Full Human brings together a small number of open-source and commercial projects developed over time. Each project addresses a specific problem domain and is maintained with a focus on correctness, clarity, and long-term usefulness rather than short-term delivery.
Commercial · Wedding Technology
Personal wedding invitations, thoughtfully digital
Couples choose an invitation design, add their story, photos and schedule, and share a personal link by email or WhatsApp. Guest-specific greetings, schedules and visible sections make each invitation feel personal.
Guest lists, groups and RSVPs stay together in a focused workspace. An upcoming native iOS app brings invitation editing and guest management to iPhone and iPad.
Open Source · Bioinformatics
High-performance gene prediction & genome annotation in Rust
Orphos uses an unsupervised learning algorithm to train a statistical model on an input prokaryotic genome sequence and then predicts gene locations based on that model. Because the training is unsupervised, it does not require externally curated models, the algorithm adapts directly to the features of each genome.
The Rust implementation splits work across CPU cores using Rayon for parallel execution, improving throughput on multi-core machines. Even in single-threaded benchmarks, Orphos matches or slightly outperforms traditional C implementations of Prodigal.
Commercial · Health Technology
Privacy-first DNA-based health insights
Full Human Health works by taking a user’s raw DNA data file—a machine-readable representation of genetic variants—and running it through a variant interpretation engine that associates genotypes with published scientific findings. These associations are filtered and structured into a comprehensive report covering areas such as health risks, and nutrition traits. The analysis runs entirely in the user’s browser, so the DNA file never leaves their device.
Open Source · Developer Tool
Remove unused CSS from modern web applications
PurgeCSS works by analyzing your application’s source files (HTML, JavaScript, templates, or framework-specific files) to determine which CSS selectors are actually used at runtime. It then compares this usage against your stylesheets and removes selectors that are never referenced.
The tool is framework-agnostic and integrates into modern build pipelines, making it suitable for a wide range of frontend stacks. By eliminating unused CSS before deployment, PurgeCSS helps reduce bundle size, improve load times, and keep stylesheets maintainable as applications grow.