###### Abstract
Telecommunications infrastructure is depicted through elements such as fiber optics, service bundling, and predictive models, which are crucial for understanding consumer behavior and promoting technological adoption. Public policy focuses on investment in infrastructure, targeted broadband policies, and strategies to reduce the digital divide, showing how government actions play a vital role in shaping the telecommunications landscape. The diagram also reflects the influence of external factors, such as the COVID-19 pandemic, on technological adoption and consumer behavior. Figure 1: Key concepts in telecommunications, digital inclusion, and public policy, highlighting the relationships between broadband access, infrastructure, and technological adoption. The evolution toward 6G promises transformative changes in telecommunications by amplifying connectivity speeds, reducing latency, and supporting unprecedented data volumes. As this shift progresses, 6G is anticipated to drive critical advancements in augmented reality, autonomous systems, and artificial intelligence integration, each demanding more sophisticated network capabilities than currently available. This next-generation network will also expand the potential of IoT ecosystems, enabling billions of devices to communicate seamlessly and in real time. The implications of 6G for Mexico are particularly significant, as this technology has the potential to bridge existing connectivity gaps, offering high-speed internet access even in remote areas that 4G and 5G infrastructures struggle to reach. With thoughtful planning, the rollout of 6G could be a critical component in bridging the digital divide, empowering underserved regions with enhanced access to education, healthcare, and economic resources [7]. Furthermore, 6G is expected to transform digital inclusivity through improved spectrum utilization and innovative networking paradigms. Emerging concepts, such as reconfigurable intelligent surfaces and terahertz communications, will become integral to the 6G infrastructure, making connectivity more adaptable to user density and environmental factors. For Mexico, this means that areas with high population density or challenging geographies could benefit from a more reliable and versatile network, particularly valuable for urban and rural connectivity alike [8]. As telecommunications policy evolves, the strategic integration of 6G could catalyze economic growth, foster technological innovation, and create a more inclusive digital society, making Mexico a key player in the global digital economy. This work provides a thorough and insightful analysis, especially in its development of predictive models to understand variables impacting broadband access, computer equipment, and service bundling. While the concern about potential overfitting due to high correlation among these variables is valid, our approach demonstrates careful attention to mitigating this risk. By acknowledging the interconnections among these factors, we take steps to address multicollinearity and refine the robustness of their model. This contributes positively to the understanding of the digital divide, as it provides nuanced insights into how various factors collectively influence digital access. Moreover, this detailed analysis sets a strong foundation for further research, offering a valuable tool for policymakers aiming to bridge the digital divide effectively.