Credits

TEAM:

Programmer: Ethan Li, Email: email, github, discord, Location: Great Valley Middle School, Malvern, PA, 19355

Design Expert: Alexa Guo, Email: email, Location: Stetson Middle School, West Chester, PA, 19382

Programmer: Jacky Qiu

THANKS:

Artifact Alliance Team: - Ethan Yisha Li: Great Valley Middle School, Malvern, PA, 19355 - Alexandra Zeng Guo: Stetson Middle School, West Chester, PA, 19382 - Guoliang Qiu: Fugett Middle School, West Chester, PA 19380 - Carlo Huang: Great Valley Middle School, Malvern, PA, 19355 - Steven Yang: Valley Forge Middle School, Wayne, PA 19087 - Srikar Yedida: Charles F. Patton Middle School, 760 Unionville Rd, Kennet Square, PA 19348 - Henry Zhang: Tredyffrin Easttown Middle School, 801 Conestoga Rd, Berwyn, PA 19312

All the professionals we interviewed: - Michael Di Giovine - West Chester University [WCU] - Babara Silber - West Chester University [WCU] - Wu Xin - Bryn Mawr Collage [BMC] - Benjiman Ford - Indiana University of Pennsylvania [IUP] - Zhiping Qui - Amazon - Jerry Lin - Comcast - Sara Ayers-Rigsby - Florida Public Archaeology Network [FPAN] - Amy Covell-Murthy - Carneigie Museam of Natural History [CMNH] - Everyone at the SPA conference 4/11/26

To all the open-source software used to make this project possible: - Python [https://github.com/python/] - Flask [https://github.com/pallets/flask] - Tailwind CSS [https://github.com/tailwindlabs/tailwindcss] - NodeJS [https://github.com/nodejs] - NPM [https://github.com/npm] - Swift [https://github.com/swiftlang/swift] - HTML5 - Javascript

SITE:

Last update: [Right Now - As of FLL Unearthed Season] Standards: HTML5, CSS3 Components: Python, Flask, TailwindCSS, Javascript, Swift, HTML, CSS Software: Software part of Ancient Vision, a scanner made for the First Lego League Competition by team Artifact Alliance #25491! Website & Database code for Ancient Vision, a state of the art scanner designed to save archeologists lots of time while documenting and storing artifacts, as well as storing them more efficiently using 3d models, as precise as 0.2 mm.