Hyperautomation
TL;DR
- Hyperautomation is the coordinated use of AI, machine learning, RPA, and low-code tools to automate as much work as possible across the enterprise.
- 90% of large enterprises have committed to hyperautomation, yet fewer than 20% can measure what it's delivering.
- The process runs on a loop: discover opportunities via process mining, automate end to end, orchestrate across systems, then measure and expand.
- 67% of enterprises cite lack of integration between automation tools as a main obstacle, requiring centralized governance and a single accountable owner.
90% of large enterprises have committed to hyperautomation — yet fewer than 20% can actually measure what it's delivering. That gap between intent and impact defines the opportunity right now.
What Is Hyperautomation?
Hyperautomation, a term Gartner coined in 2019, is the coordinated use of multiple technologies — artificial intelligence (AI), machine learning (ML), robotic process automation (RPA), business process management, process mining, and low-code tools — to automate as much of your organization's work as possible.
Traditional automation targets a single repetitive task. Hyperautomation treats automation as an enterprise-wide discipline: discover opportunities, automate them, measure results, repeat. The value comes from orchestrating that work into an end-to-end workflow your customer or regulator would recognize.
Why It Matters
Hyperautomation has shifted from an emerging trend to what Gartner calls a condition of survival for large enterprises. But many organizations still struggle to measure return against the original business case.
Hyperautomation remains a priority for 90% of large enterprises, but fewer than 20% have mastered measuring the return on their hyperautomation initiatives. (Gartner)
Nearly every large enterprise has automation programs running today. Far fewer can tell you what those programs delivered in revenue protected, cycle time reduced, or cost removed. That's why hyperautomation often gets framed as an operating-model problem, not a technology one.
How It Works
Hyperautomation follows a repeating loop, not a one-off project plan:
- Discover. Process mining and task mining identify which processes consume the most time and represent the strongest automation candidates based on actual usage data.
- Automate. RPA, AI, and low-code tools combine to automate the identified process end to end, rather than automating one step and leaving the rest manual.
- Orchestrate. Automated processes connect so work flows across systems without manual handoffs recreating the bottleneck automation was meant to remove.
- Measure and expand. Results get measured against the original business case, and the discovery cycle repeats to surface the next opportunity.
Orchestration is where most programs stall. Automating a single task is straightforward. Making automated tasks flow together across your ERP, CRM, and case-management systems is a different challenge.
Agentic AI is changing this equation. These systems take multi-step actions autonomously, extending automation beyond rules-based RPA into workflows that can handle exceptions your bots used to escalate to a human.
Common Challenges and How to Prevent Them
The barriers are consistent across surveyed enterprises. 67% cite a lack of integration between automation tools as a main obstacle. Nearly as many point to internal skills gaps. High implementation and operating costs, plus confusion over who owns hyperautomation strategy, round out the top barriers.
Organizations that break through treat hyperautomation as a coordinated operating model with clear ownership — not a collection of point-tool purchases made by different departments independently. Here's what that looks like in practice:
- Single accountable owner for the aggregate outcome, not just individual automation wins.
- Centralized integration decisions so RPA bots, AI models, and process mining tools share data rather than sitting in parallel silos.
- Measurement discipline tied to the original business case, revisited on a fixed cadence — not left to whichever team happens to sponsor the next automation.
Without that structure, you accumulate dozens of automated tasks and still can't answer whether the program is paying back. Low-code and no-code tools have made it faster to launch new automations. But when every department can build its own, governance gets harder, not easier.
Your Path Forward
Hyperautomation, done well, isn't a technology stack. It's a way of running your enterprise where automation opportunities are found, built, measured, and expanded on a repeating cycle — with the same rigor applied to the 20th automation as to the first.
Start by answering one question: can you tie your current automation investments back to a specific business outcome? If the answer is unclear, that's your first automation opportunity — building the measurement framework that turns activity into accountability.
FAQ
Is hyperautomation the same as RPA?
No. RPA (robotic process automation) is one ofseveral technologies hyperautomation combines. Hyperautomation adds AI, machinelearning, process mining, and orchestration on top of RPA to automate morecomplex, judgment-involving work than RPA alone can handle.
Who coined the term hyperautomation?
Gartner coined the term in 2019, defining it as“a business-driven, disciplined approach that organizations use to rapidlyidentify, vet, and automate as many business and IT processes as possible.”
Why do so few organizations measure hyperautomation ROI well?
Hyperautomation initiatives often span multipledepartments and technologies without a single owner accountable for thecombined outcome, making it easy to measure individual automation wins whilelosing sight of the aggregate business impact across the whole program.
How does agentic AI relate to hyperautomation?
Agentic AI, AI systems capable of takingmulti-step actions autonomously, is increasingly seen as the next evolution ofthe technologies hyperautomation orchestrates, extending automation beyondrules-based RPA into more adaptive, judgment-based workflows