webapp with 3D models

React, Typescript, GSAP, THREEJS, Tailwind, Netlify

webapp

React, Typescript, Tailwind, Netlify

LangChain, Typescript, OpenAI, Neo4J

LangChain, Typescript, OpenAI, Cerebrass, Cassandra

LangChain, Typescript, OpenAI, Cerebrass, Cassandra

ReactJS, Typescript, Axios, NextJS

LangChain, OpenAI, Brave, Tavily, Exa, Typescript

Google Cloud Platform, Cloud Run, API Gateway, Vertex AI, Python Flask, Docker

Flask, IBM Watson's Emotion Prediction model

llama, gradio, ibm watsonx

watsonx, IBM Watson Speech Libraries for Embed, flask

OpenAI's model, IBM Watson

langchain, watsonx, flask, chroma, huggingface embeddings

watsonx, flask, llama, whisper

OpenAI's model, Watson's TTS & STT, flask, gradio, watsonx, whisper

Implement plugin that connect with acquirer host

Maven, SpringBoot, Netty, Sockets, MySQL, Docker, Jenkins, ISO8583 and technologies were used.

Preparing infrastructure

AWS, Amazon Bedrock, Claude, Buckets, and technologies were used.

Internal company project. Implementation of the web app.

The ReactJS, hooks, maven, SpringBoot, styled-components, and other technologies were used.

Initial design, Implementing modules of payment application

Kotlin, Jetpack Compose, Gradle and other technologies were used.

Maven, SpringBoot, Jenkins, and other technologies were used.

Maven, SpringBoot, Jenkins, and other technologies were used.

The ReactJS, hooks, maven, SpringBoot, styled-components, Bootstrap, Jenkins, Postman and other technologies were used.

The ReactJS, hooks, maven, SpringBoot, styled-components, Bootstrap, Postman and other technologies were used.

The ASP.NET Core, ASP.NET MVC, GraphQL, Azure, were used.

The progressive web app of the San Quentin rock band. The headless Wordpress was used as a content management system.

The ReactJS, hooks, express.js, Wordpress, heroku, GraphQL, Apollo Client, Axios, ReactBootstrap, styled-components, Youtube Data API, browser cache, and many other technologies was used.

The progressive web app of the streetwear store.

The ReactJS, React Redux, express.js, firebase, heroku, styled-components, and many other technologies was used.

The Webapp that simulates the rolodex of monsters business cards - the React and RoboHash was used

It allow for face detection on pictures, the pictures can be sended to the service via website. After face detection, the server will send cropped faces from the picture, on the provided email address. The architecture depends on microservices.

The ASP.NET Core, ASP.NET MVC, Razor Views, Razor Pages, LINQ, EntityFramework, SignalR, RabittMQ, MassTransit, MailKit, MSSQL Server, Microsoft Azure, Microsoft Cognitive Services, OpenCV, ImageSharp, Docker, and also Microservices were used.

The web app that supports the travel agency data offer reading - The offers stored in .csv file are saved in data base. If data base doesn't exist then database will be created by the app. The travel offers read from database can be displayed on GUI.

The Java, Swing, Maven, JDBC, Hibernate, MySQL, and also Docker were used.

The book publishing house app - It allows for displaying the offer of the institution, adding, modifying and deleting items.

The ASP.NET Framework, MVC, LINQ, EntityFramework, MSSQL Server, and also Microsoft Azure were used.

The book publishing house app - It allows for displaying the offer of the institution, adding, modifying and deleting items.

The ASP.NET Core, Razor Pages, LINQ, EntityFramework, MSSQL Server technologies were used.

The web app of common shop. - It allows to manage shop offer and do shopping it that store.

ASP.NET Framework, MVC, LINQ, EntityFramework, MSSQL Server, Microsoft Azure, and also Microservice architecture were used.

The description of the system and requirements identification was done; the conceptual system solution was proposed.

The algorithm that is supporting face detection task - it determines that the frame from a video sequence is needed for computing face detection. This algorithm is created for the embedded systems and systems with constrained resources. The few implementations was created; The PC and mobile version of the algorithm was created.

The OpenMP, OpenACC, OpenCL, OpenCV, Java Native Interface, Tensorflow, Tensorflow Lite were used.

The Newsletter

heroku and mailchimp are used

The Website that uses API, that allows us to check the current value of the cryptocurrency at a particular time

Express.js and bitcoinaverage were used

The online interactive task list

Express.js and ejs were used

The conceptual website of the Tindog - a conceptual startup. Boostrap was used. The website was created for variety of devices (pc, mobile)

The SimonGame; the online singleplayer webbrowser-based game.

The webbrowser-based game, that allows to play the Dicee for two players

TheWebsite that allows us to play on the drumkit in our browser.

Designing the station, choosing components and technology, creating a simulation in RTtoolbox2 environment

Describing the system structure, processes, connections, and components, in terms of the corporate architecture

Buissness Layer

Aplication Layer

Technological Layer

Creating a UML diagram, ERD diagram, data structure diagram, and physical model diagram of the database;

Oracle 11g was used

Implementing the algorithm in the C language in a given library. Part of the Snake game controlled via voice.

Implementing the algorithm in C/C++ for Linux and Windows operating systems

Integration of devices, writing a program responsible for logic of the application; The CC-link was used

Creating an ERD diagram, data structure diagram, physical model diagram, and the GUI in Java; MySQL was used

The Initial analysis of the problem and customer requirements; proposal of the solution

Adaptation of regular linux os to work in hard real-time os

Creation of a mathematical model, CAD model, and technical documentation

Creation of the physical solution that was used in presentation for the investors.

Writing the program responsible for the logic of the demonstration stand; This was the first project in Poland that had used the A800E inventer.

Initial expertise - writing the program responsible for the logic of the demonstration stand.

The configuration of the modem; writing a program that used the GSM communication.

Writing a program that was responsible for the logic of measurements module

Writing a program that was responsible for the logic of performing and saving measurements

Creating a mathematical and a numerical model

Creation of ERD diagram, data structure diagram, physical model diagram, and GUI

Microsoft Acces has been used

Creating a mathematical model, CAD model, and technical documentation