📣SPOTIFY PREMIUM RSS FEED | USE CODE: SPOTIFY24 https://bankless.cc/spotify-premium --- Quantum used to be crypto’s distant sci-fi problem. Justin Drake says it now has a clock. In this episode, we unpack what “Q-Day” actually means, why Justin thinks 2032 is the date the entire industry should be planning around, and why Ethereum is targeting 2029 to get post-quantum ready. --- BANKLESS SPONSOR TOOLS: 🔮POLYMARKET | #1 PREDICTION MARKET https://bankless.cc/polymarket-podcast 🪐GALAXY | INSTITUTIONAL DIGITAL ...

Enforced by cryptography, not policy. https://t.co/YuNcwDZqki ...

Core Insights - Oracle has released Java 26, enhancing developer productivity and integrating advanced AI and cryptography features into the world's leading programming language [1][2][3] Group 1: Java 26 Features - Java 26 introduces 10 JDK Enhancement Proposals (JEPs) aimed at improving AI integration, cryptography capabilities, and overall developer productivity [1][2] - Key enhancements include JEP 530, which simplifies language features for better productivity, and JEP 522, which improves memory efficiency and throughput [2][3] - The introduction of the Java Verified Portfolio (JVP) provides a curated set of Oracle-supported tools and frameworks, including commercial support for JavaFX and Helidon [1][19][21] Group 2: Performance and Security Enhancements - JEP 516 accelerates application startup times, while JEP 500 enhances application security by preventing unintended modifications [4][5] - Java 26 includes updates for improved application performance, such as faster JVM startup and more efficient garbage collection [13][14] - Enhanced cryptographic capabilities are introduced, including support for hybrid public key encryption and updates to global standards [13] Group 3: Commercial Support and Community Engagement - Oracle is reintroducing commercial support for JavaFX to meet industry demand for advanced visualizations in AI-driven applications [17][18] - The JVP streamlines support and lifecycle management for Java components, reducing software supply chain risks for organizations [19][20] - Oracle's collaboration with the global Java developer community through OpenJDK and the Java Community Process ensures continuous innovation and support [15]

I was recently at Real World Crypto (that's crypto as in cryptography) and the associated side events, and one thing that struck me was that it was a clarifying experience in terms of understanding *what blockchains are for*.We blockchain people (myself included) often have a tendency to start off from the perspective that we are Ethereum, and therefore we need to go around and find use cases for Ethereum - and generate arguments for why sticking Ethereum into all kinds of places is beneficial.But recently ...

Quantum Computing Isn't Just Coming for Bitcoin—It Threatens Messaging Apps Toohttps://t.co/7VWLcMv6On ...

And if you bring it down to the commodities in Bitcoin, it's electricity being turned into processing power finding its way onto the internet, creating blocks of data that that we call money, Bitcoin. And when you stitch that whole story together, you've got Bitcoin mining and proof of work and cryptography and all these other subject areas that that connect these two massive areas of energy and finance. That's. ...

Through all the Bitcoin's history, last 17 years, there's been a 0% chance of a quantum machine existing, a quantum machine that can break Bitcoin's cryptography. Now, we have to start discounting that as a non-zero threat. It's circ 20 30% chance of it existing by 2028, about 50% in the next 5 years, and it goes up from there.I think the fair value Bitcoin is close to 100 110 all else equal if there's no quantum threat. So discount that 20 30% you're talking 70 80k ballpark right 60k is well beyond that so ...

ZKVM is this fundamental insight that what you can do is you can basically allow nodes to verify that a block followed all the rules without having to re-execute the block. It's a very non-intuitive thing, right. A blockchain by its nature is a very symmetrical thing.Every every node basically does the same thing. Of course, your block produces, but then um every node kind of has to download re re-execute. You you're duplicating the effort across the network.And now you're you're jumping to this like throug ...

Also: AI agents won't be able to navigate an untrusted internet filled with other AI agents on the basis of probabilistic models alone.They'll need the determinism of cryptography. The v1 of this is HTTPS, but we can do much more.See also:https://t.co/vI6PzRVwVBBalaji (@balajis):Very roughly: AI speeds everything up within your trusted tribe but makes things low-trust and cumbersome outside it.Within your tribe you can share context and the AI will create useful code. Outside, however, you’ll hit a wall of ...

Treating privacy and compliance as opposites is an outdated assumption. Modern cryptography allows both to coexist.Prividiums were built to enable this future: private onchain infrastructure where compliance is enforced cryptographically.https://t.co/D4yxwHboqBvassilis (∎, ∆) (@TziokasV):https://t.co/qnFT5gaSfW ...