Diasoft Digital Q.Integration

2025: Addition of "DMZ Adapter"

Diasoft has developed a product to ensure secure integration of systems in the banking sector. The company announced this on March 25, 2025.

Large banks and non-financial organizations regularly face the problem of interaction between external and internal systems. The external insecure loop in the network, which provides interaction with the client, and the protected internal loop must work in close conjunction, but at the same time ensure a high level of security during data transfer.

Diasoft has developed the DMZ Adapter product, which makes this process safe and efficient. It is designed to ensure that any systems in the external loop (web portals, mobile applications) interact with the internal loop of the organization, while maintaining a high level of protection against external threats.

The main advantages of the DMZ Adapter product:

• Versatility - the product can be used with any information systems and in any network configuration.
• Support for various formats, including JSON, XML and others, this ensures adaptability and ease of use of the product.
• The source system and the destination system communicate with the DMZ adapter via the familiar HTTP protocol, but switch to the AMQP protocol to communicate between subnets. The protocol change takes place "on the fly." At the same time, one of the key information security requirements is provided - any data is transmitted only upon request from the internal secure network.

The product meets the requirements of digital transformation due to the following properties:

• Rapid deployment through containerization and clustering.
• The ability to scale horizontally and vertically at the level of each service.
• Guarantee delivery of messages using a reliable broker.

The DMZ adapter is part of the Digital Q.Integration solution and is implemented in a microservice architecture, which ensures high performance and integration of the product into any IT landscape.

2024: Digital Q.Integration Platform Introduction

Diasoft has developed the Digital Q.Integration technology platform for the implementation of integration projects. The company announced this on August 7, 2024.

The Digital Q.Integration platform is part of the digital transformation ecosystem Digital Q and is already included in the Register of Russian Software (entry No. 22375 of 24.04.2024).

The platform provides a single space to design, execute, and monitor integration flows between different digital systems.

The main features of the platform:

• providing basic functionality for development of integration adapters;
• monitoring of integration flows and analysis of their implementation to eliminate bottlenecks;
• providing a control for stopping and restarting adapters.

Integration is an integral part of any IT project. Whether you are implementing a new application in the existing IT landscape or setting up interaction with third-party services, a high-quality solution to integration problems significantly increases the possibilities of digitalization. However, implementation of integration solutions is often unreasonably expensive for projects. The Digital Q.Integration technology platform will help significantly reduce labor costs and simplify the solution of integration tasks. said Viktor Ovchinnikov, architect of the Diasoft integration platform.

The low-code platform toolkit allows you to design integration flows in a visual editor, apply all existing integration patterns and ready-made connectors, generate integration microservices and maintain a centralized register of all used integration flows.

Digital Q.Integration will help to cope with the main difficulties of integration projects, such as:

• heterogeneity of technologies and architecture of integrable systems;
• lack of uniform integration standards and the need to develop them in each individual project;
• Risks of failures during integration processes
• negative impact of the application specifics of each integration stream.

The platform is developed in a microservice architecture. Each integration adapter or part of the adapter can be executed in a separate microservice, so the total thread is executed distributed. This allows you to achieve high performance, fault tolerance and scalability.