Aladdin

Aladdin, formally the Aladdin Autoengineering Corporation, is the automation company Daniel B. Davis proposes to build with John Sutton after returning to 1970. The name deliberately recalls Davis’s earlier company, Hired Girl, but the new enterprise is founded on a different partnership and a hard-won understanding of how invention becomes workable, manufacturable, and commercially useful.

Identity and Place in the Story

Aladdin is both a corporate name and a link between two periods of Davis’s life. In the future, he finds that Aladdin and Hired Girl have become the leading names in appliance automatons, comparable in their field to Ford and General Motors at the height of the automobile era. That discovery draws him to seek work at Hired Girl for sentimental reasons: he wants to see what his old organization has become. His familiarity with Aladdin also shapes his investigation of the patents for Eager Beaver and Drafting Dan, since both patents were held by the same company and taken out in the same year.

The name’s importance is personal as well as commercial. When Davis and John prepare to establish their firm, Davis insists that it be called the Aladdin Autoengineering Corporation rather than Davis & Sutton. The choice restores the name to his own entrepreneurial future, while distinguishing the new corporation from the Hired Girl business he once helped create.

Engineering and the Making of Automata

Davis’s account of Hired Girl’s beginnings supplies a technical and practical background for Aladdin’s work. He describes the first machine not as a wholly unprecedented invention but as a careful combination of existing devices and ideas: a searching pattern adapted from the “Electric Turtles” described in Scientific American, a memory circuit taken from a guided missile, and cleaning mechanisms and linkages drawn from equipment including an army-hospital floor polisher, a soft-drink dispenser, and remote-control hands used in atomic facilities. In his telling, the invention lay in putting these elements together—and in obtaining a patent lawyer capable of securing the legally required “spark of genius.”

Production engineering mattered just as much as the design. Hired Girl could be built mostly from standard parts ordered from Sweet’s Catalogue; only two three-dimensional cams and one printed circuit were exceptions. Davis made the cams himself with war-surplus automated tools, while the circuit was subcontracted. He and Miles Gentry initially formed the entire assembly line, fitting, filing, and painting the machines by hand. The pilot model cost $4,317.09, whereas the first hundred units cost just over $39 apiece. They sold those units to a Los Angeles discount house for $60, and the retailer sold them for $85. Consignment was necessary because the partners could not afford promotion, and the business nearly failed before sales receipts arrived. A two-page feature in Life brought enough demand to require additional assembly help.

The automata’s capabilities depended on a modest, specialized conception of machine intelligence. Davis explains that he did not need a humanlike brain for Flexible Frank, only a docile mechanism able to perform largely repetitive household tasks. Thorsen memory tubes could record a manually guided operation and repeat it without supervision. Additional circuits searched for specified conditions and could interrupt a stored routine when a cycle differed from what had been recorded. Davis’s example is clearing a table, scraping dishes, and loading them into a dishwasher: once the operation had been taught, the machine could repeat it, and a duplicated memory tube could let it handle the task on its first encounter. He distinguishes this programmed response from genuine judgment, which he considers beyond a machine.

From Flexible Frank to Protean Pete

Davis’s later designs show how the same engineering outlook informs his new work. He builds Drafting Dan before rebuilding Flexible Frank, because designing with a compass and T-square is too slow for the work he needs to do. The rebuilt automaton becomes Protean Pete, a general-purpose machine capable of a wide range of tasks if its Thorsen tubes are properly instructed. Davis expects that this broad design will eventually give way to specialized descendants, but he initially makes the patent claims as broad as possible.

He does not treat a patentable design as sufficient proof of a useful invention. Although working models are not required for a patent, he wants models that operate reliably and can be demonstrated by anyone. They must show both practicality and the economy of their eventual production, so that prospective buyers can see that the machines are not merely workable but potentially good investments. Davis works quickly because he knows what he wants to build, yet slowly because he lacks a proper machine shop and assistance. He eventually spends some of his limited money to rent machine tools. By the beginning of September, both models work properly and he is ready to prepare their drawings and descriptions. Standard catalogue components remain essential: he could not have built the machines without them.

The future’s technologies also teach Davis that engineering depends on timing and on the surrounding state of the art. He had not voice-coded the first Flexible Frank because the analyzer and telephone exchange needed for voice control would have been bulkier and more expensive than the rest of the machine combined. His encounter with Eager Beaver makes him eager to explore new possibilities, but it also shows that the technology available in a particular era sets limits on what an engineer can practically build. His reflections on Samuel Langley and Leonardo da Vinci reinforce the distinction between conceiving a machine and possessing the supporting technology that can make it viable.

Founding and Corporate Structure

When Davis and John move toward founding the business, Davis leaves corporate administration largely to his partner. Jenny Sutton types the descriptions, and John retains a patent attorney to help formulate the claims. Davis does not ask whether John pays the attorney directly or gives him an interest in the company, and he leaves the decision about their shares to John. He explains that this arrangement frees him to do engineering work and helps guard against a repeat of the betrayal he associates with Miles Gentry. His willingness to entrust John with the business decisions rests on his confidence in John and Jenny.

Davis’s insistence on the corporate name is one of only two requirements he says he makes of John. When John suggests Davis & Sutton, Davis rejects it and says that the firm must bear the name Aladdin Autoengineering Corporation. The exchange turns a naming choice into a declaration about the continuity of Davis’s work: his new company will carry the identity associated with the future automation industry he has already encountered, rather than simply advertise the surnames of its founders.

In the later account of the company’s management, John is Aladdin’s boss. John, Jenny, and Davis control it, with John using preferred stock and bonds rather than surrendering control. Davis is not on the board and does not run the corporation; he maintains an independent engineering operation and licenses completed designs. Aladdin competes with Hired Girl, and Davis explicitly regards that competition as beneficial. The company therefore belongs to a structure in which his role is inventive rather than managerial, and in which corporate control is entrusted to partners rather than concentrated in the engineer who supplies the designs.

Significance

Aladdin’s founding completes a contrast between invention as an individual achievement and invention as an organized process. Davis claims the inventiveness and engineering behind Hired Girl, but he also credits Miles with business ability and acknowledges that his own talent does not automatically make him a successful businessman. His later arrangement with John separates those functions more deliberately: Davis concentrates on designing and licensing machines, while John and Jenny help run the company and preserve its control.

The company’s technical history likewise resists the image of the lone inventor producing a machine from nothing. Its projects depend on reusable circuits, recorded routines, catalogue parts, rented tools, patent claims, skilled assistance, production economics, and market readiness. From the first Hired Girl’s painstaking assembly to Protean Pete’s broad design and Aladdin’s corporate organization, the repeated principle is that an idea becomes consequential only when the available technology, manufacturing methods, legal protection, and business structure can carry it into use.