Integrated security systems design
Working documentation: from 28 days
Price from 50000 roubles
We design integrated security systems that combine video surveillance, intrusion alarm, fire alarm, access control and related technologies into one coordinated protection architecture.
AYU-Project designs integrated security systems for industrial, commercial, government and residential facilities. We develop system architecture, select equipment and software, and define how video surveillance, alarm systems, access control and analytics interact. A properly designed security system provides 24/7 monitoring, rapid incident response and reduced risk for people, assets and infrastructure.
Why is “multiple systems” not the same as comprehensive security?
Video surveillance may be installed, access control may operate and the intrusion alarm may be active, but if an unauthorised entry event occurs, the video clip may not be linked to the alarm, the door may not lock automatically and the operator may receive alerts from several unrelated sources at once. That is not integrated security. It is a set of isolated systems whose incompatibility becomes visible exactly when coordinated response is critical.
An integrated security system is not the sum of separate subsystems. It is one architecture in which each element receives information from the others and reacts according to agreed algorithms. Access control can receive an intrusion-alarm signal and block the perimeter. Video surveillance can switch cameras to the event area and start enhanced recording. Warning systems can operate together with entrance-group blocking. The whole complex is controlled from a single operator workstation and can be integrated with the building management system.
AYU-Project designs integrated security systems for industrial, commercial, government and residential facilities, from concept and technical specifications to full design and working documentation suitable for expert review, installation and commissioning. Within the “Integrated Security Systems” package, we work across three key areas: technical security systems, engineering and technical security systems, and anti-terrorism protection.
Three principles behind our integrated-security approach
We design project-specific security solutions rather than applying a standard template. Threat scenarios, layout, operating mode and facility category are different for every client. We integrate subsystems into a single management and monitoring infrastructure, eliminating isolated “security islands” that cannot interact during a real incident. We also design for scalability: the integrated-security architecture allows new subsystems, additional protected zones and expanded analytics to be added without replacing the system core.
What does the “Integrated Security Systems” package include?
The package covers three specialist design areas, each regulated by its own framework and requiring specific expert review.
Technical Security Systems Design (TSOB) - development of design and working documentation for security systems at special-purpose facilities: transport infrastructure, fuel and energy facilities, government sites and sensitive facilities. Technical security systems can include video surveillance with intelligent analytics, intrusion alarm, access control, perimeter security, inspection equipment and threat-detection systems, combined into one hardware and software complex with a situation-centre interface.
Design of Engineering and Technical Security Systems (ITSS) - development of design and working documentation for the engineering and technical protection perimeter: physical barriers, anti-ram devices, security vestibules, perimeter-control systems and unauthorised-entry detection integrated with access control and video surveillance. These systems are designed with the protected facility category, required threat-detection time and required security response time in mind.
Anti-terrorist security - development of documentation for facilities subject to federal anti-terrorism protection requirements, including facility safety passports and technical solutions for equipping the facility with engineering and technical security measures according to the assigned hazard category. Facilities subject to mandatory categorisation and certification are defined by industry-specific regulations of the Government of the Russian Federation.
Why should integrated security be designed by one coordinated team?
Dividing access control, CCTV, intrusion alarm and engineering security between different organisations creates a predictable problem: each designer optimises one section without full visibility of related solutions. The result can be physically installed systems that are not logically integrated. Cable routes are duplicated, server rooms cannot accommodate all equipment, data-exchange protocols are incompatible and joint response algorithms are missing.
A single coordinated designer helps create a consistent architecture: unified cable infrastructure, a consolidated server core, one integration approach, shared response algorithms and a single operator interface. AYU-Project designs the entire complex within one contract, reducing interface conflicts and maintaining continuity during design supervision.
How does the architecture of modern ISS work?
Modern integrated security is based on open architecture. Subsystems are connected to a single physical-security software platform that supports event exchange, access-rights management, event and video archiving, automated incident-response scenarios and a situation-centre interface. Hardware components communicate with the platform over the facility IP network using open or vendor-specific protocols such as ONVIF for cameras, OSDP for access control and SDK integration for alarm systems.
Key components of modern integrated security include IP video surveillance with analytics, access control with biometric identification and centralised rights management, intrusion and fire alarm systems, perimeter security with multi-channel alarm verification, warning and evacuation control, and integration with fire-protection automation for priority control during a fire alarm. The design documentation fixes the architecture, equipment composition and interaction algorithms for all these elements.
For which facilities is integrated security design relevant?
Integrated security is relevant for any facility where personnel safety, asset protection and business continuity are critical. This includes shopping and business centres, industrial enterprises, production complexes, logistics and warehouse facilities, transport infrastructure, fuel and energy facilities, critical infrastructure, medical institutions, educational facilities and residential complexes with controlled access.
For the construction business, it is important to understand: requirements for the composition and level of security systems may be legally binding. For facilities included in the register of anti-terrorism protection facilities, the composition of engineering and technical security equipment and their technical parameters are determined by the relevant decree of the Government of the Russian Federation for the industry. For a number of other facilities (banks, airports, fuel and energy complex objects), requirements for TSOB are established by industry regulators. Non-compliance with requirements is identified during inspection and entails administrative liability.
Regulatory design basis ISS
- GOST R 53704-2009 - integrated security systems: general technical requirements, composition of the safety structure, design requirements;
- GOST R 56875-2016 - integrated security systems: standard requirements for the architecture and technologies of intelligent monitoring systems;
- SP 132.13330.2011 - ensuring anti-terrorism security of buildings and structures: general design requirements;
- Decrees of the Government of the Russian Federation on the anti-terrorist protection of facilities by industry (transport, fuel and energy complex, education, healthcare, culture, etc.);
- GOST R 51558-2014 - CCTV systems: general technical requirements and test methods;
- GOST R 51241-2008 - means and systems of access control and management: classification and general technical requirements;
- WD 78.36.003-2002 - recommendations for comprehensive equipment of banks, currency exchange offices, jewelry stores and other facilities with security systems;
- GOST R 21.1101-2020 - requirements for working documentation (WD) formatting;
- Government Decree of the Russian Federation No. 87 dated 16.02.2008 No. 87 (as amended on 21.10.2025) “On the composition of sections of project documentation and requirements for their content.”
Composition of design documentation and working documentation according to KSB
Documentation is developed in accordance with Government Decree of the Russian Federation No. 87 dated 16.02.2008 No. 87 (as amended on 21.10.2025) “On the composition of sections of project documentation and requirements for their content”, GOST R 53704-2009, GOST R 56875-2016 and the requirements of the technical specifications.
Design documentation stage includes: an explanatory note justifying the architecture of the KSB, the composition of the subsystems and the rationale for the choice of equipment; concept of subsystem integration with a description of protocols, joint response algorithms and event matrix; structural diagram of the KSB with the composition of subsystems and management levels; list of protected areas and protection boundaries; list of monitored parameters and types of alarm events; calculation of the load on the server core and network infrastructure; calculation of backup power for critical components.
Working Documentation Stage (WD) contains: block diagrams of each subsystem ISS; equipment placement plans (cameras, readers, detectors, perimeter sensors, control cabinets) linked to building axes; schematic electrical diagrams of control and power cabinets; cable log and tracing diagrams of communication and power lines; algorithms for joint response of subsystems (matrix of events and reactions); assignment for programming an integration platform; specifications of equipment and materials; statement of quantities.
How to order KSB design at AYU-Project?
To receive a commercial proposal, please indicate the type and purpose of the facility, its area and number of floors, the presence of regulatory requirements for the composition of ISS (anti-terrorist protection category, industry requirements), as well as a preliminary list of required subsystems. If the terms of reference have not yet been drawn up, we begin with a consultation: we help determine the regulatory requirements, create ToR and justify the design budget. We work across Russia remotely; terms and responsibilities are fixed in the contract.
How to order the design of a comprehensive security system
- Submit an enquiry - the consultation is free
Form on the website or phone: +7 (383) 375-73-77 / +7 (923) 743-73-77. If ToR has not yet been formed, we begin with a consultation: we help determine the legally required composition of ISS, the need for certification and form ToR. For a combined order ISS with FPSA and ASCS - a discount for a single contract. - Receive a Commercial Proposal Within 1 Business Day
CP with the scope of work, cost and timing. The cost is determined by the composition of the subsystems (TSS, ETSS, anti-terrorism security), the category of the object, the number of security lines and the requirements for the integration platform. - Analysis of regulatory requirements and formation of ToR
Analysis of the mandatory composition of the KSB by facility category (GOST R 53704-2009, SP 132.13330.2011, industry regulations of the Russian Federation on ATZ). Coordination of the architecture and preliminary event matrix with the client. Formation of technical specifications. - Signing the contract
A single contract for the entire set (DD, WD, safety data sheet) fixing the scope of work, cost and timing for each stage. Single responsibility for the entire set of documentation. - Design Documentation (DD) Development
Explanatory note justifying the ISS architecture. Concept of integration with the matrix of events and reactions. Block diagram of ISS. List of security lines. Calculation of server core load and backup power. If necessary, provide a safety data sheet for the facility in parallel with DD. - Working Documentation (WD) Development
Block diagrams of all subsystems. Equipment placement plans with reference to axes. Schematic electrical diagrams of control cabinets. Cable magazine. Task for programming an integration platform (event matrix, algorithms, access rights). Specifications. Statement of work. - Standards Compliance Review, Submission and Support during Expert Review
Standard control according to GOST P 53704-2009, SP 132.13330.2011 and Government Decree of the Russian Federation No. 87. Transfer to PDF and DWG. Accompaniment through the examination is free - until a positive conclusion. Coordination of the safety data sheet with the authorized body - if necessary.
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Frequently Asked Questions
Yes, phased commissioning is possible and is often used on large projects under construction. Condition - the KSB architecture must be designed taking into account stages from the very beginning: the server core and network infrastructure are laid out with a reserve for the full composition of subsystems, licenses for the integration platform are purchased with the required number of points, cable routes are laid at the same time. In this case, at the first stage, for example, video surveillance and access control system (ACS) are introduced, and security alarms and engineering and technical security equipment (ETSE) are connected at the next stage without replacing the core. Unless the architecture allows for expansion, incremental additions inevitably lead to duplicate cabling, protocol incompatibilities, and additional costs. That is why the correct design of the CSS from the first step is an investment that pays off during the development of the facility.
The event-action matrix is a key design document of the CSS, in which for each type of event in any subsystem (security alarm alarm, attempt of unauthorized passage through the access control system (ACS), detection of an intruder on the perimeter, fire alarm from the fire protection automation system (FPAS), etc.) it is formally stated what automatic actions must be performed in all other subsystems: which cameras are switched to the event zone, which doors are blocked or unlocked, which notifications are sent to the dispatcher, which recordings are launched with increased resolution. Without an event matrix, the integrator cannot correctly program the PSS platform, and the client cannot verify at acceptance that the system works exactly as intended. We develop a matrix of events at the design documentation stage and transfer it as part of the programming task to the detailed design documentation.
For a facility of medium complexity (office building or shopping center, access control system + video surveillance + security alarm) - 3-4 DD weeks and 4-5 WD weeks. For large facilities with safety and security measures, ETSS and anti-terrorist documentation - individually, the terms are fixed in the contract. With the combined design of a CSB with FPSA and ASCS, the timeframe is reduced due to a unified cable infrastructure and coordinated control algorithms. Anti-terrorist documentation (safety passport) is developed in parallel with the DD - as a rule, it does not require additional time.
Yes. The Russian software register and domestic manufacturers offer complete solutions for every ISS component: ACS - Parsec, Bolid, RusGuard, IronLogic; video surveillance and analytics - Macroscop, Trassir, Beward, RVi; security alarm - Bolid, Rielta, "Argus-Spectrum"; integration platforms - Intellect (Axxon Next), Macroscop WEB. We design KSB on both domestic and foreign hardware platforms - depending on client requirements, availability of FSTEK certificates, import substitution requirements and budget restrictions. For state and municipal facilities we use only equipment and PO included in the registers of the Ministry of Digital Development.
Integration of KSB with ASPZ is performed according to the principle of unconditional priority of fire algorithms: when there is a “Fire” signal, ASPZ generates a command to unlock ACS at emergency exits - KSB is obliged to carry it out without the possibility of overriding by the security manager. In normal mode, KSB receives information signals from ASPZ about the state of fire protection zones and displays them on a single dispatch interface. This interaction logic is recorded in the matrix of events and reactions - the key PD document at KSB, which determines the behavior of the entire complex in emergency situations. Joint design of KSB and ASPZ under one contract eliminates algorithm conflicts and guarantees consistency of documentation.
Minor changes - replacing a separate device with a similar one, adding 1-2 cameras within the existing security zone - are allowed as part of updating the detailed design documentation without re-issuing the design documentation. Significant changes - adding new security zones or boundaries, expanding the perimeter, changing the integration platform or changing joint response algorithms - require adjustments to the design documentation. The limit of “materiality” is determined according to the criteria of the Civil Code of the Russian Federation, art. 52 and the terms of the contract with the technical client. We help determine the required amount of documentation for each specific case during a free consultation.
An facility's safety passport is a mandatory document for facilities included in the lists determined by industry regulations of the Government of the Russian Federation on anti-terrorism security. The lists cover a wide range of facilities: education, healthcare, culture, transport, TEK, retail facilities with regulated capacity and others. The category of the facility (I, II, III or IV) is determined according to the criteria established in the relevant resolution and determines the minimum required composition of engineering and technical means of protection. The safety data sheet is developed together with the technical documentation for equipping the ITSO facility and must be agreed upon with the territorial division of the Russian Guard or another authorized body, depending on the industry of the facility. AYU-Project helps determine whether certification is required and carries out the entire range of documentation.
technical security equipment (TSE) is technical (electronic) security equipment: video surveillance, access control system (ACS), security alarm, threat detection and situational management systems. engineering and technical security equipment (ETSE) is an engineering and technical circuit: physical barriers, anti-ram devices, obstacles, airlock zones equipped with electronic detection and control means. Most seriously protected facilities (transport infrastructure, fuel and energy facilities, sensitive enterprises) require both directions: engineering and technical security equipment (ETSE) forms the boundaries of physical protection, technical security equipment (TSE) carries out their electronic monitoring and response management. For medium-sized commercial facilities (office centers, retail facilities, residential complexes), technical security equipment (TSE) is sufficient without full-fledged engineering and...
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