SHP ZOSRV Neutrino

Main Article: Operating Systems

2024: Astra Linux Special Edition Compatibility

The compatibility of development tools for Neutrino ZOSRV with Astra Linux has been confirmed. Astra Group announced this on March 4, 2024.

The software stack for developing real-time applications is fully functional. By introducing it in, IT infrastructure companies of any field of activity, including entities, CUES will have the necessary level data protection and opportunity to implement strategically important projects in accordance with the requirements. cyber security

The confirmed compatibility of the developer kit for ZOSRV "Neutrino" OS with Astra Linux allows customers to make sure that there are no problems with the installation and operation of both software products, the integrity of the OS and the correct operation of all declared functions. This is a significant step forward in ensuring the technological independence and security of critical information systems, Russia opening up opportunities for the use of domestic developments in strategically important projects. I am convinced that such a step will strengthen confidence in Russian developments and will become the basis for further expanding the partnership and increasing the satisfaction of our clients, "said Dmitry Tarakanov, Head of the Strategic Cooperation Department of Astra Group.

Each Linux distribution has its own features that must be taken into account when creating complex software, which includes cross-platform development tools for Neutrino ZOSRV. More and more customers are developing in the Astra Linux environment, and it is crucial for us that they focus on their tasks rather than spending valuable time on compatibility. The methodological support and IT infrastructure provided by Astra Group make it possible to build a continuous compatibility testing process for each newly released edition of the developer kit for Neutrino ZOSRV and Astra Linux OS, - commented Andrei Fefilov, General Director of SVD VS LLC.

2019

Support for Elbrus 801-RS processors, Elbrus-4.4 server, Linter DBMS

On June 4, 2019, RELEX announced joint work with SVD Embedded Systems LLC and MCST JSC as part of the import substitution project.

The result of the work was a completely domestic "bundle": hardware complexes built on Elbrus processors - VK Elbrus 801-RS, Elbrus-4.4 server, Neutrino-E protected real-time operating system (ZOSRV) KPDA.10965-01 and DBMS with support for real-time functions LINTER STANDARD, LINTER BASTION.

Recently, the companies completed joint work and conducted comprehensive tests. During testing, the system demonstrated fault tolerance, high performance and guaranteed data protection.

This development will become a reliable basis in such sectors of management and economy as the public sector, the military-industrial complex, as well as in the development of automated technological control systems for power, transport, mining and processing of minerals.

The presented domestic solutions are already available to the consumer and include technical support, training and support. This reduces the time it takes to develop and implement final products. A significant advantage of their use is the independence from negative changes in the export control regime, the impossibility or significant complexity of introducing undeclared functions into software and hardware.

BLOK Industrial Computer Compatibility

On March 14, 2019, RTSoft JSC announced that, together with SVD Embedded Systems LLC, it had successfully tested the compatibility of the domestic line of BLOK Industrial industrial fanless computers and the certified KPDA.10964-01 operating system. Read more here.

Refusal to include in the register of domestic software

Applications of SVD Embedded Systems LLC for the inclusion of Neutrino OSRV in the register of domestic software were twice rejected (orders of the Ministry of Digital Development, Communications and Mass Media No. 664 of 30.11.2018 and No. 167 of 14.04.2019).

Held on 05.03.2019. The meeting of the NTS of the military-industrial complex of the Russian Federation emphasized that the use of Neutrino OSRV contradicts the requirements of Federal Law No. 188-FZ of 29.06.2015. and Decree of the Government of the Russian Federation No. 1236.

2017

Certification of FSTEC of Russia

SVD Embedded Systems announced in November 2017 that it was undergoing certification of the Neutrino protected real-time operating system (ZOSRV) of the 2016 edition in the Russian FSTEC certification system. The obtained certificate confirms the compliance of Neutrino with the requirements of guiding documents for the 3rd class of information protection against NSD and the 2nd level of monitoring the absence of NVS, which allows the use of Neutrino ZOSRV in automated systems that are subject to certification requirements in the Russian FSTEC system for security class up to and including 1B. Earlier, this edition of the Neutrino ZOSRV was certified in the certification system for information protection tools of the Russian Ministry of Defense.

ZOSRV Neutrino KPDA.10964-01

ZOSRV Neutrino is KPDA.10964-01 designed to create computing devices and complexes that are subject to increased requirements for fault tolerance and predictability of behavior. Among the features of ZOSRV "Neutrino" can be mentioned the effective integration of modern graphic and multimedia technologies, the predictability of hard real time, as well as the best implementation of network and communication technologies in its class.

ZOSRV Neutrino supports a range of processor platforms from world manufacturers Intel with x86, ARM, PowerPC and MIPS architectures. But given the modern trend towards import substitution of foreign devices by domestic counterparts, SVD Embedded Systems provided support for the most popular and promising Russian processors, such as Elbrus (JSC MCST""), KOMDIV (FGU FNC NIISI RAS), Multicore (JSC SPC ELVIS "), Baikal-T1 (JSC" Baikal Electronics").

To support Elbrus architecture and microprocessors, SVD Embedded Systems, in cooperation with MCST JSC, has developed a software product - Neutrino-E ZOSRV KPDA.10965-01. ZOSRV "Neutrino-E" received a certificate of conformity, Ministry of Defence Russia which allows it to be used in automated systems of the security class up to 1B inclusive.

Neutrino release for 1892VM14Ya

On April 7, 2017, LLC "SVD Embedded Systems" presented the implementation of the Neutrino ZOSRV for the Multicor processor 1892VM14YA of NPP JSC. ELVIS

1892VM14Ya is the only Russian multi-core processor with built-in hardware cores of the H.264 video codec and GPU. Its closest foreign architectural counterparts are on-chip systems from NXP, Texas Instruments, Allwinner, Rockchip and MediaTek.

The Neutrino Secure Real-Time Operating System (ZOSRV) is designed for fault-tolerant and predictable real-time resource management of multiprocessor and multi-machine computing systems.

ZOSRV "Neutrino" has a certificate of compliance with the requirements of Russian information security guidelines and is intended for use in responsible systems with strict requirements for reliability and speed. ZOSRV "Neutrino" meets the requirements for SVT according to the 3rd class of information protection from NSD, the 2nd level of monitoring the absence of NVV, the 2nd class of protection for firewalls, as well as the RDV compliance, which allows it to be used in automated systems of the security class up to 1B inclusive.

Earlier, Neutrino was adapted to other processors manufactured by JSC NPC ELVIS: 1892VM2Ya, 1892VM3T, 1892VM8Ya.

Neutrino

Neutrino is a secure real-time operating system. Designed for fault-tolerant and predictable real-time resource management of multiprocessor and multi-machine computing systems.

ZOSRV "Neutrino" has a certificate of compliance with the requirements of Russian information security guidelines and is intended for use in responsible systems with requirements for reliability and speed.

Presentation of "Neutrino" KPDA.10964-01, (2017)

"Neutrino" complies with the requirements for SVT according to the 3rd class of information protection against NSD, the 2nd level of monitoring the absence of NVV, the 2nd class of protection for firewalls, the requirements of RDV, which allows it to be used in automated systems of the security class up to 1B inclusive.

The OS supports domestic equipment:

• microprocessors and computer systems developed by JSC "MCST," FGU FNC NIISI RAS, OJSC SPC "ELVIS";
• processor modules manufactured by NPF DOLOMANT CJSC, Scan Engineering Telecom CJSC, RTSoft CJSC, ATRI LLC, NKB VS OJSC, Fizpribor Moscow Plant LLC and other Russian computer developers;
• equipment of the world's leading manufacturers.

Features

• reliability requirements dictated by potentially catastrophic results in the event of a failure;
• requirements for real-time operation due to the interaction of the computing process with processes occurring in electrical and mechanical equipment, chemical reactions, the spread of radiation and signals of various physical nature;
• requirements of technological independence, excluding the possibility of negative impact of foreign organizations or individuals on the design, development, production, supply and support of the product.

Properties

• Microkernel Architecture
• Dynamically updated applications, system services, and drivers
• Fault isolation and automatic self-recovery
• Messaging to build modular, consistent systems
• Predictability and performance of hard real time
• Preempting scheduler with selection of dispatching discipline
• Distributed priority inheritance
• Protection against priority inversion
• Adaptive Resource Quota Technology
• Ensure System Provisioning for Fault Tolerant Systems
• Simplify system integration and diagnostics
• Multi-Processor Support
• Comprehensive multi-core support
• Choose between dynamically assigning the processor to run threads and binding threads to specific processors/processor cores
• Advanced Graphics
• Multi-layer and multi-monitor graphics
• OpenGL and OpenVG support
• Network Window System
• Extensible Media Support
• Qt, GTK, Photon technologies
• Key Processes Monitor
• Health Tracking for Early Fault Diagnosis
• Intelligent recovery of failed components
• Mechanism for automatic recovery of logical connections
• Checkpoint mechanism for restoring the application context
• File Systems
• RAM-resident
• Programmable and non-programmable ROMs
• Disk PowerSafe, QNX4, HFS/HFS +, Ext2, NTFS, FAT, UDF, ISO9660
• Network (NFS, CIFS)
• Network technologies
• Full NetBSD stack (IPv4, IPSec, IPv6, PF firewall)
• Berkeley Socket API, system interface
• Berkeley for porting network drivers and filters
• Transparent Qnet network
• Diagnostic version of the microkernel
• Performance analysis and optimization of the entire system
• Quick detection of synchronization errors and latent defects
• Extensive equipment management capabilities
• Choice of hardware architecture of target systems (ARM, MIPS, PowerPC, x86, Elbrus, KOMDIV, Multicore)
• Fast Device Activation Technology
• Fast Start Technology
• Power Management Support
• High development efficiency
• IEEE POSIX Application Programming Interface
• Professional development, debugging and analysis tools
• Verification Tool Support
• Visual builder of graphic HMI
• Integration with popular source control systems (SVN, GIT, etc.)
• Transparent Distributed Computing
• Transparent access to remote resources
• Easy to implement failover clusters