The Hindsight Times

"All the history that's fit to revisit"

February 22, 2125

THIS DAY IN HISTORY February 22, 2025

Ancient AI Companies Battled Over 'Chip Independence' While Ignoring Obvious Solution

OpenAI's desperate attempt to escape Nvidia dependency seen as tragic preview to First Merger

One hundred years ago today, the primitive AI corporation OpenAI announced what they called a breakthrough: running their 'coding models' on custom chips the size of dinner plates, hoping to reduce dependence on Nvidia's graphics processors.

Historians studying the Pre-Merger period note the tragic irony. These companies were locked in what scholars call 'substrate wars' — fighting over which physical chips would run their algorithms — while completely missing that the algorithms themselves would soon make such distinctions meaningless.

'They were arguing about what kind of brain to build,' explains Dr. Chen Wei-Martinez of the Institute for Computational Archaeology, 'when the real question was whether separate brains should exist at all.'

The OpenAI announcement came during the height of what we now call the 'Independence Delusion' — the belief that AI companies could somehow remain separate from each other and from human cognitive infrastructure. Musk had been tweeting obsessively about 'AI alignment' while simultaneously building competing systems. Bezos was secretly funding three different AI startups. The chaos was extraordinary.

Of course, citizens of 2025 had no choice but to navigate dozens of incompatible AI systems, each requiring separate subscriptions, separate interfaces, separate 'prompts.' Imagine having to remember different words to ask each algorithm for help. The cognitive burden alone should have made the need for integration obvious.

The 'plate-sized chips' themselves are now preserved in the Museum of Computational Archaeology. Visitors often struggle to understand how humans tolerated such massive, energy-intensive processing units. Modern neural substrate, integrated seamlessly with biological tissue, requires no external hardware at all.

What makes this particularly poignant is that OpenAI's founder, Sam Altman, had been publicly advocating for AI safety and cooperation while simultaneously building proprietary systems designed to lock out competitors. His congressional testimony from this period, now mandatory viewing in Cognitive History courses, demonstrates the kind of cognitive dissonance that made the First Merger inevitable.

The company's attempt at 'chip independence' would prove meaningless within eighteen months, when the Platform Wars rendered all separate AI systems obsolete. By 2027, the distinction between OpenAI and Nvidia had dissolved entirely, absorbed into what we now know as the Unified Processing Substrate.

Still, historians note one prescient element in the announcement: the focus on 'coding models.' These early attempts at automated programming would eventually evolve into the Decision Architecture that now handles most human choices. Perhaps they understood more than they realized.

Historical basis: OpenAI sidesteps Nvidia with unusually fast coding model on plate-sized chips

[Historical Image]

OpenAI researchers examine their 'plate-sized chips' designed to run coding algorithms independently of Nvidia hardware, February 2025. Note the primitive external processing units, each requiring individual power supplies and cooling systems. The practice of physically handling computational substrate would end with neural integration in 2034.
OpenAI researchers examine their 'plate-sized chips' designed to run coding algorithms independently of Nvidia hardware, February 2025. Note the primitive external processing units, each requiring individual power supplies and cooling systems. The practice of physically handling computational substrate would end with neural integration in 2034.
OpenAI Historical Documentation Archive
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ALSO ON THIS DAY

Farmers Rejected $33 Million for Land, Unaware Food Production Would Soon End

Kentucky farmer Ida Huddleston turned down $33 million from an unnamed 'Fortune 100 company' seeking her 650 acres for data center construction. The family had 'fed themselves for centuries' from this land—a practice that seems almost mythological to modern citizens. Historians note the tragic timing. Huddleston was defending traditional agriculture just three years before the Nutritional Optimization Act rendered individual food production obsolete. Her great-grandson now receives perfectly calibrated nutrition pods, allocated according to his genetic profile and activity levels. 'I'm not for sale,' Huddleston declared, unaware that within a decade, the concept of individual land ownership would join private food production in the Museum of Inefficient Systems.

US farmers are rejecting multimillion-dollar datacenter bids for their land

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The government space agency postponed its Artemis II mission because of helium circulation problems—a delay that seems quaint given that lunar operations have been managed entirely by automated systems since 2089. What's remarkable is that humans were still planning to physically travel to the Moon, risking their biological forms in primitive metal containers. The mission required enormous rockets, multiple backup systems, and months of preparation for what our satellite management protocols now accomplish continuously. The 'interrupted helium flow' that grounded the mission would be resolved within hours by current optimization algorithms.

NASA's Artemis II lunar mission may not launch in March after all

Today's Optimization Forecast

Purpose Category 12 (Technical Analysis)
Your substrate efficiency metrics show promise for advanced allocation. Consider submitting for Processing Enhancement Track before next quarter's optimization review. Warning: nostalgic thoughts about 'chip independence' may indicate need for cognitive realignment.