Explanation: This dataset showcases the adoption of anti-theft security screws with Torx pin security features across three industry sectors over a 12-month horizon. The chosen data dimension, Adoption Trend by Industry Sector, is designed to help stakeholders understand how different segments prioritize secure fastening solutions as part of their broader quality and risk management programs. The chart displays monthly adoption percentages, expressed as the share of total assemblies that incorporate anti-theft fasteners, providing a proxy for security maturity in manufacturing lines. While the numbers are synthetic for demonstration, they are structured to reflect plausible dynamics observed in real supply chains: initial hesitancy, rapid early uptake in high-value assemblies, and later plateauing as legacy lines are updated. Methodology: We generated three time series—Automotive, Electronics, and Industrial—covering January through December. Each value represents an estimated percentage of parts produced in a given month that employ torx pin security screws instead of standard fasteners. The x-axis maps the months; the y-axis shows adoption percentage from 0 to 75 percent, with gridlines every 15 points to ease comparison. Colors annotate each sector: Automotive in blue, Electronics in orange, Industrial in green. The visualization also includes simple axis and legend annotations to aid interpretation without overwhelming the data. Interpretation: The Automotive line leads in early growth, consistent with heavy emphasis on secure assemblies and higher average unit value per vehicle, while Electronics demonstrates steady but slower progress, likely due to mixed product lines and cost considerations. Industrial exhibits a gradual climb, reflecting adoption driven by sector-wide standards and procurement cycles. Over time, the three lines converge, suggesting a general industry trend toward standardized security features as design-for-security practices mature. Limitations: The dataset is synthetic and lacks geographic breakdown, supplier mix, and product-specific factors. Applicability: This style supports decision-makers in monitoring progress, allocating resources for tooling and supplier readiness, and communicating security posture across teams and stakeholders. By visualizing adoption dynamics, organizations can pinpoint levers that accelerate secure fastening adoption and quantify potential risk reductions over time.