Translated with AI from the Russian original.

The new terminal has already been registered in the register of the Ministry of Industry and Trade of Russia and has successfully passed certification for compliance with Russian and international standards.

Production of the first domestic PIN-pad R180 has started at the plant of the Russian developer and manufacturer "Inferit". The device was developed by "Somers", which is also part of the Softline group of companies, specializing in the field of cashless payments. In 2025, it is planned to produce at least 60 thousand devices for the markets of Russia and the CIS countries.

The device is specifically designed for large and medium-sized retailers where high customer service speed is required. Thanks to integration with cash registers, PCs and inventory management systems, the PIN-pad automatically receives the purchase amount, does not require manual entry on the payment device and speeds up the payment process. The device supports all modern payment methods, including NFC and a fast payment system.

The design takes into account the specifics of intensive use in trade: rubberized buttons ensure durability, and cable connection guarantees fast transaction processing. The device has undergone comprehensive certification, including verification of functionality, data security and compatibility with Russian and international payment standards.

Now on the front page

Articles

Why even a PC case should be branded

In Russian conditions, the popularity of PCs assembled by small local companies or in-house corporate IT departments continues to grow rapidly. Such solutions have historically been more popular in Russia than in other developed markets, but today new nuances have emerged in the segment's evolution, which we discussed with Karim LASKRI, Business Director of FSP Group in the CIS region.

News

Storage you can trust in the background: Basis SDS 2.3 released with scheduled diagnostics and an observer role

A storage system is the only infrastructure layer where an error cannot be “rolled back”: neither a reboot nor a configuration rollback will restore lost data. That is why users expect predictability from software-defined storage rather than just new features—ensuring background processes finish what they started, and administrators can see the cluster status not only “right now,” but also over time.