Technology

Implementing AI in treasury

Published: Sep 2025

With the transformative potential of AI continuing to dominate global conversations, which treasury processes stand to benefit the most from AI? How are treasurers approaching these opportunities? And what are the most significant barriers to adoption?

Artificial intelligence brain in a light bulb

In the world of treasury, interest in AI shows no signs of slowing. PwC’s 2025 Global Treasury Survey found that 74% of respondents are either expanding or actively using AI, with a particular focus on machine learning and predictive analysis.

“Today, AI is the single piece of technology that will have a huge impact for workforce or people in finance,” says Tram Anh Nguyen, Co-Founder of online education platform CFTE. “We have seen some really good applications in treasury and have developed a programme that educates treasurers on the application of AI.”

She notes that some of the most promising uses of AI in treasury include tools that monitor transactions, detect patterns and provide real-time fraud alerts, as well as applications that increase operational efficiency, such as automating the KYC process.

Where adoption is concerned, Enrico Camerinelli, Strategic Advisor at Datos Insights, says that treasurers are particularly focused on moving beyond basic robotic process automation (RPA) to predictive AI applications, as well as using generative AI for document analysis. Other areas of focus include integrating AI with existing TMS and banking systems, as well as implementing AI-powered data lakes for enhanced analytics.

“However, adoption remains cautious, with emphasis on maintaining human oversight and addressing data security concerns,” he adds.

From proof-of-concept to production

Ikaros Matsoukas, Director at Deloitte UK, argues that AI has shifted from proof-of-concept to production in treasury.

“The largest prize is sharper foresight,” he says, adding that machine-learning models that blend ERP, bank and market data now deliver rolling cash-flow forecasts far more accurate than legacy tools, while allowing teams to run multi-scenario liquidity stress tests – “very useful in these uncertain times.”

Beyond forecasting, he says that AI excels at real-time anomaly detection to intercept payment fraud. “And GenAI ‘copilots’ embedded in modern TMS platforms can answer policy queries, draft hedge strategies or surface liquidity risks in plain language.

“Most treasuries remain in pilot-to-early-scale mode, but momentum is clear: mainstream vendors now ship GenAI assistants out of the box.”

AI applications in treasury

Enrico Camerinelli, Strategic Advisor at Datos Insights, argues that the following applications represent the most significant opportunities to harness AI in treasury:

Cash flow forecasting. AI can analyse historical data and market trends to improve liquidity management accuracy by integrating multiple data sources and identifying patterns humans might miss.

Fraud detection and prevention. AI excels at detecting anomalies in financial transactions and can check payments against databases to verify IBAN and name matches.

Risk management. AI enables more proactive risk mitigation strategies through better identification and assessment of financial risks, which is particularly useful for volatile interest rates and currency movements.

Automation of routine tasks. AI can handle complex bank reconciliation scenarios, including multi-currency transactions, freeing treasury professionals up for more strategic work.

Contract analysis. AI can process multiple loan agreements simultaneously, quickly identify relevant clauses in complex documents, and provide summaries to reduce working timeframes.

Low-hanging fruit

George Dessing, Executive Vice President, Treasury & Risk at Wolters Kluwer, explains that 50% of the company’s digital revenues now come from products that leverage AI. “We see the impact these products have on our customers and are eager to leverage our company’s ‘digital DNA’ to implement AI into our own internal operations.”

At present, he says his team is still in the exploratory phase when it comes to implementing AI in treasury. “We have identified some use cases related to cash flow forecasting, for example.”

Dessing adds that he sees AI use cases as “the low-hanging fruit that will eliminate some of the ‘grunt’ work for the team.

“That way, the team can allocate more time to the treasury matters that they are passionate about, while upskilling them in the use of this technology that I believe will only become more important in the future.”

Faster, smarter decisions

Kemi Bolarin, Head of Treasury – Europe at GXO Logistics, says that for her team, AI in treasury “isn’t just a future concept – it’s an active and evolving part of our journey.”

She explains that following the company’s spin-off four years ago, “we had the unique opportunity to build our European treasury team from the ground up.” Initially, this meant taking a pragmatic approach, and keeping things simple and manual while building solid foundational processes.

With a clear view of where the bottlenecks and opportunities lay, she says the team is now moving into a transformational phase – “one where AI is positioned to play a central role in how we evolve.”

The immediate focus is on harnessing predictive analytics to improve the accuracy of cash flow forecasting. “In a fast-moving and margin-sensitive industry like logistics, where payment terms and customer behaviours can vary significantly, forecasting can be especially challenging,” she notes. “So how can we utilise AI algorithms to help us make sense of large volumes of internal and external data, uncovering trends and flagging unusual patterns that might otherwise go unnoticed?”

Other areas of exploration include the role AI can play in helping to detect payment anomalies and fraud, as well as enhancing the cash conversion cycle by leveraging AI in dynamic discounting and payment prioritisation. “The ultimate goal is to make faster, smarter treasury decisions, with fewer manual touchpoints and more confidence in the data driving those decisions,” she says.

Barriers to adoption

Despite the potential benefits, many treasury teams are at a very early stage of AI adoption. For example, PwC’s report found that only 26% of respondents described their AI capabilities as either moderately or very mature. Thirty one percent said they were in the early stages of development and implementation, while 42% were in an experimental or pilot phase.

Key blockers cited in the report cited include data quality and the limited availability of skills. And as Camerinelli points out, obstacles may also include data security concerns around feeding sensitive financial information into AI systems.

He adds that treasury teams may also be held back by a lack of proper technical expertise and data organisation, as well as integration challenges with existing fragmented technology stacks, “and audit trail difficulties due to AI’s non-deterministic nature.”

Deloitte’s Matsoukas comments that the biggest hurdles “are no longer the algorithms themselves but the plumbing and governance around them. Fragmented source systems, patchy master data and opaque models unsettle audit committees.”

Return on investment

At Wolters Kluwer, Dessing explains that innovation has always been a driving force within the company. “However, when implementing AI and making decisions on where to allocate resources you are really looking for scale to get the biggest return on your investment.”

He explains that the company’s treasury function represents around 1% of the total finance community. “It is more difficult for me to justify large investments for AI in treasury at the moment, as the return will be bigger if focused on other larger disciplines within the finance community,” he says.

“There is the clear conviction that if we do not grow on our current head start, we might even be missing the AI ‘boat’ later on.”

“The ultimate goal is to make faster, smarter treasury decisions, with fewer manual touchpoints and more confidence in the data driving those decisions.”

Kemi Bolarin, Head of Treasury – Europe, GXO Logistics

Confidence gap

On another note, Nguyen argues that many professionals see AI as overly complex or technical. “And sometimes AI is seen as a tech team responsibility – some people will say, ‘I don’t want to touch it.’ There’s a big confidence gap, but I always stress that AI education should be industry-wide and inclusive, not just for tech specialists.”

In addition, she notes that many people are worried about being replaced by AI. “But for me, it’s about how AI can augment people’s jobs, and what they are doing in their daily lives.”

To address these hurdles, CFTE has launched a course on Generative AI in Corporate Treasury, which breaks down AI for professionals and creates a learning path, “so that everyone can be engaged with AI, without fear or judgement.”

Royston Da Costa, Assistant Treasurer at Ferguson, and a senior lecturer on the CFTE course – explains that he has taken a proactive approach to educating himself on AI adoption. This includes understanding core AI concepts, reading focused industry reports and following treasury tech vendors that are using AI, as well as engaging with peers and experts in finance and AI communities.

Other steps that treasurers can take include attending treasury and finance events with an AI track and experimenting with AI-driven tools such as ChatGPT or Claude to simulate AI-generated reporting or forecasting. But as Da Costa notes, “Caution MUST be exercised when entering sensitive data into a public website like ChatGPT, as the data could be accessed globally!”

Taking the plunge

So where should treasury teams begin when seeking to adopt AI? Camerinelli suggests starting with a well-defined vision and specific problem identification. “Begin by examining data sources, ERP systems connectivity and data quality first,” he says. “Don’t view AI as a silver bullet – ensure you have proper resources, skills and strategy before deployment. Take a step-by-step approach with realistic expectations.”

Matsoukas, meanwhile, suggests that newcomers to AI “start narrow and data rich. Pick a single pain point, get the right data set and run a proof-of-concept with a trusted advisor and an established vendor.”

He adds that treasurers should also tap into their own talent for ideas and execution – “you may be surprised how many colleagues already experiment with AI in their personal time. Make the most of that creativity and energy.”

Case study

Kemi Bolarin

Head of Treasury – Europe
GXO Logistics

I believe the biggest opportunities come down to five key areas. I like to think of them as the fingers on one hand, each playing a unique role, but working best together:

  • The thumb, which gives your hand strength and control, represents cash flow forecasting – something every treasury team relies on. AI can increase the accuracy of forecasts with real-time data and trends.

  • The index finger stands for team productivity. Tools like Robotic Process Automation (RPA) can handle repetitive tasks, and Generative AI can help us document and improve our workflows, saving time and reducing errors.

  • The middle finger symbolises risk management. In an unpredictable world, AI-powered algorithms help us spot risks early, test scenarios, and respond more quickly when things change.

  • The ring finger is about compliance. AI solutions can help us stay on top of different tax rules, regulations and KYC checks, especially when operating across multiple countries.

  • The pinky, small but mighty, stands for payment fraud detection. AI algorithms can quietly monitor payment activity in the background and alert us to anything unusual.

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