Next-generation
industrial
automation
Industrial solutions on the Lacerta platform.
A modern Russian platform
Lacerta is built on the most advanced principles for engineering high-load distributed computing systems
High availability
- Up to 10,000,000 tags per node
- Low-latency guarantees
- Coherent in-memory cache
- Support for modern hardware
Scaling
- Up to 256 nodes
- Symmetric Active-Active cluster
- Decentralization
- Elastic scaling
Fault tolerance
- 0-RTO (Active-Active)
- Hot node redundancy
- Graceful degradation
- Disaster tolerance
Reactivity
- Reactive model
- Instant response to changes
- Lightweight threads
- User scripts
Technological maturity
- Cross-platform
- Interoperability
- Open architecture
- Public API
Security
- Multitenancy
- Role-based access control
- Scoped access tokens
- IAM support
Who benefits from Lacerta
Large holdings
- From 1,000,000 tags
- No scaling limits
- Efficient toolset
- Designed for large systems from the ground up
Mid-size production facilities
- From 100,000 to 1,000,000 tags
- Simple deployment
- Enterprise-grade functionality
- Guaranteed stated capabilities
Small enterprises
- Up to 100,000 tags
- Quick start
- Enterprise-grade functionality
- Competitive offering
Target solutions based on Lacerta
A broad class of solutions is built on the platform — from fully autonomous to global production control systems
Distributed systems
A DCS of many nodes on a single interconnect. Functions and load are spread across controllers and servers of varying capacity. For large facilities with a high number of I/O points
Autonomous systems
An isolated node or segment. Retains control when connectivity to the rest of the system is lost. For remote and critical areas that require survivability
Hybrid systems
Autonomous nodes combined into a single distributed system. Each operates independently and takes part in the shared control loop. For geographically dispersed facilities under unified control
Upper-level systems
SCADA and HMI over a DCS and adjacent systems. Decision support and safety functions
Control rooms
Operator consoles for power units. Shared collective-use screens and operator workstations
Dispatch centers
Local and distributed dispatch control centers. Regional and federal scale
Platform composition
Lacerta consists of a set of components designed to solve the platform's target tasks
Runtime environment
- HMI screens and widgets
- Trends and charts
- Events, alarms and acknowledgement
- Convenient UI/UX
Core
- Real-time DBMS (cache, coherent in SAA)
- Reactive architecture
- Service broker and orchestrator
- Distributed control system
Interfacing drivers
- OPC UA, S7, Modbus, Profinet
- MQTT, IEC 61850, IEC 60870
- BACnet, SNMP, ICMP
- Integration with Zabbix, Trassir, Orion and others
Development environment
- Full-featured development environment
- Support for vector editors
- Change synchronization
- Scripts
Archive
- Operational archive (cache)
- Long-term archive
- Cyclic archive
- Detail-level configuration
Servers and data access
- API gateway
- OPC UA server
- OPC UA Historical Access (HA) server
- MQTT server
Element library
- Standard HMI screen elements
- Binding to data types
- SVG vector format
- Import/export
Backup
- Configuration backup
- Restore
- Scheduled
- Event-triggered
Cybersecurity
- Role-based access control (RBAC)
- Scoped access tokens (TBAC)
- External IAM support (LDAP, Keycloak)
- Object-level multitenancy
What Lacerta looks like
Lacerta runtime environment: HMI screens, events and trends
Core
The real-time core is responsible for all time-critical system components and their interaction
Objects and cache
- Serves objects
- Operational archive (cache)
- Sharding support
- Time Series support
Reactive architecture
- Broker management
- Load balancing
- Computation management
- Calculator, scripts
Orchestrator
- Cluster broker
- Event broker
- Service broker
- Interfacing brokers
Security system
- Privilege separation
- Access control
- IAM integration
- Special functions
Real-time core diagram
Cluster interconnect
- Dedicated cluster interconnect
- High-performance network up to 800 GbE
- Coherent cache synchronization (Active-Active)
Client interconnect
- Dedicated client interconnect
- Hot channel redundancy (Active-Passive)
- Client failover (Failover, 0-RTO)
Node and channel redundancy
What if you need more than two cores?
Lacerta multi-node configuration
How it works
- A redundant node pair — the baseline scenario
- Scaling the number of cores beyond two
- Interconnect (star, fat-tree, full mesh)
- Shared coherent cache
What it is for
- Horizontal performance scaling
- Higher availability — more redundancy levels
- Even distribution of client load
- Geo-distributed fault-tolerant clusters
Support for multiple nodes
Built-in upper-level DCS
Coordinates the interfaced nodes and provides decentralized computing logic
Two-tier DCS
Core services
These services are tightly integrated with the core and work directly with the core's memory for maximum performance
Handling of events, alarms and acknowledgement
A fast reactive calculator integrated into lightweight threads
Full-fledged node scripts for complex computations
Maintenance and access for the long-term archive
Handles configuration changes without stopping services
A built-in simple value generator for diagnostics and testing
Responsible for synchronizing HMI/UI components
Backup of metadata changes
OPC UA server for the entire node
Interfacing drivers
for industrial automation protocols and devices
I/O handling, operating-mode changes (start/stop) and code download are performed through direct access to processor memory. The interface provides full state monitoring and remote programming of Siemens Simatic S7-300/400 controllers.
I/O handling, peripheral polling and equipment parameter configuration are carried out over standard Ethernet twisted pair. The network links controllers, actuators and sensors from Schneider Electric, Rockwell Automation, Wago and Omron into a single loop.
I/O handling, tracking of built-in schedules and logging of alarm events occur through a unified object model. The protocol unifies building services equipment (HVAC, lighting, security) based on Honeywell, Schneider Electric and Johnson Controls controllers.
I/O handling, channel-state polling and device configuration are performed through access to registers and discrete memory cells. The protocol serves as a universal standard for connecting controllers, expansion modules and instruments from any third-party manufacturer.
I/O handling, transmission of control commands and precise time-stamping are performed cyclically or on change. The standard is used for the dispatching of geographically distributed facilities in the power industry and at substations with equipment from various manufacturers.
Statistics collection, monitoring of network parameters and remote device reconfiguration are performed through built-in variables (MIB objects). The protocol provides interface-state monitoring, sensor polling and receipt of urgent notifications from switches, routers and UPS units.
Reachability checks of network nodes, route discovery and logging of packet-delivery errors are performed using echo-request and reply control messages. The protocol is a basic tool for diagnosing network connectivity and estimating latency between controllers, servers and workstations.
Collection of informational messages and centralized logging of system events are carried out by sending text logs to a dedicated server. The protocol makes it possible to track authorization errors, configuration changes and failures of operating systems, servers, workstations and network equipment in real time.
Open interfacing architecture
Support for widely used interfacing protocols
Value handling and data exchange are based on a built-in object information model. The interface enables seamless integration and direct information exchange between field controllers, SCADA systems and upper-level enterprise software.
Value handling and data exchange are carried out through a subscription mechanism via a central message broker. The protocol's architecture minimizes network traffic, allowing autonomous sensors, controllers and automation platforms to be linked over any communication channels.
Value handling and data exchange are based on a strongly typed equipment information model. The standard ensures high data-delivery speed and full interoperability of diverse intelligent electronic devices and controllers.
Gateway — driver aggregator
Designed for aggregating and relaying drivers
Aggregation
- Collecting from several OPC drivers and merging them into one
- Filtering out unnecessary tree segments
- Uniform structuring
Relaying
- Interfacing with remote Lacerta servers
- Decentralization and isolation of driver gateways
- Interfacing with proprietary OPC on Win64 (DA, AE and others)
Gateway — driver aggregator
Integration with third-party systems
The Lacerta interfacing gateway provides seamless integration with popular enterprise systems.
A powerful IT infrastructure monitoring system that tracks the status of servers, networks, databases and applications in real time. It collects performance metrics, visualizes data on charts and instantly sends alerts in the event of failures or errors.
Bolid Orion
The system provides continuous monitoring of the state of fire detectors and alarm loops and automatic control of fire-suppression actuators. The platform is used to build centralized monitoring stations and comprehensive facility security management.
Perco
The suite controls actuators, turnstiles and readers to restrict and manage access zones at a facility. The system automates staff time tracking, pass database management and end-to-end event logging.
Trassir
The platform performs centralized collection of video streams, long-term archive storage and intelligent control of high-resolution camera parameters. Its interface links video surveillance with related security systems for prompt incident response.
FindFace
The technology performs automatic identification of faces and silhouettes in real time based on biometric algorithms. The system is used for intelligent video analytics, fast database search and instant detection of target objects.
Asterisk
The platform manages voice traffic routing, call distribution and recording of telephone conversations across the corporate network. The solution enables deployment of flexible IP telephony and its seamless integration with the company's internal CRM systems.
1C:TOIR (EAM)
The software automates the planning, accounting and control of repair works and maintenance at the production site. The system maintains an equipment defect database, allocates material and technical resources and records enterprise costs.
Development environment
A unified environment for configuring the platform
Models and objects
Building the system's object model: types, instances and their hierarchy. Binding objects to data, defining setpoints and configuring responses to events
Events and alarms
Configuring classes, priorities and groups of events and alarms. Rules for occurrence, acknowledgement and routing of notifications to operators
Drivers and interfacing
Connecting data sources: configuring drivers and interfacing with external systems and equipment. Managing exchange parameters and signal addressing
Scripts
Developing custom logic and automation scripts. Data processing, calculations and control actions without modifying the platform core
HMI screens and widgets
Assembling HMI screens and panels from ready-made components and widgets. Binding data to elements, configuring dynamics and responses to operator actions
Nodes and services
Configuring the cluster topology: node composition and distribution of platform services across them. Redundancy and node-interaction parameters
Backup
Backup and restore of the platform configuration. Transferring settings between test benches and reverting to a saved state
Users and roles
Managing accounts, access rights and the role model. Access segregation to objects and functions at all levels of the system
Reactive application of changes
Any configuration change takes effect immediately and propagates across the system without stopping or restarting. Commissioning and refinement happen right on the running facility, without interrupting the process.
Multi-user development
Several engineers work on the platform configuration at the same time, each on their own part of the model. Collaborative development speeds up commissioning and subsequent maintenance.
Archive
Consists of an operational and a long-term archive
Operational archive
Provided by an in-memory real-time DBMS — fast access to current data.
Long-term archive
Designed for long-term data storage; supports cyclic operation with configurable detail level per period.
Cascaded archive
The archive supports multiple levels
- Different computations require different data frequencies
- The frequency of each cascade can be set in the configurator
- Data moves between cascades
Cyclic archive
The archive is organized as a ring buffer
- When full, outdated data is overwritten
- A storage depth must be set for each cascade
- Modern storage systems are recommended
Data cascades between storage tiers — the lower the frequency, the longer the retention and the faster the access
Operational archive
Long-term archive
Identification and access
Built-in access management at all platform levels, with no external dependencies
Proprietary authentication mechanism and role-based access model with no external dependencies. Temporary tokens.
Integration with corporate directories for unified account management
External identity provider with single sign-on and federation support
Legal protection
The Lacerta platform is protected by patents and registered with Rospatent (FIPS) and the Russian software registry of the Ministry of Digital Development
Software registration certificate
Software registration certificate No. 2022660501 dated 06.06.2022 obtained
Open documentPatent for algorithms used in Lacerta
Patent No. 2797756 dated 08.06.2023 obtained for the architecture and core algorithms used in the Lacerta SCADA
Open documentPatent for algorithms used in Lacerta
Patent No. 045687 dated 15.12.2023 obtained for the architecture and core algorithms used in the Lacerta SCADA
Open documentLacerta is listed in the Russian software registry
Entry No. 17502 dated 2 May 2023 in the unified registry of Russian software of the Russian Ministry of Digital Development.
Open the registry entry
Documentation
Guides for installing and operating the platform
Compatibility with Russian software
Operating systems, virtualization and containerization systems, and databases (DBMS) from the Russian software registry. Compliance with import substitution and technological independence requirements.
Astra Linux
Alt OS
RED OS
Rosa
PostgresPro
Ros PlatformSolutions for any scale
From small local sites to federal dispatch centers and critical infrastructure.
Continuous production
Generation, distribution and transmission of electric power. Nuclear, thermal and hydropower plants.
Discrete manufacturing
Conveyor and robotic lines. Reconfigurable production facilities.
CII and significant CII facilities
Control systems for critical information infrastructure in a hardened configuration.
Large facilities
Mission-critical dispatch control and operational management of complex multi-level subsystems.
Distributed facilities
A DCS based on a single control console for geographically distributed facilities.
Data center and cloud
Cloud infrastructure with redundancy and multitenancy for IT facilities.
Smart city and utilities
Power, heat and water supply, building management, fire safety and access control.
Industrial IoT
On-premises installation or cloud deployment of monitoring and control systems.
Applications in key industries
The Lacerta platform is suited for automating a wide range of facilities, including critical information infrastructure assets.
Thermal power generation
- Boilers and steam turbine units
- Gas turbine and combined-cycle units
- Compressor and pumping stations
- Water treatment systems
- Generators and transformers
Renewable energy
- Hydroelectric power plants
- Wind farms
- Solar power plants
- Distribution substations
- Energy storage systems
Power grids
- Electrical substations
- Digital substations
- Switchgear
- Transformers
- Power line infrastructure
Oil & gas
- Drilling rigs
- Pipeline transport
- Oil refineries
- Pumping stations
- Oil and gas storage facilities
Transport
- Railway transport
- Metro systems
- Highways
- Airports
- Sea and river ports
Metallurgy
- Ferrous and non-ferrous metallurgy
- Alloy production
- Rolling equipment
- Steelmaking equipment
- Production line and crane equipment
Chemical industry
- Inorganic and organic chemistry
- Petrochemistry and gas chemistry
- Pharmaceutical chemistry
- Biotechnology / Biochemistry
- Continuous conveyor production
Smart city & utilities
- Power and heat supply
- Water supply and wastewater
- Building management (BMS)
- Fire safety
- Access control and perimeter security
Defense industry
- Mobile object monitoring systems
- Parallel control systems
- Dispatch and mobile centers
- Autonomous control systems
- Communication and data transmission systems
Mechanical engineering
- Heavy and precision engineering
- Power engineering machinery
- Automotive manufacturing
- Conveyor production
Industrial cybersecurity
- ICS and IIoT cybersecurity
- Diverse protection systems
- Monitoring and control
- Hardened systems
Data centers & IT
- Data center equipment diagnostics
- IT equipment monitoring
- Cybersecurity management
- Dispatch centers
Services
Although we are a classic vendor, in some cases we deliver the full development cycle — from architecture design to commissioning and support.
Supervisory-level ICS development
We build turnkey supervisory-level systems — from HMI/SCADA to control rooms with predictive analytics.
- Supervisory-level systems
- Distributed control systems
- Unit control panels
- Control rooms
- Control algorithms
- Predictive analytics systems
- Decision support systems
- Cybersecurity solutions
IIoT solutions development
Industrial Internet of Things: from edge devices to cloud platforms with a full cycle of data collection and processing.
- Cloud and on-premise data centers
- Edge, Fog
- Hyperscale
- Brokers and schedulers
- Device integration gateways
- Diagnostic systems
- Access control and perimeter security
- Custom UIs and mobile applications
Custom software development
We develop specialized software of any complexity for industrial facilities.
- Desktop and mobile applications
- Multi-user applications
- Ergonomic UI/UX
- Device integration drivers
- Information security tools
- Specialized OS and firmware
- Runtime environments
- Diagnostic systems
Ready to discuss your project?
Send us a request — we will reply within one business day and propose the optimal solution.
Send requestPartners & distributors
We work in partnership with leading system integrators and equipment manufacturers in Russia.
Distributors
Software distributor in the field of industrial automation. Specializes in SCADA systems.
The largest software distributor in Russia.
Integrators
Full-cycle integrator and general contractor for industrial automation projects.
Partners
Электромеханика Атом
Designer and manufacturer of industrial automation equipment for nuclear and thermal power plants and transport infrastructure
Центр разработок
Design center for hardware-software systems and solutions for industry and the energy sector. Full-cycle system integrator of automation solutions
Новатор
Custom software development for high-load distributed systems, monitoring and automation systems, and specialized non-standard tasks
Атомдата
System integrator within the Rosenergoatom Concern group. Focuses on delivering IT solutions of various scales for the public sector, energy-sector enterprises and industry
Информтехтранс
Developer and full-cycle system integrator of solutions for industrial automation and cybersecurity of critical infrastructure
ЦЛИ
Logistics Engineering Center — system integrator of comprehensive solutions in the transport and logistics field
САПРАН
Full-cycle system integrator. Provides a predictive analytics solution for high-tech industrial equipment
АРМЕР
Manufacture of professional control-room furniture, control and situation centers, and modular control consoles for mission-critical production
ИТМиВТ
Institute of Precision Mechanics and Computer Engineering — certified industrial cybersecurity solutions (information and cryptographic protection), along with integration services
Contacts
We only process requests from corporate email addresses. We reply within one business day.
БЦ «Румянцево», корп. Г, подъезд 18, 3-й этаж