Fabric Capacity Management: Right-Sizing Your Platform
Right-sizing Fabric capacity is a finance-and-engineering problem: choose a capacity SKU that matches peak loading patterns, instrument CU consumption, and…
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Right-sizing Fabric capacity is a finance-and-engineering problem: choose a capacity SKU that matches peak loading patterns, instrument CU consumption, and…
Query performance is where UX and cost meet. My practical approach is to measure user-facing latency, inspect query plans, and prioritise optimisations that…
V-Order feels like a secret weapon because it's a write-time optimisation with outsized read-time benefits. In practice I enable V-Order on wide, heavily…
Direct Lake changes the Power BI performance story — but it's not automatic. Over the past months I've seen Direct Lake deliver dramatic improvements when…
Performance tuning in Fabric blends write-time optimisations (v-ordering, partitioning) with query-time strategies (predicate pushdown, materialised views).…
Fabric's component set is broad; the hard part is picking the minimal surface that solves your business need. This guide distils when to use Lakehouse…
Choosing Lakehouse vs Warehouse is an architectural trade-off: for open-format, large-scale analytics and ML, Lakehouse is the better fit; for classic T-SQL…
Designing for scale in Fabric is about decomposition and clear contracts between layers. The medallion architecture works well: small, composable…
Shipping Fabric into production exposes common anti-patterns — unbounded capacity use, duplicated data copies, and insufficient observability. The best…
There is no substitute for learning from real migrations: the patterns we reuse (lift-and-shift for bulk data, iterative modernization for dependent…
A practical Fabric adoption roadmap balances fast wins with platform work — start with a high-impact pilot, instrument the value stream, and invest in a…
Explainability techniques are not one-size-fits-all: explanations that help a clinician are different from what helps a product manager. My rule is to pick…
Transparency is a practical tool for trust: concise user-facing explanations, developer-oriented model cards, and automated provenance logs make AI systems…
Responsible AI isn't merely compliance box-ticking; it's product design that protects people and preserves trust. In practice I've found that pairing…
The EU AI Act signals a shift from voluntary standards to enforceable obligations; product teams need a simple classification step (is this high-risk?) and…
GDPR's implications for AI are practical, not theoretical: logging decisions, maintaining provenance, and ensuring human review where necessary are the…
Compliance moved from a legal exercise to a product requirement in 2023. My pragmatic approach: map data flows to jurisdictions, embed consent and retention…
Operational resilience is the unsung prerequisite for AI adoption. Practical SRE for AI means instrumenting model performance, bounding cost exposure, and…
LLMs are different beasts: unpredictable, context‑sensitive, and often opaque. Model risk management for LLMs needs to emphasise provenance, prompt…
AI introduces risks that cut across data, models, operations and people. Over the past year I've helped teams map those risks to concrete controls — from…
Governance isn't a checkbox — it's what lets organisations scale AI safely. The frameworks I use combine risk tiers, model lifecycle controls, and pragmatic…
Working with teams across finance, healthcare and retail this year, the same practical lessons come up: start with the business question, instrument for…
After advising a range of enterprise AI programmes in 2023, the patterns are consistent: success comes from narrow business-first problem definition…
When teams move from pilots to production, the question I hear most is: 'Did this deliver measurable business value?' From dozens of GenAI assessments this…