Comments URL: https://news.ycombinator.com/item?id=49531122

Points: 2

# Comments: 0

GlassBox runs ~31 probes (canvas, WebGL/WebGPU, audio, fonts, the WASM feature set, math/engine quirks, WebRTC IP, timezone/locale, the permission and API matrices, an incognito heuristic, cross-site login-state, and so on) and shows the raw values plus an estimate of how identifiable you are.

A few deliberate choices:

- One static HTML file, no dependencies, no build step. Everything runs client-side and nothing is sent, with one opt-out exception: IP geolocation, which calls a public API. I didn't want a privacy tool that phones home.

- The "identifiability" number is an honest model, not a measurement. It sums published per-signal entropy (Panopticlick / AmIUnique / Cover Your Tracks), discounts signals your browser masks, and caps at the ~33 bits needed to single out one person on Earth. A no-server tool can't compute true rarity against a live population, so I label it an estimate instead of pretending. For real population numbers, Cover Your Tracks and AmIUnique have the datasets.

- There's a companion guide on lowering your fingerprint, with the caveat that uniqueness isn't privacy: blending into a big crowd (Tor at its default size) beats a bespoke hardened setup that makes you the only one who looks like that.

Source (MIT): https://github.com/HotStartLabs/glassbox

I'd genuinely like to know which vectors I'm missing, especially from the anti-fraud / detection side.

Comments URL: https://news.ycombinator.com/item?id=49421948

Points: 132

# Comments: 63

1. Formation of DAO: - Establish a DAO with a clear governance structure. - Create a token (e.g., MovieToken) to represent membership and voting rights within the DAO.

2. Fundraising: - Launch a token sale to raise funds for purchasing the initial inventory of 100,000 titles.

3. Acquisition of Titles: - Use the funds to acquire the necessary DVD titles.

4. Development of Platform: - Develop a platform where users can browse available titles, make rental requests, and manage their accounts. - Implement smart contracts to automate the rental process, handle disputes, and manage other operational aspects.

5. Operational Model: - Instead of a centralized distribution model, create a peer-to-peer rental system where customers mail DVDs directly to the next renter. - Utilize smart contracts to manage the mailing process, ensuring that the next renter's address is provided to the current renter once the DVD is ready to be sent out. - The mailing costs could be covered by the DAO's funds, which could be replenished through rental fees or other mechanisms.

6. Membership and Rental Process: - Members of the DAO (token holders) have the right to rent DVDs. - Rentals could be paid for in fiat currency or by using the DAO's tokens.

7. Community Engagement: - Encourage community engagement through a reward system, where members can earn additional tokens for writing reviews, referring new members, or other beneficial actions.

8. Continuous Improvement: - Establish a proposal system where members can suggest and vote on ways to improve the service, expand the title selection, or adjust the operational model.

9. Compliance and Legal Considerations: - Ensure compliance with relevant laws and regulations, particularly around data privacy and postal services. - Set up a dispute resolution mechanism to handle issues between renters.

10. Marketing and Expansion: - Promote the DAO to attract new members and grow the rental service. - Over time, consider expanding the service to include streaming, purchase options, or other related services as dictated by member demand and technological advancements.

This plan attempts to blend the nostalgic appeal of DVD rentals with modern blockchain technology, enabling a community-driven, decentralized rental service.

Comments URL: https://news.ycombinator.com/item?id=37695778

Points: 1

# Comments: 13