QRL, Geometry Labs, & NIST Working in Parallel to Create Quantum-Resistant Cryptographic Algorithms

0:00 Intro, Guests, & Episode Overview
0:44 What is the Quantum Resistant Ledger?
1:46 Mitchell Krawiec-Thayer on building Lattice Algebra
3:04 Introducing Lattice Algebra
3:36 Aggregatable one-time signatures
4:56 Use cases for signature aggregation
7:05 What are the tradeoffs if any?
9:54 Analogy for aggregated vs non-aggregated
15:12 Use cases- off chain atomic swaps and more
17:03 What secret would be exchanged?
18:22 Quick summary by Michael Strike (QRL)
20:58 Secure Fountain Architecture
23:57 Big fundamental trade off- dramatically reduce storage size & increasing bandwidth
26:36 Thank you to the authors of Secure Fountain Architecture
29:09 Benefits
30:48 Jevons Paradox
33:00 Exciting takeaways from the series
40:51 Closing thoughts (upcoming AMA, where to learn more, and more)

Introducing lattice-algebra: An elegant, high-performance post-quantum cryptography library:

Techniques for efficient post-quantum finance series-

Part 1: digital signatures:

Part 2: signature aggregation:

Part 3: adaptor signatures:

Part 4: reducing storage requirements:

A Secure Fountain Architecture for Slashing Storage Costs in Blockchains:

To learn more, check out the following links:

[decentralizedlife]

Why are you guys only on one exchange? I see a lot of activity on github with your project. If you had more ways to buy more investors would surely come in I’m assuming!