Project overview Andersen was approached by a woodworking company. The company was determined to keep up with the latest industry trends and follow the best practices to be as globally competitive as possible. Therefore, they made the decision to build reliable fleet management software (FMS). With it at their disposal, they intended to fully automate their document circulation processes and significantly simplify their overall workflows. About the project When Andersen was contacted by the company, they already had the initial version of the logistics management solution built. That IT platform was developed by their in-house tech team and subsequently refined by a third-party vendor. However, the first version failed to attain the goals set. The customer was still facing numerous challenges generated by the platform’s performance and extensibility. As an outcome, endless time-consuming operations and the high costs of implementing features made it clear that the business needs a brand-new app to improve usability and ensure a personalized UX. We were entrusted with becoming the customer’s strategic partner and assisting them with the reinvention of their plans and product. Owing to our deep expertise in mobile and SaaS AWS LaaS-based development – as well as in DevOps consulting services – Andersen turned out to be a perfect match to develop an Android mobile app and cloud-based middleware. Project results Andersen made the quickest possible progress to implement the solution and let our collaboration with the customer gain steam. Thus, we swiftly deployed the required cloud-based system and transferred several mission-critical services to it. As an result, the customer company has found itself in the right position to run the functionalities in the full production mode. Overall, the improvements that Andersen delivered have increased client satisfaction rates and boosted the customer’s competitive edge.

Project overviewAndersen was approached by a company operating in the energy sector. This large-scale business runs 45 subsidiaries and four affiliated firms with 3,500 employees. The chief goal of the company is to transmit and distribute electricity. It is not an exaggeration to say that 50% of electricity produced globally is managed via the company’s products, services, and facilities.Namely, the customer helps its clients — i.e., energy producers, public and industrial grid operators, and transformer manufacturers — with smart solutions and tools to control load flow and power quality for a seamless power supply. The range of products includes on-load and de-energized tap-changers, innovative sensors, automation technology and analytics tools, and digital solutions.Andersen was entrusted with building a data management and processing system to support the customer’s global operations. App functionalityThe result of Andersen’s effort can be described as an enterprise-grade application collecting data from electrical transformers and generating reports based on it. With this solution at their disposal, the customer’s employees can quickly obtain graphs and tables covering the risks of transformer component failures, as well as recommendations based on those risks.The tool built by Andersen is, in particular, notable for its ability to work with images. It can upload, download, delete, rotate, drag, drop, and add them to reports. As for the range of available file formats, the tool offers PDF, CSV, and XLSX files.Finally, this solution displays all data-generation transformers on the map and can function offline thanks to a special library that synchronizes the database and IndexedDB data.

About companyA European company with a simple but innovative approach to car rental.ChallengeThe task was to build a car rental system capable of all the functionality common for other such systems with two conditions: the system should be keyless and highly intuitive.Solutionsa car rental platform consisting of a web admin part and a cross-platform mobile application that allows clients to rent a car for a certain time, book a car in advance, choose a car by several parameters such as class, cost, size, fuel, location, etc.;the use is simple: a user installs the application, registers, adds their ID and driving license information, finds the closest location to pick up a suitable car. Once the car is chosen the user receives a key-password which allows them to open the vehicle via Bluetooth;the application will help the user to find the closest and therefore most convenient place to park the car after finishing the trip. Payment is processed post factum.Resultsthe system positively stands out from the huge amount of similar products;the possibility to choose a car by class, cost, size, fuel, location, etc. increased the number of clients;the implemented car door lock system provided additional protection from the car thefts.