Every document — every file, every web page, every email body — has at least two identities. One is where it lives: a URL, a path, a row in a database. The other is what it actually is: the bytes… Read More ›
This project started out as an attempt to see the capabilities of AI from a conversation at the W durring RSAC-2026. A few friends had pointed out that AI could implement 90% of the products on the show floor. The… Read More ›
The problem I’d like to describe here is the lack of a well defined corpus of cyber security related threat intelligence. Lacking a well defined corpus of data to prevent us from qualifying the utility of various solutions. While there… Read More ›
Traditional malware detection relies on cryptographic hashes — MD5, SHA1, SHA256. Change a single byte and the hash becomes unrecognizable. Malware authors know this. They re-pack, re-compile, or add junk bytes to evade signature-based detection. What if you could fingerprint… Read More ›
By Rick Wesson, Support Intelligence, Inc. — August 2026 The Setup: Two Paths to the Same Mountain In July 2026, Anthropic published work showing that an unreleased version of Claude helped mathematicians improve a 100-year-old bound on the Riemann Hypothesis:… Read More ›
Short answer: you can’t. But the setup gets close enough that it takes real work to find the exact reason it can’t — and that reason turns out to be more interesting than the failed attempt itself. The Paper The… Read More ›
Seedling development happens entirely indoors now, under lamps. In the shortest days of the year I set up folding tables in the back room, fill trays with damp promix, and press tomato seeds no deeper than the edge of a… Read More ›
[update] I recently learned NoCap can’t understand videos =) I’ve run small companies for decades and I was stunned to see other “solo-founders” describing their experience on YouTube or Twitter/X. After a good friend recommended NoCap a AI VC I… Read More ›
A 6-bit encoding for DNA, with a binary operation for generating complements, can be designed to represent the four nucleotide bases—adenine (A), thymine (T), cytosine (C), and guanine (G)—while drawing an intriguing parallel to the I Ching, an ancient Chinese… Read More ›
In the fast-paced world of cybersecurity, malware sandboxes are critical tools for analyzing and understanding malicious software in a safe, controlled environment. As data professionals and security analysts, understanding how sandboxes operate, the insights they provide, and how they determine… Read More ›
In the ever-evolving landscape of data science, clustering remains a fundamental technique for discovering hidden patterns, segmenting customers, or even processing images. However, when dealing with spatial or high-dimensional data, traditional methods like K-means or DBSCAN often grapple with the… Read More ›
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