Brands, websites & AI ads that get you found. EN + AR.
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Brands, websites & AI ads that get you found. EN + AR.
Websites AI recommends: the Exceed Solutions case film. Before people call a business, they ask an AI. I rebuilt exceedsolutions.ai (https://exceedsolutions.ai) so Google and AI assistants can read it and recommend it: bilingual Arabic/English pages, a sales path from a free check to a package in local currency to a PayPal deposit, and a system that runs on its own. AI-readability went from 68 to 92. Designed, built and run by Keith Al Mifrigi.
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Abu Al-Ragheb Tires: from a logo to a whole brand. A 1963 family tire house with five branches in Amman came with a logo and no website. I built everything around it: a 25-page brand manual, storefront and interior signage, uniforms, van livery, stationery, motorsport banners, and a bilingual website with a WhatsApp tire finder. AI-readability went from 0 to 90. Brand, website and systems by Keith Al Mifrigi, Exceed Solutions.
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Lina Veyra: an AI commercial for an AI-made creator. I built Lina from scratch to 15.3K Instagram followers in 27 posts, then directed this 20-second commercial with her: script, every frame, English and Arabic captions, sound and edit. Not one frame was shot on a camera. The same process makes product ads and launch films for brands.
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DejaBrew, Amman: the brand that runs itself. I built the 2026 brand system (palette lifted off the shop's own star tile, liquid-glass screen language, two-branch architecture), the bilingual website (AI-readability 74 to 90 in one day) and the automations that run it every week: content, Instagram replies, inbox, Google Maps, staff app and stats. Nobody presses a button.
I designed and developed a custom robot for the WRO Senior 2024 competition. The project involved building and programming an autonomous robot to complete competition tasks, with a focus on mechanical design, sensors, motor control, and autonomous navigation.
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I designed and built a custom four-wheel rover powered by an ESP32 and four high-speed motors. The project included motor control, electronic integration, programming, and the development of the complete rover system.
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I designed and programmed multiple autonomous line follower robots for robotics competitions and educational projects. The work involved sensor calibration, PID control, motor control, and optimizing the robot's speed and stability to achieve accurate line tracking and fast performance.