AI and Treasury Management: Why New Players Are Rising
Thomas Kang is a seasoned treasury and financial markets professional with 25+ years of practical experience spanning corporate treasury, institutional banking, venture capital, and fintech innovation. He has held senior roles managing complex FX, liquidity, and risk management operations across Asia, the U.S., and global markets, giving him a deep, practitioner-level understanding of day-to-day treasury functions and pain points.
As Co-Founder and Chief Revenue Officer at Finmo, he is shaping a category-defining treasury operating system. It automates workflows, enhances visibility, and simplifies complex payment and liquidity processes for global businesses, helping businesses operate smarter, faster, and with greater financial control.
Beyond his work at Finmo, Thomas Kang is committed to supporting socially responsible entrepreneurship. As a Managing Partner at Voveo Capital, he actively seeks emerging technologies and product trends that can make a positive impact.
Thomas graduated with an MBA from Yale University and received his Bachelor of Science in Mechanical Engineering from the University of California, Irvine.
The financial services industry is experiencing an unprecedented AI investment boom that signals a fundamental shift in how institutions operate. According to Allied Market Research, AI in financial services reached $13.7 billion in 2023 and is projected to surge to $123.2 billion by 2032.
Meanwhile, Grand View Research estimates generative AI will grow at a staggering 39.1% compound annual growth rate through 2030.
These aren't merely experimental investments—financial institutions are betting their futures on AI transformation. The technology is already streamlining processes, enhancing risk management, and enabling personalized customer experiences at an unprecedented scale.
Early results show the promise: automated transaction processing is reducing human error, real-time fraud detection systems are catching threats faster than ever, AI assistants provide customized investment guidance, and operational costs are dropping as routine tasks become automated.
Treasury Management Emerges as the Next AI Battleground
Corporate treasury management represents perhaps the most compelling frontier for AI transformation, with the technology poised to revolutionize operations across multiple dimensions.
Cash visibility gains new precision. AI-powered predictive analytics are solving treasurers' historical challenge of real-time cash visibility by automatically classifying transactions and detecting anomalies in cash positions, providing unprecedented financial clarity.
Liquidity management becomes dynamic. AI algorithms now optimize liquidity through real-time investment recommendations based on current market conditions while automating sweeping operations based on predicted cash needs.
Risk management turns proactive. Intelligent systems offer AI-driven foreign exchange exposure identification, counterparty risk assessment using alternative data sources, and sophisticated scenario modeling capabilities.
Payment processing achieves end-to-end automation. Advanced systems now handle intelligent exception management, behavioral fraud prevention, and payment routing optimization for both cost and timing.
Even routine treasury functions are being digitized through intelligent document processing, natural language processing for covenant monitoring, and automated reconciliation requiring minimal human intervention.
The Incumbent Disadvantage: Why Legacy Providers Struggle
Despite these advances, established treasury management providers face significant obstacles in delivering next-generation AI capabilities. Their challenges stem from fundamental technical, business, and strategic limitations.
Technical Debt Creates Roadblocks
Most established players operate on monolithic architectures built as comprehensive, all-in-one solutions rather than flexible, modular components. This structure makes individual feature updates extraordinarily complex, often requiring extensive testing across entire platforms. New entrants, by contrast, can build API-first, microservices-based architectures from day one.
More problematic is how AI functionality gets integrated. In legacy systems, AI capabilities are typically bolted on as afterthoughts rather than designed as core platform components. True AI integration requires fundamental redesigns of data models and processing flows—costly and disruptive undertakings for established systems.
Data access presents another critical constraint. Incumbent systems struggle to access and normalize data across multiple banking relationships and ERP systems. Their established data pipelines and partnerships prove difficult to restructure, while new market entrants can leverage modern open banking APIs and build native connections to various data sources.
Business Model Friction Slows Innovation
Legacy providers face additional friction when transitioning from traditional license-based models to subscription approaches. This shift impacts revenue recognition and creates temporary financial pressure, limiting the capacity for innovation investment.
Innovation velocity remains a critical weakness. Slow release cycles—often quarterly or semi-annually—cannot match rapidly evolving AI capabilities. Large, diverse customer bases make rapid changes risky, while newer entrants can deploy continuous improvements and experiment with early adopters.
Perhaps most visible to users is the experience gap: complex interfaces designed for specialists rather than modern, intuitive experiences. Redesigning these interfaces risks disrupting established workflows for existing customers, creating significant modernization barriers.
Market Positioning Challenges Mount
Many incumbent solutions were designed for enterprise complexity and price points, making them poorly suited for the growing mid-market segment. Downscaling enterprise products creates pricing and feature misalignments that purpose-built solutions can avoid.
The global banking landscape presents operational hurdles. Maintaining connections with thousands of banking partners worldwide requires substantial ongoing maintenance, while new entrants can leverage emerging banking API standards and focus initially on specific regions or markets.
The most challenging aspect is balancing innovation with the stability that treasury operations demand. Innovation inevitably introduces new risks in mission-critical financial processes—a tension that established players struggle with, given their responsibility to large existing customer bases.
Incumbent Strengths Remain Formidable
Despite these challenges, dismissing incumbents would be premature. Many bring decades of domain expertise, deep regulatory compliance frameworks, and established bank and ERP integrations that new entrants must spend years developing.
They command trust from large corporate customers who value stability in mission-critical systems. For many treasurers, migration risks from proven platforms outweigh the appeal of cutting-edge features, particularly in highly regulated industries.
Several incumbents are investing heavily in modular upgrades, AI partnerships, and embedded analytics to modernize platforms without disrupting existing workflows. Those with strong balance sheets can absorb the investment cycles this transformation requires.
New Entrants' Structural Advantages
Current market transformation creates compelling opportunities for platforms designed specifically for the future of AI-powered treasury management.
New entrants possess structural advantages that may prove decisive as AI adoption accelerates. They can build modern, API-first architectures enabling seamless integration and rapid feature deployment. Without existing technical debt, they can design AI capabilities as core platform features rather than add-ons. Their greenfield data architecture approach enables more effective normalization and analysis across disparate financial systems.
From a business perspective, new players can implement subscription models from inception, creating predictable revenue streams and continuous investment in innovation. Their ability to move quickly and experiment with early adopters enables rapid iteration based on real-world feedback.
Most importantly, companies built specifically for growth-stage businesses can avoid the complexity and pricing misalignment from downscaling enterprise solutions. They can focus on intuitive user experiences and address specific pain points most relevant to their target market.
The ideal new entrant would be practitioner-led, ensuring features evolve based on operational experience rather than theoretical requirements. Such platforms should offer comprehensive integration capabilities connecting all financial operations elements—from customer onboarding to cash flow forecasting—while maintaining scalability to support business growth.
Navigating the Treasury Management Future
In AI-powered treasury management's rapidly evolving landscape, companies seeking competitive advantage should look beyond incumbent providers to solutions designed specifically for the modern financial technology environment. The convergence of AI capabilities, cloud-native architecture, and practitioner-driven design represents the next generation of treasury management platforms.
Organizations evaluating treasury management solutions should prioritize vendors demonstrating native AI integration, modern technical architecture, and agility to adapt to changing market conditions. The future belongs to platforms built for tomorrow's challenges, not constrained by yesterday's limitations.
All opinions expressed by the writers are solely their current opinions and do not reflect the views of FinancialColumnist.com, TET Events.