Documentation System Best Practices
Build documentation systems that stay useful—from knowledge bases to runbooks, exploring practical approaches to documentation that people actually maintain and use.
Original essays, cultural analysis, and thoughtful perspectives on technology, society, and knowledge work. Ideas that challenge assumptions and expand understanding.
Ideas don't explain—they argue. They question assumptions, challenge conventional wisdom, and offer fresh perspectives on how we think, learn, work, and interact with technology. From slow thinking to knowledge graphs, from creative constraints to the Lindy effect—these essays explore what it means to think well in a complex, informationsaturated world.
This collection features analytical essays, critical perspectives, thought experiments, and interpretive deep dives into topics that matter for knowledge workers, lifelong learners, and anyone trying to build genuine understanding in an age of endless content.
What you'll find: Original arguments, critical analysis, counterintuitive perspectives, connections across disciplines, and ideas that challenge how you think about thinking itself.
Opportunities in artificial intelligence and automation
15 articlesSoftware application and SaaS business concepts
20 articlesEntrepreneurial opportunities and business models
18 articlesCreative approaches to content and marketing strategy
12 articlesBrand identity, design, and creative positioning
14 articlesIdentifying real problems worth solving
16 articlesSide projects and portfolio-building opportunities
22 articlesCreative approaches to generating revenue
17 articlesMinimum viable products and startup concepts
19 articlesProcess optimization and system design concepts
13 articles
Build documentation systems that stay useful—from knowledge bases to runbooks, exploring practical approaches to documentation that people actually maintain and use.
Build MVPs starting from customer problems—exploring problem discovery, solution validation, and avoiding the trap of falling in love with solutions seeking problems.
Navigate SaaS pricing strategy—from per-user to usage-based, exploring pricing psychology, packaging tactics, and how pricing shapes growth and customer behavior.
Build developer portfolio projects that demonstrate real skills—from practical apps to open source contributions, exploring what actually impresses hiring managers.
Understand how trust breakdowns undermine team performance—exploring root causes, trust-building systems, and why technical solutions can't fix cultural trust deficits.
Identify core productivity obstacles beyond 'time management'—from systemic friction to attention architecture, exploring why productivity advice often fails.
Explore the critical challenges knowledge workers face in 2026—from information overload and AI disruption to remote collaboration and attention fragmentation.
Combat information overload with strategic filtering—exploring curation systems, signal extraction, and building personal knowledge management that scales with input volume.
Stand out in crowded markets through strategic differentiation—exploring competitive analysis, unique value proposition development, and differentiation beyond product features.
Build content assets that compound value over time—topics, formats, and distribution strategies for long-term traffic and authority.
Understand the core online business models—SaaS, marketplace, content, e-commerce, and services—with their economics, challenges, and success patterns.
Focused micro-SaaS concepts serving specific niches profitably—small enough to build solo but valuable enough to sustain a business.
Practical automation ideas to eliminate repetitive tasks, streamline workflows, and reclaim time for high-value knowledge work.
Slow thinking is deliberate, reflective cognition—the opposite of reactive, automatic thought. It's essential for complex problemsolving, learning deeply, and making better decisions in a world that rewards speed over depth.
Knowledge work is labor where the primary output is ideas, insights, or decisions rather than physical goods. It requires managing attention, synthesizing information, and continuously learning—skills that most people are never explicitly taught.
Digital tools aren't neutral—they shape what we pay attention to, how we organize information, and what kinds of thinking feel natural. Understanding this relationship helps us choose tools that support our cognitive goals rather than undermine them.
Deep work is the ability to focus without distraction on cognitively demanding tasks. It produces highquality output, builds expertise faster, and is increasingly rare and valuable in a world full of shallow work and constant interruptions.
Effective learning requires deliberate practice, spaced repetition, active retrieval, and metacognition. Build systems for capturing insights, reviewing what you've learned, and connecting new knowledge to existing frameworks.
A knowledge graph is a network of interconnected ideas where concepts are nodes and relationships are edges. This structure mirrors how memory works and enables better recall, insight generation, and creative connections.
Learning philosophy examines how we acquire, retain, and apply knowledge. It includes questions about pedagogy, cognitive science, metacognition, and the role of context in understanding—helping us learn more effectively and intentionally.