Why Technology Is the Natural Home for the Sixth City Legacy

For me, the most natural modern home for the Sixth City legacy has always been technology — not because Cleveland needs to pretend it is Silicon Valley, but because Cleveland was already building the future long before the modern technology industry had a name for itself.

The truth is, the original Sixth City was not just a manufacturing city. It was an applied-technology city. It was a place where new systems, new machines, new materials, new infrastructure, and new business models were turned into practical tools that changed how the country worked. That is the lineage Sixth City AI and Sixth City Technologies, LLC is trying to carry forward.

A few cutting and bleeding-edged technological examples from “back in the day” to make my point:

• Canal and railroad infrastructure: The Ohio and Erie Canal, followed by rail expansion, turned Cleveland from a small trading village into a major logistics and transportation hub connecting the Great Lakes, the Ohio River, the Mississippi system, and national markets (clevelandohio.gov, ohiohistory.org).
• Iron and steel production: Cleveland’s location made it a natural meeting point for Great Lakes iron ore and Appalachian coal, creating the industrial base that powered machinery, bridges, buildings, railroads, ships, and later automotive production (ohiohistory.org, us.ternium.com).
• Petroleum refining and modern corporate logistics: John D. Rockefeller founded Standard Oil of Ohio in Cleveland in 1870, and the city became the center of the American refining industry before the company later moved its headquarters to New York. In a real sense, Cleveland helped create not only a petroleum empire, but the operating model of the modern large-scale corporation (case.edu, loc.gov, britannica.com).
• Electric lighting: Charles F. Brush’s 1879 public arc-lighting demonstration in Public Square helped prove that electricity could transform city life, public safety, nighttime commerce, and urban infrastructure (en.wikipedia.org, artsandculture.google.com).
• Standardized chemical coatings: Sherwin-Williams pioneered standardized formula paints in Cleveland in 1880, turning what had been a craft process into a scalable chemical manufacturing and mass-distribution industry (en.wikipedia.org).
• Modern retail architecture: The Arcade, opened in 1890, helped pioneer the indoor shopping arcade as a concentrated, modern retail environment — an early form of the built commercial experience that would later shape malls and urban retail design (case.edu, clevelandhistorical.org).
• Automobile manufacturing: Before Detroit became synonymous with cars, Cleveland was one of the leading automobile centers in America. Alexander Winton sold what is widely cited as the first standard American-made gasoline automobile in 1898, and Cleveland was a serious contender for the title of America’s first automotive capital (case.edu, en.wikipedia.org, sbnonline.com).
• Steam, electric, and gasoline vehicle technology: Cleveland’s early auto economy was not limited to one propulsion model. White Motor Company built steam cars and later heavy trucks, Baker Motor Vehicle Company produced electric cars, and companies such as Winton, Peerless, Stearns, Chandler, and Jordan built gasoline-powered vehicles that competed at the high end of the market (wrhs.org, clevelandhistorical.org, en.wikipedia.org).
• Automotive controls: Alexander Winton’s work included the automobile steering wheel, helping move vehicle control beyond earlier tiller systems and toward the familiar form of the modern car (en.wikipedia.org).
• Automotive supply-chain technology: When mass vehicle assembly shifted toward Detroit, Cleveland did not simply disappear from the industry. It became a critical supply-chain city for steel, components, advanced metallurgy, and chemical additives. By the 1920s, the report notes that 70% of Cleveland-made steel was destined for automotive production (case.edu).
• All-steel automobile bodies: Cleveland helped lead the transition away from wooden carriage-style frames toward durable all-steel automotive bodies, including through facilities such as the Fisher Body plant on Coit Road, opened in 1922 to supply General Motors (case.edu).
• Hydraulic shock absorbers and vehicle safety: Claud H. Foster developed the hydraulic shock absorber and the Gabriel horn in Cleveland, technologies that improved vehicle stability, ride quality, and safety (case.edu, en.wikipedia.org).
• Engine valves and aerospace/automotive systems: Charles E. Thompson built an engine-valve business in Cleveland beginning in 1904 that eventually became Thompson Products and later formed part of TRW, tying Cleveland’s industrial base to both automotive and aerospace technology (case.edu).
• Gears, axles, and power transmission: Torbensen Gear & Axle relocated to Cleveland in 1915 and became the foundation of Eaton Corporation, connecting the city to the technologies that move power through vehicles, machines, and industrial systems (case.edu).
• Motor-oil additives: Lubrizol, founded by Case School of Applied Science graduates in 1928, pioneered motor-oil additives — exactly the kind of hidden, highly technical industrial innovation that does not always get civic glory but keeps modern machinery working (case.edu).
• Automotive batteries: Willard Storage Battery Company became an important Cleveland player in automotive electrical storage, another reminder that Cleveland’s contribution to mobility was not only the car itself, but the technologies inside and around the car (case.edu).
• Traffic control systems: Cleveland installed an electric traffic signal at Euclid Avenue and East 105th Street in 1914, helping invent the municipal technology needed to manage the very automotive age Cleveland helped create (en.wikipedia.org, bricksave.com).
• Medical imaging and surgical innovation: Cleveland’s innovation story also reached medicine, including early X-ray imaging work by Dayton C. Miller and pioneering blood-transfusion and shock research by Dr. George Crile — both part of the broader Cleveland tradition of turning scientific possibility into practical systems that save lives (en.wikipedia.org, bricksave.com, artsandculture.google.com).

In my mind, that’s the real bridge from the old Sixth City to the new one: innovation and adaptation. Cleveland’s legacy was never just smokestacks and steel. It was the practical application of new technology to real work. It was electricity becoming useful. It was chemistry becoming scalable. It was transportation becoming modern. It was medicine becoming more advanced. It was manufacturing becoming more precise. It was the supply chain becoming more intelligent before anyone used that phrase.

That's why the name fits a modern technology company. Sixth City Technologies is not borrowing Cleveland history as decoration. It is standing inside a very old Cleveland pattern: take the next powerful technology, make it understandable, make it useful, and help real people and real businesses adapt to what comes next. That's our promise at Sixth City AI and Sixth City Technologies: We make new technology understandable and useful.

Edward Jacak

Related Sixth City history

For a fuller historical foundation, read The Sixth City: How Cleveland Built America’s Future — and Why We Carry the Name.