Network Security Channel
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📢 Call for Papers: ICETCS 2026
We are pleased to announce the 3rd International Conference on Emerging Trends in Cybersecurity (ICETCS 2026), taking place at the University of Genoa, Italy, on 12–13 October 2026 in hybrid mode.
ICETCS 2026 will provide a global platform for researchers, academics, industry professionals, and policymakers to share insights, present cutting-edge research, and explore emerging trends in cyber and hardware security.
The conference welcomes submissions across a wide range of areas, including:
🔹 Cybersecurity for network space challenges
🔹 Cybersecurity for mobility and transport
🔹 Cybersecurity for IoT
🔹 Cybersecurity for connected autonomous vehicles
🔹 Hardware security
🔹 Cloud security
🔹 Blockchain security
🔹 Space security
All accepted technical papers will be published in Lecture Notes in Electrical Engineering, a Scopus-indexed Springer proceedings series. Extended papers will also be invited for submission to selected journals.
📅 Important dates:
Paper submission deadline: 31 July 2026
Notification of acceptance: 31 August 2026
Final paper submission deadline: 14 September 2026
Early bird registration deadline: 20 September 2026
Final registration deadline: 4 October 2026
📍 Venue: University of Genoa, Italy
🌐 Mode: Hybrid
We warmly invite researchers and practitioners working in cybersecurity, hardware security, IoT, mobility, blockchain, cloud, and space security to submit their work and join this international forum for knowledge exchange and collaboration.
#ICETCS2026 #CallForPapers #Cybersecurity #HardwareSecurity #IoT #CloudSecurity #BlockchainSecurity #SpaceSecurity #ConnectedVehicles #CyberResilience #Springer #AcademicResearch
🔹 Share & Support Us 🔹
📱 Channel : @Engineer_Computer
We are pleased to announce the 3rd International Conference on Emerging Trends in Cybersecurity (ICETCS 2026), taking place at the University of Genoa, Italy, on 12–13 October 2026 in hybrid mode.
ICETCS 2026 will provide a global platform for researchers, academics, industry professionals, and policymakers to share insights, present cutting-edge research, and explore emerging trends in cyber and hardware security.
The conference welcomes submissions across a wide range of areas, including:
🔹 Cybersecurity for network space challenges
🔹 Cybersecurity for mobility and transport
🔹 Cybersecurity for IoT
🔹 Cybersecurity for connected autonomous vehicles
🔹 Hardware security
🔹 Cloud security
🔹 Blockchain security
🔹 Space security
All accepted technical papers will be published in Lecture Notes in Electrical Engineering, a Scopus-indexed Springer proceedings series. Extended papers will also be invited for submission to selected journals.
📅 Important dates:
Paper submission deadline: 31 July 2026
Notification of acceptance: 31 August 2026
Final paper submission deadline: 14 September 2026
Early bird registration deadline: 20 September 2026
Final registration deadline: 4 October 2026
📍 Venue: University of Genoa, Italy
🌐 Mode: Hybrid
We warmly invite researchers and practitioners working in cybersecurity, hardware security, IoT, mobility, blockchain, cloud, and space security to submit their work and join this international forum for knowledge exchange and collaboration.
#ICETCS2026 #CallForPapers #Cybersecurity #HardwareSecurity #IoT #CloudSecurity #BlockchainSecurity #SpaceSecurity #ConnectedVehicles #CyberResilience #Springer #AcademicResearch
🔹 Share & Support Us 🔹
📱 Channel : @Engineer_Computer
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Network Security Channel
1780220276768.pdf
🛡 "Never trust, always verify." — Zero Trust, demystified
I just went through the NSA's "Zero Trust Implementation Guideline (ZIG) Primer" (Jan 2026) — a clear entry point into how large, high-stakes organizations actually operationalize Zero Trust, not just talk about it. Sharing a few takeaways 👇
🔑 The core mindset: Drop perimeter-based thinking. Continuously authenticate and authorize every user, device, and application — built on two assumptions: "never trust, always verify" and "assume breach."
🧱 It's structured around the DoW ZT Framework's seven pillars: User, Device, Application & Workload, Data, Network & Environment, Automation & Orchestration, and Visibility & Analytics — each broken into Capabilities → Activities you can actually implement.
🪜 A phased, modular roadmap instead of "boil the ocean":
Discovery — inventory your Data, Applications, Assets & Services (DAAS) and identities
Phase One & Two — Target-level capabilities (think MFA, identity lifecycle, EDR/XDR, comply-to-connect, data tagging)
Phase Three & Four — Advanced-level maturity
📚 What I appreciated: it ties together the big reference points — NIST SP 800-207, the CISA Zero Trust Maturity Model 2.0, and the DoW ZT Strategy — so you see how the standards fit into one implementation path.
💡 Biggest reminder for me: Zero Trust is a journey of capabilities, not a product you buy. Start with visibility and identity, then build outward.
A great vendor-neutral read for anyone working in security architecture, identity, or critical infrastructure. Credit to the NSA Cybersecurity Directorate for publishing it openly. 🙏
What's the hardest pillar to get right in practice — Identity, Data, or Visibility & Analytics? 💬
#ZeroTrust #CyberSecurity #NIST80027 #ZTA #IdentitySecurity #NSA #SecurityArchitecture #DefenseInDepth #InfoSec #CriticalInfrastructure
🔹 Share & Support Us 🔹
📱 Channel : @Engineer_Computer
I just went through the NSA's "Zero Trust Implementation Guideline (ZIG) Primer" (Jan 2026) — a clear entry point into how large, high-stakes organizations actually operationalize Zero Trust, not just talk about it. Sharing a few takeaways 👇
🔑 The core mindset: Drop perimeter-based thinking. Continuously authenticate and authorize every user, device, and application — built on two assumptions: "never trust, always verify" and "assume breach."
🧱 It's structured around the DoW ZT Framework's seven pillars: User, Device, Application & Workload, Data, Network & Environment, Automation & Orchestration, and Visibility & Analytics — each broken into Capabilities → Activities you can actually implement.
🪜 A phased, modular roadmap instead of "boil the ocean":
Discovery — inventory your Data, Applications, Assets & Services (DAAS) and identities
Phase One & Two — Target-level capabilities (think MFA, identity lifecycle, EDR/XDR, comply-to-connect, data tagging)
Phase Three & Four — Advanced-level maturity
📚 What I appreciated: it ties together the big reference points — NIST SP 800-207, the CISA Zero Trust Maturity Model 2.0, and the DoW ZT Strategy — so you see how the standards fit into one implementation path.
💡 Biggest reminder for me: Zero Trust is a journey of capabilities, not a product you buy. Start with visibility and identity, then build outward.
A great vendor-neutral read for anyone working in security architecture, identity, or critical infrastructure. Credit to the NSA Cybersecurity Directorate for publishing it openly. 🙏
What's the hardest pillar to get right in practice — Identity, Data, or Visibility & Analytics? 💬
#ZeroTrust #CyberSecurity #NIST80027 #ZTA #IdentitySecurity #NSA #SecurityArchitecture #DefenseInDepth #InfoSec #CriticalInfrastructure
🔹 Share & Support Us 🔹
📱 Channel : @Engineer_Computer
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Network Security Channel
🔹 Share & Support Us 🔹 📱 Channel : @Engineer_Computer
A FREE 25+-hour course on getting started in OT/ICS cybersecurity?
Over 110,000 people have watched my course on YouTube.
At least the first part 🙂
Over 2,000+ people have taken my course live.
Here are a few of the nice things some students have said:
"I got the job because of your course!"
"The contents covered during this week were amazing and insightful, and I learned so much from it."
"This was by far the best training that I have ever received on OT/ICS Cybersecurity. Your teaching style is absolutely top notch."
"It was interesting to learn from your unique and insightful perspectives. Not many folks have a strong exposure to Industry and OT Security experience."
"It is really useful and beneficial course. I really appreciate your time that you sacrifice for us to make we more understand about the ICS Cyber Security especially in a way of view from the IT perspective in OT environment."
"It helped me have a much greater understanding of the environment, technologies and strategies to secure ICS/OT facilities!"
"I just wanted to express my gratitude and appreciation for the amazing course! The contents covered during this week were amazing and insightful, and I learned so much from it."
"I really enjoyed the class and learned quite a lot of new information, including how much I don't know about the topic. It was really fascinating to me. And of course, you are an excellent teacher."
"You have a horrible singing voice, Grandpa!"
Want to learn more about OT/ICS cybersecurity?
The complete course is now available!
With 200+ review questions to test your knowledge!
You can find the entire course on my YouTube channel at https://www.youtube.com/@utilsec
Here's the section list:
Part 1: Introduction to Getting Started in ICS/OT Cyber Security
Part 2: ICS/OT Cyber Security Overview
Part 3: Control Systems & Protocols
Part 4: Secure Network Architecture
Part 5: Asset Registers & Control Systems Inventory
Part 6: Threat & Vulnerability Management
Part 7: OSINT for Industrial Controls
Part 8: Incident Detection & Response
Part 9: Industry Standards & Regulations
Part 10: Introduction to ICS/OT Penetration Testing
Part 11: Review Questions
Thank you for taking the time to check it out!
🔹 Share & Support Us 🔹
📱 Channel : @Engineer_Computer
Over 110,000 people have watched my course on YouTube.
At least the first part 🙂
Over 2,000+ people have taken my course live.
Here are a few of the nice things some students have said:
"I got the job because of your course!"
"The contents covered during this week were amazing and insightful, and I learned so much from it."
"This was by far the best training that I have ever received on OT/ICS Cybersecurity. Your teaching style is absolutely top notch."
"It was interesting to learn from your unique and insightful perspectives. Not many folks have a strong exposure to Industry and OT Security experience."
"It is really useful and beneficial course. I really appreciate your time that you sacrifice for us to make we more understand about the ICS Cyber Security especially in a way of view from the IT perspective in OT environment."
"It helped me have a much greater understanding of the environment, technologies and strategies to secure ICS/OT facilities!"
"I just wanted to express my gratitude and appreciation for the amazing course! The contents covered during this week were amazing and insightful, and I learned so much from it."
"I really enjoyed the class and learned quite a lot of new information, including how much I don't know about the topic. It was really fascinating to me. And of course, you are an excellent teacher."
"You have a horrible singing voice, Grandpa!"
Want to learn more about OT/ICS cybersecurity?
The complete course is now available!
With 200+ review questions to test your knowledge!
You can find the entire course on my YouTube channel at https://www.youtube.com/@utilsec
Here's the section list:
Part 1: Introduction to Getting Started in ICS/OT Cyber Security
Part 2: ICS/OT Cyber Security Overview
Part 3: Control Systems & Protocols
Part 4: Secure Network Architecture
Part 5: Asset Registers & Control Systems Inventory
Part 6: Threat & Vulnerability Management
Part 7: OSINT for Industrial Controls
Part 8: Incident Detection & Response
Part 9: Industry Standards & Regulations
Part 10: Introduction to ICS/OT Penetration Testing
Part 11: Review Questions
Thank you for taking the time to check it out!
🔹 Share & Support Us 🔹
📱 Channel : @Engineer_Computer
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با احترام، از افراد متخصص، توانمند و باانگیزه دعوت میکنیم فرصت همکاری با دژپاد را بررسی نمایند.
فرصت همکاری در دژپاد
شرکت دژپاد در راستای توسعه تیم فنی و تخصصی خود، از افراد توانمند و متخصص برای موقعیتهای زیر دعوت به همکاری مینماید:
🔹 کارشناس شبکه و امنیت شبکه
مسلط به مفاهیم Network & Security، مباحث CCNA، تجهیزات FortiGate، پروتکلهای Layer 2 و Layer 3، فایروالهای NGFW و WAF، طراحی و مدیریت شبکههای سازمانی و عیبیابی زیرساختهای پیچیده.
🔹 کارشناس ارشد زیرساخت مجازیسازی و ذخیرهسازی
مسلط به VMware، Storage های HPE و DELL، شبکههای SAN Fabric، سرورهای HPE، راهکارهای Backup & Recovery و مدیریت و عیبیابی زیرساختهای مجازیسازی و ذخیرهسازی سازمانی.
📍 محل کار: تهران
🕒 نوع همکاری: تماموقت
📩 ارسال رزومه به ایمیل:
hr@dejpaad.com
#استخدام #فرصت_شغلی #امنیت_شبکه #زیرساخت #مجازی_سازی #Storage #VMware #Fortinet #NetworkSecurity #Infrastructure #Hiring #JobOpportunity #دژپاد #Dejpaad
🔹 Share & Support Us 🔹
📱 Channel : @Engineer_Computer
فرصت همکاری در دژپاد
شرکت دژپاد در راستای توسعه تیم فنی و تخصصی خود، از افراد توانمند و متخصص برای موقعیتهای زیر دعوت به همکاری مینماید:
🔹 کارشناس شبکه و امنیت شبکه
مسلط به مفاهیم Network & Security، مباحث CCNA، تجهیزات FortiGate، پروتکلهای Layer 2 و Layer 3، فایروالهای NGFW و WAF، طراحی و مدیریت شبکههای سازمانی و عیبیابی زیرساختهای پیچیده.
🔹 کارشناس ارشد زیرساخت مجازیسازی و ذخیرهسازی
مسلط به VMware، Storage های HPE و DELL، شبکههای SAN Fabric، سرورهای HPE، راهکارهای Backup & Recovery و مدیریت و عیبیابی زیرساختهای مجازیسازی و ذخیرهسازی سازمانی.
📍 محل کار: تهران
🕒 نوع همکاری: تماموقت
📩 ارسال رزومه به ایمیل:
hr@dejpaad.com
#استخدام #فرصت_شغلی #امنیت_شبکه #زیرساخت #مجازی_سازی #Storage #VMware #Fortinet #NetworkSecurity #Infrastructure #Hiring #JobOpportunity #دژپاد #Dejpaad
🔹 Share & Support Us 🔹
📱 Channel : @Engineer_Computer
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دو تن از بزرگان در حوزهی امنیت مدلهای یادگیری ماشین
نیکولاس کارلینی که ۳۶ سال سن دارد و هماکنون در آنتروپیک مشغول به کار است، پیش از آن در دیپمایند گوگل، جزو تیم تحقیقاتی بوده. ایشان لیسانس ریاضی و دکتری علوم کامپیوتر خود را از دانشگاه برکلی دریافت کردهاند.
خود نیکولاس میگوید:
من در نقطهی اشتراک مدلهای یادگیری ماشین و مباحث امنیتی کار کردهام و میکنم.
آقای نیکولاس پیپرنات نیز در حال حاضر دانشیار دانشگاه تورنتو هستند. ایشان نیز پس از فارغالتحصیلی از دانشگاه پنسیلوانیا، در دیپمایند گوگل مشغول شدهاند.
خلاصه اگر در این حوزه دنبال آدم خفن میگردید، اشخاصی که هم صنعت را تجربه کردهاند و هم از دل دانشگاه بیرون آمدهاند، این دو نفر جزو بهترینها هستند.
یکی از شاخههایی که بزودی در دنیا خواهد ترکاند، همین
MLSecOps
هست. چون کدهایی که با وایبکدینگ تولید میشوند، هر روز با دقت کمتر وارد بازی میشن و بدون اینکه خودمون خبر داشته باشیم، کلی حفره در سرویس یا مدلمون باز میگذاریم.
#MLSecOps
🔹 Share & Support Us 🔹
📱 Channel : @Engineer_Computer
نیکولاس کارلینی که ۳۶ سال سن دارد و هماکنون در آنتروپیک مشغول به کار است، پیش از آن در دیپمایند گوگل، جزو تیم تحقیقاتی بوده. ایشان لیسانس ریاضی و دکتری علوم کامپیوتر خود را از دانشگاه برکلی دریافت کردهاند.
خود نیکولاس میگوید:
من در نقطهی اشتراک مدلهای یادگیری ماشین و مباحث امنیتی کار کردهام و میکنم.
آقای نیکولاس پیپرنات نیز در حال حاضر دانشیار دانشگاه تورنتو هستند. ایشان نیز پس از فارغالتحصیلی از دانشگاه پنسیلوانیا، در دیپمایند گوگل مشغول شدهاند.
خلاصه اگر در این حوزه دنبال آدم خفن میگردید، اشخاصی که هم صنعت را تجربه کردهاند و هم از دل دانشگاه بیرون آمدهاند، این دو نفر جزو بهترینها هستند.
یکی از شاخههایی که بزودی در دنیا خواهد ترکاند، همین
MLSecOps
هست. چون کدهایی که با وایبکدینگ تولید میشوند، هر روز با دقت کمتر وارد بازی میشن و بدون اینکه خودمون خبر داشته باشیم، کلی حفره در سرویس یا مدلمون باز میگذاریم.
#MLSecOps
🔹 Share & Support Us 🔹
📱 Channel : @Engineer_Computer
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Network Security Channel
EXPLORING THE DARK WEB.pdf
🕸 Everyone talks about the "dark web." Almost no one understands it.
After working through "Exploring the Dark Web," here's what actually stood out:
🔹 ~94% of the web is never indexed by Google — but most of it is harmless (email, banking, databases).
🔹 Tor wasn't built by hackers. It began as a US Naval Research project to protect intelligence communications, and went public in 2002.
🔹 Anonymity is a discipline, not a download. Tor hides your route — not the data you type into a form.
🔹 ~60% of Tor traffic is fully legitimate: journalists, whistleblowers, researchers, people escaping censorship.
🔹 The recurring lesson from every major darknet takedown: anonymity ≠ immunity. The weakest link is almost always human.
The takeaway for defenders: you can't protect against a threat you refuse to understand. Dark web monitoring (OSINT) is now a core part of threat intelligence — leaked credentials and emerging threats often surface there first.
Curiosity is good. Caution is better. 🔒
What's the biggest misconception you still hear about the dark web?
#CyberSecurity #DarkWeb #OSINT #ThreatIntelligence #BlueTeam #InfoSec #Privacy
🔹 Share & Support Us 🔹
📱 Channel : @Engineer_Computer
After working through "Exploring the Dark Web," here's what actually stood out:
🔹 ~94% of the web is never indexed by Google — but most of it is harmless (email, banking, databases).
🔹 Tor wasn't built by hackers. It began as a US Naval Research project to protect intelligence communications, and went public in 2002.
🔹 Anonymity is a discipline, not a download. Tor hides your route — not the data you type into a form.
🔹 ~60% of Tor traffic is fully legitimate: journalists, whistleblowers, researchers, people escaping censorship.
🔹 The recurring lesson from every major darknet takedown: anonymity ≠ immunity. The weakest link is almost always human.
The takeaway for defenders: you can't protect against a threat you refuse to understand. Dark web monitoring (OSINT) is now a core part of threat intelligence — leaked credentials and emerging threats often surface there first.
Curiosity is good. Caution is better. 🔒
What's the biggest misconception you still hear about the dark web?
#CyberSecurity #DarkWeb #OSINT #ThreatIntelligence #BlueTeam #InfoSec #Privacy
🔹 Share & Support Us 🔹
📱 Channel : @Engineer_Computer
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