A major engineering firm in the Middle East needed to streamline compliance checks for contractor-submitted designs, which has to meet a complex web of regulatory standards. iCaptur delivered an AI-powered compliance verification engine that automated safety and standards validation.
The firm oversaw large-scale construction projects involving multiple contractors contributing design files, each containing critical safety details and technical specifications. Manually verifying compliance, particularly for fire safety layouts, structural details, and insulation standards was slow, repetitive, and vulnerable to oversight. As project deadlines grew tighter and regulatory demands more stringent, the company needed a faster, more reliable way to validate designs before approval.
iCaptur developed a tailored AI-powered compliance engine solution. The solution automated the analysis of technical drawings and related documentation at scale. It processed design files to extract and validate key parameters against a digitized regulatory database.
The system extracted essential safety elements such as fire extinguishers, access paths, and emergency fixtures, and validated their placement with regulatory norms. It also interpreted technical annotations to confirm material performance, including wall heat resistance and other specification requirements.
The pipeline integrated OCR, spatial analysis, metadata extraction, and rule based mapping to deliver automated, repeatable validations. The engine was integrated into the client’s existing workflow to ensure seamless contractor submission handling.
The automated compliance engine reduced the verification cycle by 70% and cut compliance-related design revisions by 65%. With consistent and accurate checks applied across all contractor submissions, the firm accelerated project approvals, reduced manual effort, and strengthened overall compliance accuracy, resulting in a faster, more dependable review process.
