AI Isn’t Broken, But Your Operating Model Is

Agentic AI fails when organisations don’t reorganise for it. Reinvention, trusted data, orchestration, and an AI-first operating model are essential to achieving real enterprise value.

Thomas Hadorn Group CEO
  • Group CEO
  • TTC Global
  • Sydney, Australia

The landscape of intelligent automation is changing fast. What once felt like a distant horizon now unfolds in front of us: clearly mapped, richly detailed, and full of possibility. The latest UiPath 2026 AI and Agentic Automation Trends Report calls this moment ‘unlocking the map.’ I think this is an apt metaphor. We’ve moved from exploration to navigation, from curiosity to execution. Shifting to an AI-first operating model unlocks real ROI and builds a network of digital teammates.

Reinvention as a necessity

Every technological shift demands adaptation, but agentic AI goes further. It demands reinvention. UiPath’s report captures this well: traditional operating models simply can’t manage the autonomy, complexity, and scale that agentic systems introduce.

Businesses are realising they need operating systems designed for orchestration, governance, and continuous optimisation. In other words, a new kind of enterprise logic. It’s not just about what tasks can be automated, but about how humans and digital agents share work, exchange decisions, and build trust in one another’s capabilities.

At TTC Global, we see this every day in quality engineering. Traditional workflows, designed for human oversight and linear decision-making, are being reimagined into orchestrated ecosystems where software tests itself, adapts itself, and learns from the outcomes. Reinvention isn’t a project; it’s becoming a way of operating.

Reorganisation is needed to reap the benefits of AI

When I recently revisited Paul David’s classic Productivity Paradox paper from 1989, I was struck by how relevant its lessons still are. David described how it took almost fifty years after the dynamo replaced the steam engine before factories were physically reorganised to capture its benefits. The same thing happened with the personal computer: productivity gains only appeared decades later, once companies stopped using PCs to do old things faster and started redesigning how work actually happened.

We’re now witnessing the same pattern with AI. Many organisations see impressive productivity improvements at the individual level. Employees are using generative tools to work faster, automate reporting, or summarise data, but the overall business impact remains flat. I’ve seen companies with hundreds of enthusiastic AI users report no visible change in their top or bottom line. It’s not the technology that’s missing, it’s the reorganisation.

Real value only emerges when a business adopts an AI-first operating model, reconsidering how decisions are made, how processes connect end to end, and how humans and machines share responsibility. Until that happens, AI will remain an impressive layer on top of traditional structures rather than a true catalyst for transformation.

AI needs to start showing Return on Investment

The next major shift is accountability. According to the report, more than 70% of executives expect their AI initiatives to deliver measurable value within twelve months. After years of experimentation, boards now want evidence: return on investment, not just innovation headlines.

I am convinced that a focus on AI ROI is the only way to go. It forces organisations to connect technology with purpose. It also favours approaches that are designed for reliability and scale, rather than one-off experimentation. The real measure of success is not how much faster teams can work, but how much smarter the enterprise becomes.

AI should therefore not be seen as a new cost centre or a replacement for human capacity. It is an opportunity to redesign value creation itself, to turn speed into insight, automation into orchestration, and intelligence into shared enterprise advantage.

The network always wins

One of the most striking findings in UiPath’s report is the rise of multi-agent systems. These are no longer isolated agents doing single tasks, but networks of specialised digital actors working together and planning, analysing, and executing as a team.

In testing and quality assurance, this shift is deeply familiar. The best systems today behave less like machines and more like collaborative ecosystems. They distribute work dynamically, anticipate errors before they occur, and adapt to feedback in real time. The parallel with human teamwork is unmistakable.

At TTC Global, we’ve seen this evolution firsthand. In a recent experiment, our consultants built a full-scale Java automation framework using a swarm of AI agents working under architectural supervision. The project proved that when AI collaboration is guided by human expertise, the results can be extraordinary. Talk about efficiency gains: the project was completed in a single week instead of the usual seven.  It’s a glimpse of how agentic systems, properly orchestrated, will transform software engineering and testing in the years ahead.

Check out our Test Lab: Innovation Research Series for more detail on how TTC Global is experimenting with AI. 

Agentic AI is impossible without the right data

Another message from the report is clear: data is no longer the byproduct of business. It is its compass. Agentic AI relies on data that is rich in context, well-governed, and available in real time.

When AI agents understand not just what data they see but why it matters, they make better decisions. Metadata and real-time access are what allow agents to reason with confidence.

In software testing and quality engineering, we often say that you can’t automate chaos. The same holds true for AI: without structure and meaning, data can mislead as easily as it can guide. The future belongs to enterprises that treat data as an engineered asset: one that’s curated, contextual, and continuously validated. 

Aligning AI with your strategy, values and people

As the term ‘agentic AI’ becomes part of business vocabulary, it’s easy to focus on the technology itself. But what matters most is not the agent, it’s the agency we choose to give it.

In the coming years, every enterprise will face the question: How do we ensure that our AI systems act in alignment with our strategy, our values, and our people? True agency is not about autonomy alone, it’s about alignment.

This is exactly the philosophy behind aiDelta, our data-driven Artificial Intelligence platform. It provides the governance and traceability that intelligent systems need to make reliable, auditable decisions. When AI is grounded in disciplined data engineering, it becomes not just faster but more trustworthy and a source of confidence, not complexity.

The future of agentic AI is orchestrated

As enterprises move deeper into the agentic era, two principles will define success: trust and orchestration. Trust ensures that AI operates safely, ethically, and transparently. Orchestration ensures that all the moving parts—agents, data, and people—work in harmony rather than in isolation.

Agentic AI will not eliminate the need for people—it will elevate the role of people as designers, orchestrators, and guardians of intelligence.

Unlocking AI’s value through purpose

UiPath’s report describes 2026 as the year organisations ‘unlock the map’ to their agentic future. I believe that map is more than a set of coordinates. It’s a call to navigate with intent.

Technology will continue to advance at extraordinary speed. What will distinguish the leaders is not how fast they adopt it, but how clearly they align it with their purpose.

Are you ready to unlock the value of your AI projects? Contact us and we will help you deliver AI ROI.