BIMlocker

Innovation overview and development

Data integrity in design is an increasing challenge in our industry with uncontrolled data in the BIM environment a particular area of concern. A solution was required to help our customers ensure the golden thread of information is preserved throughout their projects. To combat specification errors, we created an industry-first plugin, BIMlocker, which functions as a security seal around our data, while enhancing confidence and certainty in the data of our products made available on Revit.

BIMlocker is an Autodesk Revit plugin developed by Saint-Gobain Interior Solutions (SGIS) to enhance data integrity within building information modelling. This innovative tool addresses the significant challenge of unchecked amendments to critical system data, particularly in terms of fire performance, which is vital for compliance with the Building Safety Act. BIMlocker provides real-time alerts when users attempt to alter core system data, preserving the accuracy of performance specifications and ensuring that the integrity of manufacturer data is maintained throughout the design process. It also allows for full model validation to check where amendments have been made, and the ability to revert to the original data.

Development of the digital innovation

The development of BIMlocker involved a collaborative effort between SGIS, SG Central Digital Construction and an external software development partner. The project was initiated with a clear understanding of the challenges faced by Revit users, particularly concerning data security. We engaged with an architect practice for beta testing, allowing for valuable feedback and knowledge transfer. This partnership ensured that the tool was user-friendly and effectively addressed real-world challenges faced by designers. This process of improvement continues as we engage with users of the tool and through BIM focus groups.

Measureable commercial results

BIMlocker has already demonstrated measurable results through over 100 companies downloading the plugin. By helping to protect against errors during the design stage, the tool further strengthens the core SGIS data in construction projects and helps to avoid errors being locked in at design stage. This increased confidence is expected to strengthen existing customer partnerships and attract new clients across contractor, architect, and client groups. The initiative also positions SGIS advantageously within the market, offering a compelling reason for contractors to choose SGIS solutions for their projects. Beyond the downloads of the BIMlocker plug-in, it is indicating a behavioural change across the construction industry and demonstrates that SGIS are a responsible manufacturer, rising to the challenges of the Building Safety Ac.

Imporoving processes

BIMlocker improves processes by mitigating risks associated with data corruption in building models. The plugin allows for model validation at any stage of the building lifecycle, enabling users to flag unauthorised changes and revert to original tested data. This proactive approach not only preserves the quality and accuracy of performance data but also streamlines communication between stakeholders, ensuring that all parties are aligned throughout the project.

This innovation is poised to significantly influence the specification process by providing a mechanism for ensuring that only verified, tested data is utilised in project designs. As BIMlocker protects critical attributes, it encourages designers to specify SGIS solutions with confidence, knowing that the data is accurate and compliant with regulations. This reliability in data will likely lead to a broader acceptance of SGIS products in specifications across various projects.

While BIMlocker primarily focuses on data integrity, its development reflects a commitment to innovation within the broader context of digital construction tools. Building upon the solid data foundation that BIMlocker ensures, future design tools will look to enhance sustainability and operational efficiency in building projects; supporting more efficient use of materials and resources whilst reducing waste associated with design errors and rework