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VivaTech 2026: The Year Humanoid Robots became an industrial reality

Christophe Carl Louis — Fri, 19 Jun 2026 09:24:48 +0000

Paris, Porte de Versailles. For its tenth anniversary, VivaTech 2026 did not merely celebrate the rise of artificial intelligence. Above all, the event confirmed a trend that is accelerating around the world: robotics is entering a new phase of maturity. During the days of June 17 and 18, visitors were able to observe dozens of demonstrations of robots capable of walking, handling objects, interacting with humans and performing tasks once reserved for operators.

Long confined to research laboratories or spectacular promotional videos, humanoid robots now seem ready to take a decisive step: their integration into professional environments.

AI leaves Screens to enter the Physical World

Since the arrival of ChatGPT in 2022, artificial intelligence has mainly been associated with software, virtual assistants and content generation. But at VivaTech 2026, attention shifted toward a new category of technologies: “Embodied AI,” or embodied artificial intelligence.

The idea is simple: to combine the reasoning capabilities of AI models with robotic bodies capable of acting in the real world.

This convergence between artificial intelligence and robotics is probably one of the most important technological developments of the decade. Robots are no longer programmed solely to repeat predefined movements. They are now learning to understand their environment, adapt to unexpected situations and collaborate with humans.

For many observers present in Paris, this evolution recalls the beginnings of personal computing in the 1980s or the arrival of the smartphone in the late 2000s.

KANGAROO, a European Showcase for Advanced Robotics

Among the most notable demonstrations was KANGAROO, the robot developed by PAL Robotics in partnership with several European research centers.

PAL Robotics

Equipped with advanced mobility and reinforcement learning-based capabilities, KANGAROO represents Europe’s determination to remain competitive in the global humanoid robotics race.

Unlike some highly publicized demonstrations from Asia or the United States, the European approach appears more pragmatic. The goal is not only to build a spectacular robot, but to develop a platform capable of being used in industrial, logistics or scientific environments.

This presence also served as a reminder that Europe still has recognized expertise in industrial robotics, automation and artificial intelligence research.

At VivaTech 2026, one thing became clear:
AI no longer wants only to understand the world.
It now wants to act in the physical world.

China accelerates and sets the Pace

If there is one major lesson to take from this edition, it is undoubtedly the rise of Chinese players.

While China already largely dominated global industrial robot production, it is now investing massively in humanoid robots.

Several Chinese companies used VivaTech to demonstrate their progress in Embodied AI. Their objective is ambitious: to produce versatile robots capable of carrying out a wide variety of tasks in factories, warehouses and logistics centers.

This strategy is part of a long-term national industrial policy. Beijing now considers robotics to be a strategic sector, on the same level as semiconductors or artificial intelligence.

For European industrial players present at the event, the conclusion is clear: competition is no longer based solely on robot quality, but also on the ability to produce at scale and rapidly reduce costs.

Robots leave the laboratories

One of the major differences between VivaTech 2026 and previous editions lies in the maturity of the demonstrations presented.

Just a few years ago, visitors mainly discovered experimental prototypes or futuristic concepts.

This year, the use cases were much more concrete.

The robots presented were designed to:

Assist operators in warehouses;
Handle heavy loads;
Perform repetitive tasks;
Take part in industrial maintenance;
Improve logistics operations;
Support certain hospital activities.

This evolution reflects a paradigm shift. Companies are no longer simply trying to impress investors. They are now seeking to demonstrate the economic value of their solutions.

Return on investment is becoming just as important an argument as technological performance.

The challenge of labor shortages

Another topic widely discussed in the aisles of the event was the global shortage of skilled workers.

Many industrial sectors are struggling to recruit enough operators, technicians or material handlers. This situation is particularly visible in Europe, where demographic ageing is increasing pressure on the labor market.

For several manufacturers, humanoid robots could provide a partial response to this challenge.

The objective is not necessarily to replace human workers, but to automate certain difficult, repetitive or dangerous tasks.

This approach explains why the first markets targeted by humanoid robot manufacturers are mainly logistics, industry and critical infrastructure.

France wants to take its place

Faced with massive investments from the United States and China, France is also trying to strengthen its position.

Companies such as Mirokaï, Wandercraft and several research laboratories supported by the CNRS used VivaTech as a showcase for their expertise.

The message is clear: France wants to actively participate in building the next generation of intelligent robots.

This ambition is part of a broader dynamic of reindustrialization and European technological sovereignty.

Because behind the spectacular demonstrations lies a major economic challenge. According to several analysis firms, the global humanoid robotics market could represent several hundred billion dollars over the coming decades.

The United States dominates AI. China is accelerating industrialization. Europe is relying on its scientific
and industrial expertise.

A Revolution comparable to the arrival of the PC?

For some experts present at VivaTech, humanoid robotics could follow a trajectory similar to that of personal computers.

The first models remain expensive and relatively limited. But rapid advances in artificial intelligence, batteries, sensors and mechanical systems suggest that costs will gradually decline.

As prices fall, use cases should multiply.

Companies experimenting with these technologies today could therefore gain a significant competitive advantage in the years ahead.

Toward a new Robotic economy

VivaTech 2026 will probably be remembered as a turning point for robotics.

The event showed that humanoid robots are no longer mere technological curiosities. They are gradually becoming industrial tools capable of addressing very concrete challenges: labor shortages, productivity, safety and competitiveness.

The global race is now underway.

The United States has powerful players backed by AI giants. China is accelerating thanks to its industrial capacity. Europe is trying to preserve its position through its scientific and industrial expertise.

One thing is certain: the robots seen in the aisles of VivaTech probably represent only a glimpse of what awaits companies over the next decade.

The question is no longer whether humanoid robots will become part of our professional daily lives.

The real question is now which countries and which companies will succeed in taking the lead in this new industrial revolution.

FAQ – Humanoid Robots at VivaTech 2026

1. Why was VivaTech 2026 considered a milestone for robotics?

VivaTech 2026 highlighted the growing maturity of humanoid robotics. Visitors witnessed robots capable of walking, manipulating objects, interacting with people, and performing tasks that are increasingly relevant to real industrial and commercial environments.

2. What is “Embodied AI”?

Embodied AI refers to the combination of artificial intelligence with physical robotic systems. Instead of existing only as software, AI is integrated into machines that can perceive, move, and interact with the real world.

3. Why are humanoid robots attracting so much attention?

Humanoid robots are designed to operate in environments originally built for humans. Their ability to perform a wide variety of tasks makes them attractive for industries facing labor shortages, productivity challenges, and increasing automation needs.

4. Which industries are expected to adopt humanoid robots first?

The most promising sectors include manufacturing, logistics, warehouse operations, infrastructure maintenance, healthcare support, and other environments where repetitive, physically demanding, or hazardous tasks are common.

5. Why is China becoming a major player in humanoid robotics?

China is investing heavily in robotics as part of its long-term industrial strategy. Beyond technological innovation, Chinese companies benefit from large-scale manufacturing capabilities, integrated supply chains, and the ability to rapidly reduce production costs.

6. What role does Europe play in the global humanoid robotics race?

Europe remains a strong player thanks to its expertise in industrial automation, robotics, engineering, and artificial intelligence research. Companies and research organizations across the continent are working to develop practical and commercially viable humanoid robotics solutions.

7. Could humanoid robots become as common as personal computers?

Many experts believe humanoid robots could follow a trajectory similar to personal computers or smartphones. As technology improves and costs decrease, adoption could accelerate, creating a new robotic economy across industries and eventually expanding into broader commercial and consumer applications.

Cet article VivaTech 2026: The Year Humanoid Robots became an industrial reality est apparu en premier sur Robot Magazine.

Robot as a Service: Robotics enters the subscription Era

Christophe Carl Louis — Wed, 04 Mar 2026 09:25:42 +0000

Robotics is entering a new phase of economic transformation. For a long time, robots were considered expensive industrial equipment, reserved for large companies capable of investing hundreds of thousands of euros in complex machines.

Today, this model is evolving rapidly thanks to a concept that is gaining ground in the technology ecosystem: Robot as a Service (RaaS).

Inspired by the Software as a Service (SaaS) model that revolutionized the software industry, Robot as a Service allows companies to use robots without having to purchase them. Instead of investing in equipment, businesses pay a monthly subscription or a usage-based fee.

This model opens robotics to a much broader audience and accelerates the adoption of automation in sectors such as logistics, security, manufacturing, and agriculture.

With the rise of artificial intelligence, autonomous robots, and cloud computing, RaaS could become one of the dominant economic models in robotics in the coming decades.

Robots are no longer just expensive
industrial equipment for large
enterprises.

What Is Robot as a Service?

Robot as a Service (RaaS) is a business model in which robots are provided as a service rather than sold as a product.

In this system, the client company does not purchase the robot. It pays to use it.

The provider generally handles:

The supply of the robot
Installation and integration
Maintenance
Software updates
Performance monitoring
Sometimes even remote operation

The client then pays according to several possible models:

Monthly subscription
Pay-per-use
Pay-per-task
Pay-per-performance

For example, in a logistics warehouse, a company may pay based on the number of orders processed by robots. In the cleaning sector, some autonomous robots are billed per square meter cleaned.

This model transforms a heavy capital investment into an operational expense, making robotics easier to adopt.

A Rapidly Expanding Market

The Robot as a Service market is experiencing strong growth. Several market studies indicate that demand for this type of solution could increase significantly in the coming years.

According to various analyses:

The market exceeded $1.5 billion in 2023
It could reach more than $4 billion by 2028
Some projections suggest over $20 billion by 2035

This growth is driven by several major trends:

Declining sensor costs
Advances in artificial intelligence
The rise of cloud robotics
Labor shortages in many sectors

Companies increasingly seek to automate repetitive tasks while avoiding heavy upfront investments. The RaaS model responds precisely to this need.

Sectors Where RaaS Is Growing Rapidly

Logistics and Warehousing

The logistics sector is currently one of the main drivers of Robot as a Service.

Autonomous Mobile Robots (AMRs) are used to:

Transport goods
Assist operators
Optimize logistics flows
Speed up order fulfillment

In some warehouses, these robots can increase productivity by 30 to 50 percent.

Security

Security robots are also offered as a service.

These robots can:

Patrol autonomously
Monitor sensitive areas
Detect anomalies
Send real-time alerts

They are used in parking facilities, university campuses, and industrial sites.

Industrial Cleaning

Autonomous cleaning robots are becoming more common in large facilities such as:

Airports
Shopping malls
Hospitals
Hotels

These robots can clean large areas autonomously while collecting environmental data.

Thanks to the RaaS model, companies can access these technologies without an initial investment.

Agriculture

Agricultural robots can be used for:

Autonomous weeding
Crop monitoring
Soil analysis
Certain harvesting operations

In this sector, pay-per-use is particularly well suited, as farmers can rent robots during specific periods of the year.

Logistics and warehousing use
Autonomous Mobile Robots (AMRs)
to increase productivity by 30 to 50 percent.

Startups Driving the RaaS Model

Many startups and technology companies are now developing solutions based on Robot as a Service.

Among the best-known players:

Formic – subscription-based industrial robotics
Locus Robotics – warehouse logistics robots
Knightscope – autonomous security robots
Hirebotics – industrial welding robots
Cobalt Robotics – building surveillance robots

These companies no longer simply sell robots; they sell automation capacity.

Why Investors Are Interested in RaaS

The Robot as a Service model strongly attracts investors because it transforms an industrial sales model into recurring revenue.

Traditionally, robotics companies sold machines as industrial equipment, which involved:

Long sales cycles
Irregular revenue
High dependence on customer capital investment

With RaaS, companies can generate:

Monthly subscriptions
Predictable revenue
Long-term customer relationships

This model mirrors SaaS, which profoundly transformed the software industry.

The Challenges of Robot as a Service

Despite its potential, Robot as a Service also presents several challenges.

Robot Financing

In this model, the provider must finance the robots. This requires significant capital to deploy fleets of robots at customer sites.

Maintenance

Robots must be maintained regularly to ensure proper functioning, requiring technical teams and appropriate logistics.

Profitability

To be profitable, a robot must be used intensively. A poorly utilized robot can quickly become a cost burden for the provider.

The Future: Connected Robots and Artificial Intelligence

The future of Robot as a Service is closely linked to advances in artificial intelligence and cloud robotics.

Robots are becoming increasingly connected and capable of sharing data with cloud platforms.

This enables:

Remote fleet management
Continuous algorithm improvement
Over-the-air software updates
Performance optimization

In the coming years, robots could become true intelligent platforms connected to the cloud.

Robot as a Service represents one of the most significant evolutions in modern robotics. By transforming robots into subscription-based services, this model democratizes automation and accelerates the adoption of robotics across many sectors.

With the convergence of robotics, artificial intelligence, and cloud computing, robots are gradually becoming intelligent platforms capable of delivering automated services at scale.

In the near future, many companies may no longer purchase robots but simply subscribe to robotic capabilities.

Just as SaaS revolutionized software, Robot as a Service could become the dominant economic model of future robotics.

FAQ – Humanoid Robots and Industrial Transformation

1. What is an industrial humanoid robot?

An industrial humanoid robot is a machine capable of performing tasks similar to those carried out by humans, using artificial intelligence, advanced sensors, and articulated physical capabilities. It is designed to automate complex operations while remaining flexible in response to production variations.

2. Why are companies investing in humanoid robots?

Companies invest in humanoid robots to increase productivity and reduce costs, address skilled labor shortages, improve operational flexibility, and enhance the quality and safety of their processes.

3. In which sectors are humanoid robots used?

Humanoid robots are used in industrial production for assembly, welding, or painting, in logistics and distribution centers for sorting, transporting, and inventory management, as well as in predictive and assisted maintenance and in semi-structured environments that require precision and adaptability.

4. What advantages do humanoid robots have over traditional industrial robots?

Humanoid robots offer greater flexibility because they can be reprogrammed for new tasks or products more easily. They are autonomous, capable of detecting and correcting anomalies in real time, able to collaborate efficiently with human operators, and equipped to collect data that helps optimize industrial performance.

5. What challenges are associated with their adoption?

The adoption of humanoid robots involves significant initial investment for manufacturers, ongoing maintenance and supervision, compliance with safety standards and regulations, and the need to ensure workforce acceptance and adaptation to new working models.

6. Will humanoid robots replace human workers?

No. Humanoid robots are intended to handle repetitive, dangerous, or highly precise tasks, while humans focus on supervision, decision-making, and complex problem-solving. The goal is productive and safe human-machine collaboration.

7. What is the future of humanoid robots in industry?

Humanoid robots are evolving into intelligent platforms connected to the cloud, capable of self-optimization and remote updates. They represent a major strategic transformation in which automation and human expertise work together to enhance competitiveness and innovation.

Cet article Robot as a Service: Robotics enters the subscription Era est apparu en premier sur Robot Magazine.