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1000 results for “owasp_juiceshop”
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Interested in Using AI for Pentesting?
Check Out The OWASP Penetration Testing Standard before you do!
https://hackers-arise.com/artificial-intelligence-in-cybersecurity-part-12-owasp-apts-and-the-governance-of-autonomous-penetration-testing/
#cybersecurity #ai #pentesting -
New AI Vulnerability Scoring System Announced to Address Gaps in CVSS https://thecyberexpress.com/owasp-ai-vulnerability-scoring-system-aivss/ #AIVulnerabilityScoring #TheCyberExpressNews #Vulnerabilities #TheCyberExpress #FirewallDaily #CyberNews #AgenticAI #AIsystems #AIVSS #CVSS
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Как защищать данные, когда денег на ИБ мало: топ-5 Open Source сканеров для поиска уязвимостей
Привет, Хабр! Меня зовут Виктор Иевлев, руководитель отдела информационной безопасности группы компаний «Гарда» . Сегодня хочу поговорить о поиске и управлении уязвимостями. Стоит начать с того, что процесс управления уязвимостями – это непрерывный цикл, включающий в себя поиск, оценку, мониторинг и устранение уязвимостей в программном обеспечении и инфраструктуре. Зачастую крупные организации используют сразу несколько коммерческих сканеров. Но что делать небольшим компаниям или стартапам, у которых нет бюджета на дорогостоящие инструменты информационной безопасности? К счастью, на помощь кибербезу приходит Open Source. В статье приведу примеры конкретных Open Source инструментов, а также расскажу, для решения каких задач они подходят.
https://habr.com/ru/companies/garda/articles/978582/
#owasp_zap #Nikto #Nuclei #Wazuh #Nmap #поиск_уязвимостей #сканер_уязвимостей #open_source #сканер
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🔒 Elevate Your Web Application Security Game! 🔒
Are you taking the necessary steps to safeguard your web applications against cyber threats? Dive into our latest insights on the OWASP Top 10 vulnerabilities and discover actionable strategies to fortify your defenses.
#WebApplicationSecurity #OWASPTop10 #CyberSecurity #InfoSec #ProtectYourData #StaySecure #SoftwareDevelopment #VulnerabilityManagement #SecurityBestPractices #LearnMore
https://www.relianoid.com/blog/relianoid-open-web-application-security-project-top-10/
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Frontend Status: свежий дайджест фронтенда и AI — 27.04.2026
Привет! Это четырнадцатый выпуск Frontend Status — дайджеста по фронтенд-разработке. В этом выпуске: 📺 Vue на развилке роста: разбираем State of Vue 2026, чтобы понять, куда вложить время сегодня и не чинить стек завтра. 🤖 AI без иллюзий, но с результатом: от генеративных UI и reasoning-RAG до правил, которые уменьшают «переписывание ради переписывания» в код-ассистентах. 🛡️ Безопасность как конкурентное преимущество: сверяем npm-практики по OWASP, кейс Context.ai и экономику фейковых звезд, чтобы не привезти риск в прод. 🎨 Новый CSS вместо старых костылей: sizes="auto" и HTML в <canvas> показывают, как делать богаче интерфейсы и проще поддержку. ⚡ JS/TS и фреймворки под давлением масштаба: читаемость кода, ускорение Angular и обновления React/Vue как ориентиры для технических решений. 🧪 Инструменты, которые сокращают путь до релиза: автогенерация E2E, Excel через WebAssembly и процедурный звук для живого интерфейса. …и многое другое.
https://habr.com/ru/articles/1028734/
#javascript #typescript #css #react #angular #vuejs #css3 #браузеры #nodejs
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Frontend Status: свежий дайджест фронтенда и AI — 27.04.2026
Привет! Это четырнадцатый выпуск Frontend Status — дайджеста по фронтенд-разработке. В этом выпуске: 📺 Vue на развилке роста: разбираем State of Vue 2026, чтобы понять, куда вложить время сегодня и не чинить стек завтра. 🤖 AI без иллюзий, но с результатом: от генеративных UI и reasoning-RAG до правил, которые уменьшают «переписывание ради переписывания» в код-ассистентах. 🛡️ Безопасность как конкурентное преимущество: сверяем npm-практики по OWASP, кейс Context.ai и экономику фейковых звезд, чтобы не привезти риск в прод. 🎨 Новый CSS вместо старых костылей: sizes="auto" и HTML в <canvas> показывают, как делать богаче интерфейсы и проще поддержку. ⚡ JS/TS и фреймворки под давлением масштаба: читаемость кода, ускорение Angular и обновления React/Vue как ориентиры для технических решений. 🧪 Инструменты, которые сокращают путь до релиза: автогенерация E2E, Excel через WebAssembly и процедурный звук для живого интерфейса. …и многое другое.
https://habr.com/ru/articles/1028734/
#javascript #typescript #css #react #angular #vuejs #css3 #браузеры #nodejs
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Frontend Status: свежий дайджест фронтенда и AI — 27.04.2026
Привет! Это четырнадцатый выпуск Frontend Status — дайджеста по фронтенд-разработке. В этом выпуске: 📺 Vue на развилке роста: разбираем State of Vue 2026, чтобы понять, куда вложить время сегодня и не чинить стек завтра. 🤖 AI без иллюзий, но с результатом: от генеративных UI и reasoning-RAG до правил, которые уменьшают «переписывание ради переписывания» в код-ассистентах. 🛡️ Безопасность как конкурентное преимущество: сверяем npm-практики по OWASP, кейс Context.ai и экономику фейковых звезд, чтобы не привезти риск в прод. 🎨 Новый CSS вместо старых костылей: sizes="auto" и HTML в <canvas> показывают, как делать богаче интерфейсы и проще поддержку. ⚡ JS/TS и фреймворки под давлением масштаба: читаемость кода, ускорение Angular и обновления React/Vue как ориентиры для технических решений. 🧪 Инструменты, которые сокращают путь до релиза: автогенерация E2E, Excel через WebAssembly и процедурный звук для живого интерфейса. …и многое другое.
https://habr.com/ru/articles/1028734/
#javascript #typescript #css #react #angular #vuejs #css3 #браузеры #nodejs
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Could something be skipping though the "customer interaction" points in your application?
BOT3 from the OWASP Cornucopia Companion illustrates how automation at scale can be used on gambling sites to make bets fast & furiously, skipping past all the checks and balances, warnings, up-selling and regulatory information.
Read the whole scenario at https://cornucopia.owasp.org/edition/companion/BOT3/1.0/en
Details of new release at https://cornucopia.owasp.org/news/20260508-companion-edition
@owasp #appsec #devops #devsecops #threatmodelling #eop #owasp #cornucopia
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Open source and free. Download print-ready files and play Cornucopia together, browse the cards online, or play games online with remote team members.
If you prefer, printed decks are available to purchase from a vendor as a dual-packaged Website App Edition x Companion Edition combination set:
https://cybersecgames.com/pages/owasp-cornucopia-threat-modeling-collection
@owasp #owasp #cornucopia #eop #stride #threatmodelling #devops #devopsec #appsec #infosec
2/2
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The new Companion Deck for OWASP Cornucopia includes six novel suits to assist threat modelling of Agentic AI, Cloud, DevOps, Frontend, LLM and Automation. The suits can be used alone or in combination with suits from either existing Cornucopia decks: the Website App Edition or Mobile App Edition. My main contribution to this is the Automated Threats (BOT) suit.
https://cornucopia.owasp.org/news/20260508-companion-edition
@owasp #owasp #cornucopia #eop #stride #threatmodelling #devops #devopsec #appsec #infosec
1/2
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📶 Web application security requires multiple layers.
OWASP CRS provides rule-based protection, while CrowdSec adds real-time, collaborative threat intelligence.
Combining both helps defend against both known and evolving threats.
Read more:
https://www.crowdsec.net/blog/protecting-your-web-applications-with-owasp-crs-and-crowdsec -
LLM-пентест в 2026: что изменилось за год
Привет, Хабр! Согласно отчёту Trend Micro TrendAI за прошлый год число CVE во всей AI-экосистеме почти удвоилось: с 419 до 756. Цифры стартовые, но мысль простая. Тестировать нейросетевые сервисы как обычные веб-приложения в 2026-м уже недостаточно. И вот почему. В этой статье разберу: - что появилось нового в OWASP LLM Top 10 (версия 2025); - какие атаки реально работают в проде, а какие так и остались в arXiv; - чем тестируют LLM сейчас (open-source стек плюс российские игроки); - плюс короткий практический playbook на четыре уровня.
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🎙️ ✨ A new episode has been published on @ITSPmagazine
Show: On Location With @Marcociappelli and @seanmartin
Episode: In the Same Site We Trust: Navigating the Landscape of Client-side Request Hijacking on the Web | An OWASP AppSec Global Lisbon 2024 Conversation
Guest: Soheil Khodayari
Podcast format: Video & Audio
#websecurity #clientside #privacy #OWASP #AppSec #cybersecurity #podcast
Enjoy!
👉 https://www.youtube.com/watch?v=EYT2kpxg7FA
If you prefer to listen to the audio podcast, enjoy it here
👇
https://on-location-with-sean-martin-and-marco-ciappelli.simplecast.com/episodes/in-the-same-site-we-trust-navigating-the-landscape-of-client-side-request-hijacking-on-the-web-an-owasp-appsec-global-lisbon-2024-conversation-with-soheil-khodayari-on-location-coverage-with-sean-martin-and-marco-ciappelliMore about our OWASP AppSec Global Lisbon 2024 coverage
👇
https://www.itspmagazine.com/owasp-global-2024-lisbon-application-security-event-coverage-in-portugal -
Am 14.04.2026 ab 19:00 Uhr treffen wir uns im @entropia in #karlsruhe
Daniel wird uns etwas zum Thema "Anomalieerkennung für autoritative Anycast DNS Infrastrukturen" erzaehlen.Er hat sich mit Anomalieerkennung zur Mitigation von Angriffen auf autoritative Anycast DNS Infrastrukturen beschäftigt.
Wir werden dieses Mal das Networking direkt im #Entropia machen und gemeinsam Pizza bestellen. #OWASP
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🎓 For anyone looking to get into cybersecurity — especially my DePaul University students — here’s something important to remember: 💻 You don’t need expensive bootcamps or fancy certifications to begin your learning. You can build a solid foundation using free tools that professionals actually use every day. And for my students, enhance your education with these tools:
🧰 Kali Linux
🧪 Burp Suite Community
🔍 Wireshark
📡 Nmap
💥 Metasploit Framework
🛡️ OWASP ZAP
🧠 TryHackMe & Hack The Box (limited free use)
🌐 Shodan (basic plan)
🔎 Google Dorking
🧩 Autopsy & VolatilityAll you really need is your laptop and an internet connection. Start learning. Break things. Fix them. Repeat. Your future self will thank you.
You can find those tools and more here: https://briangreenberg.net/resources/
#Cybersecurity #EthicalHacking #InfoSec #DePaulUniversity #LearningPath #DePaul
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Become a vendor at the premier application security conference in New England. Since its inception in 2012, OWASP BASC has consistently attracted at least 150 attendees.
By sponsoring us, you will have the opportunity to connect with leading experts in the application security industry and increase your visibility within the OWASP Community in New England and beyond.
For more information, please visit our sponsorship kit at https://www.basconf.org.
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Become a vendor at New England’s premier app sec conference! OWASP BASC 2026 brings together 150+ security pros. Boost your brand, connect with experts, and support OWASP.
Check out the opportunities here: www.basconf.org -
🛠️ Best Cybersecurity Tools for Every Role — From Blue Team to Red Team 🚀
Cybersecurity isn’t one-size-fits-all. Different roles require different tools, whether you’re defending networks, hunting threats, testing applications, or managing policies. Here’s a breakdown of the most valuable tools by role — all framed for authorized, ethical use.
🔵 Blue Team (Defense & Monitoring)
Defenders rely on visibility and rapid detection. Tools like Splunk, ELK, and Wazuh centralize logs, while Suricata and Zeek analyze traffic in depth. Endpoint tools like CrowdStrike or Microsoft Defender ATP provide EDR, and Security Onion ties it together for SOC workflows. 📊👀🔴 Red Team (Offense & Simulation)
In authorized engagements, red teams simulate adversaries to test resilience. Metasploit and Cobalt Strike (licensed) provide frameworks for controlled exploitation, while Impacket and BloodHound help map Active Directory environments. Tools like Burp Suite and OWASP ZAP uncover web flaws in safe labs. ⚡🧪🟣 Purple Team (Collaboration)
Purple teams blend red & blue to improve detection. Using MITRE ATT&CK Navigator, Atomic Red Team, and Caldera, they run adversary emulations while defenders fine-tune alerts. 🤝🛡️🔍 Threat Hunting & DFIR
Analysts use Volatility and Autopsy for forensics, YARA for malware hunting, and MISP or AlienVault OTX for threat intel sharing. Sandboxes like Cuckoo and platforms like Any.Run safely analyze suspicious files. ☣️🔎☁️ Cloud & DevSecOps
For cloud, Wiz, Prisma Cloud, and Trivy scan for misconfigs and vulnerabilities. Developers secure pipelines with Snyk, Checkov, and GitHub Advanced Security. 🐳☁️⚠️ Disclaimer:
For educational & defensive use only. Tools should only be used in labs, on your own systems, or under explicit written permission during authorized engagements. 🚫🔒#CyberSecurity #InfoSec #BlueTeam #RedTeam #PurpleTeam #SOC #DFIR #EthicalHacking #SecurityTools #CloudSecurity
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⚔️ Awesome Hacking Tools — Essential Toolkit
Security pros rely on a mix of tools to discover weaknesses and defend systems. From reconnaissance to recovery, these tools help teams test, learn, and improve security — always in authorized labs or engagements. 🛠️🔒
🔍 Key categories & examples: reconnaissance & scanning (Nmap, Shodan), web testing (Burp Suite, OWASP ZAP), exploitation frameworks (Metasploit — lab only), password auditing (Hashcat, John the Ripper — authorized use), wireless & IoT (Wireshark, Kismet), forensics & IR (Volatility, Autopsy), and monitoring/SIEM (Security Onion, Splunk). ⚡️🧰
⚠️ Disclaimer:
For educational & defensive use only. Use these tools only on systems you own or have explicit written permission to test — unauthorized use is illegal and unethical. 🚫📝#InfoSec #CyberSecurity #EthicalHacking #PenTesting #BlueTeam #RedTeam #SecurityTools #TechEducation #SecurityAwareness
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Server Security Checklist — Essential Hardening Guide
Securing your servers isn’t optional — it’s your first line of defense against data breaches, ransomware, insider threats, and lateral movement. Use this checklist as a baseline for Linux, Windows, cloud, hybrid, or on-prem servers.
⸻
🔧 1. System & OS Hardening
• Keep OS & packages updated (apply security patches frequently).
• Remove / disable unused services & software.
• Enforce secure boot + BIOS/UEFI passwords.
• Disable auto-login and guest accounts.
• Use minimal OS images only (reduce attack surface).⸻
🔐 2. Access Control
• Enforce strong passwords & MFA everywhere.
• Use RBAC & least privilege access.
• Disable root/Administrator login over SSH/RDP.
• Rotate credentials & keys regularly.
• Implement just-in-time access for privileged users.⸻
🌐 3. Network Security
• Restrict inbound/outbound traffic via firewalls.
• Segment critical servers from general LANs/VLANs.
• Disable unused ports & protocols.
• Enable DoS/DDoS protection.
• Apply zero-trust network principles.⸻
🔑 4. Secure Remote Access
• Use SSH key-based authentication (disable password login).
• Enforce VPN for admin access.
• Log & monitor all remote access sessions.
• Disable legacy protocols (Telnet, FTP, SMBv1).
• Require bastion/jump host for critical access.⸻
📊 5. Logging & Monitoring
• Enable centralized logging (syslog / SIEM).
• Track failed login attempts & anomalies.
• Configure alerts for privilege escalation or config changes.
• Monitor log tampering.
• Retain logs securely for audits & forensics.⸻
🔒 6. Data Protection
• Encrypt data at rest (LUKS, BitLocker, etc.).
• Encrypt data in transit (TLS 1.2+).
• Strict database access policies.
• Regular, offline, immutable backups.
• Test restore procedures (don’t assume backups work).⸻
🔁 7. Application & Patch Management
• Keep middleware, frameworks, and apps patched.
• Delete default credentials & sample files.
• Enable code signing for software packages.
• Use secure coding practices (OWASP Top 10).
• Implement dependency scanning (Snyk, Trivy, etc.).⸻
🛡️ 8. Malware & Intrusion Defense
• Deploy EDR/AV on endpoints.
• Enable IDS/IPS at network edge.
• Automatic vulnerability scans (schedule weekly/monthly).
• Monitor persistence techniques (cron, startup scripts).
• Block known malicious IP ranges & TLDs.⸻
🏢 9. Physical & Cloud Security
• Restrict physical access to server racks/rooms.
• Enable provider security tools (AWS Security Groups, Azure NSG, IAM).
• Harden cloud images (CIS benchmarks).
• Review cloud logging & audit trails regularly.
• Disable unused cloud API keys / roles.⸻
📜 10. Policy & Compliance
• Use CIS / NIST / ISO-27001 benchmarks.
• Track & document every access change.
• Force annual access reviews & key rotation.
• Perform regular security training for admins.
• Maintain disaster recovery & incident plans.⸻
➕ Additional 5 Critical Controls (Advanced Hardening)
🧠 11. Privileged Access Management (PAM)
• Use jump hosts & session recording.
• Just-In-Time access for admins.
• Store keys in secure vaults (HashiCorp Vault, CyberArk).🚨 12. Real-Time Threat Detection
• Use behavioral analytics → UEBA/XDR.
• AI-based anomaly detection recommended.
• Block suspicious IPs automatically.🧪 13. Red Team & Pentesting
• Run regular internal pentests.
• Validate configuration weaknesses.
• Simulate phishing + lateral movement scenarios.🧱 14. Container / VM Isolation
• Use AppArmor, SELinux, Seccomp profiles.
• Limit Docker socket access & root containers.
• Scan images before deployment.📦 15. Automated Configuration Management
• Use IaC (Terraform, Ansible, Puppet) for repeatable and secure builds.
• Detect drift using compliance scanning.
• Version control all infrastructure.⸻
🧠 Core Reminder
A server is only as secure as the team who maintains it.
Hardening isn’t one task — it’s an ongoing#ServerSecurity #SystemHardening #InfoSec #CyberSecurity #BlueTeam
#DevSecOps #SysAdmin #ThreatDetection #AccessControl #NetworkSecurity
#LinuxSecurity #SecureArchitecture #RiskMitigation #SecurityChecklist
#CloudSecurity #InfrastructureSecurity #ZeroTrust #SecurityMonitoring -
Server Security Checklist — Essential Hardening Guide
Securing your servers isn’t optional — it’s your first line of defense against data breaches, ransomware, insider threats, and lateral movement. Use this checklist as a baseline for Linux, Windows, cloud, hybrid, or on-prem servers.
⸻
🔧 1. System & OS Hardening
• Keep OS & packages updated (apply security patches frequently).
• Remove / disable unused services & software.
• Enforce secure boot + BIOS/UEFI passwords.
• Disable auto-login and guest accounts.
• Use minimal OS images only (reduce attack surface).⸻
🔐 2. Access Control
• Enforce strong passwords & MFA everywhere.
• Use RBAC & least privilege access.
• Disable root/Administrator login over SSH/RDP.
• Rotate credentials & keys regularly.
• Implement just-in-time access for privileged users.⸻
🌐 3. Network Security
• Restrict inbound/outbound traffic via firewalls.
• Segment critical servers from general LANs/VLANs.
• Disable unused ports & protocols.
• Enable DoS/DDoS protection.
• Apply zero-trust network principles.⸻
🔑 4. Secure Remote Access
• Use SSH key-based authentication (disable password login).
• Enforce VPN for admin access.
• Log & monitor all remote access sessions.
• Disable legacy protocols (Telnet, FTP, SMBv1).
• Require bastion/jump host for critical access.⸻
📊 5. Logging & Monitoring
• Enable centralized logging (syslog / SIEM).
• Track failed login attempts & anomalies.
• Configure alerts for privilege escalation or config changes.
• Monitor log tampering.
• Retain logs securely for audits & forensics.⸻
🔒 6. Data Protection
• Encrypt data at rest (LUKS, BitLocker, etc.).
• Encrypt data in transit (TLS 1.2+).
• Strict database access policies.
• Regular, offline, immutable backups.
• Test restore procedures (don’t assume backups work).⸻
🔁 7. Application & Patch Management
• Keep middleware, frameworks, and apps patched.
• Delete default credentials & sample files.
• Enable code signing for software packages.
• Use secure coding practices (OWASP Top 10).
• Implement dependency scanning (Snyk, Trivy, etc.).⸻
🛡️ 8. Malware & Intrusion Defense
• Deploy EDR/AV on endpoints.
• Enable IDS/IPS at network edge.
• Automatic vulnerability scans (schedule weekly/monthly).
• Monitor persistence techniques (cron, startup scripts).
• Block known malicious IP ranges & TLDs.⸻
🏢 9. Physical & Cloud Security
• Restrict physical access to server racks/rooms.
• Enable provider security tools (AWS Security Groups, Azure NSG, IAM).
• Harden cloud images (CIS benchmarks).
• Review cloud logging & audit trails regularly.
• Disable unused cloud API keys / roles.⸻
📜 10. Policy & Compliance
• Use CIS / NIST / ISO-27001 benchmarks.
• Track & document every access change.
• Force annual access reviews & key rotation.
• Perform regular security training for admins.
• Maintain disaster recovery & incident plans.⸻
➕ Additional 5 Critical Controls (Advanced Hardening)
🧠 11. Privileged Access Management (PAM)
• Use jump hosts & session recording.
• Just-In-Time access for admins.
• Store keys in secure vaults (HashiCorp Vault, CyberArk).🚨 12. Real-Time Threat Detection
• Use behavioral analytics → UEBA/XDR.
• AI-based anomaly detection recommended.
• Block suspicious IPs automatically.🧪 13. Red Team & Pentesting
• Run regular internal pentests.
• Validate configuration weaknesses.
• Simulate phishing + lateral movement scenarios.🧱 14. Container / VM Isolation
• Use AppArmor, SELinux, Seccomp profiles.
• Limit Docker socket access & root containers.
• Scan images before deployment.📦 15. Automated Configuration Management
• Use IaC (Terraform, Ansible, Puppet) for repeatable and secure builds.
• Detect drift using compliance scanning.
• Version control all infrastructure.⸻
🧠 Core Reminder
A server is only as secure as the team who maintains it.
Hardening isn’t one task — it’s an ongoing#ServerSecurity #SystemHardening #InfoSec #CyberSecurity #BlueTeam
#DevSecOps #SysAdmin #ThreatDetection #AccessControl #NetworkSecurity
#LinuxSecurity #SecureArchitecture #RiskMitigation #SecurityChecklist
#CloudSecurity #InfrastructureSecurity #ZeroTrust #SecurityMonitoring -
Server Security Checklist — Essential Hardening Guide
Securing your servers isn’t optional — it’s your first line of defense against data breaches, ransomware, insider threats, and lateral movement. Use this checklist as a baseline for Linux, Windows, cloud, hybrid, or on-prem servers.
⸻
🔧 1. System & OS Hardening
• Keep OS & packages updated (apply security patches frequently).
• Remove / disable unused services & software.
• Enforce secure boot + BIOS/UEFI passwords.
• Disable auto-login and guest accounts.
• Use minimal OS images only (reduce attack surface).⸻
🔐 2. Access Control
• Enforce strong passwords & MFA everywhere.
• Use RBAC & least privilege access.
• Disable root/Administrator login over SSH/RDP.
• Rotate credentials & keys regularly.
• Implement just-in-time access for privileged users.⸻
🌐 3. Network Security
• Restrict inbound/outbound traffic via firewalls.
• Segment critical servers from general LANs/VLANs.
• Disable unused ports & protocols.
• Enable DoS/DDoS protection.
• Apply zero-trust network principles.⸻
🔑 4. Secure Remote Access
• Use SSH key-based authentication (disable password login).
• Enforce VPN for admin access.
• Log & monitor all remote access sessions.
• Disable legacy protocols (Telnet, FTP, SMBv1).
• Require bastion/jump host for critical access.⸻
📊 5. Logging & Monitoring
• Enable centralized logging (syslog / SIEM).
• Track failed login attempts & anomalies.
• Configure alerts for privilege escalation or config changes.
• Monitor log tampering.
• Retain logs securely for audits & forensics.⸻
🔒 6. Data Protection
• Encrypt data at rest (LUKS, BitLocker, etc.).
• Encrypt data in transit (TLS 1.2+).
• Strict database access policies.
• Regular, offline, immutable backups.
• Test restore procedures (don’t assume backups work).⸻
🔁 7. Application & Patch Management
• Keep middleware, frameworks, and apps patched.
• Delete default credentials & sample files.
• Enable code signing for software packages.
• Use secure coding practices (OWASP Top 10).
• Implement dependency scanning (Snyk, Trivy, etc.).⸻
🛡️ 8. Malware & Intrusion Defense
• Deploy EDR/AV on endpoints.
• Enable IDS/IPS at network edge.
• Automatic vulnerability scans (schedule weekly/monthly).
• Monitor persistence techniques (cron, startup scripts).
• Block known malicious IP ranges & TLDs.⸻
🏢 9. Physical & Cloud Security
• Restrict physical access to server racks/rooms.
• Enable provider security tools (AWS Security Groups, Azure NSG, IAM).
• Harden cloud images (CIS benchmarks).
• Review cloud logging & audit trails regularly.
• Disable unused cloud API keys / roles.⸻
📜 10. Policy & Compliance
• Use CIS / NIST / ISO-27001 benchmarks.
• Track & document every access change.
• Force annual access reviews & key rotation.
• Perform regular security training for admins.
• Maintain disaster recovery & incident plans.⸻
➕ Additional 5 Critical Controls (Advanced Hardening)
🧠 11. Privileged Access Management (PAM)
• Use jump hosts & session recording.
• Just-In-Time access for admins.
• Store keys in secure vaults (HashiCorp Vault, CyberArk).🚨 12. Real-Time Threat Detection
• Use behavioral analytics → UEBA/XDR.
• AI-based anomaly detection recommended.
• Block suspicious IPs automatically.🧪 13. Red Team & Pentesting
• Run regular internal pentests.
• Validate configuration weaknesses.
• Simulate phishing + lateral movement scenarios.🧱 14. Container / VM Isolation
• Use AppArmor, SELinux, Seccomp profiles.
• Limit Docker socket access & root containers.
• Scan images before deployment.📦 15. Automated Configuration Management
• Use IaC (Terraform, Ansible, Puppet) for repeatable and secure builds.
• Detect drift using compliance scanning.
• Version control all infrastructure.⸻
🧠 Core Reminder
A server is only as secure as the team who maintains it.
Hardening isn’t one task — it’s an ongoing#ServerSecurity #SystemHardening #InfoSec #CyberSecurity #BlueTeam
#DevSecOps #SysAdmin #ThreatDetection #AccessControl #NetworkSecurity
#LinuxSecurity #SecureArchitecture #RiskMitigation #SecurityChecklist
#CloudSecurity #InfrastructureSecurity #ZeroTrust #SecurityMonitoring -
Server Security Checklist — Essential Hardening Guide
Securing your servers isn’t optional — it’s your first line of defense against data breaches, ransomware, insider threats, and lateral movement. Use this checklist as a baseline for Linux, Windows, cloud, hybrid, or on-prem servers.
⸻
🔧 1. System & OS Hardening
• Keep OS & packages updated (apply security patches frequently).
• Remove / disable unused services & software.
• Enforce secure boot + BIOS/UEFI passwords.
• Disable auto-login and guest accounts.
• Use minimal OS images only (reduce attack surface).⸻
🔐 2. Access Control
• Enforce strong passwords & MFA everywhere.
• Use RBAC & least privilege access.
• Disable root/Administrator login over SSH/RDP.
• Rotate credentials & keys regularly.
• Implement just-in-time access for privileged users.⸻
🌐 3. Network Security
• Restrict inbound/outbound traffic via firewalls.
• Segment critical servers from general LANs/VLANs.
• Disable unused ports & protocols.
• Enable DoS/DDoS protection.
• Apply zero-trust network principles.⸻
🔑 4. Secure Remote Access
• Use SSH key-based authentication (disable password login).
• Enforce VPN for admin access.
• Log & monitor all remote access sessions.
• Disable legacy protocols (Telnet, FTP, SMBv1).
• Require bastion/jump host for critical access.⸻
📊 5. Logging & Monitoring
• Enable centralized logging (syslog / SIEM).
• Track failed login attempts & anomalies.
• Configure alerts for privilege escalation or config changes.
• Monitor log tampering.
• Retain logs securely for audits & forensics.⸻
🔒 6. Data Protection
• Encrypt data at rest (LUKS, BitLocker, etc.).
• Encrypt data in transit (TLS 1.2+).
• Strict database access policies.
• Regular, offline, immutable backups.
• Test restore procedures (don’t assume backups work).⸻
🔁 7. Application & Patch Management
• Keep middleware, frameworks, and apps patched.
• Delete default credentials & sample files.
• Enable code signing for software packages.
• Use secure coding practices (OWASP Top 10).
• Implement dependency scanning (Snyk, Trivy, etc.).⸻
🛡️ 8. Malware & Intrusion Defense
• Deploy EDR/AV on endpoints.
• Enable IDS/IPS at network edge.
• Automatic vulnerability scans (schedule weekly/monthly).
• Monitor persistence techniques (cron, startup scripts).
• Block known malicious IP ranges & TLDs.⸻
🏢 9. Physical & Cloud Security
• Restrict physical access to server racks/rooms.
• Enable provider security tools (AWS Security Groups, Azure NSG, IAM).
• Harden cloud images (CIS benchmarks).
• Review cloud logging & audit trails regularly.
• Disable unused cloud API keys / roles.⸻
📜 10. Policy & Compliance
• Use CIS / NIST / ISO-27001 benchmarks.
• Track & document every access change.
• Force annual access reviews & key rotation.
• Perform regular security training for admins.
• Maintain disaster recovery & incident plans.⸻
➕ Additional 5 Critical Controls (Advanced Hardening)
🧠 11. Privileged Access Management (PAM)
• Use jump hosts & session recording.
• Just-In-Time access for admins.
• Store keys in secure vaults (HashiCorp Vault, CyberArk).🚨 12. Real-Time Threat Detection
• Use behavioral analytics → UEBA/XDR.
• AI-based anomaly detection recommended.
• Block suspicious IPs automatically.🧪 13. Red Team & Pentesting
• Run regular internal pentests.
• Validate configuration weaknesses.
• Simulate phishing + lateral movement scenarios.🧱 14. Container / VM Isolation
• Use AppArmor, SELinux, Seccomp profiles.
• Limit Docker socket access & root containers.
• Scan images before deployment.📦 15. Automated Configuration Management
• Use IaC (Terraform, Ansible, Puppet) for repeatable and secure builds.
• Detect drift using compliance scanning.
• Version control all infrastructure.⸻
🧠 Core Reminder
A server is only as secure as the team who maintains it.
Hardening isn’t one task — it’s an ongoing#ServerSecurity #SystemHardening #InfoSec #CyberSecurity #BlueTeam
#DevSecOps #SysAdmin #ThreatDetection #AccessControl #NetworkSecurity
#LinuxSecurity #SecureArchitecture #RiskMitigation #SecurityChecklist
#CloudSecurity #InfrastructureSecurity #ZeroTrust #SecurityMonitoring -
Server Security Checklist — Essential Hardening Guide
Securing your servers isn’t optional — it’s your first line of defense against data breaches, ransomware, insider threats, and lateral movement. Use this checklist as a baseline for Linux, Windows, cloud, hybrid, or on-prem servers.
⸻
🔧 1. System & OS Hardening
• Keep OS & packages updated (apply security patches frequently).
• Remove / disable unused services & software.
• Enforce secure boot + BIOS/UEFI passwords.
• Disable auto-login and guest accounts.
• Use minimal OS images only (reduce attack surface).⸻
🔐 2. Access Control
• Enforce strong passwords & MFA everywhere.
• Use RBAC & least privilege access.
• Disable root/Administrator login over SSH/RDP.
• Rotate credentials & keys regularly.
• Implement just-in-time access for privileged users.⸻
🌐 3. Network Security
• Restrict inbound/outbound traffic via firewalls.
• Segment critical servers from general LANs/VLANs.
• Disable unused ports & protocols.
• Enable DoS/DDoS protection.
• Apply zero-trust network principles.⸻
🔑 4. Secure Remote Access
• Use SSH key-based authentication (disable password login).
• Enforce VPN for admin access.
• Log & monitor all remote access sessions.
• Disable legacy protocols (Telnet, FTP, SMBv1).
• Require bastion/jump host for critical access.⸻
📊 5. Logging & Monitoring
• Enable centralized logging (syslog / SIEM).
• Track failed login attempts & anomalies.
• Configure alerts for privilege escalation or config changes.
• Monitor log tampering.
• Retain logs securely for audits & forensics.⸻
🔒 6. Data Protection
• Encrypt data at rest (LUKS, BitLocker, etc.).
• Encrypt data in transit (TLS 1.2+).
• Strict database access policies.
• Regular, offline, immutable backups.
• Test restore procedures (don’t assume backups work).⸻
🔁 7. Application & Patch Management
• Keep middleware, frameworks, and apps patched.
• Delete default credentials & sample files.
• Enable code signing for software packages.
• Use secure coding practices (OWASP Top 10).
• Implement dependency scanning (Snyk, Trivy, etc.).⸻
🛡️ 8. Malware & Intrusion Defense
• Deploy EDR/AV on endpoints.
• Enable IDS/IPS at network edge.
• Automatic vulnerability scans (schedule weekly/monthly).
• Monitor persistence techniques (cron, startup scripts).
• Block known malicious IP ranges & TLDs.⸻
🏢 9. Physical & Cloud Security
• Restrict physical access to server racks/rooms.
• Enable provider security tools (AWS Security Groups, Azure NSG, IAM).
• Harden cloud images (CIS benchmarks).
• Review cloud logging & audit trails regularly.
• Disable unused cloud API keys / roles.⸻
📜 10. Policy & Compliance
• Use CIS / NIST / ISO-27001 benchmarks.
• Track & document every access change.
• Force annual access reviews & key rotation.
• Perform regular security training for admins.
• Maintain disaster recovery & incident plans.⸻
➕ Additional 5 Critical Controls (Advanced Hardening)
🧠 11. Privileged Access Management (PAM)
• Use jump hosts & session recording.
• Just-In-Time access for admins.
• Store keys in secure vaults (HashiCorp Vault, CyberArk).🚨 12. Real-Time Threat Detection
• Use behavioral analytics → UEBA/XDR.
• AI-based anomaly detection recommended.
• Block suspicious IPs automatically.🧪 13. Red Team & Pentesting
• Run regular internal pentests.
• Validate configuration weaknesses.
• Simulate phishing + lateral movement scenarios.🧱 14. Container / VM Isolation
• Use AppArmor, SELinux, Seccomp profiles.
• Limit Docker socket access & root containers.
• Scan images before deployment.📦 15. Automated Configuration Management
• Use IaC (Terraform, Ansible, Puppet) for repeatable and secure builds.
• Detect drift using compliance scanning.
• Version control all infrastructure.⸻
🧠 Core Reminder
A server is only as secure as the team who maintains it.
Hardening isn’t one task — it’s an ongoing#ServerSecurity #SystemHardening #InfoSec #CyberSecurity #BlueTeam
#DevSecOps #SysAdmin #ThreatDetection #AccessControl #NetworkSecurity
#LinuxSecurity #SecureArchitecture #RiskMitigation #SecurityChecklist
#CloudSecurity #InfrastructureSecurity #ZeroTrust #SecurityMonitoring -
iX-Workshop: OWASP Top 10 – Sicherheitsrisiken für Webanwendungen verstehen
Lernen Sie die wichtigsten Sicherheitslücken in Web-Anwendungen kennen und erfahren Sie, wie Sie sich erfolgreich schützen können.
-
iX-Workshop: OWASP Top 10 – Sicherheitsrisiken für Webanwendungen verstehen
Lernen Sie die wichtigsten Sicherheitslücken in Web-Anwendungen kennen und erfahren Sie, wie Sie sich erfolgreich schützen können.
-
iX-Workshop: OWASP Top 10 – Sicherheitsrisiken für Webanwendungen verstehen
Lernen Sie die wichtigsten Sicherheitslücken in Web-Anwendungen kennen und erfahren Sie, wie Sie sich erfolgreich schützen können.
