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AI Strategy

18 articles

Abstract line-art illustration, Strategy series

What AI systems need from product managers

Traditional PM frameworks miss AI feature requirements, producing poorly specified features, misaligned success metrics, and avoidable production failures.

AI StrategyProduct StrategyAI AdoptionAI EngineeringProduction AI
Abstract line-art illustration, Adoption series

How to measure AI feature success

AI features fail in ways standard product metrics miss: users can be unhappy without errors rising. Measuring AI success needs different instrumentation.

AI AdoptionAI EngineeringProduction AIAI Strategy
Abstract line-art illustration, Industry series

How AI changes the economics of software development

AI coding tools compress parts of the development cycle, but not the expensive parts. Knowing where real costs live changes how to read productivity claims.

AI StrategySoftware DevelopmentIndustry TrendsAI AdoptionProductivity
A lifecycle timeline with review checkpoints at design, development, and deployment, after which a fairness metric drifts out of its acceptable range during ongoing operation.

What good AI governance looks like

AI governance is not mainly compliance. It is the decisions and accountability behind AI outcomes you can stand behind. Most organizations have less of it.

AI GovernanceAI StrategyEnterprise AI
A business case worksheet where engineering and maintenance lines added to the quoted API cost cut the ROI from a struck-through 12:1 to roughly 2.5:1.

How to make the business case for AI investment

Most AI investment proposals fail because they are framed around capability, not outcome. How to build a case that finance and leadership will approve.

AI AdoptionAI StrategyEnterprise AIBusiness Strategy
Eighteen vendor lines converge into three nodes, with the long tail ending early and a marker to negotiate portability placed where alternatives are still plentiful.

The AI vendor landscape is consolidating: what it means for buyers

Credible AI infrastructure vendors are shrinking in number. For enterprise buyers, that changes procurement in ways most evaluation frameworks miss.

AI StrategyEnterprise AIAI AdoptionIndustry TrendsSoftware Procurement
Three small organizational diagrams labeled centralized, embedded, and platform plus embedded, with the third marked as the best fit for medium to large scale, above a two-bar chart showing a two-to-three ratio of maintenance to build engineers.

How to structure an AI team

There is no single correct AI team structure, only ones that fit specific contexts and ones that create predictable failure modes. How to tell the difference.

AI StrategyTeam ManagementAI AdoptionAI Engineering
A two column vendor evaluation scorecard where the left column of procurement questions is checked off and the right column of production questions is bracketed in orange with every row marked not answered.

What to ask before buying an AI platform

AI platform evaluations focus on benchmarks and feature checklists. The questions that predict whether a platform will work in production are different.

AI AdoptionAI StrategyEnterprise AIPlatform DevelopmentProduction AI
Branching diagram where a pilot success node forks into an endless dashed loop labeled expand scope and a straight track through five gates ending at a shipped release marker.

What separates AI teams that ship from teams that stay in pilot

Most AI pilots succeed. Most AI products don't. The gap isn't technical skill, it's the organizational decisions teams avoid making before the pilot ends.

AI AdoptionProduction AIAI StrategyPlatform DevelopmentDeployment
A flat dashed validated baseline with an actual behavior trace stepping down through four labeled change events, opening a widening shaded gap above a detached row of contract layer boxes.

Why AI systems drift without contracts

AI systems rarely fail loudly. They drift because the assumptions behind inputs, outputs, and behavior are never made explicit enough to enforce.

AI ArchitectureProduction AIAI StrategyAI EngineeringTechnical Debt
An amortization schedule for observability debt showing a fixed instrumentation principal against six monthly interest rows whose compounding bars grow from a sliver to the full width of the table.

The observability debt in AI systems

AI observability debt compounds faster than technical debt. Failures are probabilistic and latent, and retrofitting costs more than building it early.

ObservabilityTechnical DebtProduction AIAI StrategyAI Engineering
Three monospace metric panels labeled activity, outcome and capability, where the dashed activity panel reports a value signal of NONE, above a timeline arc curving from the deploy site to a later value site.

How to set AI goals that actually measure progress

Most AI goals are too vague to measure or too narrow to matter. Here are the three metric types that separate progress from busywork.

AI Strategy
Request-routing diagram with four gates: audit log, jurisdiction router, input validation, and confidence band, each with distinct treatments showing pass and fail states

Financial services AI: four constraints that reshape the architecture

Generic AI patterns break in financial services. Four constraints (audit, residency, adversarial input, risk asymmetry) reshape architecture from day one.

Enterprise AIProduction AIAI Strategy
Workflow diagram highlighting automation touchpoints across business processes

What Business Processes Can Be Automated with AI in 2026

AI automation works best on high-volume, repeatable processes. Here is a scoring framework across seven business domains to find where to start.

Process AutomationAI Strategy
Evaluation scorecard comparing AI vendor criteria

How to Choose an AI Platform or Partner: A Practical Evaluation Guide

Most AI vendors have never shipped to production. Here are exact questions, red flags, and criteria that separate firms that build from ones that only advise.

AI AdoptionSoftware ProcurementAI Strategy
Cost breakdown visualization showing the four categories of AI implementation spend

AI Implementation Costs in 2026: What Companies Actually Spend

A weekend AI prototype cost $47. The production version cost $180,000. Here is what companies actually spend, and where they overspend.

Cost OptimizationAI Strategy
Split composition showing human-AI collaboration in knowledge work

How AI Is Reshaping Professional Services

AI beats consultants at research, analysis, and drafts. It cannot replace organizational trust, novel problem-solving, or accountability.

AI StrategyProfessional Services
Small business office with subtle data visualization overlay elements

AI for Small Business: When It Makes Sense (And When It Doesn't)

A small business owner asked if AI was worth it for his company. The answer depends on your data, your process, and your budget, not your size.

AI AdoptionAI Strategy