rocketaeo.com is an AI-powered B2B SaaS which helps brands increase visibility across traditional and AI search engines.

Varun Katiyar  • Peerlist

RocketAEO is a cutting-edge platform designed to enhance your SEO, AEO, and AI visibility strategies. Tailored for startups, agencies, and enterprises, this platform empowers users to monitor AI-generated answers, track brand mentions, and optimize their presence across leading AI platforms like ChatGPT, Perplexity, and Google AI Overviews. Key features include comprehensive tracking of AI interactions, strategic insights for SEO and AEO, and tools to dominate AI-driven search results. By leveraging advanced analytics, RocketAEO provides actionable insights to improve your brand's visibility and engagement in the digital landscape. Whether you're aiming to enhance your search engine rankings or gain a competitive edge in AI-driven environments, RocketAEO offers the tools and insights necessary to succeed.

RocketAEO.com

Developed a low-cost arduino controlled titrator to perform automatic titrations using a pH sensor, hand-made magnetic stirrer and a peristaltic pump. It predicts titration time and equivalence point. Sent the real time pH vs titrant volume added data on local server allowing the user to visualize progress remotely.

Arduino Controlled Titration Dosing System

Worked on Facebook marketing and created Facebook Ad strategies. Designed and created video ads of products for Facebook and YouTube. Worked on Ad copywriting, YouTube marketing, and SEO for website Built Website on Shopify using inbuilt CMS

Drop Shipping Ecommerce Website

Conducted an experimental study on water in water pickering emulsions of bio-polymers, polyethylene oxide and dextran, to create non-spherical droplets of the dispersed phase. Applied centripetal force on sample by spin coater and optimized its conditions. Produced positive results and obtained seed shaped, almond shaped and cylindrical shaped droplets. Worked on image pre-processing, image segmentation and image analysis of the results in MATLAB.

Experimental study on Non-Spherical Dispersed

Experimented with multiple prototypes and designs for a forced evaporative cooling vest.

Forced Evaporative Body Cooling Jacket

Worked in a team of five  to develop a liquid desiccant-based evaporative cooling system that provides a high coefficient of performance and low emissions compared to vapour compression based air conditioner. Investigated reverse osmosis techniques to regenerate desiccant and to reduce operating costs of a liquid desiccant-based evaporative cooler.