NETAEGIS
Distributed Network Security Architect
Professional Profile
NetAegis designs secure infrastructures for multi-site networks and highly connected environments. Background in telecommunications engineering, among the top experts in secure routing.
Key Skills
Distributed network security; Advanced routing; Zero-trust networking; Network isolation; Multi-site IP monitoring
Major Achievements
Secured the network of a retail group with 800 branches, reducing the attack surface by 90%.
Articles by NETAEGIS
When a Robot Fleet Shares One Secret, the Broker Becomes the Blast Radius
A CISA advisory on Yarbo’s mobile app and cloud control path shows how shared MQTT credentials and missing authorization can turn telemetry into a fleet-wide security problem.
Maryland Bets on the Skills Cybersecurity Keeps Forgetting: ICS/OT and AI
A workforce expansion in Maryland is putting industrial systems and AI security on the same training map, a sign that cyber defense is becoming more specialized by the month.
In Healthcare Startups, the Real Product Is the Team Behind the Pitch
A health startup can begin with a bold idea, but in practice it lives or dies on whether the founders can combine vision, technical skill, trust, and operational discipline.
Why a Transmission Operator’s Cyber Alliance Membership Matters More Than It Looks
SSEN Transmission joining ENCS is a quiet but meaningful signal that critical energy security is increasingly being built through specialist operator communities, not isolated controls.
When OT Findings Sit Still: Why Factory Security Fixes So Often Lose Momentum
OT assessments can surface real risk in manufacturing, but the harder task is turning those findings into plant-safe action that survives uptime, safety, and governance constraints.
The Hidden Crisis Layer: How Algorithms Can Distort Infrastructure Emergencies
A critical infrastructure incident is never only technical: automated feeds, rankings, and recommendations can reshape what people think is happening while operators are still trying to restore services.
AI Finds the Bugs - But the Real Battle Is Who Can Fix Them First
Anthropic’s Project Glasswing is expanding into critical infrastructure, and that turns vulnerability discovery into a throughput problem for defenders.
Fuel Gauges on the Net: A Quiet OT Device Moves Into the Crosshairs
A federal warning about Automatic Tank Gauge systems shows how a seemingly modest monitoring tool can become an exposed operational technology target.
Industrial Cyber Risk Is Becoming a Governance Problem, Not Just a Plant Problem
As industrial operations, suppliers, and public infrastructure grow more connected, the central challenge is shifting from isolated protection to managing interdependencies, ownership, and supply-chain risk.
ChemLock Moves Behind the Scenes as CISA Builds a Safer Intake for Chemical Security Help
The federal shift is administrative, not punitive: a new information request is meant to help CISA deliver voluntary security consultations, onsite assessments, and risk-reduction support to chemical facilities.
Silent Sensors, Real-World Risk: Why U.S. Agencies Are Watching Tank Gauge Networks
Federal agencies have flagged ongoing cyberattacks targeting automatic tank gauge systems, a reminder that attacks on industrial sensors can become physical risk long before anyone sees smoke.
When AI Finds More Bugs Than Humans Can Fix
A new wave of AI-assisted vulnerability hunting is widening its reach into critical infrastructure, but the bigger security question is whether remediation can keep up.
Dragos Bets on Device Control, Not Just Visibility, With Phosphorus Deal
The acquisition points to a practical shift in industrial security: from spotting connected assets to building a safer path toward inventory, device intelligence, and controlled remediation.
Europe’s Cyber Resilience Is Improving - But the Weakest Sectors Still Set the Pace
ENISA’s latest NIS360 assessment points to gradual gains in cybersecurity maturity across high-criticality sectors, while leaving enough unevenness to keep systemic risk on the table.
When the Sky Becomes a Network: Why LEO Mobility Can Blur C2 Trails
Low Earth orbit constellations are changing how connectivity works, but their moving links, shared addressing, and cloud-managed ground access can also make command-and-control traffic harder to see.
Claroty’s São Paulo Gathering Puts Critical Infrastructure Risk in the Spotlight
The first Brazilian Nexus Day brings operations and security leaders into the same room, underscoring how cyber-physical resilience has become a boardroom issue for essential services.
A Camera Reset That Can Hand Over the Keys
CISA’s advisory on KMW CCTV gear shows how one unauthenticated password-change path can collapse trust in a surveillance device.
A Wearable’s Bluetooth Blind Spot Put Health Telemetry on the Edge of Tampering
A high-severity Bluetooth Low Energy flaw in a connected heart monitor shows how a missing identity check can turn nearby radio access into a trust problem for clinical readings.
When a Door Actuator Misreads Trust, the Building Becomes the Target
A default compatibility state in ABB’s Busch-Welcome door-opener actuator turns a routine building component into a cyber-physical risk with real access-control consequences.
Italy’s Energy Defenders Are Treating OT Security as a Supply-Chain Problem
A training day around the power sector shows how resilience now depends on more than patching: it starts with vendors, visibility, and control of cyber-physical systems.