History

The rise and fall of CP/M, a pioneering operating system, highlights the importance of innovation, standardization, and security in computing history.

Apple from the garage to the present, told as a story. The Apple I and II, the Lisa and the first Macintosh, the Dark Ages and the clone era, the NeXT acquisition that brought Steve Jobs back, the PowerPC and Intel transitions, and the iPod-iPhone-iPad run that followed.

A long look at Unix from its 1960s origins through commercial AT&T System V, the BSD lineage, Linux, the modern Unix-derived stack underneath everything from macOS to cloud containers, and the security debt that comes with a 1970s permission model still running in 2026.

The Commodore 64 shipped over 17 million units, taught a generation how computers actually worked, and seeded the demo scene, chiptune, and early BBS hacker culture. This post traces its arc across five phases, from the calculator wars that produced MOS Technology to the modern FPGA implementations that keep the platform alive four decades later.

How Linux and the open-source movement grew out of 1990s proprietary-software dominance, from the GNU Project and the Linux kernel through the LAMP stack, Netscape’s source release, the SCO lawsuit, and Red Hat’s rise, plus what it means for security when critical infrastructure like OpenSSL runs on volunteer maintenance.

This article is a comprehensive overview of the history and evolution of the x86 architecture, including its predecessors, competitors, and its significance to cybersecurity.

How IBM lost control of the PC standard it created, traced from Hollerith’s punch cards and the System/360 through Compaq’s clean-room BIOS, Phoenix, and the Apple v. Franklin ruling that made cloning legal, and why that open architecture still drives firmware and supply-chain security today.

Story Time with Uncle Sp1d3r on the five-year speculative frenzy that taught the world the internet existed, then taught Wall Street that “eyeballs” wasn’t a financial metric. The technical infrastructure that survived (HTTP, DNS, SSL, the search-engine architecture, the e-commerce stack), the famous failures (Pets.com, Webvan, Boo.com, Kozmo), and the security shortcuts that the era baked into systems we still operate.

Story Time with Uncle Sp1d3r on the half-century history of the medium most of us still spend half the day in. Tomlinson and the @-sign, Postel and SMTP, the listserv era, the AOL/CompuServe walled gardens, Hotmail and Gmail, the BlackBerry years, MIME and multimedia mail, and the security battles that email has been winning and losing in cycles since the very first spam in 1978.

Story Time with Uncle Sp1d3r on the half-century evolution of the medium that taught most of us what a computer was for. Four phases that mattered, arcade through modern, with the technical and cultural detours that made each one work, plus the cybersecurity industry that grew up alongside the games as a parallel cottage industry of cheats, account theft, DDoS extortion, and (more recently) million-dollar ransomware against game studios.

The full arc of the internet’s history, from ARPANET and packet switching through the BBS era, Usenet, the Web at CERN, the commercial online services (AOL, CompuServe, Prodigy), search engines, the Napster era, mobile, cloud, IoT, and the cybersecurity history (Morris Worm, BGP hijacking, Kaminsky DNS) the modern operator still inherits.

A storyteller’s tour of the graphics card, from the oscilloscope-style vector monitors that drew Asteroids and the SGI workstations that rendered Jurassic Park, through the 3dfx Voodoo and the GeForce 256 that gave us hardware T&L, into the CUDA era when NVIDIA quietly turned the gaming GPU into the most-shipped parallel math processor in computing. With the security-side punchline: the same architecture that draws Cyberpunk in real time also runs Hashcat at hundreds of gigahashes per second.

A look back at the Millennium Bug as the largest successful preventative engineering project in computing history. Why the two-digit year was an economic decision rather than laziness, how the fixes actually worked (date expansion, windowing, bridging), what did break at midnight on January 1 2000, and what the same pattern looks like for the 2038 Unix time_t overflow that’s coming for embedded Linux next.

How Netscape Navigator went from 80% market share to bankruptcy in roughly twelve years, the technologies it left behind (SSL, JavaScript, cookies, the same-origin policy), the 1995 Goldberg–Wagner RNG break that ended “the algorithm is strong” as a defense, Microsoft’s antitrust-defining “cut off air supply” campaign, and what survives of Netscape in the modern browser stack a working operator interacts with every day.

A comprehensive deep-dive into the history and evolution of the computer mouse. From Douglas Engelbart’s wooden prototype to modern laser sensors and wireless HID attacks, we explore the tech that changed how we interact with machines - and the security implications of implicit peripheral trust.

A deep-dive into microcode. How it works, why updates aren’t persistent, where the cryptography is (and isn’t) bulletproof, and why microarchitectural attacks like Downfall and Zenbleed keep happening.