- (Inactive) Core member of [Hexojs](http://github.com/hexojs) organisation and maintainer of [Hexo](https://github.com/hexojs/hexo), a Nodejs-powered static site generator. (This site is created using Hexo)
- [**hexo-yam**](https://github.com/curbengh/hexo-yam): Yet Another Minifier plugin for Hexo. Minify and compress HTML, JS, CSS and SVG. XML, JSON, etc. Support gzip and brotli compressions.
- [**hexo-nofollow**](https://github.com/curbengh/hexo-nofollow): A Hexo plugin that adds [`rel="external nofollow noopener noreferrer"`](https://developer.mozilla.org/en-US/docs/Web/HTML/Link_types) to all external links in your blog posts for security, privacy and SEO.
- [**urlhaus-filter**](https://gitlab.com/curben/urlhaus-filter): A set of blocklists to restrict ~3,000 malware websites. Part of [uBlock Origin](https://github.com/gorhill/uBlock)'s default filter. Based on [URLhaus](https://urlhaus.abuse.ch/).
- [**phishing-filter**](https://gitlab.com/curben/phishing-filter): A set of blocklists to restrict ~9,000 phishing websites. Part of uBlock Origin's default filter. Based on [PhishTank](https://www.phishtank.com/) and [OpenPhish](https://openphish.com/).
- [**pup-filter**](https://gitlab.com/curben/pup-filter): A set of blocklists to restrict ~500 websites that host potentially unwanted programs (PUP). Part of uBlock Origin's default filter. Based on [Zhouhan Chen](https://zhouhanc.com/)'s [malware-discoverer](https://github.com/zhouhanc/malware-discoverer).
- [**tracking-filter**](https://gitlab.com/curben/tracking-filter): A set of blocklists to restrict javascript links that perform [browser fingerprinting](https://en.wikipedia.org/wiki/Web_tracking). Based on DuckDuckGo [Tracker Radar](https://github.com/duckduckgo/tracker-radar). [Blokada version](https://community.blokada.org/t/introducing-duckduckgo-tracker-radar-to-blokada/469) blocks more tracking links but the trade-off is more false positive; available at [blokada.org](https://blokada.org/blocklists/ddgtrackerradar/standard/hosts.txt).
mdleom.com is hosted on a [VPS](https://en.wikipedia.org/wiki/Virtual_private_server) with Cloudflare CDN. The OS is [NixOS](https://nixos.org/) and the web server is [Caddy](https://caddyserver.com/). The web server functions as a file server with ability to failover to mirrors (Cloudflare Pages, Netlify and GitHub Pages). It serves content via cloudflared that connects to the CDN network using an outbound tunnel. Blog content is deployed from a [GitLab repository](https://gitlab.com/curben/blog) which hosts the source. The repo also hosts [images and attachments](https://gitlab.com/curben/blog/-/tree/site); images are resized on-the-fly using [Statically](https://statically.io/).
- [Bibliogram](https://sr.ht/~cadence/bibliogram/): An alternative front-end for Instagram. It works without client-side JavaScript, has no ads or tracking, and doesn't urge you to sign up.
- [SimplyTranslate](https://simple-web.org/projects/simplytranslate.html): Provide fast and private translations to the user without wasting much overhead for extensive styling or JavaScript. Supports Google Translate engine.
- [Lingva](https://github.com/TheDavidDelta/lingva-translate): An alternative front-end for Google Translate. Retrieves the translation without using any Google-related service.
- Leom, MD, Deegan, G, Martini, B & Boland, J 2021, 'Information disclosure in mobile device: examining the influence of information relevance and recipient', [_HICSS_](https://hicss.hawaii.edu/), pp. 4632-4640. [PDF](/files/publications/Information-disclosure-mobile-device.pdf)
- Leom, MD 2020, 'User privacy preservation on mobile devices: investigating the role of contextual integrity', PhD thesis, University of South Australia. [PDF](/files/publications/User-privacy-preservation_thesis.pdf)
- Leom, MD, Choo, K-KR & Hunt, R 2016, 'Remote wiping and secure deletion on mobile devices: a review', _Journal of Forensic Sciences_, pp. 1-20, doi: [10.1111/1556-4029.13203](https://doi.org/10.1111/1556-4029.13203). [Postprint](/files/publications/Remote-wiping-and-secure-deletion-on-mobile-devices-a-review_postprint.pdf)