###### **The goal of the project was to develop an electronic circuit with a Kintex 7 FPGA and QSFP connectors capable of 40 Gbps data transmission.**
As part of the project, an electronic system was developed based on a 12-layer printed circuit board equipped with two QSFP connectors, each operating at a speed of 40 Gbps. The main component in this system is an FPGA called Kintex7, which allows for programming of the system's functionalities.

The system was designed with applications that require high data throughput and programmability in mind. With the use of the Kintex7 FPGA and fast QSFP connectors, the project enables fast data transmission in high-performance networks such as data centers and servers. At the same time, the ability to program the FPGA opens up a wide range of possibilities for customizing the system for different applications and requirements, making the project universal and scalable.



Electronic system for high-frequency data transmission

electronic-system-for-high-frequency-data-transmission

Creating the Castorefill refill station required developing an advanced system that met high standards of safety, reliability, and user convenience, as well as integrating various components such as the filling system, payment processing, and user interface into a cohesive and efficient solution. Additionally, we had to build a working prototype within 8 days for a presentation to decision-makers, which required rapid and precise execution.

Challenges

Our team of engineers developed a comprehensive solution that encompasses both the hardware and software of the refill station. We implemented flow sensor systems to manage the filling process, ensuring precise dosing and monitoring of liquid levels. An intuitive single button interface with screen was installed, and we are advancing the integration with a cashless payment system. The modular design allows for future functionality expansions, making it easy to adapt the system even after deployment.

Work

The Castorefill refill station was successfully launched at the first Castorama store in Warsaw, Targówek, where it received positive feedback from customers. The device operates reliably, enabling seamless bottle refilling. The successful prototype presentation and its adoption by the store network confirm our ability to deliver complex projects under tight deadlines and high expectations.

Results

Understanding customer requirements

Market analysis

Prototyping and development

Programming and testing

Application deployment

**Vending machine for filling reusable bottles** 

Readiy developed the electronics and firmware for Poland's first Castorefill machine, implemented by Castorama Polska. The device allows refilling eco-friendly cleaning products in recyclable bottles, which can be reused multiple times, helping to reduce plastic waste. We designed an advanced system managing refilling, payments, and user interaction. The project focused on user convenience, high safety standards, and device reliability.


Castorama – Castorefill

elektronics-pcb-altium

We use RFID technology for bin identification and image recognition algorithms for waste segregation verification.


What technologies are used?

The system monitors bins for the presence of dangerous substances, such as gas or radioactive materials, and alerts in case they are detected.

What safety measures are implemented?

The portal allows for device monitoring, downloading statistics, sending configurations to devices, and verifying the status of garbage bins and vehicles.

What functions does the client portal offer?

System Design and Component Selection

Development and Programming

System Testing and Adjustments

**Readiy Technology House is engaged in creating an innovative mechanism for municipal waste management devices that identify garbage bins in real time and use a camera and specialized algorithms to check if waste has been properly segregated. Information about lifted bins, such as weight, time, geographical coordinates, and various other system status data, are transmitted via cellular network to a database. This innovative waste analyzing and IoT device management platform is aimed at the public sector and has tremendous potential for integration with other systems.**

Along with the platform, we create a web portal for customers, which enables continuous control over all devices, downloading lists and statistics, sending appropriate configurations to devices, as well as full control and verification whether a given bin should be emptied or not, where a given vehicle is located, and if everything works correctly.

Our platform is compatible with various mobile devices, such as smartphones, tablets or laptops, which is extremely important in today's world, when more and more users access the Internet via mobile devices.

Work on this project started in 2021. The initial phase was the selection of appropriate components to create the entire system, and then the construction of a lift simulator lifting bins. The next step was to program all elements and select the appropriate software.
Our system offers many capabilities and configurations depending on the customer's needs. It allows identification of each bin using a unique RFID chip, weighing waste during emptying of the container, constant monitoring of vehicle positions, taking pictures of the contents of the bin, which are transmitted to the server and verified there by the program and an algorithm that catches improper objects that should not be in the given bin. It also ensures safety, alerting of any dangers such as fire, gas, or radioactive substances.

Considering the experience and innovative technologies, Readiy Technology House offers thoughtful and effective design. Guided by understanding customer needs, we design and create solutions that respond to their requirements.

Intelligent Waste Management System

intelligent-waste-management-system

It allows farmers to monitor the condition of poultry houses in real time, leading to more efficient management and improved poultry welfare.

What are the key benefits for poultry farmers using this technology?

Absolutely, one of our main goals was to create an intuitive application tailored to all users.

Is the app suitable for people without technical experience?

We plan to further develop the technology, including expanding the range of monitored parameters and improving data processing algorithms.

What are the future directions of development?

Development of project concept and strategy

Design and Prototyping

Implementation and Integration

Testing and Implementation

Support and Optimization

**We are proud to introduce Innovative Photocatalytic Technology (RCI) dedicated to poultry houses. Our solution focuses on improving poultry welfare and effectively monitoring and reducing pollutants such as dust and ammonia.**

The main component of the project is an application that collects data from sensors deployed in poultry houses. These are presented in an easily digestible form that is tailored to the needs of poultry farmers. Each poultry house is equipped with sensors from four categories, and data is collected from them, from which an average is calculated.

In addition to the application itself, our team worked on the system architecture, ensuring stability and reliability on our servers. We also put in place a process to enable efficient communication between the devices and the application.

MQTT

IONIC

React

TypeScript

NodeJS

Innovative Photocatalytic Technology (RCI) for Breeding Plants

Michał Kaczmarczyk

Technology Specialist

01.