In early June, I conducted a lengthy telephone interview with Scott Miller, founder of Apogee Software (now known as 3D Realms). Today, the interview is up on Gamasutra. This is sort of a companion interview to my earlier talk with Tim Sweeney of Epic Games (another shareware heavyweight), although both stand alone quite well.

Apogee is best known for publishing dozens of episodic shareware games, including Kingdom of Kroz, Duke Nukem, the Commander Keen Series, Wolfenstein 3D, and Rise of the Triad. The company later changed its name to 3D Realms and scored a monster hit with Duke Nukem 3D.

Through Apogee, Miller revitalized and dominated the shareware game industry, invented episodic gaming, pioneered the use of the freely distributable game demo, and provided the spark that inspired id Software’s founding.

During the interview, Scott and I went through his early days in programming, the founding of Apogee, the transition from simple shareware to 3D games, his interactions with id Software, his thoughts on shareware game competition in the early 1990s (including Epic MegaGames and Tim Sweeney), and much more. If you’re a fan of BBS or shareware history, you won’t want to miss it.

Bringing Shareware Out of the Closet

The concept of shareware has for too long been seen as the red-headed stepchild of the computer game industry. It has oft been relegated to the metaphorical back pages and footnotes of the history books — if it shows up at all — and frequently looked down upon by “serious” publishers who never deigned to give away any version of their work for free (until Apogee came along, anyway). I’d like to change that, and I’m hoping that my recent interviews with Miller and Sweeney will lay the foundation for a deeper understanding of shareware’s importance for future generations.

Although it might be a philosophy whose place in the sun has come and gone, shareware has not been an idea without merit or influence. As you’re about to read, the story of Scott Miller, his partner George Broussard, and their company firmly prove otherwise.

You’ve probably heard of Epic Games by now — you know, the company behind Gears of War and the Unreal Engine. We read a lot about those blockbuster products these days, but Epic’s story stretches back much farther than that. For example, did you know that the very same Epic was once one of the world’s foremost shareware game publishers?

In January of this year, I had the immense honor of exploring Epic’s rich history in a sit-down interview with Tim Sweeney, founder and CEO of Epic. Over lunch at a local restaurant, we discussed his early programming years, the genesis of ZZT (Epic’s first game), Jill of the Jungle, Apogee Software, the shareware wars, his thoughts on id Software’s early work, the future of game graphics, and much more.

After some time on the back burner, this long, in-depth interview has finally seen the light of day over at Gamasutra. Shareware fans and general history computer buffs shouldn’t miss it. Heck, I did the interview and I’m reading it again. I hope you enjoy it.

In late 2006, I received a large collection of vintage computer magazines from a friend. For days I sat on my office floor and thumbed through nearly every issue, finding page after page of priceless contemporary information. One day, while rapidly flipping through a 1983 issue of Popular Computing, I encountered a photo that stopped me dead in my tracks.

There I discovered, among a story on a new computer business, a picture of a black man. It might seem crazy, but after reading through hundreds of issues of dozens of publications spanning four decades, it was the first time I had ever seen a photograph of a black professional in a computer magazine. Frankly, it shocked me — not because a black man was there, but because I had never noticed his absence.

That discovery sent my mind spinning with questions, chiefly among them: Why are there so few African-Americans in the electronics industry? Honestly, I didn’t know any black engineers or scientists to ask. I tried to track down the man in the magazine, but all my leads ended up nowhere. I’d have to put the matter aside and wait for another opportunity to address the issue.

[ Continue reading VC&G Interview: Jerry Lawson, Black Video Game Pioneer » ]

Thirty years ago last June, Texas Instruments introduced Speak & Spell at the Summer Consumer Electronics Show in Chicago. This electronic spelling teacher for kids broke new ground by speaking out words via built-in voice synthesis — a world-first for a consumer product.

By Christmas 1978, the iconic orange and yellow device hit stores with a suggested retail price of $50 (US). TI’s new toy sold very well and became a media sensation, landing on magazine covers and eventually making an appearance as a key prop in a major Hollywood film, E.T. the Extra-Terrestrial.

Intending to write an article about Speak & Spell’s 30th anniversary last July, I conducted an email interview with Richard Wiggins, a member of the original Speak & Spell development team. Wiggins is notable for co-designing speech synthesis techniques capable of being mass-produced in an inexpensive consumer product, which was no minor task in 1978.

I wanted to share my interview with Mr. Wiggins before the year is out, as it’s not only more relevant during 2008, but it also might be of interest to historians some day. In the mean time, I hope you enjoy reading it.

[ Continue reading VC&G Interview: 30 Years Later, Richard Wiggins Talks Speak & Spell Development » ]

Thirty years ago this month, Intel released the 8086 microprocessor, the originator of the now-famous x86 standard and the ultimate progenitor of most modern consumer CPUs.

But what, exactly, does all that mean? Well, think of it this way: any assembly language program written as far back as 1978 for the Intel 8086 will run, unmodified, on Intel’s latest Core 2 Extreme released in 2008 — only 180,000 times faster.

The thirty-year tale of x86 began when an Intel engineer named Stephen P. Morse defined the 8086 instruction set (the core group of instructions that define what a microprocessor can do) while working at Intel in the late 1970s. That same instruction set would go on to form the basis of the world’s most popular personal computer architecture. Even the once-insular Macintosh platform, the last mainstream bastion of the non-Intel world, now runs on x86 processors.

What’s going on here, and how did it get that way?

PC World recently published a feature I wrote on the anniversary that answers those questions, along with an in-depth interview I conducted with Stephen P. Morse, designer of the 8086 and the original x86 instruction set.

Anyone interested in PC history, or how this standard came to be, should check them out. For better or for worse, x86 is what we’re stuck with, so I feel that it is important for computer users to understand it.

I hope you enjoy the article.