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Tagged with: #well-advised

Posts tagged with #well-advised feature my thoughts on the Well-Advised Framework - a mechanism for realising business value through technology investment.

AI and the CFO: Standing Behind the Numbers the Machine Produces

Seattle | Published in Board | 12 minute read |    
A CFO's desk at night in a dark wood-panelled office, lit warm on the left by a brass desk lamp where bound financial statements lie open with a fountain pen resting on a freshly signed final page, beside a crystal glass and a leather folder, and cool blue on the right through a floor-to-ceiling window onto a screen-filled finance operations floor, with an empty leather chair between them, a visual reframe of numbers a machine produces but a human still signs (Image generated by ChatGPT 5.4)

The case for AI in the finance function is no longer in question. Commitment to it now runs well ahead of readiness, but accountability does not wait for that gap to close. The CFO answers for the integrity of the accounts and the stewardship of capital every reporting cycle, ready or not, and AI is already inside the work that produces both. In this article, I argue that AI changes how each of the CFO’s duties is carried out, not who signs for them, and I sort its effect into four groups: where it does the work, where it sharpens the judgement, where it operates out of sight, and where it changes almost nothing.


Ontologies and Knowledge Graphs: Why Structure is the Next Data Frontier

Seattle | Published in Data | 15 minute read |    
An open leather-bound accounting ledger on a dark polished desk in warm lamplight, its hand-ruled columns of figures dissolving at the right-hand edge into a glowing blue three-dimensional network of connected nodes that hovers above the desk surface, a visual reframe of the same information shifting from a flat record to be read into an explicit structure that can be traversed and reasoned over (Image generated by ChatGPT 5.4)

The strategic value of data is no longer in question. The next frontier is data whose meaning and relationships are explicit enough for machines to reason over rather than merely retrieve. Unstructured information must be interpreted by whoever consumes it, whether that is a person reading a report or an AI system generating an answer. Structured information makes explicit the relationships required for traceability, verification, and defensible reasoning at scale. In this article, I argue that ontologies and the knowledge graphs built upon them have moved from technical infrastructure into Board territory, because they increasingly determine what an organisation officially knows, what its AI systems can work with, and where durable advantage is created.


The Appreciating Ledger: When AI Capital Outgrows the CFO's Rulebook

Llantwit Major | Published in Board | 11 minute read |    
An editorial still-life photograph of an open antique accounting ledger on a dark wooden desk, lit by warm cinematic light from the upper right. The left-hand page is dense with handwritten entries and completes with an underlined subtotal; the right-hand page shows the same columnar structure with entries in the Particulars column but the value columns empty, and the phrase 'To be measured' handwritten at the bottom where a subtotal figure would normally sit. A fountain pen and a small brass key rest beside the ledger. A visual metaphor for the argument that the finance function's conventional ledger records what AI investment costs but does not yet have the instruments to measure what it produces. (Image generated by ChatGPT 5.4)

For decades, tighter discipline over technology spend has rewarded the finance functions that applied it. AI capital behaves unlike anything they have measured before: it appreciates rather than depreciates through use, accumulates through reinvestment rather than paying back linearly, and surfaces value in functions other than the one that funded it. The project-ROI lens, optimised for predictability and attribution, cannot register these behaviours. CFOs who have scaled AI are seeing returns the rest cannot, not because their execution is better but because their instruments are. This article sets out what those instruments are and how to apply them.


Maximum Fidelity: How Four Indicator Types Strengthen Board Decisions

New York | Published in Board | 13 minute read |    
A close-up photograph of a professional audio mastering console, showing a warmly lit analogue VU meter on the left with its amber-glowing face, flanked by precision control knobs and monitoring switches on a dark panel. The shallow depth of field draws the eye to the meter itself, with the surrounding controls falling gently into shadow. An image representing the precision instruments used by audio engineers to measure fidelity, used here as a metaphor for the four indicator types that give Boards maximum fidelity on the decisions in front of them (Image generated by ChatGPT 5.4)

Boards have always governed under incomplete information. What the four indicator types offer is not more information but a progressively higher quality of it. Lagging indicators establish what happened, leading indicators signal direction, predictive indicators model possible futures, and reasoned indicators prove what is certain. Applied in combination to a single decision, they represent maximum fidelity — everything knowable and made available before the judgement is made. This article explains why the distinction between a decision made with maximum fidelity and one made without it matters for every director around the table.


Crossing the GenAI Divide: Solving The 95% Problem With The Complete AI Framework

Llantwit Major | Published in AI and Board | 12 minute read |    
Business executives in suits walking across a modern steel bridge spanning a dramatic canyon, moving from scattered floating platforms symbolising isolated pilot projects toward a futuristic interconnected city glowing in golden light, representing the journey from fragmented efforts to systematic business transformation. (Image generated by ChatGPT 5)

New research from MIT provides compelling validation for the AI adoption challenges I’ve been highlighting since 2024: whilst organisations are investing billions of dollars in generative AI, only 5% successfully move from pilot to production. The study confirms what I’ve observed first-hand — the difference between transformation and experimentation lies in coherent governance, not technology capability.


From Print to Web to AI: Creating Sustainable Value in the AI Era

London | Published in AI , Board and Data | 12 minute read |    
A futuristic data ecosystem visualisation: traditional newspaper archives transition into flowing digital streams that connect to modern AI interfaces and autonomous agent networks. Sustainable value exchange pathways illuminate the connections between data creators, AI platforms, and users, symbolising the evolution from print to web to AI-powered value creation.

AI answer engines like Claude, ChatGPT, and Perplexity are fundamentally reshaping how value flows through information ecosystems. Unlike the web era’s simple traffic exchange, these systems synthesise and enhance proprietary data, creating entirely new possibilities for value creation. Bloomberg and the Financial Times demonstrate how organisations can transform this shift into competitive advantage through innovative AI models and sustainable value exchange frameworks. This article explores how Boards can leverage these lessons to build ecosystems where data owners, AI platforms, and users all benefit from the extraordinary value being created.


AI’s Hidden ROI: Measuring Second and Third-Order Effects for Board Decisions

London | Published in AI and Board | 11 minute read |    
A photorealistic corporate boardroom at sunrise with a panoramic city skyline visible through floor-to-ceiling windows. A holographic display on the glass wall shows interconnected golden and blue nodes branching outward in a chain-reaction pattern, symbolising AI’s second and third-order effects. Warm sunlight blends with the cool glow of the digital network, reflecting on the polished conference table. (Image generated by ChatGPT 4o).

Traditional ROI calculations capture the obvious: cost savings, faster processes, fewer errors. Yet AI’s most powerful returns often emerge much later, as cascading second and third-order effects transform capabilities, business models, and competitive position. In this article I explore how Boards can identify and measure these hidden gains using leading, lagging, and predictive indicators, while ensuring governance frameworks balance opportunity with risk.


How Agentic AI Turns Your Biggest Tech Problem into Competitive Advantage

Seattle | Published in AI , Board and Emerging | 11 minute read |    
A dramatic split-screen view of a giant clock mechanism being transformed by autonomous drones. The left side shows rusted, tangled gears and chains representing legacy technical debt, while the right side displays the same clock transformed into a gleaming holographic interface with digital displays and flowing data streams. Tiny maintenance drones work systematically between both sides, symbolising how agentic AI transforms outdated infrastructure into modern, future-ready architectures. (Image generated by ChatGPT 4o).

In the race to deploy agentic AI, organisations face a fundamental paradox: they’re building tomorrow’s autonomous systems on yesterday’s infrastructure. Drawing from the cloud transformation journey, this article explores how the same legacy architectures that constrain agentic AI also present an unprecedented opportunity. By retiring technical debt, organisations can clear the path for technological change that will define the next era of business competition. For Boards, the choice is clear: deploy agents within existing constraints, or use them to architect the foundation for future competitive advantage.


AI Centre of Excellence: Future-proofing Through Continuous Evolution

London | Published in AI , Board and Emerging | 12 minute read |    
A futuristic AI control centre at sunset where interconnected data networks visualise the evolution from pilot projects to enterprise-scale transformation. Expanding luminous nodes and holographic displays illustrate emerging technologies such as multi-agent systems, quantum-AI hybrids, and federated networks, symbolising adaptive governance and continuous evolution within the AI Centre of Excellence. (Image generated by ChatGPT 4o).

You’ve built your AI Centre of Excellence. It’s governing multi-speed adoption, delivering value, and - as we explored in the previous article - scaling beyond pilots to enterprise transformation. But here’s the uncomfortable truth: the AI landscape will look radically different in eighteen months. Multi-agent systems, decentralised agent ecosystems, embodied AI, neurosymbolic reasoning, quantum-AI hybrids, cross-modal intelligence, federated AI networks, and artificial superintelligence will challenge every governance framework you’ve carefully constructed. Having achieved scale, this final article tackles the strategic imperative of continuous evolution: how to future-proof your AI CoE to govern these disruptive technologies whilst building the adaptive capacity to thrive on change rather than being disrupted by it.


AI Centre of Excellence: Scaling Beyond Pilots to Enterprise Transformation

Llantwit Major | Published in AI and Board | 12 minute read |    
An expansive control centre where AI initiatives scale from single monitors to vast digital landscapes. Teams work on interconnected platforms whilst governance frameworks adapt dynamically. The transition from pilot projects to enterprise transformation is visualised through expanding networks of light. (Image generated by ChatGPT 4o).

The successful completion of your AI Centre of Excellence’s first 90 days marks an important milestone, but it also brings into sharp focus the next critical challenge. Whilst the AI Initiative Rubric has proven effective for pilot selection and early wins have demonstrated value, the transition from isolated successes to enterprise-wide transformation requires fundamentally different approaches. This progression from pilot to scale represents one of the most significant hurdles in AI adoption, demanding new structures, governance models, and ways of thinking that go well beyond what initial success required.