Krion6D acts as a Common Data Environment (CDE) for large-scale infrastructure projects such as metro rail, highways, bridges, airports, and ports. It consolidates design files, schedules, approvals, and asset information into one centralized platform, enabling real-time collaboration among contractors, consultants, and government agencies. Features like version control, clash detection, and BIM-based workflows help reduce costly rework and delays by ensuring that all stakeholders are working with the latest, validated project data.
In addition, Krion6D provides progress tracking, automated reporting, and predictive analytics to monitor construction timelines against planned milestones. Field engineers can capture site deviations, issues, or RFIs directly from mobile devices, which get linked back to design and cost data. This strengthens accountability and provides decision-makers with clear insights into cost overruns, material usage, and schedule risks—leading to safer, faster, and more cost-efficient project delivery
For real estate developers, Krion6D enables a single source of truth across all phases of the project lifecycle—from concept design to sales handover. Developers can consolidate inputs from architects, structural engineers, and contractors, ensuring that design intent and execution remain aligned. This avoids miscommunication and delays that typically occur when managing multiple consultants and contractors with different systems.
Moreover, Krion6D supports digital twin integration, allowing developers to monitor building performance and asset utilization even after construction. Data-driven insights into space usage, energy efficiency, and maintenance requirements create value for facility managers and end-users. For developers, this improves brand reputation and customer satisfaction by ensuring timely delivery of quality projects that meet both compliance and sustainability standards.
Government and defense organizations handle sensitive and mission-critical infrastructure projects that require high levels of security, compliance, and auditability. Krion6D supports on-premise deployment with robust role-based access controls, encryption, and ISO 19650-compliant workflows, ensuring that classified project information remains fully secure. It also integrates seamlessly with government-mandated formats like IFC and PDF, making it suitable for regulatory submissions and cross-department collaboration.
In defense and large public works projects, the platform enables asset lifecycle management—tracking assets from procurement to maintenance. The integration of GIS data, IoT sensors, and real-time monitoring within the digital twin empowers agencies to anticipate failures, manage budgets more effectively, and ensure operational readiness. For governments, this translates to better transparency, accountability, and long-term sustainability of public assets.
For architects and design consultants, Krion6D offers deep integration with Autodesk tools like Revit, AutoCAD, and Navisworks, enabling them to collaborate seamlessly with engineers and contractors. The CDE ensures that design revisions, markups, and approvals are automatically tracked, reducing coordination errors and repetitive manual work. Its model validation and rule-checking capabilities ensure compliance with regulatory standards, such as Singapore’s GFA validation rules.
Krion6D also enhances design visualization and client engagement through its digital twin engine. Architects can present interactive 3D models with real-time performance simulations, giving clients greater clarity on design intent. This improves trust, accelerates decision-making, and allows architects to differentiate themselves by delivering data-rich, future-ready designs aligned with sustainability and smart city goals.
EPC (Engineering, Procurement, and Construction) companies benefit from Krion6D’s ability to connect complex project supply chains into one transparent ecosystem. The platform integrates schedules, procurement logs, and design deliverables, ensuring that dependencies are well-coordinated. This minimizes the risk of supply delays, scope creep, or mismatched engineering deliverables. The CDE approach also supports structured approvals, reducing costly disputes and arbitration.
Additionally, Krion6D provides KPI-driven dashboards and Power BI integration, giving EPC firms real-time visibility into cost, productivity, and resource utilization across multiple projects. By embedding digital twin capabilities, EPC teams can track asset installation, commissioning, and operational performance—helping them transition smoothly from project delivery to long-term maintenance contracts. This improves both project margins and client satisfaction.
Smart city projects demand integration of multiple disciplines—transport, utilities, buildings, and IoT-driven services. Krion6D serves as the digital backbone, connecting BIM data with GIS systems and IoT feeds. This allows municipalities to visualize infrastructure networks in real time, monitor usage patterns, and respond proactively to issues such as water leaks, energy inefficiency, or traffic congestion.
For utilities companies, Krion6D’s on-premise + cloud hybrid model enables secure collaboration between government agencies, consultants, and contractors. Asset data, such as electrical networks, water pipelines, or telecom grids, can be modeled, validated, and monitored through the digital twin. Predictive maintenance powered by IoT integration reduces downtime, while automated reporting ensures regulatory compliance. Ultimately, Krion6D helps utilities and smart city administrators achieve resilience, sustainability, and citizen-centric service delivery.
