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Pierre, Yoan, Delphine and Julien contacted us to build a solution to improve and simplify the feeding process for cats. Yomy's idea was to build a connected dispenser that distributes both wet food and kibbles, a wide range of wet food for cats, and an app to monitor and analyze the feeding behavior of the cat. Yomy's approach was to involve smart features in their product design, such as a bowl equipped with a weighing system, a food drawer that optimizes food storage and minimizes odors, and a camera with night vision and a wide angle to detect when cats are hungry.
Our mission was to spearhead the R&D efforts, design and develop a fully integrated prototype of the Yomy machine and app, and ultimately manufacture a first batch for beta testing.
An elegant, ergonomic and reliable machine
An IoT infrastructure to process and store data
A mobile app that allows cat owners to configure food distribution, scheduling, and other settings
A back-office for Yomy team to manage their fleet of machines and manage their beta testing
Over the course of about a year, we helped Yomy team go from a concept to beta testing and Seed funding.
Milestone 0 aKa Find your Spark
We needed to develop a V1 prototype with main functions for dispensing wet food:
We explored several options and built simple prototypes to validate feasibility. We opted for industry-standard gusset pockets, which are pyramid-shaped with two slopes. After thorough testing, we were able to successfully build a prototype that met our requirements.
💼: Validate feasibility for wet food distribution with 2 pouches
🔧: First prototype / test bench
💸: 50K USD invested to date
Milestone 1
We conducted internal testing and optimization on the V1 prototype:
After conducting these tests, we were able to identify and address any issues with the prototype's functionality and design. We also gained valuable insights into the most effective sachet size for the product. Overall, these tests allowed us to refine and improve the prototype before moving on to external testing."
💼: Iterate on R&D and system reliability before development of the first integrated prototype
🔧: Improved prototype and technical choices
💸: 150K USD invested to date
Milestone 2
We were not satisfied with quantity of wet food loss with the actual system. So we built several test benches to evaluate alternative technical solutions. We also designed the optimum profile for the Yomy sachet, including the width, height, funnel, and neck. These test benches allowed us to thoroughly evaluate and compare the different options, and ultimately choose the most effective solutions. The resulting Yomy bag design and dispensing process were more efficient and user-friendly than the previous prototypes, making it an ideal solution for dispensing wet food.
💼: Iterate on R&D and system reliability before development of the first integrated prototype
🔧: Improved prototype and technical choices + overall cat feeding experience
💸: 250K USD invested to date
Milestone 3
After testing our prototype in our lab, we decided it was time to move on to real world tests. We built a second iteration of the prototype which added two features:
💼: Iterate on R&D and system reliability before development of the first integrated prototype
🔧: Figuring out how to detect the cat, we explore Bluetooth Low Energy (BLE), motion detection, and AI-based techniques for identification.
💸: 90K USD invested to date (30K USD for the milestone 3)
Milestone 4
We perform test benches for cat recognition through AI (based on an upgrade of the V2 prototype), and for the integration of the drawer.
💼: The core of the product is developed, we continue our R&D to add features, improve system reliability, and validate our main features
🔧: We decided to stick with an AI system that detects the cat through an integrated camera.
💸: 120K USD invested to date 30(K USD for the milestone 4)
Milestone 5
We build a third functional version of the prototype that incorporates four additional features:
💼: The core of the product is developed, we continue our R&D to add features, improve system reliability, and validate our main features
🔧: We test the four features we added, this leads us to make several changes in our design: improving balance, camera angles, camera lighting, and closing of the drawer.
💸: 135K USD invested to date (15K USD for the milestone 5)
Milestone 6
Alpha testing leads to optimisations of our third version prototype, developing it further, and build five dispensers for alpha testing.
💼: We start deploying the product to a very small amount of users to gather feedback and more real world experiences.
🔧: We improve the way we measure the amount of food dispensed through a balance in the drawer, update the regression coefficient, and improve the insulation of the kibble tray.
💸: 150K USD invested to date (15K USD for the milestone 6)
Milestone 7
Based on the feedback from the alpha tests, we worked on improving the reliability of the firmware and changing the design to produce 10 prototypes to conduct beta testing.
💼: Our first batch of testers gave us valuable feedback which we've used to improve the design, we distribute the product to a larger group of beta testers.
🔧: We improve the AI detection, introduce free-feeding, upgrade the firmware, improve the mobile app, add scripts for admins, and debugging tools.
💸: 170K USD invested to date (20K USD for the milestone 7)
Milestone 8
We build 10 devices of the beta test version to gather feedbacks, improving the software as well
💼: We manufacture our first batch of 10 units for our group of testers.
🔧: We improve the software and start production of 10 units.
💸: 190K USD invested to date (20K USD for the milestone 8)
Milestone 9
At this point our testers give us feedback on their experience using the feeder and we have a good idea of the important features, the ones that need tweaking and improvements.
💼: We manufacture our first batch of 10 units for our group of testers.
🔧: We work on improving the AI and doing firmware improvements.
💸: 200K USD invested to date (10K USD for the milestone 9)
Milestone 10
All our tests are done, we have a very good idea of what the key features are, we spend this last milestone getting the product ready for large scale industrialisation. This means getting the user experience right and making an elegant design to fit the product in a house.
💼: All tests are done and the product is ready for large scale industrialisation
🔧: Focus is on the user experience, parts are reengineered based on feedback from testers, we interact with designers to get the finishing touches right.
💸: 240K USD invested to date (40K USD for the milestone 10)
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