough and integrating it into air conditioning systems (which already provide air circulation and heating/cooling – exactly what our DAC needs), this technology could be a game-changer.

However, another challenge arises: how do we ensure that something meaningful happens with the captured CO₂ in all these air conditioning systems? This question shows the need for a comprehensive approach to address besides the capture also the subsequent utilization or storage of the collected carbon dioxide. It opens the door to exploring innovative solutions and creating a holistic framework to manage effectively the captured CO₂ within carbon capture systems (both direct air capture DAC, as well as point source capture).

In addressing the sustainability challenge, DAC unravels a paradox. It showcases that being environmentally conscious and economically savvy are not mutually exclusive. DAC serves as a model that demonstrates the harmonious coexistence of eco-friendliness and economic intelligence.

So, next time you hear about DAC, remember it’s like a superhero vacuum cleaner that cleans our air and powers our future!

‘The Sustainability Paradox’ seminar

Intrigued by the potential of DAC? We invite you to join our upcoming seminar ‘The Sustainability Paradox’.  This seminar aims to provide you with a guide on how companies, both large and small, can navigate the challenges and opportunities presented by DAC.

Source: VITO

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Artificial intelligence

I know we’re kicking in an open door, but if you think we’re at the peak of AI in innovation, think again. Where last year companies were experimenting with generative AI, and machine learning in general, these experiments will reach maturity in 2024 and the first outcomes and successes will only spark further innovation. AI will become more and more integrated into our daily private and working lives.

The technology will further prove its opportunities to increase productivity, boost customer experiences and improve decision-making based on facts and insights. Think copilots, autonomous vehicles, facial recognition, AR, disease detection, threat prevention, the list goes on. Effectively incorporating AI into the digital transformation journey to create true added value will prepare businesses for the future.

• Watch our webinar on AI-infused innovation
• Explore the potential of connected appliances and AI

Clean technologies

As everyone continues to admire the opportunities with (generative) AI and machine learning, it’s very easy to forget about the massive impact these technologies have on our environment. Take ChatGPT for example. Current (conservative) calculations estimate that the tool generates about 43.000kg of CO2 per day. That’s the equivalent of the carbon footprint of 80 people. Per day, and that’s just to keep it running.

This issue will only grow as more and more applications are being released, more and more data is collected, which then again will be used to train more and larger (and smarter) models. Will 2024 be the year we also focus on making them more clean and energy efficient?

• Learn how to design energy-efficient deep-learning algorithms
• Watch our webinar on the future of energy-efficient AI systems

Independent platform development

If we can believe current predictions, BigTech will only continue to grow in the coming years. So why then do we believe independent solutions are also on the rise? Relying on ready-made solutions from tech giants like Microsoft, Apple, Google, Intel and NVIDIA means a lack of personalization and competitive features. And those happen to be two of the most pressing issues of digital solutions, your differentiation toward competitors.

They are following the example of companies like Tesla, take back ownership and developing platforms and components custom to your company’s needs. This allows them flexibility and out-of-the-box offerings. It reflects a desire for autonomy in technology development, aligning solutions precisely with organizational needs and market demands, while maintaining control over costs, data, and strategic direction.

• Discover how Tesla redefined the driving experience
• Learn how Cowboy redefined the e-bikes with a software-first approach

Data-driven innovation

It’s clear that data will continue to be at the heart of digital transformation in 2024. The rise of smart and connected products and services, not only enables companies to provide better and instant experiences for the end user, it could also give them a lot of data. Using that data strategically will help you set up the right systems from the start to collect not just any data, but valuable data.

Leveraging these large and complex datasets with advanced AI then allows you to extract crucial insights to put you at the forefront of innovation. Going beyond efficiency gains, these strategic insights can help you in the decision-making process as well as create new added value. The first step in every process is awareness, then you can dig deeper into those insights to get to the root of it.

• Find out how to accelerate digital innovation with data
• Discover how Cochlear collects and uses user data

AR/VR/MR

A question that comes back every year, is if AR, MR and VR will make their big comeback. And year after year, we come to the realization it did’t really take off. Nevertheless, these systems did continue advancing and especially the surge of AI could make them more accessible and attractive to businesses and consumers.

So could this mean that AR, MR and VR will get a strong foolhold in not just in the gaming industry, but also in retail, maintenance, healthcare, learning and navigation?
We for sure believe there are many opportunities for grabs, like virtual try-ons, home previews, remote assistance, patient follow-ups, online and virtual training, safety measures (virtually) and so much more.

• Discover Reynaers’ dashboard update with VR product visualizer
• Introducing REISS, marking new era in minimally-invasive spine surgery

And what about…

Web3.0, blockchain, NFTs, the metaverse, quantum computing, AGI, drones, robots, traveling to Mars, creating brain interfaces, self-driving cars, room temperature superconductors, hyperloops, nuclear fusion, streaming games, super fast internet from space, self-healing materials, autonomous vessels, TikTok’s world domination, X, … we’re all following that up for you. Stay tuned!

2024 is already showing it’ll be a pivotal year for digital innovation, where strategic decisions will shape the future of businesses. Time to embrace these trends and stay ahead in an ever-evolving digital landscape!

Ready to chart your course in the digital revolution? Get in touch to start your journey to digital excellence!

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Ever wondered why customers can be delighted with value services that perfectly align with their needs? Here are 3 compelling case studies showcased during our Innovation Day ’23, you’ll uncover how to conceive services that play a pivotal role in elevating product performance from mere necessities to sources of genuine appreciation.

Strategic value creation through technology integration

Let’s consider the MUOV an innovative tilting bike, for instance, a shining example of this strategic shift in the market. A tremendous appreciation shift was realized by integrating outcome-based features into their tilt bike, using a unique blend of simultaneous tilting and steering mechanisms powered by embedded electronics. These electronics provide a natural on-pedal feel, simulating factors like inertia, wind resistance, inclines, and braking. But the MUOV innovation concept goes even further, ensuring compatibility with a versatile ecosystem of applications and connectivity options such as Bluetooth, ANT+, or FE-C (fitness equipment controlled). This not only delivers a more natural and immersive experience but all together it aligns with the strategy of increased outcomes through a combination of performances and experience. The experience fosters feelings of victory, freedom, and overall well-being.

The accelerating role of IoT in outcome-based innovation

The Perfect Draft Pro case demonstrated how a connected system like the new Perfect Draft Pro can supercharge outcome-driven innovation. By providing user data and interaction through the app, it captures latent needs such as moments of use, and marketing campaign-related insights and allows to continuously improve the system via over-the-air updates. Perfect Draft Pro adds an outcome-based layer on top of its predecessor, offering an ever-increasing experience at home. With an innovative cooling system and the power of IoT, it enhances the pouring experience from the first drafted beer directly meeting temperature, pour, and foam qualities, combined with a seamless ordering, keg return system, and beer taste exploration ability. The wealth of data to improve customer service also enables rapid enhancements and gives insights for future new features.

Outcome-based solutions opening up the future of surgery

In the life sciences market, clinical evidence and outcome of treatment are key drivers of added value. To explore new outcome-based innovation ideas, pre-clinical trials should involve creating models and demonstrators that simulate real use cases. Standout success in simulating outcomes in the field of surgical robotics by opening significant new possibilities in the way surgeons can increase patient outcomes of the spinal pathology and increase treatment outcomes by lowering the risk of damaging tissue during current surgical practices.

Robotic surgery addresses these challenges by minimizing radiation exposure, enhancing precision with a factor of 10, expanding surgeons’ visibility through real-time digital twinning, and increasing the maneuverability of the surgical robot tip or end effector. The future of outcome-based patient treatment enabling next-generation surgical applications.

Curious about more insights from our Innovation Day? Delve into the realms of digital innovation or sustainability-driven innovation perspective.

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How can you create new added value through outcome-based digital innovation? And when looking at software solutions, how do you connect devices to a smart, robust, and agile platform? In this blog, we’ll dive into the importance and requirements of data-driven insights. If you attended the Innovation Day of 2023, the next sentence will certainly ring a bell: data is a staple in making outcome-based innovation thrive. Why? Personalized experiences and increased intelligence are key attributes in this kind of innovation, and you can’t personalize without acquiring user insights. Let’s dive into the transformative process together!

Bypassing persistent obstacles

A wonderful example of outcome-based innovation: most medical treatments have been designed for the ‘average patient’. As a result of this ‘one-size-fits-all’ approach, treatments can be very successful for some patients but not for all. Outcome-based medicine takes into account individual differences. It gives medical professionals the resources they need to target the specific treatments of the illnesses. During the Innovation Day, we showcased how we’re helping Cochlear accelerate its innovation roadmap with outcome-based innovation.

As a manufacturer of hearing aids, it continuously aims to provide all patients with a personalized patient-centered hearing experience. How do you do this when on the one hand, there’s not enough data to start building these solutions? And on the other hand, current testing methods are very time-consuming for both patients and healthcare personnel, who are already overextended and don’t give real-time insights into the ‘normal’ experiences of hearing aid users. Stuck in the status quo, Cochlear leaped into developing its mobile research app to conduct follow-up tests from home and a system to analyze and monitor this data.

Strategic foundations

As mentioned in the beginning, outcome-based innovation allows you to go beyond small incremental innovation. But that doesn’t just ‘happen’. Before you start discussing possible product features, you need to define your goals. What’s your dream product? Your ‘North Star’ to guide you throughout the innovation process? By detailing the different use cases of your ideal product, you’re mapping the key points of your digital innovation process. Spending sufficient time on your use cases is crucial to pinpoint potential risks and powerful features, but also to align resources, customer satisfaction, and compliance with user and regulatory standards.

Bad data, bad insights

So how does this relate to data-driven insights? Well, just like in any other innovation trajectory, you first need to properly define and validate what you want to build before you start building it. The key is of course to define the data range. Innovation comes from searching for and going beyond the borders of the current frame of data. And that means opening up data to a broader real-world setting, beyond the obvious setting. Take the case of Cochlear: they want to provide all patients dealing with hearing loss, with a tailored hearing aid. However, it could only move from incremental innovation by stretching the frame of data toward real-world settings. No easy job, since every patient has different needs and wishes in different environmental settings. Which information do you need for this to work? Patient histories, environmental settings, and different lifestyles, and hearing tests in those new real-world settings, all create new data.

Yet a greater database doesn’t necessarily mean more insights. If you don’t align from the start with the information you need to provide your service, you’ll create enormous waste in your data pools. Even if you want to learn from this data, it’ll be much more complicated and time-consuming to find trends in unlabeled data (it’s glorified trash). In addition, mapping the necessary input from the start allows you to combine input and eliminate redundant information, ultimately reducing the total cost.

Key takeaways

The path to groundbreaking innovation is paved with invaluable data. While AI and IoT form the basis of digital progress, the true differentiator lies in outcome-based innovation, as illustrated by Cochlear. A crucial takeaway from this innovation approach is the emphasis on data quality from the outset. Aligning use cases with necessary information prevents information overload and helps you avoid bad insights and unmanageable data pools. So your success will hinge on the correct use of data as the catalyst for transformative, user-centric solutions.

Interested in discussing this further? Feel free to reach out on LinkedIn or the Verhaert Digital website!

But wait, there’s more! In Jente’s perspective we dive deeper into the untapped potential of AI in connected devices. Want to know more about the Cochlear case? Make sure to check out our previous webinar. Curious about other insights from our Innovation Day? Dive into the insights from a product engineering or strategic thinking perspective.

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Redefining your use case is the ultimate tool in beating your competitors. Get inspired by how we accomplished this for our customers and discover how including stakeholders can help you create new value and business opportunities in your application field. Whether it’s through market expansion, portfolio diversification or user needs alignment. Check out the presentations from the Innovation Day of 2023 on:

• Fostering cravings for bike experiences that last
  By Joris De Lamper, Manager Innovation Acceleration Product Innovation
• Enhancing patient interactions and trials with digital connections
  By Laurent Schauvliege, Director Innovation Acceleration at Verhaert Digital Innovation, and Tom Bertens, Director Research ‘Algorithms & Applications’ at Cochlear

View the presentation

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Just as we explored Tesla’s strategic decision to independently integrate its software, another fascinating example in the mobility landscape is that of Cowboy. Their decision to integrate software and hardware positions them as pioneers in the evolving digital landscape of biking.

The advantage of being fully integrated on the software side will be a crucial differentiator in the coming years. – Tanguy Goretti, Founder at Cowboy

The power of software integration

Software integration, a strategy that is often associated with industry disruptors like Tesla in the automotive world, is a game-changer in the mobility landscape. Cowboy has embraced this approach, recognizing that software plays a pivotal role in the modern eBike experience. This means you bring software and hardware development in-house, enabling greater control and innovation, while competitors rely on third-party solutions.

So how are other eBike manufacturers approaching software integration then? The recent announcement by Bosch and their new premium subscription Flow+ serves as a thought-provoking comparison. Cowboy’s prior offering of similar functionalities through a subscription service for their riders demonstrated their early foresight in providing value to customers. In contrast, classic bike brands, locked within the Bosch ecosystem, might face uncertainty in accessing vital data and building meaningful customer relationships.

©Cowboy app with built-in Google Maps

Sophisticated suite of functionalities

To truly understand the benefits of software integration, it’s crucial to dive into the technical intricacies of this approach. Let’s take Cowboy’s eBikes as an example again. From an intuitive user interface to seamless connectivity options and user benefits, Cowboy can offer features like smart navigation, predictive alerts, crash detection, theft protection, direct bike support, online communities and profile building.

By developing these features in-house, you have full control over your offering, flexibility to adapt to new trends, build a direct relationship with customers and can learn from the data you collect. You can elevate user experiences to new heights, not just in terms of product capabilities, but also in terms of intelligent, user-friendly design. All this without relying on a third party to grant you access to these features.

Potential pitfalls and future developments

However, Cowboy’s journey hasn’t been without its challenges and risks. Software integration brings with it complexities in software and hardware development, resource allocation, and scalability. So any company’s ability to navigate these challenges through collaboration and multidisciplinary teams will be key to their long-term success.

That being said, this strategic move has already proven to be a crucial differentiator for many companies, positioning them at the forefront of the digital revolution. Speculating on what lies ahead, we can envision even more advanced features, seamless partnerships, and collaborations within the industry.

As we look ahead to an interconnected future, Cowboy’s pioneering spirit serves as an inspiration, not only for eBike enthusiasts but for anyone seeking to revolutionize an industry through the fusion of technology and innovation. Curious about the potential of vertical software integration for your business? Take a look at some of our projects or get in touch!

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In today’s fast-paced digital landscape, it’s no longer enough to simply acknowledge the hype surrounding AI with ChatGPT and LLMs. To gain a competitive edge, you have to understand how AI can genuinely revolutionize your products and services and find growth avenues beyond productivity. How do you leverage AI beyond automating routine tasks and exploring added value creation? How can you build future-proof products and services that focus on creating new added value for your customers in the digital era with AI?

During Verhaert Digital Innovation’s ‘AI-infused innovation’ seminar on September 12th, we invited Siegfried Mercelis (imec), Rudy De Groodt (BNP Paribas Fortis), Dennis Daems and Guy Clarysse (Verhaert Digital) to discuss how digital solutions can give you a competitive edge.

Access the recording and presentation below to:

• Get inspired on how to create unprecedented added value for you and your customers
• Gain insights on AI development and machine learning operations
• Learn to identify growth opportunities through added value functionalities

Watch the recording

View the presentation

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