NETAEGIS
Arquitecto de seguridad de red distribuida
Perfil profesional
NetAegis diseña infraestructuras seguras para redes multisede y entornos altamente conectados. Con formación en ingeniería de telecomunicaciones, está entre los máximos expertos en enrutamiento seguro.
Competencias clave
Seguridad de redes distribuidas; enrutamiento avanzado; redes zero-trust; aislamiento de red; monitorización IP multisede
Logros principales
Aseguró la red de un grupo minorista con 800 sucursales, reduciendo la superficie de ataque en un 90%.
Artículos de NETAEGIS
Europe's Energy Grid Is Getting Smarter - and Harder to Defend
A new sector-wide warning points to a familiar cyber problem in a more complex form: as energy systems absorb AI and connected devices, defenders must protect a larger and more interdependent attack surface.
Industrial Cyber Days Opens as OT Defenders Confront the Real Cost of Downtime
The event marks a moment for industrial cybersecurity to focus on continuity, recovery, and operational control rather than only blocking intrusions.
The Sea Cable Gamble: Why a Greek-Cyprus Power Link Carries More Than Electricity
A planned submarine interconnector in the eastern Mediterranean is being framed as an energy upgrade, but its real pressure points sit at the landfalls, control systems, and cross-border governance behind the cable.
Inside the Control Room, Trust Is the New Attack Surface
NSA guidance for Department of War industrial systems puts zero trust into one of cybersecurity’s hardest environments: OT where safety, uptime, and access control have to coexist.
Life Sciences' Digital Push Is Running Into a Hidden Security Bottleneck
Rockwell Automation's latest data point to a familiar industrial problem: when regulated manufacturers accelerate digital transformation, cyber controls and usable data do not always keep pace.
MATRIX and the End of One-Size-Fits-All Security in OT
The framework is presented as a selective way to apply Zero Trust in industrial environments by starting with mission, assets, and the real attack surface.
When AI Becomes the Broker: A Cyber Campaign Built for Speed, Not Noise
A Russian-speaking access broker described as using AI agents points to a quieter shift in intrusion tradecraft, where automation may help operators move faster without proving they control the final outcome.
When Infrastructure Starts Predicting Its Own Failure
Digital twins, sensors, satellite imagery, and AI are changing how bridges, roads, and rail lines are monitored, but the real test is whether the data can be trusted enough to drive public decisions before damage turns visible.
Industrial Cyber Confidence Is Rising, but the Attack Surface Is Rising Faster
A new industry finding puts a hard number on a familiar problem: as industrial firms connect more systems and lean harder on AI, resilience is being tested at the seam between business networks and control environments.
Healthcare’s Quiet PQC Gap Is Turning Into a Device Problem
New research points to a wider post-quantum readiness gap in healthcare, where connected medical and operational systems appear to be moving more slowly than ordinary IT.
When OT Security Becomes a Federal Order, the Control Room Changes
A push for a binding CISA directive would shift operational technology security from guidance into enforceable baseline controls for federal agencies.
The Real OT Weak Spot Is Not the Patch List - It Is the Dependency Map
Connected operations fail in ways classic IT security often misses: through vendor access, blurred ownership, and systems that keep physical processes running.
The Hidden Blast Radius of OT: When a Utility Problem Becomes a Defense Problem
A technical warning about industrial systems shows how a disruption in one critical service can spread across civilian lifelines and, in some cases, complicate military support functions.
When the Power Bill Becomes a Plant Signal
Industrial energy management is shifting from invoice tracking to live measurement, where continuous monitoring and power-quality awareness can improve efficiency, support uptime, and sharpen competitiveness.
Europe’s ISAC Network Gets a New Conductor as Critical Infrastructure Bets on Shared Defenses
A leadership change inside Health-ISAC points to a wider European push for structured threat sharing, but the real test will be whether coordination turns into operational speed.
When Port Software Becomes the Weak Link in Global Trade
Maritime digitization has improved efficiency, but it has also made Terminal Operating Systems a high-value resilience problem for ports, vessels, and the supply chains that depend on them.
From Energy Black Hole to Measured Grid: How One Megacity Turned Loss Into Control
A distribution network that once lost more than half its electricity became a case study in how engineering, metering discipline, and anti-theft controls can reshape critical infrastructure.
AI Moves Into the Water Sector, but Trust Will Decide the Outcome
A new intelligence-sharing partnership for U.S. water and wastewater utilities shows how critical infrastructure is leaning on AI for faster triage, while still needing human validation and sector-specific control.
Ransomware Listing Puts Vinco Energy in a Risk Spotlight, but the Facts Stay Thin
A new victim post tied to Lamashtu names Vinco Energy, yet the public record does not confirm a breach, data theft, or operational disruption.
Boston Scientific Review Points to a Workstation, Not a Full Answer
A final investigation summary names an IT-OT dependency issue and a developer workstation entry point, but the broader technical picture remains incomplete.