I wanted a clock that never needed setting. Things escalated.

Summary

Lee Hutchinson details building a custom, self-setting bedside clock using a Raspberry Pi, Adafruit display, and 3D-printed enclosure. The project involved learning to solder and leveraging AI (Claude Code, Fable, Qwen) for coding and design modifications when facing challenges. The final clock integrates with HomeKit and features a deployment pipeline.

Key Takeaways

1. Frustration with existing bedside clocks' manual adjustments for Daylight Saving Time and power outages led to a desire for a self-setting, auto-DST clock with a red seven-segment display.
2. The author built a custom clock using a Raspberry Pi Zero W/2 W, Adafruit LED displays with HT16K33 controllers, and a 3D-printed enclosure, leveraging AI tools for coding and design.
3. The project involved learning new skills like soldering and parametric modeling, with AI (Claude Code, Fable, Qwen) proving essential for overcoming coding and design hurdles.

Statement Breakdown

• Claimed Facts: 60% of statements the article presents as facts
• Opinions: 30% of statements classified as editorial or subjective
• Claims: 10% of statements surfaced for additional reader evaluation

Credibility & Bias Reasoning

Credibility assessment: The article presents a personal project with detailed technical steps and acknowledges the use of AI tools. While the author's expertise is implied, the reliance on AI for coding and design introduces a layer of indirect information. The project's success is demonstrated, but the AI's output is not independently verified within the text.

Bias assessment: Enthusiast-Driven Tech Exploration. The article is written from the perspective of a tech enthusiast detailing a personal project. It showcases a passion for DIY technology and problem-solving, with a positive framing of the tools and processes used. The narrative is driven by the author's personal goals and experiences.

Note: This article details a personal technology project. While informative, it reflects the author's specific experiences and choices, including the use of AI tools for development.

Credibility flag: Personal Project Deep Dive

Claimed Facts (9)

• This is a direct statement about the author's past experiences with clocks.
• This statement describes the existence of a type of clock and the author's inability to find a suitable one.
• This is a factual statement about the hardware chosen for the project.
• This statement provides factual information about a specific product and its features.
• This is a factual statement about the tools purchased for the project.
• This is a stated requirement for the clock's network configuration.
• This is a stated technical requirement for the clock's software.
• This is a stated functional requirement for the clock.
• This describes the implemented functionality of the clock's software.

Opinions (9)

• This is a subjective assessment of the author's past clocks.
• This expresses a personal preference and desired feature for a clock.
• This states a strong personal preference for the display's color.
• This expresses a negative opinion about certain types of clock functionality.
• This is a rhetorical question followed by a subjective answer about the complexity of the desired clock.
• This is a personal reflection on the difficulty of a task.
• This is a self-deprecating and opinionated statement about the author's skill set.
• This expresses a personal and somewhat humorous opinion about systemd.
• This is a subjective assessment of the author's programming skills.

Claims (9)

• This is a hyperbolic and humorous comparison, not a literal claim about clock functionality.
• This is a self-aggrandizing and somewhat flippant statement that downplays the complexity of the project.
• This is a metaphorical and exaggerated statement about building upon existing technology.
• This is a self-deprecating and potentially misleading statement about the length and nature of the article's content.
• This is a hyperbolic analogy to describe the use of a powerful AI on a relatively simple task.
• This is a dramatic statement that may be an oversimplification of the author's capabilities and the project's challenges.
• This is a speculative and potentially exaggerated statement about the author's likely reaction without AI assistance.
• This is a literary allusion used humorously to describe a negative experience with Autodesk software, not a factual claim.
• This uses strong, emotive language to describe a software experience, bordering on hyperbole.

Key Sources

• Lee Hutchinson — Author
• Adafruit — Electronics Manufacturer
• Amazon — E-commerce Retailer
• Autodesk — Software Company
• Claude Code — AI Language Model
• Qwen — AI Language Model