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Memory Prices from Stanford
Memory Prices from Stanford
Historical and current prices for DRAM, HBM, and NAND flash.
·dam.stanford.edu·
Memory Prices from Stanford
ZSeven-W/openpencil: The world's first open-source AI-native vector design tool and the first to feature concurrent Agent Teams. Design-as-Code. Turn prompts into UI directly on the live canvas. A modern alternative to Pencil.
ZSeven-W/openpencil: The world's first open-source AI-native vector design tool and the first to feature concurrent Agent Teams. Design-as-Code. Turn prompts into UI directly on the live canvas. A modern alternative to Pencil.
The world's first open-source AI-native vector design tool and the first to feature concurrent Agent Teams. Design-as-Code. Turn prompts into UI directly on the live canvas. A modern alternativ...
·github.com·
ZSeven-W/openpencil: The world's first open-source AI-native vector design tool and the first to feature concurrent Agent Teams. Design-as-Code. Turn prompts into UI directly on the live canvas. A modern alternative to Pencil.
Using Local Coding Agents
Using Local Coding Agents
Using Open-Weight Models in Local Coding Harnesses as an Alternative to Claude Code and Codex Subscriptions
·magazine.sebastianraschka.com·
Using Local Coding Agents
calesthio/OpenMontage: World's first open-source, agentic video production system. 12 pipelines, 52 tools, 500+ agent skills. Turn your AI coding assistant into a full video production studio.
calesthio/OpenMontage: World's first open-source, agentic video production system. 12 pipelines, 52 tools, 500+ agent skills. Turn your AI coding assistant into a full video production studio.
World's first open-source, agentic video production system. 12 pipelines, 52 tools, 500+ agent skills. Turn your AI coding assistant into a full video production studio. - calesthio/OpenMontage
·github.com·
calesthio/OpenMontage: World's first open-source, agentic video production system. 12 pipelines, 52 tools, 500+ agent skills. Turn your AI coding assistant into a full video production studio.
How I hunt for vulnerabilities with AI | ClickHouse
How I hunt for vulnerabilities with AI | ClickHouse
I'm an experienced software engineer, but I'm not a seasoned bug bounty hunter. I used GitHub Copilot in combination with Claude Opus and Gemini models to search for vulnerabilities in the ClickHouse codebase, generate hypotheses, and speed up validation.
·clickhouse.com·
How I hunt for vulnerabilities with AI | ClickHouse
I don't wonder how this happens after two decades of experience in infra roles. I've seen things! | Nearly a million passports just exposed on the public internet—and anyone could access them with a simple URL
I don't wonder how this happens after two decades of experience in infra roles. I've seen things! | Nearly a million passports just exposed on the public internet—and anyone could access them with a simple URL
Nearly one million passports and driver's licenses from multiple countries were left unprotected online with zero password protection. Here's what happened.
·cambridgeanalytica.org·
I don't wonder how this happens after two decades of experience in infra roles. I've seen things! | Nearly a million passports just exposed on the public internet—and anyone could access them with a simple URL
Cynthia Brumfield (@metacurity.com)
Cynthia Brumfield (@metacurity.com)
The revised targeting principles, approved without public disclosure in April, envision “systems where AI initiates actions with human monitoring,” instead of “‘human in the loop’ systems, in which a human initiates actions.” https://www.bloomberg.com/news/articles/2026-06-25/pentagon-sees-broader-role-for-ai-in-setting-military-targets
·bsky.app·
Cynthia Brumfield (@metacurity.com)
All you need is PostgreSQL
All you need is PostgreSQL
Introduction The setup Laying the foundation The foundation: schemas and user roles for modularity Domains Accounts, managed and external Transfers, constrained by a state machine and temporal periods Transfer state history Account auditing Transactions, the immutable events On maintaining business rules via meaningful constraints The transfer state machine Transactions must fall within the transfer period Pending transactions require a pending transfer No future transactions when closing a transfer On capacity planning Working set estimation On write throughput Enabling HOT Updates for Transfers Making sure there are no Unused indexes OLTP Listing The history of a transfer OLAP Balance ledger Incremental maintenance via triggers On serializable isolation On decoupling Benchmarking the startup scenario Seed data Write script: full transfer lifecycle Read script: activity stream and balance Running the benchmark Results Conclusion Appendix A: Full code suite. Introduction There is a deep cultural reflex in modern engineering: whenever a problem appears, reach for a packaged solution instead of thinking from first principles. The result is architectural cargo culting and lots of missed opportunities. Some intentionally absurd-but-familiar examples:
·ebellani.github.io·
All you need is PostgreSQL
cssQuake - Powered by PolyCSS
cssQuake - Powered by PolyCSS
Play a browser Quake port rendered as inspectable HTML and CSS 3D geometry through PolyCSS, with no WebGL or canvas renderer.
·cssquake.com·
cssQuake - Powered by PolyCSS
Framework's 10G Ethernet module exposes USB-C's complexity
Framework's 10G Ethernet module exposes USB-C's complexity
I've been following WisdPi's development of various 5 Gbps and 10 Gbps Ethernet adapters for the past couple years. They use newer Realtek Ethernet chips, which sometimes have performance quirks—most frequently encountered under Linux. In today's video, I tested the new WisdPi 10G Ethernet Expansion Card for Framework computers. It fits in any available Framework Expansion slot—even on the Framework Desktop. But Expansion Cards use USB-C for their connection to the mainboard—and therein lies the rub...
·jeffgeerling.com·
Framework's 10G Ethernet module exposes USB-C's complexity