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
Siemens Remote-Access Flaw Turns a Web Portal Into an Availability Trap
A medium-severity weakness in Siemens WTV676 and WTV776 devices can push affected units into protection mode, cutting off Web Access and putting remote management at risk.
When the Plant Finally Sees Itself: Why Asset Visibility Is Becoming Industrial Defense
A manufacturing security project built around passive monitoring, Cyber Asset Management and CTEM shows how visibility is turning into an operational control, not just an inventory exercise.
Industrial AI Security Hits the Wall of Legacy Data
The push to bring AI into OT security is accelerating, but the real bottleneck is often the environment around the model: old infrastructure, uneven telemetry, and readiness gaps.
The Segmentation Mirage Inside OT Networks
A new look at OT architecture suggests that isolation is still more aspiration than reality, with shared segments quietly blurring the line between critical systems and everyday enterprise traffic.
NIST Pushes OT Security Out of the Plant and Into the Risk Register
An initial draft of SP 800-82r4 points OT defenders toward zero trust, CSF 2.0, and enterprise risk management, signaling that industrial security is being judged less as a silo and more as a business-critical discipline.
Colorado Water Controls Put Remote Access Under a Hard Spotlight
A late-August intrusion affecting two privately owned Colorado water utilities shows how pumps, alarms, and remote access can become one control path when attackers reach operational technology.
CISA’s Biggest Drill Is a Warning Shot for Critical Infrastructure
Cyber Storm X was not a breach, but a stress test for the systems that keep people moving and water flowing when digital pressure rises.
Washington’s Healthcare Cyber Reset: A Bill That Could Turn Security Baselines into Law
A reintroduced Senate measure points to a stricter future for hospital cyber defense, where minimum standards, oversight, and resilience may matter as much as clinical readiness.
Industrial Growth Is Hitting a Cyber Wall
A new study signal from the industrial sector shows cybersecurity risk moving from a technical concern to a business constraint as operations become more connected and AI-driven.
When Care Stops Moving, Ransomware Stops Being Just an IT Problem
In healthcare, a cyber incident can interrupt treatment paths, strain staff decisions, and turn system downtime into clinical risk.
When Factory AI Starts Acting, Security Has to Come First
Google Cloud’s manufacturing blueprint points to a larger shift: agentic AI is moving into industrial workflows, and the real challenge is constraining what those systems can do.
The Slow Gate Problem: When Security Adds Time Instead of Trust
A nurse example and a blunt line about Outlook point to a deeper cyber issue: when the approved path is slower than the easiest one, people start choosing speed over control.
Italy’s Military Health Reform Could Rewrite the Risk Map for Civilian Care
A planned 2027 reorganization may centralize military medicine, but its real significance lies in whether it can connect safely to national health systems without weakening privacy, identity, or resilience.
When the SOC Becomes the Control Room for Resilience
In industrial and hybrid environments, security operations are being pushed beyond alert handling toward governed, OT-aware resilience, with managed SOC models trying to fill the gap.
When the Purchase Order Becomes the Security Control
Health-ISAC’s Medical Device Security Council has published a MedTech Security Baselines paper, pushing cybersecurity deeper into procurement and deployment decisions for connected clinical equipment.
Inside the Trapline: Why Defenders Are Planting Digital Bait
CISA is urging organizations to use cyber decoys, a deception tactic meant to surface intruders earlier by making suspicious hands-on activity easier to spot.
Two Oil Tankers, Two Networks, One Hard Question: What if Shipboard Cyber Risk Hits at Sea?
U.S. maritime and federal investigators are reviewing OT and IT systems aboard two tankers bound for the United States, with attribution still unconfirmed and the operational impact still unclear.
The Quiet Cyber Front Line: Why State CIOs Are Being Pulled Into Infrastructure Defense
A policy story with technical consequences: when local capacity and governance lag, the burden of protecting essential systems shifts upward to state technology leaders.
Singapore Gets a New OT Shield as Yokogawa Bets on Industrial Resilience
Yokogawa Engineering Asia has opened the Industrial Cyber Resilience Center in Singapore, a narrow but telling signal that OT cybersecurity is moving deeper into the industrial operating model.
The Grid’s Quiet Translator: Why High-Voltage Current Transformers Matter More Than They Look
High-voltage current transformers turn enormous grid currents into usable signals, making it possible to monitor the power system without touching the dangerous side of the line.