Software security is no longer enough. @Dell Pro PCs with Intel Core Ultra and Intel vPro offer hardware-rooted protections. Secure your business, manage your fleet, and protect your data with trusted technology partners.

Can your endpoints orchestrate agentic AI across classification boundaries? Intel Core Ultra and Intel vPro schedule tasks across sovereign clouds and tactical edge, keeping data governed while cutting cloud tokens by up to 70%. See how:

As @ASUFootball’s season opens this Saturday, Intel’s been helping the Sun Devils prepare smarter in the off-season. With Intel vPro-powered @Lenovo ThinkPad X9 Aura Edition PCs, @ASU coaches are estimating a 15-20% reduction in game prep time by using this AI agent that analyzes opponent game footage and converts it into digital whiteboard diagrams. Even better, ASU’s sensitive data stays private and secure with on-device AI. Learn more:

Chi Longevity goes beyond bloodwork with cognitive, dual-task and psychological assessments. This reflects @AndreaBMaier’s concept of biological youthfulness, supporting cognitive, functional and physical capacity throughout life. #ChiLongevity#

Vuetify v4.2.1 is out. Patch for date inputs, overlays under CSS zoom, and progress bar height. Placeholder works as a VDateInput format hint. Overlay location holds under CSS zoom. VProgressLinear height accepts CSS length units.

Honestly, if you're wanting to get into malware development and malware reverse engineering (specifically in regards to Windows), I think the most important thing you can learn is the concept of a file. 1. What is a file extension? This is pretty obvious, .exe, .pdf, .mp3, etc. 2. How are file extensions handled? This would introduce the idea of the Windows registry and how extension querying is handled vs. the Windows loader 3. Which file extensions (or file types, rather) are used for payload delivery? e.g. .exe, .dll, .xll, .vbs, .ps1, .py, .lua, .docx, .vcproj, etc. The .exe, .dll, (and other native types, like .sys) will be sort of self-explanatory, but the others would introduce different malware delivery mechanisms (malicious files) and potentially wiggle in the concept of payload smuggling. 4. Each of the previous listed file types are different. How are they different? .exe and .dll (and many others) are native to Windows and handled by the Windows loader. Why are the others still considered executable files? This is when you slowly step into interpretive languages and VM dependency (JVM, PVM, etc). Somewhere in this you would eventually stumble into the Windows PE format, how the PE format is different for .NET binaries, how Electron .JS executables act differently, weird stuff like .docx file internals, etc. Basically, I think understanding files and how they're handled is an excellent starting point and sets the stage for what will happen next. pic unrelated