in the field of GPS monitoring for vehicles, machinery, devices, and specialized equipment.
For many years, we have been developing our proprietary technological platform, which handles hundreds of thousands of queries converted into the language of the graphical interface every day. An example is the reliable mobile application available on Google Play (Android) and the App Store (iOS), downloaded by nearly 500,000 people.
The technological ecosystem of widziszwszystko.pl is designed in a multi-layered manner, meaning that its architecture allows for continuous scalability and the ability to quickly respond to expansion or potential incidents.
Since the beginning of our operations, a strategic part of our organization has been the IT Department, consisting of Programmers (front-end, back-end), Testers, and System Administrators. We use the latest versions of programming languages and frameworks to build solutions. The solutions we build are maintained in LTS (Long Term Support) versions, ensuring high-security standards and efficient adaptation of the system to current data exchange standards with external systems.
The Application Programming Interface (API) enables the integration of the entire widziszwszystko.pl application (all data) or its components (selected records) with external client systems. This means that data from the widziszwszystko.pl system can be visualized, processed, and reported in external systems such as Fleet Management Systems, ERP, and other solutions for business entities or public utilities.
Utilizing our API allows for a broader perspective on data and their analysis, including scenarios where artificial intelligence (AI) models can be employed (e.g., queries sent to chatbots like "Where is my shipment?" or "How much did I save on fuel this month?").
The widziszwszystko.pl API follows architecture styles like REST and communication protocols such as HTTP/HTTPS.
An integral part of the development and maintenance of our systems and applications involves security testing targeted at various types of attacks, including but not limited to SQL Injection, Cross-Site Scripting (XSS), Cross-Site Request Forgery (CSRF), Insecure Deserialization, Broken Authentication, Security Misconfiguration, Sensitive Data Exposure, XML External Entity (XXE) Attack, Server-Side Request Forgery (SSRF), and DDoS (Distributed Denial of Service).
We conduct security testing on API interfaces, focusing on aspects such as authorization, authentication, and request rate limiting.
Our application utilizes stateless JWT (JSON Web Token) for authentication and authorization. This enables a secure exchange of information between the client and the server, minimizing the risk of confidentiality breaches. We implement Cross-Origin Resource Sharing (CORS) security mechanisms.
The system, applications, microservices, and customer data are stored in an infrastructure with the highest level of security (TIER 4). This directly impacts the availability of the technological ecosystem, which is a top priority for us.
TIER 4-class data centers are characterized by the highest level of reliability and availability. These facilities are designed to minimize the risk of service interruptions, which is particularly crucial for critical systems operating on them, such as data centers, telecommunication networks, or other applications requiring continuous availability.
Tier 4-class data centers have double, independent systems for each critical element (power, cooling, etc.). This ensures that failures in one system do not result in service interruptions.
Downtime due to maintenance or failures is minimized to an absolute minimum.
24/7 monitoring, biometric access controls, fire detection systems, and other physical security measures are in place.
Tier 4 level includes redundant communication paths both to the data center and within the network, preventing loss of connectivity even in case of a failure in one communication route.
Characterized by an advanced power system, including emergency generators (uninterruptible power systems), and other solutions that maintain operational continuity even in case of power supply interruptions.
Cooling systems in Tier 4 data centers are also redundant, ensuring optimal temperature maintenance even in the event of a failure in one of the systems.
Tier 4-class data centers enable dynamic load balancing between different system elements, allowing for the even utilization of resources and minimizing the risk of overload.
Maintenance and repair work can be carried out without shutting down systems, translating to no interruptions in the availability of widziszwszystko.pl services.
widziszwszystko.pl collaborates exclusively with trusted providers of devices and services. Some of our longstanding partners include: