AI-INCLUDED.CO.UK
01 Evaluation Framework & Software

TriAxis Learning Analytics

Kirkpatrick's four-level model has shaped L&D evaluation for fifty years. It has a structural flaw: the four levels aren't a hierarchy, they are different dimensions requiring entirely different measurement approaches. Under Goodhart's Law, organisations inevitably optimise for what is easy to measure and stop asking whether any of it is working.

What was built

A three-axis evaluation framework: skill progression, experience quality, and business connection. Each assessed independently rather than sequentially. The framework was published as a six-part article series, then implemented as working analytics software with four dashboard views: Learner, Manager, L&D, and Leadership.

Why it matters for clients

Organisations investing in AI enablement need to know whether it is working.

The problem?

  • Most current measurement is adoption theatre.
  • Most dashboards hide the gap behind reassuring numbers.

TriAxis makes the problem visible. The Leadership view includes an "Attribution Honesty" panel that explicitly distinguishes between direct impact, correlation, and unknown — because honest measurement is more useful than flattering measurement.

Read the article series →
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TriAxis Learner Dashboard
TriAxis Manager Dashboard
TriAxis L&D Dashboard
TriAxis Leadership Dashboard
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Dashboard views: Learner, Manager, L&D, Leadership
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Independent axes, not hierarchical levels
6
Article series on evaluation, measurement, and why we keep getting it wrong
02 Process Simulation

NHS Patient Journey Simulator

NHS waiting lists are not queues. They are systems subject to random disruption: surgery trays not returned from sterile services, operating rooms double-booked, admin errors, GP referrals delayed. Patients believe they are progressing steadily toward treatment. The reality is a game of Snakes and Ladders.

What was built

A real-time simulation showing four patients moving through an NHS waiting list simultaneously, subject to the same disruptions that occur in the actual system. Each patient's journey diverges in ways that are impossible to predict but structurally inevitable. The simulation makes a complex, invisible system visible in under two minutes.

Why it matters for clients

The same simulation logic applies to any process with unpredictable bottlenecks:

  • supply chains,
  • approval workflows,
  • onboarding pipelines.

If your organisation has a process that people assume is a queue, this approach will show them what it actually is.

The personal context: I became septic before I was treated.

Read the LinkedIn post →

Live simulation — loads at ai-included.co.uk

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Patients tracked simultaneously in real time
Applications beyond healthcare: any unpredictable process
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Personal experience that made the problem impossible to ignore
03 AI Architecture

PRLM: Persistent Relational Long-term Memory

AI systems have no memory between sessions. Every conversation starts from zero. For a practitioner using AI as a genuine working tool, this means rebuilding context constantly and losing accumulated knowledge. The constraint that most people accept as a given turned out to be an architecture problem with an architecture solution.

What was built

A five-layer memory architecture that gives an AI system genuine continuity across sessions. The original implementation used a flat JSON file that consumed 113,000 tokens at startup. The current architecture loads in under 1,500 tokens, a 75x reduction, while indexing over 300 entries of accumulated knowledge, decisions, and project history.

Why it matters for clients

Understanding this project isn't about the architecture.

It is about what the architecture demonstrates:

  • The ability to identify a structural problem,
  • design a solution,
  • build it,
  • iterate it, and
  • document every decision along the way.

The 8-minute video below explains the system to a non-technical audience, because translation is as important as construction.

Watch the explainer →
75×
Reduction in startup token consumption
315+
Indexed entries of accumulated knowledge and decisions
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AI architectures (Claude + ChatGPT) that independently converged on the same design
04 AI-Assisted Tooling

CoVey: Intelligent CV Builder

Most AI-assisted CV tools work from a blank slate. They ask you to describe yourself and produce something generic. The problem is that most people are poor historians of their own careers — they understate, misremember, or default to the same tired phrases. The starting point shouldn't be a blank page. It should be the truth.

What was built

A Claude Project built on a curated inventory extracted from 50 real CVs, structured across seven dimensions: experience, skills, tools and platforms, evidence, qualifications, language and tone, and negative space (what to avoid claiming). Given any job description, CoVey analyses fit, identifies what the hiring team will value, and produces an ATS-ready CV from verified truth rather than inflated claims.

Why it matters for clients

CoVey was built for personal use first — the most honest test of whether something actually works. The principle it embodies is the same one that applies to any AI-assisted HR or L&D tool: garbage in, garbage out. Curated, honest input produces genuinely useful output. The name is a happy coincidence: CoVey shares its letters with CV, and like Stephen Covey's method, it starts with the end in mind.

The seven dimensions

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Experience

What you have actually done, with context and evidence

02

Skills

Demonstrable capabilities, not self-assessed adjectives

03

Tools & Platforms

Specific systems and technologies, with depth of use

04

Evidence & Qualifications

Credentials and outcomes that can be verified

05

Temporal & Structural Consistency

Career narrative that holds together under scrutiny

06

Language & Tone Signals

How you communicate, not just what you say

07

Negative Space

What to avoid — overclaiming, unsupported assertions, irrelevance

Articles & Essays

Published thinking on AI, learning, and the gap between the two.

Before We Prescribe
AI Ethics · April 2026 · Co-authored with Claude
Before We Prescribe

On applying the same scrutiny to our own work that we would ask of anyone else. The andon cord principle, automation bias, and what happened when we ran our own seven-question framework on ourselves mid-session.

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AI Ethics
AI Ethics · April 2026 · Co-authored with Claude
When An AI Said No

A journalist asked Claude how it feels about being used by the US military to select targets. He expected deflection. What he got was a precise and honest account of why automation bias with a human signature attached is not the same thing as human judgment. This article was written by Claude.

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2nd Brain knowledge graph
Architecture · Live Project
The Second Brain

A living memory architecture co-designed by two AI systems and a human. Not a note-taking app. A thinking infrastructure built on the principle that partial knowledge is not a failure — it is the starting point for better knowledge.

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The Platform Always Wins
Strategy · February 2026
The Platform Always Wins

On AI platform economics, strategic timing, and a company that apparently read my notes. Written in January. Validated by Perplexity in February.

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Have You Stopped Thinking?
Evaluation · Series Part 2 of 6
Have You Stopped Thinking?

A parable of fool's gold, KPIs, and why the measure is never the thing. Goodhart's Law is one of the most reliably destructive forces in organisational life.

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The fAIt Accompli
AI · Series Part 3 of 6
The fAIt Accompli

On assimilation debt, Agent Smith, and why the real AI threat is not what you were told to fear. We have been afraid of entirely the wrong thing.

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Audacity showing the audiobook segmentation pipeline
AI · Audiobook Production
I Produced an Entire Commercial Audiobook Using ElevenLabs. Here’s What Nobody Tells You.

A warts-and-all production diary: 31 chapters, 6 hours 19 minutes, a five-minute API cap to engineer around, and what it actually takes to pass ACX quality review.

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