The Totem Screens
The main idea of the totem screens is to help new and upcoming employees, often visiting from other global offices, to navigate and quickly find the necessary premises, thus making everyday life smoother. As the totem screens are about eight feet high, the navigation height is adjustable to accommodate personification.
The Mobile Application
The purpose of the mobile application is to deliver the employees of the Helsinki office the full potential of the office on a mobile phone. From room reservations to event registration, and services, such as gym, nursery, restaurant, masseurs, osteopaths, and barbers, reporting and team discoverability, the features cover all the employees needs.
The Interactive Map
The interactive map is based on the architectural drawings, and UI/UX design for the totem screens and mobile application. The map is shown on both the screens and mobile application, including up-to-date information on room reservations and parking spaces and services. All the information is managed simply by logging into the admin system using a browser. In addition, the building is partly modular, with moveable walls, and any changes made are shown on the map after an admin has done the respective changes in the panel.
The Climate Control Panels
Concurrently, we designed and developed the user interface for the rooms’ climate control panels for easy adjustment of settings such as the room temperature, ventilation, and humidity.
The Green Screens
The Green Screens show the daily and weekly trends for the likes of current electricity usage (on lighting, air conditioning etc.), water consumption and waste generated by the lunch restaurant. To make the numbers more understandable, the screens show how many households each number would correspond to. In addition, information like game statistics and employee introductions is shown.
Technologies used
The totem and mobile app are progressive web applications created using TypeScript and JavaScript, easily accessible using any browser, removing the need for expensive native development. This solution suits an environment with relatively few users. The interactive map was designed with SVG vector graphics and is integrated with the service providers’ databases. The system front end consists of four separate TypeScript and JavaScript applications. NGINX open-source software takes care of the web serving and reverse proxying. WS CloudFront is used for caching static assets. Due to the small number of users, load balancing is not necessary. The backend is built in AWS Cloud and written in the Go programming language, using several databases, such as DynamoDB. AWS CodePipeline automates the release pipelines for fast and reliable application and infrastructure updates. We also look after the cloud maintenance and system development.