Twinkle-Twinkle
Alex Bruskin
Bespoke Generative AI for Engineering & Manufacturing (PLM, MES, ERP) | Cloud Native | Air Gapped | System Integration | Concepts, Technologies, Execution
When the first versions of CATIA and Star Wars appeared at the end of 1970s, they dramatically reinvented their respective domains. Since then, they have also developed a mystical connection to one another.
The former became a major boost to the Western aerospace and defense productivity vs. their Soviet opponents, while the latter mightily uplifted American soft power, inspired Western space research, and scared the Soviet Union into bankruptcy.
Forty years later, CATIA is a prominent participant in an extremely sophisticated, convoluted, and continuously evolving struggle to figure out the true form of the digital twin paradigm. Star Wars is an unbeatable franchise, with exciting visuals and an extremely well-detailed description of its technological, business and political landscape.
The Star War politics is a clear caricature on Roman history, with the psychopathic Palpatine overturning the Republic, dethroning the Jedi, and hunting down assorted righteous rebels. However, just as it was eventually disproved that Caesar had evil intentions, perhaps Palpatine's depiction in Star Wars is simply opposition propaganda? Wasn't he simply trying to bring some order in the world increasingly torn apart by oligarchic inefficiency, corruption and fanatical mutant do-gooders?
The various Star Wars factions design and manufacture very complex military equipment capable of operating across all relevant domains, with the Empire being evidently ahead of the game.
In the real 21st century military-industrial competition, companies making modern tanks, aircraft or warships are overwhelmingly using CATIA, NX or Creo, in combination with 3DX, TeamCenter or Windchill. Star Wars fandom has little to say on the subject, so we need to reverse-imagine the future enterprise ourselves.
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The best example of the Star Wars digital engineering paradigm is the Death Star project. Despite some bad publicity, Death Star is arguably a marvel of requirements management, mechanical and electrical engineering, software development, and systems thinking.
Best practices are clearly in play, because the first one took 20 years to build, and the second was completed in only 4 years, roughly comparable to the modern aircraft carrier construction timelines (before the latest U.S. Navy news). I can easily imagine the Death Star digital engineering team continuously monitoring the situation, issuing new guidelines, and forcing better processes, methods and tools on everyone involved. AI is literally everywhere - smart robots and data tools are ubiquitous in all processes.
With regard to information exchange, everyone in Star Wars knows "basic English," and spacecraft from different cultures, both friendly and adverse, seamlessly communicate with each other. Star Wars folks also clearly addressed the proprietary 3D data formats interoperability and long-term data archiving nightmare of 2024, probably with the present day equivalent of STEP or JT, supplemented by standard operating languages like SysML.
Considering the cumulative effect of distances, team sizes and composition, and unimaginable volume of application changes, advanced DevOps is a fixture in the Star Wars' military-industrial complexes. Incidentally, DevOps for PLM will be a topic of Senticore's upcoming presentation at COE2024.
That's it for now, ladies and gentlemen. For anyone who wants to discuss the immediate engineering and manufacturing concerns of their Death Stars, we are just a twinkle away.
Originally published at Senticore blog.
Floating Hydrogen Generators - "Water Piercing" Ammunition - Sono Fusion & Underwater Propulsion - Naval Weapons & Energy - Super Cavitation of Liquids
6 个月Well written article indeed, nice one Alex
Driving Innovation in Defense Tech | AFCEA 40 under Forty | AFCEA Distinguished Young Professional
10 个月Fascinating read! I thoroughly enjoyed how you drew parallels between the evolution of CATIA and the Star Wars saga, especially with the creative spin on historical and fictional narratives. Your insights into the technological and political allegories in Star Wars, as well as their implications in modern engineering practices, were particularly thought-provoking. The notion of "reverse-imagining the future enterprise" resonates deeply, as it captures the essence of foresight needed in our industry. Looking forward to more of your intriguing analyses and the upcoming Senticore presentation at COE2024!
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11 个月Exciting to see the intersection of technology and sci-fi in your article! ??
IT Manager | Dedicated to Bringing People Together | Building Lasting Relationships with Clients and Candidates
11 个月Exciting to see the intersection of Star Wars and PLM! May the force be with your article. ??
The original Product Data PLuMber Fixing PDM leaks and blockages across complex product lifecycles to improve business performance
11 个月Regarding evolution, coincidentally I watched the opening scene of Star Wars today, whilst experimenting with different audio/visual formats and streaming v disc. Studios remaster movies from the original reference film and re-release them at 4K but they have to manually audio mix to achieve new spatial sound formats like ATMOS. I wonder whether in the future technology will be capable of autonomously bridging the gap between old and new, or Boeing and Airbus, or Millennium Falcons and TIE fighters. For example, combining two unrelated components to meet a new, unforeseen need. It’d be like the scrap yards where grizzled mechanics salvage parts from unrelated spaceships and make them work in a new context. One component might only have a 2D drawing but the other 3D, plus their information resides in two different systems. The engineering technology would have to be capable of searching all components across the universe, then modelling and assessing the vehicle system to identify the most suitable configuration of donor parts, including figuring out what must be 3D printed or laser etched to enable integration.