On the other hand, there’s hyperautomation, an ambitious vision of fully autonomous systems where AI makes decisions, robots create other robots, and human intervention is minimal. These systems mirror the futuristic factories often seen in science fiction, like the high-tech environments depicted in I, Robot or the advanced enterprises of Hollywood’s Weyland-Yutani and Cyberdyne Systems.

Between these two extremes lies the reality for most industries: a middle ground where small automation is already common, and hyperautomation remains a goal for the future.

What Is Small Automation?
Small automation refers to the implementation of adaptable technologies that improve efficiency without requiring significant overhauls. First gaining prominence in 2019, this approach was defined as “the fast deployment of flexible technologies that fill the gaps left by current enterprise systems.”
In the IT space, small automation includes tools like robotic process automation (RPA), machine learning, and natural language processing. On the operational technology (OT) side, it manifests through innovations like single industrial robots, inverter-controlled motors, or human-machine interfaces (HMIs) connected to programmable logic controllers (PLCs).

The true power of small automation lies in its ability to link enterprise and industrial systems. By doing so, businesses can automate repetitive tasks, increase productivity, and streamline operations without massive disruptions.

Hyperautomation: Redefining the Future
Hyperautomation is a step beyond small automation. It eliminates inefficiencies by automating every possible process, creating seamless workflows that rely on advanced technologies such as artificial intelligence, machine learning, and RPA.
As Johan Jonzon, co-founder of Crosser, explains, hyperautomation focuses on reducing human intervention and providing transparency through centralized digital platforms. While hyperautomation may seem futuristic, it builds upon the foundations of small automation, applying its principles to more complex business environments.
For instance, hyperautomation can turn a traditional manufacturing workflow into a highly dynamic system—automating not just production but also procurement, logistics, and maintenance.

Connecting Small Automation and Hyperautomation
Rather than existing in opposition, small automation and hyperautomation are interconnected. Together, they form a spectrum of progress, allowing businesses to evolve their automation strategies incrementally and without unnecessary disruptions.
Take, for example, a manufacturing company creating a Bill of Materials (BoM). In a small automation setup, the system might automatically trigger a production order. Hyperautomation extends this capability by automating tasks like supplier negotiations, contract management, and procurement—all without manual intervention.
By linking these approaches, businesses can create a more adaptable and dynamic workflow, bridging the gap between simple efficiency gains and transformative operational overhauls.

Real-World Applications of Hyperautomation
Hyperautomation offers significant opportunities to revolutionize business processes across industries. Some practical applications include:
Dynamic Supply Chain Management: Automating tasks like sourcing components, negotiating contracts, and managing inventory.
Predictive Maintenance: Using AI to analyze machine data and schedule maintenance before equipment failure occurs.
End-to-End Manufacturing: Integrating every aspect of production, from raw material procurement to product delivery, into a unified, optimized system.
These applications enhance the foundation laid by small automation, unlocking new levels of scalability, efficiency, and profitability.

Conclusion
The journey from small automation to hyperautomation is not about choosing one over the other. Instead, it’s about integrating both strategies to create a unified automation ecosystem.
By combining the incremental benefits of small automation with the transformative potential of hyperautomation, businesses can redefine their operations. This balanced approach enables companies to adapt to present challenges while preparing for a future where automation drives innovation and efficiency. As industries evolve, this synergy between small-scale systems and cutting-edge hyperautomation will shape the way we work and produce in the decades to come.