Smart Engines

The solution is used by over 50 million Russians.

The solution is included in the Unified Register of Russian Software and belongs to the AI class.

Currently, the "Sherlock" solution is used in international airports, banks, MFIs, the Federal Tax Service of Russia, and notary offices.

The dataset will allow developers to train, test, and improve AI-based anti-fraud systems.

The system supports over 70 pre-configured legal entity documents and recognizes data at a speed of 900 pages per minute. The solution will automate retail and business lending processes in banks.

Specialists of the Russian company Smart Engines have transferred artificial intelligence technologies to Max for scanning text in photos and images.

All processes - reading, analysis, and document authentication - are performed directly inside the device, without transmitting the image to an external computer.

The new technology allows automatic data entry without having to leave the messenger and without sending images to external servers.

Russian company Smart Engines has introduced a solution that eliminates the need for manual transfer of new employee data into the HR electronic document management system.

Russian company Smart Engines has introduced the first AI agents for document recognition. Virtual assistants are responsible for creating templates for non-standard documents. Previously, the creation of such templates required project work with the vendor or the participation of specialists on the client's side.

Smart Engines has launched a program aimed at increasing the accessibility of artificial intelligence-based document recognition systems for small and medium-sized businesses. Now, SMEs, including those with municipal participation, will be able to purchase flagship technologies for recognizing passports, SNILS, registry certificates, driver's licenses, vehicle registration certificates, vehicle passports, and other identification documents for customer identification and employee recruitment at special prices and in an integration-friendly assembly.