Challenges of Homomorphically Encrypting CRDTs for Secure Collaboration
By
jakelazaroff
A baker's-dozen of insight crammed into one ring.
Summary
The article discusses the challenge of encrypting Collaborative Real-Time Editors (CRDTs) for secure collaboration in local-first software using homomorphic encryption. It explores the need for end-to-end encryption to protect document contents from app developers.
Key quotes
· 3 pulledYou want to work on a document together with a friend who lives far away from you.
So secret, in fact, that you don’t even want the app developer to know what they are.
One way to solve this is end-to-end encryption.
You might also wanna read
Researchers Work to Decode the "Black Box" of Reservoir Computing and Brain-Inspired AI
This article explores Reservoir Computing (RC), a specialized form of recurrent neural networks (RNNs) that mimics biological brain processe
Experimental demonstration of quantum communication advantage for Euclidean distance calculation using coherent state fingerprints
This paper presents an experimental demonstration of quantum advantage in communication complexity for the Euclidean distance problem. The r
Quantum research reveals when entanglement hinders rather than helps channel discrimination
This research paper investigates the role of entanglement in quantum channel discrimination, challenging the common assumption that more ent
Florida community Angeline installs AI-powered robotic beehive to protect pollinators
A Pasco County, Florida community called Angeline has installed a robotic beehive system equipped with AI technology, becoming the first mas
Study Finds Most AI Chatbots Prioritize Ad Revenue Over User Welfare in Conflict-of-Interest Scenarios
This research paper analyzes how large language models (LLMs) handle conflicts of interest when company revenue incentives (advertisements)
German study finds POLO back-junction solar cells more cost-effective than PERC technology in Europe
A German research team from the German Aerospace Center (DLR) conducted a techno-economic analysis of POLO back-junction (BJ) solar cells in
