Can Light Truly Power the Future of AI?POET Technologies Inc.BATS:POETUDIS_ViewThe exponential rise of artificial intelligence has exposed the physical limits of traditional electronic infrastructure. Electrical interconnects, once the backbone of computation, now struggle under escalating data demands, generating immense heat and power inefficiency. POET Technologies emerges as a transformative force in this landscape, leveraging its Optical Interposer™ platform to integrate electronic and photonic components at the wafer level. This innovation enables data speeds of 800G to 1.6T, meeting the insatiable bandwidth needs of AI clusters and hyperscale data centers while drastically reducing energy consumption. At the core of POET’s advantage lies its patented low-thermal budget process, which allows photonic integration without the costly, high-temperature methods typical of semiconductor manufacturing. This approach not only minimizes thermal mismatches and signal losses but also aligns perfectly with existing CMOS foundry infrastructure—forming the foundation of an “asset-light” business model. By licensing its process and forming strategic joint ventures, POET scales efficiently without massive capital expenditure. Its collaborations with Foxconn and Semtech validate the platform’s industrial readiness, while a $75 million private placement strengthens its financial capacity to accelerate research, acquisitions, and manufacturing partnerships. Beyond technology, POET’s innovations carry profound geopolitical and environmental implications. As nations race to secure semiconductor independence and energy resilience, POET’s energy-efficient, domestically manufacturable photonics become a critical strategic asset. Optical interconnects can cut data center power consumption by up to half, directly addressing mounting sustainability and national security concerns tied to AI’s energy footprint. Moreover, photonic architectures inherently enhance cybersecurity by offering interference-resistant, ultra-low-latency communication essential for distributed AI and defense systems. In essence, POET Technologies transcends the definition of a semiconductor company; it represents the physical infrastructure upon which the next phase of artificial intelligence, digital sovereignty, and global energy stability may rest. By turning light into the new language of computation, POET positions itself not merely as a market participant but as an indispensable enabler of AI’s sustainable and secure future.