Overview About Broscorp

Project goal: The goal of Flightpos project is a set of software services both in-flight and on-ground, whose purpose is to track stock levels, manage product catalogues, and provide onboard payment solutions via the web or Pos Terminal. Moreover, the solution should provide sales analytics, so airline company management can detect trends and viable insights. Challenges: The main challenge in this project is that there is no internet in the aircraft so when airplane takes off your hardware is offline. So we had to build a system that stores all the information pre-flight, then collects all the data during the flight and then uploads the data to the cloud when airplane has landed. Moreover, there is no additional space for a big server on the board so we had to use Raspberry PI to host our services which means we have to test our software both on x86 and ARM architecture. And last but not least: Every airline company uses different sets of crew devices, so our mobile app had to be hybrid from the beginning, so we used the Ionic framework to ensure it's going to work both on iOS and Android. Solution: 1. Inventory and products catalogue management web application. 2. Data lake solution for sales analysis. 3. Custom crew device mobile application both for Android and iOS. 3. Hardware setup based on Raspberry PI to be installed in the aircraft. 4. Set of web services that connect to ground services upload all the inflight data and download new catalogues with updated prices and stock levels. 5. Integration with multiple payment providers, such as Payrix and Paysafe. Tool set: Languages: Java 8-11,  Typescript Cloud technologies: AWS Lambda, AWS ECS, AWS S3, Cloudformation, Serverless framework Other technologies: MySql, NodeJs, Docker, Websockets, Ionic Framework

Project goal: The project's goal is to create an Alibaba but for B2B. In particular, a platform where micro-factories producing biologically degradable chemicals can meet each other, fund campaigns, order samples, and find the nearest producer of desired supplements. Challenges: The biggest challenge is that it looks like a Kickstarter with few significant differences at first glance. So Broscorp had to create a unique experience of registering the users, collecting their Business details, letting them sign the contract and then let pay via Stripe using card and ACH payments. Solution: The solution we've made is a custom web application which is a combination of the following unique solutions: 1. Custom e-signing experience. 2. Publishing and managing the funding campaign. 3. Ability to pay via Stripe using card or ACH payments. 4. Possibility to keep track of orders, campaigns and products. Tool set: Java 17, AWS S3, AWS RDS, AWS Beanstalk, Spring Boot, Angular 13, Typescript

Project goal: Enhanza is a project aiming to process financial data and provide custom tailor-made dashboards for financial analysis. There is a well-known ERP system called Fortnox, which is especially popular in the Swedish market. However, Fortnox doesn't provide comprehensive analytics. So Enhanza fills the gap and automates data processing of raw numbers from Fortnox, turning them into valuable, insightful dashboards. Challenges: Integrating with Fortnox API was a complex task to fetch all the needed data in the correct order. So a proper automated ETL solution has to be implemented. Moreover, effective data storage has to be implemented, as well as attaching this data source to the dashboarding tool. Solution: A fully automated ETL data pipeline was created using Google Functions and written in Python has been implemented. All the data has been stored in Google BigQuery. One of the important features was the fully automated, hassle-free deployment of the solution for new clients. Toolset: Python, Ninja, Google cloud, Google BigQuery, Google Functions

Get bored with your old NFT? Create a new one using Generative adversarial networks (GAN) in just a few minutes. The "Reincarnate" application is basically a web application made on Angular, that connects Metamask. Then the user can choose NFT's from his wallet, and "reincarnate it" which means running the original picture through the GAN, then updates the resulting image so you can look for it on OpenSea. Technology used: 1. Angular 13 2. Metamask wallet 3. AWS ( S3, Lambda, EC2, Dynamo) 4. Custom SmartContract on Solidity 5. Opensea API

Project goal: An NFT as technology had a lot of hype in recent years. However, it was hard to find a real use case which could prove its real value of it. The goal of Artlink is to provide a tool for digital artists so they can easily monetize their art pieces and avoid struggling with licensing. Challenges: The real challenge was in finding the right way to let authors and digital artists easily upload their products, sign the contract, set up the royalty value and issue the NFT token for it. Lately, we can link this collection of images to e-commerce that lets you buy a T-shirt or Hoody, place the image on it and put it into the basket. The magic happens when a client pays for his T-Shirt, and then a specified amount of royalty is automatically transferred to the artist, the real creator of the original image. This project is a real bridge between web 2.0 and web 3.0 in that it involved developing a custom smart contract and a custom web application and linking it all creating a unique user experience. Solution: Broscorp has created a custom web application and linked it with many 3rd party services like KYC providers, created a custom e-signing solution, created a custom smart contract and automated its deployment. Toolset:  Java 11, AWS Elasticbeanstalk, AWS RDS, AWS S3, Angular

Project goal: Automate business process of a consulting company. Previously the process was manual, error-prone and not scalable. So the goal was to automate all the business routines, help scale and onboard new clients with the ease and  doesn't require supervision. Challenges: In order to solve the business problem a multiple very different systems has to be integrated together in a way that all of them work together seamlessly. Moreover solution has to be automated and cloud based so no maintanance is required. Solution: A custom made software package has been created and if simplified it looks like this:  1. SurveyGizmo collects survey answers. 2. Custom made AWS Lambdas are being triggered by webhooks, parse the results and upload data into AWS RDS. 3. Custom made web application was made to surve the purpose of filtering, managing and adjusting the question sets, survey results, etc. 4. Custom set dashboards created using Tableau that connects to AWS RDS to fetch the data. 5. Perfectly designed PDF reports to be sent to the end clients has been crafter and automated. Tool set:  Java, Spring, AWS Lambda, AWS RDS, Tableau, SurveyGizmo

Our task was to provide a real-time 24/7 monitoring platform which gives you a possibility to monitor the load of your network, common congestions, predict congestions, detect average level of the signal in a specific area immediately without any delays and react blazingly fast. Detect areas that are empty on some specific time frames and make a repairment disturbing your subscribers as minimum as possible.  Our platform consists of three main parts: A module that collects data, transforms and load to the warehouse. The module that combines, aggregates and prepares the data. UI module to visualize the actual data on the screen with the possibility to filter out by area, time, type of subscribers, mobile device type and so on.