Scientists Turn Cancer’s Own Bacteria Against It in Breakthrough Therapy

A newly developed therapy inspired by bacteria residing within tumors offers a different way to combat cancer by targeting how tumor cells produce energy.

scitechdaily.com

Claude Security: Anthropic bringt KI-Schwachstellenscanner für Unternehmen

Anthropic schickt Claude Security in den öffentlichen Beta-Test. Es scannt Code auf Schwachstellen, schlägt Patches vor und soll bei Sicherheit streng sein.

heise.de

BDEW: E-Mobilität schon deutlich weiter als viele glauben

Der BDEW-Mobilitätsmonitor zeigt: E-Autos boomen, Ladeinfrastruktur wächst schneller als der Bedarf – und die Nutzer sind überraschend zufrieden.

elektroauto-news.net

Studie: Langzeit-Batteriespeicher können günstiger als Gaskraftwerke zur Versorgungssicherheit beitragen

LCP Delta hat in einer Studie analysiert, welchen Beitrag Langzeit-Batteriespeicher innerhalb der Kapazitätsausschreibungen zur Versorgungssicherheit leisten können. Dabei geht es auch um den wirtschaftlichen Vergleich mit Gaskraftwerken und letztendlich die entstehenden Kosten für die Allgemeinheit. Es geht den Autoren jedoch explizit nicht darum, komplett auf neue Gaskraftwerke zu verzichten.

pv-magazine.de

Navigating Claude Code: Models, Tiers, and Effort

Claude Code ships with a default model and effort level most developers never change — meaning they make a cost and quality decision without knowing it. This article covers the three model tiers, four effort levels, plan mode, and the opusplan alias, with the pitfalls that catch even experienced users off guard.

hackernoon.com

This Breakthrough Solar Panel Generates Power From Both Sunlight and Raindrops

A novel thin-film technology enables solar panels to generate electricity from both sunlight and raindrops.

scitechdaily.com

Anthropic Claude Mythos Will Break Vulnerability Management

Anthropic's Claude Mythos AI model is revolutionizing cybersecurity by rapidly identifying and exploiting vulnerabilities, rendering traditional vulnerability management methods obsolete. Mythos has already discovered thousands of high-severity vulnerabilities in various systems, demonstrating its potent capabilities. The speed at which viable exploits are created now far exceeds the pace at which defenders can address them. Current vulnerability management practices involve lengthy processes, from discovery and verification to patching and deployment, which are too slow. Legacy patching cadences, like fixing high-risk vulnerabilities in weeks, are no longer sufficient against AI-driven attacks. This shift dramatically shrinks the time window for attackers to exploit vulnerabilities. Organizations will likely cut corners on patch releases, potentially leading to errors and negative impacts. Software developers will need to adopt AI tools to proactively detect and resolve vulnerabilities before product release, which could slow down product release timelines. Cybersecurity teams will also need to adopt AI tools to compete with attackers, redrawing their processes and operating models. The window of exposure must shrink from months to mere hours. Organizations must urgently adapt their vulnerability management strategies or face severe consequences in this new AI-driven era.

securityboulevard.com