90 posts tagged with "Consulting"

A go-to-market strategy for an AI solution is not simply a marketing plan. It is the coordinated design of:

For AI products, the “trust” component is particularly important. A technically impressive solution can still fail because the buyer cannot establish:

• Who is accountable for its outputs.
• Where customer data is processed.
• Whether the model can hallucinate.
• Whether regulators will accept it.
• Whether employees and customers will use it.
• Whether its financial benefits exceed implementation and operating costs.

In EMEA, the challenge is greater because EMEA is not one market. An AI solution sold in the UK, Germany, the UAE, Saudi Arabia and South Africa may require different hosting, contracting, languages, regulatory controls, partner models and sales motions.

This guide explains the complete process and then applies it to a detailed hypothetical case study: an AI customer-service platform for regulated banks.

Financial modelling is the process of translating a business idea, investment, product, project, or company into numbers.

A financial model helps decision-makers answer questions such as:

• How much will the AI solution cost?
• How will the solution generate financial value?
• When will the investment break even?
• How much cash will be required?
• What happens if adoption is slower than expected?
• Is it cheaper to build, buy, or partner?
• Which AI architecture provides the best combination of cost, quality, latency, and risk?
• What is the company or AI product worth?
• Should the organisation approve, delay, redesign, or reject the investment?

For an ordinary software project, financial modelling usually connects customers, prices, employees, and infrastructure costs.

For an AI solution, the model must connect several additional variables:

For example:

The most important principle is:

Do not measure only cost per token, request, model call, or GPU hour. Measure cost and value per successful business outcome.

Examples of meaningful AI financial units include:

• Cost per successfully resolved customer enquiry
• Cost per approved insurance claim
• Cost per qualified sales lead
• Cost per completed legal review
• Cost per detected fraud case
• Cost per accurate document extraction
• Cost per software feature delivered
• Cost per clinical document summarised
• Revenue per AI-assisted customer
• Gross profit per AI agent session

Cloud FinOps applies the same fundamental relationship to AI as to other cloud services:

However, AI introduces unusual quantities such as input tokens, output tokens, model calls, GPU time, retrieval operations, evaluation runs, agent steps, tool calls, and human-review events. FinOps therefore recommends connecting cloud costs to business-unit economics rather than viewing infrastructure spending in isolation.

A proposal is not simply a document explaining what you intend to deliver. It is a structured argument designed to help a potential client make a confident purchasing decision.

Many consultants, freelancers, agencies, and professional-services firms treat proposal writing as an administrative task. They reuse a standard template, insert the client's name, add a list of services, calculate a price, and send the document.

This approach may be efficient, but it rarely creates a meaningful competitive advantage.

Data consulting can be one of the most attractive businesses for experienced analysts, data engineers, AI engineers, architects, and technology leaders.

Organizations are collecting more data than ever, but many still struggle to turn that data into measurable business value. They may have fragmented systems, unreliable reporting, poorly governed datasets, expensive cloud platforms, underperforming AI initiatives, or leadership teams that do not know where to begin.

A capable data consultant helps close that gap.

Case C parent. A multi-country banking group issues an “enterprise agentic AI” RFP: aggressive timeline, outcome guarantees on cost reduction, broad liability for model outputs, vendor-shaped specs, unclear data residency. Partners want the logo. Pursuit cost is high. This parent states the decision pattern; expanded articles show qualification/independence and commercial realism.

Case C · Expand II (parent: Bid/no-bid overview). Translate Conditional pursue into commercials that are deliverable—or walk away cleanly.

Case C · Expand I (parent: Bid/no-bid overview). Run structured qualification and independence before heavy proposal investment.

This hub is the parent entry for three AI solution engineering case-study series. Each series has a short parent overview and expanded articles you can study in depth. Use the same checkpoints on every case: signal → qualify → reframe → shape → engineer → prove value → land.

Most people do not lose arguments because their logic is weak. They lose because a request was framed to trigger an automatic “yes”—a favour already received, a public stand already taken, a crowd already moving, a familiar face, a title, or a closing window. Understanding those frames is how you sell ethically, lead without coercion, and defend yourself when someone else is selling you.

Case A parent. Meridian Insurance (composite) faces rising cost-to-serve. The board wants a GenAI plan this quarter. The COO sponsors; the CRO fears hallucination, privacy and audit gaps. Knowledge is fragmented; there is no enterprise evaluation framework. This overview states the decision and outcome. Expanded articles cover discovery, solution/commercial design and delivery.