It is a free, open-source technology platform for intelligent management of engineering and architecture projects, designed to integrate natively with BIM workflows.

Its purpose is to connect the digital model with planning, technical control, and the economic information of the project—bringing unit cost analysis, technical specifications, and operational data into a single ecosystem.

The platform is powered by specialized plugins for Revit and Navisworks, enabling direct interaction with BIM model elements, reading and writing technical parameters, and linking them to centralized and continuously updated databases. This transforms 3D models from graphical representations into active, reliable sources of information for decision-making, activity scheduling, and overall project control.

As a free and open-source solution, the platform allows organizations to audit, extend, and adapt the system to their specific needs. This enables in-house development, integration with existing corporate systems, and deep workflow customization—without relying on closed platforms or restrictive licensing.

The system is ready for enterprise on-premise deployments, allowing organizations to run the platform on their own infrastructure while maintaining full control over data, security, and internal policies. This is especially relevant for entities that require high confidentiality standards, regulatory compliance, or technological independence.

In addition, the platform follows a White Label approach, enabling adoption by different organizations, institutions, or projects with their own identity. Each implementation can be customized in branding, data structure, technical catalogs, and internal rules—while preserving a common technology core that ensures scalability, traceability, and governance.

Overall, the platform acts as a bridge between BIM modeling, technical management, planning, and data—integrating tools, processes, and knowledge into a single, flexible environment aligned with the real needs of contemporary engineering and architecture.

The platform operates as an integrated technology ecosystem, where BIM models, databases, and planning systems communicate bidirectionally through APIs, specialized services, and native plugins.

At the modeling level, Revit and Navisworks plugins capture information directly from BIM elements. Each object can contain technical, construction, and cost parameters that are automatically read, validated, and structured.

This data is synchronized with centralized databases, where it is linked to unit cost analysis, technical specifications, scheduling, and project control. The information can then return to the model as automation, technical validations, or decision-support signals.

As a whole, the platform functions as a BIM–data–planning integration engine: information flows from the model to the database and back to the project as control, technical consistency, and traceability.

The platform is fully BIM-compatible and designed to integrate directly into engineering and architecture workflows, connecting models, data, and automation within a single ecosystem.

Connect your models directly to centralized databases for budgeting, technical data, and project control. The plugins keep quantities, costs, and planning data consistent across the entire project lifecycle.

Connects the model with technical data and unit cost structures. Allows reading and writing parameters directly on elements, automating workflows and synchronizing the project with the central database for reliable budgeting and control.

Links models with planning and project tracking. Uses data from Revit and centralized databases to support 4D simulations, activity monitoring, and cost-driven project control.

Both plugins are free, database-driven, and part of an open-source platform designed for enterprise and on-premise deployments.

Connects BIM models with project planning and control. It uses information coming from Revit and the central database to enable 4D simulations, activity tracking, and technical project control.

Both plugins are free, fully compatible with BIM workflows, and part of an open-source platform designed for enterprise deployments and on-premise environments.

Do you have questions, need technical support, or want to implement the platform within your organization?

Contact us to receive information about the BIM plugins, the platform, and available implementation options. Our team will support you throughout the adoption, integration, and use of the platform within your engineering and architecture workflows.

The platform is designed as a hybrid solution, supporting both on-premise and cloud-native deployments. It is built on a PHP and MySQL technology stack, ensuring stability, portability, and compatibility with a wide range of enterprise environments.

Organizations can deploy the system on their own infrastructure, private clouds, or virtualized environments, maintaining full control over data, security policies, and operational governance, while also enabling scalable cloud-based implementations when required.

The platform includes a robust user management framework, fully compatible with CodeIgniter-based applications. This framework provides structured control over users, roles, permissions, and access levels across the system.

It is designed to integrate seamlessly with existing CodeIgniter projects, allowing organizations to reuse authentication logic, authorization models, and session handling mechanisms without duplicating infrastructure or introducing vendor lock-in.

At its core, the platform incorporates a governance system that regulates how frameworks, users, and APIs interact within the ecosystem. This governance layer defines rules for access, data ownership, integration boundaries, and operational responsibilities.

The system enables centralized control over API usage, framework extensions, and user interactions, ensuring consistency, traceability, and compliance across all deployed components.

The platform exposes a set of well-documented APIs that enable bidirectional communication between BIM plugins, databases, external systems, and corporate applications.

API governance includes defined endpoints, authentication mechanisms, data schemas, and integration workflows, allowing technical teams to automate internal processes, connect external services, and extend platform functionality in a controlled and secure manner.

COSPEL defines and uses standardized JSON-based data formats as a core mechanism for information exchange between internal systems, external platforms, and BIM environments.

These JSON structures establish a consistent and auditable representation of technical data, including project metadata, model parameters, quantities, classifications, and governance-related information.

Through this approach, data can flow seamlessly from enterprise systems to BIM tools such as Revit and Navisworks, and обратно from BIM models back into databases and planning systems, preserving data integrity, traceability, and semantic consistency.

Together, these components form an enterprise-ready technical foundation, combining:

• On-premise and cloud-native flexibility
• A PHP/MySQL core compatible with CodeIgniter
• Structured user and access management
• Governance over frameworks and APIs
• Standardized JSON formats for system and BIM interoperability
• Open standards and extensible architecture

This approach enables organizations to adopt, customize, and evolve the platform confidently within complex corporate environments, while preserving long-term maintainability and technological independence.