Mechanics over meta

We dissect why games
are built the way they are.

Not what happened in the patch notes. Not which class to run. The Lorex Keeper pulls apart design decisions, system logic, and the thinking that shapes what you feel when you play.

Browse the Archive About this project
What we cover
Mechanics
Loop theory
Core feedback loops, reward cadence, session design
Systems
Difficulty
Adaptive challenge, skill curves, fail states
Production
Economics
Live service models, monetisation logic, player value
Experience
Immersion
Sound design, environmental narrative, pacing
Fresh reads

Latest from the archive

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Mechanics
The Loop That Keeps You Playing: How Feedback Architecture Works
June 2025
Systems
Difficulty Is Not a Slider: What Challenge Curves Actually Measure
May 2025
Design
Open World Fatigue Is a Design Failure, Not a Player Problem
April 2025
Experience
Sound Design as the Hidden Difficulty Axis
March 2025
Production
The Live Service Math: Why Studios Can't Stop and Players Can't Leave
February 2025
Editorial position

Most gaming coverage tells you what happened.
We focus on why it was built that way.

There's no shortage of guides, tier lists, or takes. What's harder to find is a clear account of the decisions that produce the experience — the loop structure, the economy of attention, the deliberate friction a designer put there on purpose. That's the territory we work in.

5 Deep reads in the archive
3 Years of analysis
2 Writers, no filler
What informs the work
"A game is a series of interesting decisions." — Sid Meier
On what design actually is, beneath all the surface.
"The best games create the feeling of competence without the player actually becoming competent." — Raph Koster
A Theory of Fun for Game Design, 2004.
"Difficulty is not a feature. It's the friction between the player's model of the system and the system itself."
A paraphrase circulating in design circles — no clear original attribution.