

At IBM, one of the largest technology giants, IT systems that once promised speed and clarity had become bottlenecks slowing down business processes. After implementing intelligent automation, the company managed to cut IT costs by 28%, increase revenue by 10%, and accelerate new product time-to-market by 16%. A key result was a 24% reduction in shadow IT, which for a $10 billion company translates to $192 million in annual savings.
In a large corporation, IT complexity isn't just an inconvenience; it's a direct drain of millions of dollars. Legacy systems, siloed data, and chaotic procurement all consume budgets, hinder innovation, and create security risks. Yet, two-thirds of IT budgets go towards transformation, often without yielding results due to underlying disorganization. Today, this problem can be solved with AI agents that bring order to infrastructure and restore control.
The IT landscape of a large company is a constantly growing tangle of systems, applications, and data. Average corporate IT spending has climbed 50% since 2023, reaching 9% of revenue. Two-thirds of these budgets are directed towards transformation, but often without visible effect. The problem is that these investments don't work amidst architectural complexity, data fragmentation, and uncontrolled procurement.
A particular pain point was "shadow IT," where departments procure software and cloud services outside official procedures. This is estimated to consume about 24% of the total IT budget, which for a $10 billion company amounts to roughly $192 million per year. Technical debt from legacy systems only exacerbates the situation: three-quarters of executives expect it to reach high severity by 2026.
Classical IT management methods, such as rigid regulations and manual checks, proved ineffective in combating growing complexity. The human factor is a source of errors and slowdowns. A fundamentally new approach was needed, one that could not just control, but actively manage infrastructure, anticipate problems, and automate routine tasks.
This is why IBM turned to intelligent automation, or as it's also known, AI agents. It's not just a tool, but a discipline that prevents digital transformation from collapsing under its own weight. Jacob Dencik, IBM IBV's Research Director, noted that "AI isn’t the problem anymore, it’s the solution to its own complexity." The main challenge is learning how to harness its potential.
AI agents were designed as a connective tissue, capable of linking processes across the enterprise and acting autonomously based on learned knowledge. They were required not only to monitor networks, fix code, and allocate computing resources in real-time, but also to standardize data, ensuring continuous operation without human intervention.
The agents' operational logic was built on three stages: from robotic automation of repetitive tasks to using predictive models and pattern recognition through machine learning. The most advanced agents are capable of complex reasoning and self-learning, actively using generative AI to manage infrastructure, compliance, and security at scale.
The implementation of intelligent automation at IBM was gradual, starting with cloud environments. Companies that had completed 75% or more of their cloud migration were nine times more likely to fall into the "highly automated" group. Mature hybrid-cloud environments allowed applications and data to move freely while maintaining visibility and security, preventing duplication and waste.
IBM also implemented practices such as Infrastructure as Code for standardizing system deployments and continuous testing for automatic tuning of cloud configurations. This allowed redirecting saved funds towards innovation. For example, Al Rajhi Capital, by replacing fragmented systems with IBM middleware, unified brokerage, asset management, and investment banking services into a single app. As a result, brokerage volume rose 40%, and mutual-fund onboarding expanded tenfold in just one year.
| Metric | Before Automation | After Automation |
|---|---|---|
| Revenue Growth | baseline | +10% |
| IT Cost Reduction | baseline | −28% |
| Time-to-Market Acceleration | baseline | +16% |
| Downtime Costs from Cybersecurity Incidents | baseline | −36% |
| IT Staff per $1 Billion Revenue | 140 | 90 |
Highly automated companies, according to IBM's study, showed significantly better results. They not only cut IT costs by 28% and increased revenue by 10%, but also significantly improved operational metrics. New product time-to-market was reduced by 16%, and downtime costs from cybersecurity incidents fell by 36%. These companies employ about 90 IT staff per billion dollars of revenue, compared to 140 for less automated peers.
Within IBM itself, AI agents enabled the analysis of $2.5 billion in IT costs, the retirement of redundant applications, and reinvestment in modernization. This led to transparency in costs and consumption, as well as accelerated decision-making. Finance departments became full partners in automation, more effectively measuring the impact of digital investments and using lessons learned to shape future budgets.
If your IT landscape resembles a complex tangle consuming resources, intelligent automation is the key to a solution. Here's where to start:
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