Content reviewed and verified by Graham Chee, with FCPA-led practice at Local Knowledge, Mascot NSW. Continuous CPA Australia member since 1986. Prior career at Goldman Sachs, BNP Investment Management and Merrill Lynch.. Last reviewed August 2026. Next review scheduled for November 2026.
Unlock the true value of your proprietary AI models for ASX listing with robust accounting and audit frameworks.
For many Australian SMEs aspiring to an ASX listing, their most valuable assets are no longer physical plant or inventory. Instead, it's the proprietary artificial intelligence models, algorithms, and the invaluable training data that fuels them. This 'AI asset valuation' presents a unique challenge for traditional accounting and auditing practices. The conventional frameworks built for tangible assets and even traditional intellectual property often fall short when assessing the dynamic, evolving nature of AI. This article moves beyond generic discussions of AI's impact to address the specific regulatory and valuation frameworks required for companies whose primary value resides in these sophisticated, AI-native intangible assets. As an FCPA-led practice, Local Knowledge, brings institutional-grade compliance and intellectual-property experience directly to owner-operated SMEs and founder-led businesses. We'll explore the technical audit requirements under APESB and AASB to ensure your proprietary AI models and training data are recognised and valued appropriately as intellectual property, paving your way to ASX readiness. You will learn how to navigate the complexities of AI asset recognition, measurement, and audit for compliance and strategic advantage.
The rise of AI-native businesses has fundamentally shifted the landscape of enterprise value. Unlike traditional companies where value is often tied to physical infrastructure or established brand equity, these new entities derive their core worth from proprietary algorithms, extensive datasets, and the unique insights they generate. This 'quantum leap' necessitates a paradigm shift in how auditors approach asset valuation and financial reporting. The challenge lies in the intangible and often rapidly evolving nature of AI. How do you assess the 'useful life' of a model that is constantly learning and being retrained? What constitutes 'impairment' for an algorithm? Traditional audit methodologies, while robust for tangible assets, struggle with the nuanced complexities of AI's development costs, ongoing maintenance, and the inherent uncertainty of its future economic benefits. For ASX-bound SMEs, demonstrating a clear, auditable valuation of these assets is paramount, requiring a deep understanding of both accounting standards and the technical underpinnings of AI. Without this new paradigm, the true value of an AI-native company can remain obscured, hindering investment and market perception.
The Australian Accounting Standard Board (AASB) 138, 'Intangible Assets', provides the foundational framework for recognising and measuring intangible assets in Australia. However, applying AASB 138 to proprietary AI models requires careful interpretation and robust documentation. For an AI model to be recognised as an intangible asset, it must meet the definition of an intangible asset (identifiable, non-monetary, without physical substance) and the recognition criteria (probable future economic benefits, reliable measurement of cost). The developmental phase of AI, particularly the research component, is typically expensed. However, once the development phase can be clearly distinguished and specific criteria are met – such as technical feasibility, intention to complete, ability to use or sell, and ability to measure expenditure reliably – the costs associated with developing the proprietary algorithm can be capitalised [AASB 138.57]. This includes direct costs like employee benefits for developers and indirect costs directly attributable to preparing the asset for its intended use. The challenge lies in delineating research from development, especially in iterative AI development cycles. Auditors must scrutinise the company's internal policies and documentation to ensure compliance with AASB 138's stringent requirements for capitalisation.
The true intellectual property (IP) of an AI-native company extends far beyond the human-written code. It encompasses the proprietary algorithms, the unique architecture, and critically, the trained model weights and the meticulously curated training data. These elements, particularly the model weights, encapsulate the 'learned intelligence' of the AI and are often the most valuable, yet least understood, assets for audit purposes. Auditing AI model weights as IP requires a technical understanding of machine learning processes. It involves assessing the provenance and integrity of the training data, the methodologies used for model training, and the proprietary nature of the resulting model parameters. For instance, the training data itself, if unique and collected or curated at significant cost, can be recognised as an intangible asset, provided it meets AASB 138 criteria for control and future economic benefits [AASB 138.10]. The legal protection of these assets, through trade secrets or patents, is also a critical factor in their valuation and audit. Auditors must verify that robust internal controls are in place to protect this IP, including access controls, version management, and data security protocols. This deep dive into the technical specifics ensures that the core value drivers of an AI business are properly identified, valued, and protected.
The Accounting Professional & Ethical Standards Board (APESB) plays a critical role in ensuring ethical conduct and professional competence for Australian accountants, including those auditing AI-driven intangibles. APES 110, 'Code of Ethics for Professional Accountants', is particularly relevant, mandating professional competence and due care, integrity, objectivity, and confidentiality [APES 110.100.1]. When auditing complex AI assets, this means auditors must possess, or engage professionals with, the necessary technical expertise in AI and data science. The valuation of AI training data, for example, requires an understanding of data quality, relevance, and the proprietary methods used for its collection and processing. Auditors must maintain professional scepticism, especially when assessing management's estimates for future economic benefits derived from AI models. Furthermore, confidentiality is paramount, given the sensitive nature of proprietary algorithms and datasets. APESB standards also indirectly influence the audit of AI governance, risk, and compliance (GRC) frameworks, ensuring that the company's internal controls and ethical considerations surrounding AI development and deployment meet professional expectations. Compliance with APESB standards provides assurance to stakeholders that the audit of these complex assets is conducted with the highest levels of professionalism and ethical rigour.
For SMEs eyeing an ASX listing, robust AI governance, risk, and compliance (GRC) frameworks are not just good practice; they are non-negotiable. Investors and regulators demand transparency and accountability, particularly when a company's core value is embedded in AI. A comprehensive AI GRC framework addresses several critical areas: data privacy and security (e.g., compliance with the Privacy Act 1988 [legislation.gov.au]), ethical AI development and deployment, model explainability, bias mitigation, and regulatory adherence. Auditors will scrutinise these frameworks to assess the inherent risks associated with the AI assets. This includes evaluating the controls around data acquisition, storage, and usage, as well as the processes for model validation, performance monitoring, and version control. The GRCP (Governance, Risk, and Compliance Professional) principles provide a strong foundation for building such frameworks, ensuring that risks related to AI — such as data breaches, algorithmic bias, or non-compliance with evolving AI regulations — are identified, assessed, and mitigated effectively. Demonstrating a mature AI GRC posture not only enhances investor confidence but also strengthens the auditable value of the AI-native intangible assets, a critical component for ASX listing readiness.
Preparing your AI-native intangible assets for an external audit requires a systematic approach. This isn't a last-minute exercise; it's an ongoing commitment to robust documentation and internal controls. Here are practical steps to ensure your AI assets stand up to scrutiny:
The future of enterprise value, particularly for innovative SMEs, is increasingly tied to their AI-native intangible assets. A robust audit of these assets is not merely a compliance exercise; it's a strategic imperative. For companies seeking an ASX listing, a clear, auditable valuation of proprietary algorithms, model weights, and training data signals maturity, transparency, and a deep understanding of their core business drivers to potential investors. It addresses critical questions around the sustainability of competitive advantage and the scalability of the business model. Furthermore, a rigorous audit process forces an internal review of AI governance, risk management, and intellectual property protection, strengthening the company's operational resilience. In an environment where intangible assets now constitute a significant portion of market capitalisation for many leading companies, SMEs that proactively embrace the challenges of auditing their AI assets will be better positioned to attract investment, command higher valuations, and ultimately, achieve their growth ambitions. This proactive approach transforms a potential audit hurdle into a powerful demonstration of intrinsic value and future potential.
AASB 138 dictates that research costs for AI development must be expensed as incurred. However, development costs can be capitalised if specific criteria are met, including technical feasibility, intention to complete and use/sell the asset, ability to generate future economic benefits, availability of resources, and reliable measurement of expenditure. The challenge for AI lies in clearly delineating when the research phase ends and the development phase begins, especially with iterative and experimental AI development cycles. Robust internal documentation is crucial to justify capitalisation [AASB 138.57].
Yes, AI training data can be recognised as an intangible asset under AASB 138 if it meets the definition and recognition criteria. This means the data must be identifiable (e.g., through legal rights, control over access), generate probable future economic benefits (e.g., through improved AI model performance leading to revenue), and its cost can be measured reliably. This often applies to proprietary, uniquely curated, or significantly costly datasets. Generic or publicly available data would typically not qualify. Documentation of data acquisition, curation, and control is vital [AASB 138.10].
Auditing AI model weights carries several key risks. These include the risk of misstatement due to incorrect valuation methodologies, particularly given the dynamic nature of AI. There's also the risk of intellectual property theft or unauthorised use if controls are weak. Furthermore, the inherent 'black box' nature of some complex models can pose challenges for explainability and verification of their underlying logic, impacting impairment assessments. Auditors must also consider risks related to data integrity, algorithmic bias, and the potential for regulatory non-compliance linked to model outputs [APES 110.100.1].
APESB standards primarily influence the ethical conduct and professional competence required for auditing AI intangibles. APES 110 mandates professional competence and due care, meaning auditors must either possess or engage specialists with expertise in AI and data science to properly assess complex AI assets. Integrity, objectivity, and confidentiality are also critical, especially when dealing with proprietary algorithms and sensitive training data. These standards ensure that auditors approach the valuation and risk assessment of AI assets with the necessary skill, independence, and ethical considerations, bolstering stakeholder confidence [APES 110.100.1].
Crucial documentation for auditing proprietary AI algorithms includes detailed records of development costs (distinguishing research from capitalised development per AASB 138), technical specifications of the algorithm (architecture, programming languages, libraries used), training methodologies, and performance metrics (e.g., accuracy, precision, recall). Furthermore, documentation of data provenance, data cleansing processes, and version control for both the algorithm and its training data is essential. Legal documentation proving ownership and intellectual property protection (e.g., trade secrets, patents) is also vital for valuation purposes [IP Australia].
In principal-led practice, we've observed a significant shift in how sophisticated investors and potential acquirers evaluate tech-driven SMEs. It's no longer enough to simply state you 'have AI'; you must demonstrate its tangible, auditable value. For founder-led businesses, the process of preparing for an AI asset audit often serves as an invaluable strategic exercise. It forces a rigorous internal review of IP protection, data governance, and the very economic models underpinning the AI's contribution to revenue. This clarity, born from the audit preparation, can unlock not just ASX readiness but also provide a robust foundation for future capital raises and strategic partnerships. The investment in a thorough AI asset audit today is an investment in your company's future valuation and strategic agility.
Navigating the complexities of AI asset valuation and audit for ASX readiness requires specialised expertise. Our FCPA-led practice, Local Knowledge, combines institutional-grade compliance with deep understanding of intellectual property and emerging technologies. We can help your SME develop the robust frameworks and documentation needed to recognise, measure, and audit your proprietary AI models and training data. Speak with our principal today to ensure your AI assets are positioned for optimal value and regulatory compliance.

Principal and Founder, Local Knowledge
Graham Chee is the principal and founder of Local Knowledge, an FCPA-led Australian practice that brings institutional-grade compliance, investment-structure and intellectual-property experience directly to owner-managed businesses. Graham is a Fellow of CPA Australia (FCPA since November 2005, continuous CPA member since 1986) and holds the OCEG Governance, Risk & Compliance Professional (GRCP) and Governance, Risk & Compliance Auditor (GRCA) designations. His prior career includes senior roles at Goldman Sachs, BNP Investment Management and Merrill Lynch. Graham was previously portfolio manager of the Asian Masters Fund (IPO December 2007 – 31 December 2009), which returned +29% in AUD terms versus the MSCI Asia Pacific (ex Japan) benchmark. He signs off on 100% of client files personally.
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This article provides general information only and does not constitute financial or accounting advice. You should seek professional advice tailored to your specific circumstances. Every file is signed off by our principal under CPA Code of Ethics.
Graham Chee FCPA, CPA, GRCP, GRCA · Principal, Local Knowledge · Mascot NSW · CPA-signed files