INFOGRAPHIC

Industry 5.0 – What’s Next

Industry 5.0 is a shift away from purely tech-driven advancements, integrating the creativity of people with intelligent systems.

A timeline of industrial revolutions, starting from Industry 1.0 in 1780 and continuing through Industry 5.0 in 2020.

Today Into Tomorrow

While Industry 4.0 focuses on digitalization and manufacturing efficiency, Industry 5.0 looks to customize manufacturing. Compare the differences in their respective approaches.

Today Into Tomorrow

While Industry 4.0 focuses on digitalization and manufacturing efficiency, Industry 5.0 looks to customize manufacturing. Compare the differences in their respective approaches.

Rounded split screen view of a robotic arm in action. On the left side, the arm is shown welding two pieces of metal, sparks flying from the weld. On the right side, the same robotic arm is shown in a more modern, brightly lit environment.

Industry

4.0

Industry

5.0

Drive greater manufacturing speed, precision, and efficiency.

Enable highly personalized, on-demand manufacturing.

Human roles are minimized, and machines handle repetitive tasks with limited oversight.

Human roles are strategic, using creativity to solve complex needs rather than replacing them.

Focus on reducing energy consumption.

Prioritize renewable energy and reduce waste by aligning production with.

MARKET PROJECTIONS

Turning Vision into Value

The market potential for Industry 5.0 is rapidly expanding, driven by technologies like IoT, AI, robotics, and automation – and is projected to reach approximately $964 billion by 2033, growing at a CAGR of 21.7%.

Global Industry 5.0 Market

2023

$135B

Key

AI

IoT

AR & VR

Robotics & Automation

Additive Manufacturing

Blockchain

Other

2033

$964B

Global Industry 5.0 Market

$135B

2023

$964B

2033

Key

AI

IoT

AR & VR

Robotics & Automation

Blockchain

Additive Manufacturing

Other

Early Adopters, Big Players

In 2023, IoT captured a commanding share of the Industry 5.0 market by enabling interconnected environments that enhance efficiency, real-time decision-making, and agility.

In 2023, the manufacturing segment secured the lion’s share of the Industry 5.0 market through smart technology integration, like cobots, AI, and IoT, improving efficiency and adaptability.

In 2023, North America held the leading position in the Industry 5.0 market, driven by advanced tech infrastructure, a skilled workforce, and significant investments in AI and smart manufacturing.

Source: Market.us

Factories of the Future

Engineers are developing technologies that combine Industry 4.0 automation with more focus on human collaboration, shaping factories into more adaptable and future-ready spaces.

a man standing in front of a large robotic arm, symbolizing the collaboration between humans and technology

Collaborative Robots (Cobots)

Cobots utilize advanced sensor arrays and AI-driven control systems to enable precise force-limited interactions, facilitating dynamic task execution in high-mix, low-volume production environments.

A 3D printer in the process of printing a gear. The printer is represented by a stylized, outlined design in light blue, while the printed gear is a realistic, metallic, gray object.

Additive Manufacturing

Leveraging multi-material deposition and microstructure control, additive manufacturing enables the fabrication of functionally graded components with tailored mechanical properties, directly impacting on-demand production workflows.

A comparison between two different engine designs. On the left, a detailed, realistic rendering of a complex engine with intricate components is presented. On the right, a simplified outline of a similar engine is shown, emphasizing its overall shape and functionality.

AR/VR & Digital Twins

AR/VR integrates with real-time data streams from IoT devices, enabling the creation of digital twins that provide granular, physics-based simulations for predictive maintenance and complex system optimization.

a server room with multiple servers arranged in a row. The servers are enclosed within a blue cube, symbolizing a secure and protected environment. Orange circles surrounding the cube represent the concept of security and the protection of data.

AI & Blockchain

AI algorithms optimize predictive analytics and autonomous system calibration, while blockchain enforces immutable data integrity across decentralized networks, ensuring traceability in supply chain logistics and automated contract execution.