02 Projects
Software products, experiments, and long-term builds โ where the engineering thinking gets put to work.
Everything you need for a fun surf session at a glance. A tide
graph, current weather, body battery, and sunrise/sunset times โ
all on your wrist. I built it because I wanted it on my own wrist:
inspired by the surf edition of the Instinct 2, for surfers who'd
rather watch the horizon than their phone.
ใ Calculated Tides
- Tides are computed from harmonic constants โ not pulled from a remote cache
- Set your spot once; the watch face keeps working forever with no network required
- Phone connection only needed when switching to a new location
- Expanding coverage: select any supported city in the watch face settings
โท Watch Display
- Tide graph spanning the day โ next tide time and height shown prominently
- Graph shaded during nighttime hours for easy dawn patrol planning
- Current time, date, weather conditions, and temperature
- Body Battery level and sunrise/sunset times at a glance
โ Free Forever
- No ads, no subscription, no data fees โ ever
- Published on the Garmin Connect IQ Store for Instinct 2
- Working to support more surf spots around the world
- If you enjoy it, you can buy me a beer at buymeacoffee.com/freethebikes
Design principles
Calculated tides, not cached data
Offline-first after initial setup
Night-shaded graph for session timing
No paywall, no ads
Status:
live on the Garmin Connect IQ Store โ free for all Instinct 2 users,
with worldwide location support actively in development.
For a few strange years around 2012โ2014, a loose crowd of writers,
comedians, and merry pranksters all happened to land on the same
underpowered website at the same time and started making jokes at
each other. It didn't last, and most of it is gone now. This is a
time capsule of that moment: pick a day and see the timeline exactly
as it looked, styled like Twitter of the era. Every post links back
to the original โ and you can reply to any of them. Your reply gets
stamped with today's date, so it reads as a message sent back in
time.
๐ฆ The Archive
- A recovered cross-section of the era's weird-Twitter scene โ the writers, comedians, and shitposters who defined it
- ~200 classic accounts rescued from Cool Tweets (dead since 2023) via the Wayback Machine
- Plus the complete @dril archive (2008โ2023), one voice folded in among the rest
- Only original posts, with timestamps decoded exactly from Snowflake tweet IDs
โฉ Reply Back in Time
- Reply to any post from ten-plus years ago, right in the period-styled timeline
- Your reply is stamped with today's date โ a message dropped into the past
- Static mode keeps replies in your own browser; optional Supabase mode shares them across visitors
- No account, no login โ just start typing
โฅ Find Your Likes
- Upload the
like.js from your own X data archive to find your old favorites
- Every liked ID is checked against the archive entirely in your browser โ nothing is uploaded
- Snowflake IDs decode their own date, so matches need no server lookup
- A small legacy index covers the pre-Snowflake tweets that don't carry a timestamp
Design principles
Recover dead archives, don't let them vanish
Every post links to the original tweet
Client-side likes matching โ nothing uploaded
Static-first, optional Supabase for shared replies
Status:
live on GitHub Pages โ free, no login. Plain static files with an
optional Supabase backend for shared replies.
Take a trip โ
The Amazon Fire tablet store inexplicably has no YouTube or YouTube
Kids app โ just a pile of third-party players, most of them
ad-riddled or locked behind an account. I wanted something for my
own kids: no account to sign into, no ads baked into the app, and
real control over what they can watch. So I built a curated player
where children only ever see videos a grown-up has approved โ no
search, no "related videos," no comments, no rabbit holes. A native
Fire tablet app (Fire OS is Android-based) written in Kotlin, with
playback through the YouTube IFrame Player in a WebView โ the
approach that works on Fire tablets, which have no Google Play
Services.
โถ Calm, Curated Content
- Hand-picked, kid-safe videos โ Alphablocks, Numberblocks, Sesame Street, Bluey, Ms Rachel & more
- Organized into learning shelves: Letters, Numbers, Feelings, Science
- Slow-paced and educational โ none of the hyper-stimulating, fast-cut stuff
- Parents can add their own approved videos by pasting a link or ID
โฟ Parental Controls
- No search, no related-video sidebar, no comments โ kids can't wander off
- "Ask a grown-up" math gate plus an optional PIN before Settings
- Daily screen-time limit that counts only while a video is playing
- PIN stored only as a salted SHA-256 hash, never in plain text
โ Privacy & Pricing
- No accounts, no subscriptions โ the app collects no personal data
- Free to try with 100 videos; unlock the full library and parental controls for $3.99
- Built for toddlers and preschoolers (ages 2โ7) on Amazon Fire tablets
- Any ads YouTube shows are non-personalized โ no tracking-based targeting of your child
Design principles
Curated, not free-roaming
Calm & low-stimulation by design
Montessori-friendly content philosophy
Privacy-first, no data collection
Status:
live on the Amazon Appstore โ free to try, with a $3.99 unlock
for the full library and parental controls.
Sixer finds paid freelance tasks on Freelancer.com and Upwork and
drafts proposals with an LLM โ for your review, never
auto-submission. It drafts; you decide. Drafting runs on a local
LLM via Ollama by default, so your profile and proposals never
leave your machine, and every bid is an explicit, one-at-a-time
action you confirm.
Design principles
Local-first LLM โ private, no API key
Drafts proposals, never auto-bids
You confirm every submission
CLI + local web UI over one SQLite file
Status:
a working local-first tool โ a small CLI plus a hardened local web
UI for reviewing jobs and drafting bids. Interested in using it?
Get in touch.
A tongue-in-cheek experiment in how far a hands-off content
pipeline can go. A local LLM researches a Reddit topic and writes a
grounded narration script, text-to-speech reads it over stock
b-roll, and the finished short queues itself up for YouTube Shorts,
Instagram Reels, and TikTok โ you just approve it before it goes
live. The name is a wink at the age of AI "slop."
Design principles
Local-first LLM โ no cloud inference costs
Human approval before anything goes live
Grounded research, not invented facts
One pipeline, every short-form platform
Status:
an ongoing experiment โ actively auto-publishing short-form video
across three platforms. Curious about running it for your own
channels? Get in touch, or read the
full details, privacy policy & terms โ
A long-term mechanical restoration treated not as a traditional
resto, but as a full-scale systems problem: mechanical, electrical,
and thermal subsystems interacting under real-world load
conditions.
โ Engine & Drivetrain
- Evaluated the Chrysler 318 Poly V8 with dry and wet compression testing across cylinders
- Replaced the timing chain and front-end engine components; tuned timing for drivability under load
- Rebuilt the three-speed A727 Torqueflite automatic in the backyard over ~2 months, including torque converter service
โก Electrical System
- Traced charging instability to grounding issues in the engine and chassis system
- Restored stable charging by correcting a faulty ground strap connection
- Replaced the alternator and validated voltage stability under operating conditions
โฝ Fuel & Engine Tuning
- Investigated carburetor configurations and tuning behavior under RV load conditions
- Worked through air/fuel mixture, idle stability, and vacuum-related drivability issues
- Iteratively tested configurations for reliability rather than peak-performance tuning
Engineering approach
Root-cause failure analysis over part swapping
Validate assumptions with measurement
Treat the vehicle as an integrated system
Reliability over restoration purity
Transmission rebuild โ A727 Torqueflite
Goal:
return a complex vintage platform to dependable, road-usable
condition โ and build a deeper understanding of how legacy
mechanical and electrical systems behave under modern usage
expectations.
A 1968 Datsun roadster bought as a tired, flat-black project and
rebuilt into a one-off custom. Custom front fenders were
fabricated by hand and a pair of NRG fiberglass bucket seats
reworked to sit low and fit the tight cockpit.
It was finished first in matte black and driven hard, then later
stripped back and repainted white. Restored in every way, then
pushed well past stock.
โ Bodywork & Custom Fenders
- Bought as a weathered flat-black roadster and stripped down to a bare shell
- Fabricated custom front fenders by hand and reworked the bodywork
- Custom front end with quad round headlights and a rear diffuser
โ Custom-Fit Seats
- Started with NRG fiberglass bucket seats โ the trick is finding shells small and low enough to fit this car
- Lotus Elise seats are the usual answer but expensive, so I did all the fiberglass myself for a perfect fit
- Reshaped, laid up, and upholstered to sit low and clean alongside the wood wheel
โ Paint & Finish
- Full teardown, metalwork, and block-sanding before any paint went on
- Finished first in matte black/charcoal, then later stripped and repainted white
- Sitting low on staggered wheels for an aggressive, planted stance
Build approach
Fabricate what you can't buy
Bodywork done properly, from bare metal
Build the car you actually want to drive
Restore, then keep improving
Custom-fit seats โ reworked NRG fiberglass
Goal:
a road-going, one-of-a-kind roadster โ proof that with enough
patience you can fabricate the parts you can't buy and finish a
car to your own spec, end to end.
A red E30 built into a street-legal drift car. The interior was
stripped out, Corbeau bucket seats and a hydraulic handbrake
fitted, and the suspension modified for angle โ then driven to and
from events under its own power to go sideways.
Build approach
Strip it and send it
Hydraulic handbrake
Suspension for angle
Street legal, driven hard
Status:
a street-legal E30 that ran three grassroots drift events โ
including Drift Day 43 in Shawano, Wisconsin โ and spent a full
night going sideways with the Risky Devils crew.
A black S13 240SX built around an SR20DET running a large single
turbo โ the classic rear-wheel-drive drift platform set up for
boost and big power.
Build approach
Proven RWD platform
SR20DET power
Big single turbo
Built for boost
Status:
a turbocharged, rear-wheel-drive S13 โ the quintessential
drift-scene build.