Diane Maisey

A developer might launch a local script with a valid credential on a Tuesday, and by Friday, an unmonitored AI agent is making critical decisions against production data. This scenario has become a common reality in modern infrastructure, where the traditional boundaries of software deployment have

Vladislav Zaimov stands at the forefront of the next industrial revolution, bringing years of deep-seated expertise in enterprise telecommunications and the complex world of risk management for vulnerable networks. As global industries shift from standard connectivity to intelligent,

The WashU Satellite team is developing specialized magnetic torque rods for their 2027 SCALAR mission to achieve three-axis altitude control using Earth’s magnetic field. This undergraduate-led organization at Washington University in St. Louis has rapidly evolved from its 2024 founding into a

The phenomenon of transferability enables attackers to craft deceptive inputs on a surrogate model and successfully deploy them against an unseen target. This fundamental vulnerability has sparked a significant debate within the cybersecurity community, as the reliance on artificial intelligence

Vladislav Zaimov has spent years at the forefront of enterprise telecommunications, specializing in the high-stakes world of resilient network infrastructure and risk management. As industries pivot toward a future defined by artificial intelligence, Zaimov’s expertise in bridging the gap between

Standardized interfaces currently being developed by bodies like ETSI are essential for ensuring interoperability across diverse hardware and software landscapes. This imperative comes at a time when the telecommunications industry is moving aggressively toward Level 4 autonomy, a state where

Modern satellite constellations often face operational bottlenecks because traditional positioning methods require constant communication with specialized engineering teams located on the ground. Historically, determining a satellite’s exact position required a complex network of terrestrial

Global service providers struggle with international interoperability because existing security frameworks like STIR/SHAKEN often fail on non-IP networks. This persistent gap in the global telecommunications infrastructure has created an environment where malicious actors exploit the fragmentation

Predictive maintenance for heavy machinery depends on the ability to transmit health data across a secure and legally compliant digital infrastructure in every operating region. In the expansive construction sites of Saudi Arabia, where temperatures soar and equipment is pushed to its physical

The global acceleration of autonomous industrial ecosystems has created a critical demand for networks that do more than just transport packets of data between isolated endpoints across fragmented systems. Modern industrial entities are increasingly abandoning experimental pilot projects in favor