AI, robotics and automation are creating major opportunities in manufacturing and logistics. But adding more technology does not automatically create an intelligent factory.
The real value comes when IT systems, machines, robots and internal logistics are connected and operate as one system. Without that integration, even highly automated factories risk becoming collections of isolated technologies rather than one intelligent production flow.
“The technologies must not only be connected technically. They need to operate as one integrated system,” says Niki Nicolas Grigoriou, founder and CEO of Intelligent Systems.
This is the foundation of Smart Production: Connecting the flow from customer orders and planning to materials, production and logistics. It enables manufacturers to adapt production dynamically and combine the efficiency of mass production with greater flexibility and customization.
AI adds another important layer, but it depends on a strong digital foundation. At Intelligent Systems, we see the future as hybrid intelligence – combining the analytical and operational strengths of machines with human expertise, experience and judgement. Ultimately, competitive advantage comes from how effectively people, machines and data work together.
Curious about what it really takes to make production intelligent? Explore our feature in Børsen: “AI gør ikke fabrikken intelligent af sig selv“ or read the english translation of the article below.
#SmartProduction #Automation #DigitalTransformation #IntelligentSystems
AI does not make the factory intelligent on its own
Robots, data and AI open up new opportunities for production and logistics. But value only emerges when new technologies are connected to existing facilities – and when the strengths of machines are combined with human judgement. The combination of robotics and digitalisation delivers the greatest benefits and can provide the foundation for using AI in production.
Manufacturing companies are investing in robots, automation equipment and digital systems to increase efficiency and keep pace with global competition. But in many factories and warehouse installations, the technologies still operate independently of one another.
The business system knows what the customer has ordered. The warehouse system knows where the materials are located, and the robots can move them. But if the systems do not exchange data and coordinate their tasks, the result is automated separate silos rather than one intelligent production environment.
For most companies, the challenge is not to build a new factory, but to integrate digitalisation, robotics and AI into the facilities they have already invested in.
This is precisely the challenge that Danish company Intelligent Systems provides solutions for. For 20 years, the software company has specialised in connecting IT systems, robots, automation equipment and internal logistics in smart factories and smart warehouses.
“The technologies must not only be connected technically. They need to operate as one integrated system, because that is when companies can achieve these enormous benefits,” explains Niki Nicolas Grigoriou, founder and CEO of Intelligent Systems.
Dynamic production instead of lengthy changeovers
In traditional production environments, individual robots and machines may be automated, while planning, changeovers and coordination still require manual intervention.
Smart Production is therefore about connecting the entire chain from customer orders and warehousing to production, quality control and shipping in one intelligent system. An order can be registered in the company’s business system and automatically converted into tasks. The system locates the materials, sends them to the correct production cell and follows the product as it moves through the factory.
“We connect the robotics technology and the IT systems so that they operate as one integrated solution. This makes it possible to dynamically reconfigure production instead of spending days, weeks or months changing it over,” says Niki Nicolas Grigoriou.
Intelligent Systems delivers solutions for production environments, distribution centres and automated warehouses, among other applications – both directly to end customers and as a subcontractor for larger automation solutions.
Intelligent production creates new business opportunities
The solutions supplied by Intelligent Systems for connecting IT and OT can be described as high-level control & integration. It works as a digital control tower that keeps track of where materials are, what needs to happen to them, and which robots or machines should perform each task. It delegates the tasks to individual robots and machines and monitors them until the work has been completed.
The system connects order and planning systems with the robots while also coordinating machines, production cells, warehouses and transport systems.
“The system is constantly one step ahead, so it knows where the materials are, where they need to go and how the overall flow should be coordinated,” explains Niki Nicolas Grigoriou.
This makes it possible to add new robots and production cells to existing facilities without replacing the entire technology platform, providing significantly greater flexibility.
Where ten production lines might previously have been required for ten different products, a single flexible line can automatically change from one order to the next. At the extreme, this enables mass production in batch sizes as small as one – for example, cars with different equipment configurations or products customised to an individual customer.
“By applying the Smart Production approach and our solutions, you can combine the low unit costs of mass production with the ability to customise individual products. This opens up entirely new business opportunities,” he explains.
When machines, robots and IT systems are connected in a smart system, it can quickly suggest a better sequence for incoming orders or optimise the flow of goods through warehouses and production cells.
Intelligent Systems therefore becomes the technological glue connecting existing machines with new robots, production cells and AI solutions.
The future belongs to hybrid intelligence
In the longer term, generative and physical AI may also make it easier to communicate with systems and teach robots new tasks. But AI is an additional layer on top of the digital infrastructure – not a shortcut around it.
It is already clear that AI can analyse more data and identify more patterns than humans can process. Robots can also take over repetitive and physically demanding tasks. But that does not mean people become unnecessary.
At Intelligent Systems, we therefore talk about hybrid intelligence: Combining machines’ ability to analyse, calculate and execute with human expertise, experience and judgement.
Human understanding becomes particularly important when AI moves beyond the screen and into factories and warehouses. Here, an error can result in production downtime, damaged equipment or significant financial losses.
“You still need to be able to support the solution, identify problems and understand what it has done. If AI is going to control a factory or a car, you cannot accept it suddenly failing without being able to determine why,” says Niki Nicolas Grigoriou.
Employees will therefore spend less time performing repetitive manual tasks and more time defining the framework, teaching systems new functions, handling exceptions and intervening when reality does not follow the plan.
The vision at Intelligent Systems is therefore not a factory completely without people. Instead, it is a flexible, intelligent solution in which people and technology work together, each performing the tasks they are best suited to.
Because the competitive advantage of the future does not lie in technology alone, but in the interaction between people, machines and data.
