1/7 What will the verifiable web look like? Our new report explores the role of web proofs (aka zkTLS) and their potential use cases. What are web 
proofs and what real-world problems can they solve? 🧵

1/7 What will the verifiable web look like? Our new report explores the role of web proofs (aka zkTLS) and their potential use cases. What are web 
proofs and what real-world problems can they solve? 🧵

https://paragraph.xyz/@lemniscap/what-will-the-verifiable-web-look-like

Lemniscap is an investment firm specialising in investments in emerging cryptoassets and blockchain startups.

2/7 The Problem: The current web is built on trust. Users rely on centralized entities to verify data, creating inefficiencies and vulnerabilities. Web proofs aim to replace trust with cryptographic verification of your data.

4/7 Use Cases: Web proofs unlock diverse applications across four objectives:
• Credentials: Prove your data to a third party
• Data Integrity: Improve data accuracy and reliability
• Data Portability: Move your data from one platform to another
• Data Assets: Monetize your data

5/7 We identified 20+ exciting use cases that can be organized by these objectives (+ “Other”). We describe each use case in detail and how web proofs enable it, so you don’t have to. We hope you find it useful – dive in!

5/7 We identified 20+ exciting use cases that can be organized by these objectives (+ “Other”). We describe each use case in detail and how web proofs enable it, so you don’t have to. We hope you find it useful – dive in!

https://warpcast.com/lemniscap/0x46aaaa1c

6/7 If you're building in these spaces, we'd love to hear from you! Feel free to DM the Lemniscap team @roderik @shaishav0x @nicolasantoni @sjors-lemniscap @grisha @blocks or reach out to us by email.

7/7 Lastly, a big thank you to

@madhavanmalolan.eth at @reclaimprotocol 
@eulerlagrange.eth & @dawufi at Opacity Network
Joshua at @zkpass 
YJ at Open Layer
@danilowhk at Zap Lab
Vicky & Xiang Xie at Primus Labs
@devloper at @plutolabs

for fruitful discussions and feedback.

3/7 Enter web proofs. Web proofs allow you to cryptographically authenticate any data you exchange over HTTPS. They ensure:
• Authenticity: Your data hasn’t been tampered with.
• Provenance: Your data came from a specific source.
• Privacy: You only reveal what you want to.