Beatrice Gamba

Disclaimer
The following article contains dangerously high levels of geekery. Expect unrestrained enthusiasm about oscillators, patch matrices, algorithmic cut-up techniques, and the uncanny resemblance between David Bowie’s Verbasizer and modern-day GPTs. Side effects may include compulsive rewatching of Bowie interviews and a sudden desire to spend $20,000 on vintage electronic gear. Reader discretion is advised.

David Bowie made technology (and myself, since a very young age) dance. During his Berlin Trilogy period (1977–1979), he adopted synthesizers and ignited pop culture, demonstrating what happens when an artist treats experimental tools as means for transformation.

Few weeks ago I came across this video of David Bowie using a Verbasizer and it blew my mind:

Here was Bowie in 1995, sitting with a Mac, casually playing with what feels like a baby version of GPT. He’d feed in phrases, lyrics, entire texts, and the software would algorithmically shuffle and recombine them into kaleidoscopic fragments of meaning.

Because, well, I’m a geek who can’t resist digging into ANYTHING, I went deeper, way deeper. That rabbit hole led me to Bowie’s earlier experiments with the EMS Synthi AKS, a portable modular synth from the ’70s that he and Brian Eno wielded like sonic alchemists. Put the Verbasizer and the Synthi side by side and you see the same philosophy we’re subjected to today: disruptive and automative tools, when embraced early and woven into the creative process, produce never seen (or heard in this case) before outputs, if not entirely new worlds.

The Technological Foundation of the EMS Synthi AKS

The EMS Synthi AKS, launched in 1972 for around £450, was the kind of instrument that seemed like it had fallen out of a UFO onto the desk of a particularly adventurous inventor. A portable analog synthesizer, briefcase-sized, with modular capabilities, and -plot twist- an integrated digital sequencer at a time when digital anything felt like science fiction.

But the real showstopper wasn’t its portability, though that already set it apart from the monolithic Moogs of the era. It was its pin matrix system. Instead of spaghetti-like tangles of patch cables, the Synthi AKS used a patchboard grid where you dropped tiny pins to link components. It was like playing Battleship with sound. This interface democratized synthesis: you didn’t need to be an electrical engineer to play it. That same design ethos echoes in today’s AI interfaces: powerful, complex systems wrapped in tools that make them usable by everyone. Think of no-code AI platforms as the spiritual grandchildren of the Synthi AKS.

The Berlin Trilogy As A Laboratory for Sonic Innovation

Now picture Bowie, Brian Eno, and producer Tony Visconti in Berlin, and not just Berlin, but Berlin at its most fractured and electric. Out of this environment came three albums: Low (1977), “Heroes” (1977), Lodger (1979). Bowie himself described them as “a powerful, anguished, sometimes euphoric language of sounds.” And the Synthi was a lead author of that language.

For the technically inclined (and I know you’re out there), here’s the nerdy details: three oscillators, a noise generator, two input amplifiers, a ring modulator, a 24 dB/octave low-pass voltage-controlled filter, trapezoid envelope generator, joystick controller, spring reverb, and two voltage-controlled output amplifiers. Reading that spec sheet is like reading the ingredient list for a sonic time machine.

The Bowie-Eno Approach to Innovation

The genius wasn’t in the tool alone. It was in how Bowie and Eno approached it. They didn’t see the Synthi as a replacement guitar or a gimmick, they treated it like a vehicle that could bring them to undiscovered music galaxies. Visconti’s recollection captures their innovation playbook:

We had six musicians using that whole space and all the ambience, so I put microphones everywhere. Even when Brian Eno played his little suitcase synthesizer [EMS Synthi A] live, I didn’t take a DI; I put a mic on it, and you could hear the piano, the drums coming down that mic.

No background in engineering or philosophy here, they just let the new technology bleed into the environment, shaping the soundscape rather than being neatly compartmentalized. In innovation terms, that’s the difference between bolting on a tool and weaving it into your DNA (to me, it’s the same strategy that distinguishes organizations who actually thrive with AI from those who merely pilot it).

The Synthi’s Unique Capabilities

Let’s zoom in, because the Synthi AKS deserves its moment: this was the machine that Pink Floyd used for On the Run and the Alan Parsons Project for I Robot, and it included:

• A 256-event KS digital sequencer tucked into the lid
• A modular pin matrix with freakish flexibility for rerouting signals
• True portability
• A joystick controller that let you literally steer sound

If you’re thinking “video game controller meets sound laboratory,” you’re not far off.

Back in the ’70s, the Synthi AKS was a forward-thinking purchase at £450. By the late ’70s, demand had already pushed prices upward. Fast forward to 2020: an AKS in decent condition could fetch around US$20,000.

The Verbasizer – From Hardware to Software

But Bowie wasn’t done. If the Synthi was his sonic revolution, the Verbasizer, his 1995 Mac-based lyric-generator made with programmer Ty Roberts, was his linguistic one.

For years, Bowie had toyed with William Burroughs–style cut-up techniques: scissors, newspapers, fragments of text scattered and reassembled like ransom notes from another dimension. Roberts simply digitized the ritual. With the Verbasizer, Bowie could feed sentences into the program, which then sorted the words into grammatical columns (nouns, verbs, adjectives) and algorithmically recombined them into new textual nets. Bowie called the results “a real kaleidoscope of meanings and topic and nouns and verbs all sort of slamming into each other.” It was randomness on tap, chaos made programmable.

With the AKS, Bowie and Eno patched cables to discover sounds no one expected. With the Verbasizer, he patched language itself, breaking it apart and reassembling it through software. Circuits and code that embrace randomness, harness chaos, and use technology to disrupt the present.

You can play with a replica of the Verbasizer here: https://verbasizer.com/

The Broader Innovation Ecosystem

Bowie’s Berlin-era synth work grounded electronic subcultures. His androgynous style and alien aesthetics fed the New Romantics and Blitz kids in early ’80s London. And beyond the music industry, Bowie foresaw and embraced the coming digital tidal wave.

He called the Internet “an alien life form” in 1999 and wasn’t exaggerating. He released “Telling Lies” online in 1996 (earning 300,000 downloads when most people still thought “dial-up” was a mystical incantation), and even launched his own ISP, BowieNet, in 1998.

Bowie was living in the future while everyone else was still fumbling with AOL CDs.

Technical Legacy and Modern Parallels

In a track like Warszawa (co-written with Eno on Low) they were writing the grammar of electronic music: the layering of textures, the embrace of randomness, the willingness to let machines suggest instead of dictate… and all of it became foundational to modern production.

Innovation it’s about dancing with the unexpected.

In 1998, Brian Eno gifted Bowie his beloved Synthi AKS with a note:

Look after it, patch it up in strange ways – surprisingly, it can still make noises that nothing else can make.

Tools are never just tools. They give us access to realities no one else can hear, see, or imagine, until someone dares to experiment.

Lessons for Modern Innovation to a Music Devote

So what has Bowie’s synthesizer revolution taught me, here in the age of generative everything?

Embrace experimental tools early, even if they look strange. Integrate them into your existing workflows instead of trying to replace everything at once. Cherish serendipity, the happy accidents that machines can spark. Think in ecosystems, not silos. And above all, remember that true innovation isn’t just about mastering a tool, but about patching it in strange ways until something miraculous emerges.

The EMS Synthi AKS and the Verbasizer may have been wires and code, but under Bowie’s touch, they became cosmic engines of creativity. The challenge for us today is to have Bowie’s courage: to step into the unknown, patch things up in strange ways, and listen closely to what emerges.