Engineering data management system SUID NEOSYNTEZ


SUID NEOSYNTEZ is the Russian PLM/PDM system providing engineering data management at all stages of the infrastructure object life cycle. The system is based on a data-centric approach, which allows to form a complete information model of an industrial object or facility. This information model combines all information required for operation of the facility within a single up-to-date and structured electronic repository.

NEOLANT Service is the copyright owner of the NEOSYNTEZ system of engineering data management.

Application cases


Task support in the process of design.

  • Operational collection of project sections, exclusion of spatial (on the 3D model) and temporal (on the 4D model) collisions.

  • Control of the contractors' operation with respect to accounting and storage of design documentation received from subcontractors with the ability to adjust the status of its coordination and approval.

Construction task support.

  • Automatic weekly and daily assignments generation for construction site employees.

  • Information support for designer's supervision processes: electronic designer's supervision log with a record of approved deviations and ability to support any information (sketch, drawing, etc.), edit and change statuses.

  • Monitoring of capital construction processes due to synchronization with schedules of time and resource planning and visualization of advanced/delayed construction works based on the object or facility 4D model.

Resource planning, procurement and supply management.

Personnel training in terms of safe work execution with the help of interactive 3D mounting instructions.

Task support for operations performance and decommissioning.

  • Maintaining an unified electronic equipment inventory.

  • Maintaining electronic operational logs.

  • Automating of equipment walk-around procedures and inspections by using mobile devices and portable barcode readers.

  • Managing the service life of equipment due to integration with APCS class systems, real-time visualization, monitoring and analytics of the observed indicators.

  • Accounting and analysis of repairs, failures, defects, deviations and other events occurring in equipment, buildings and components of the facility.

  • Monitoring of welds with entry and display of information on each weld.

  • Training of operating and maintenance personnel.

Functional capabilities

Recording, storing and managing information about a facility

  • Control and storage of heterogeneous information with different sets of attributes, with the possibility to establish links between system objects and documents associated with them.

  • Flexible adjustment of accounting and classification of object data without involvement of developers and changes in the physical data structure in accordance with the needs of different services actual at the facility.

  • Creation of hierarchical (tree-like) groupings of objects of any complexity, as well as alternative trees for different departments of an enterprise (for example, architectural and construction, functional, etc.).

  • Provision of fast seamless transitions between different views of a single object.

Working with data

  • Viewing of attributive information about each separate element of the object's information model.

  • Search for object information model elements using attributive information with the possibility of visual display of results, making user queries, as well as implementing report generation.

  • Performing measurements of distances, areas and angles, reading coordinates and dimensions of individual elements of the object information model.

  • Building various sections of the information model with dynamic orthogonal planes.

  • Automatic specification of the selected elements of the object's information model according to the specified pattern.

  • Synchronous interaction with different data representations.