We_Azefox's profile picture. https://linktr.ee/azefox

Azefox Innovations

@We_Azefox

https://linktr.ee/azefox

ASR Bypass Techniques 🛑 Attackers evade Windows ASR using macro child-process tricks, file-move writes, alternative COM objects, and process hollowing via trusted paths. Follow @AzefoxInno for more cyber insights. #ASR #CyberSecurity #InfoSec #EDRBypass

We_Azefox's tweet image. ASR Bypass Techniques 🛑
Attackers evade Windows ASR using macro child-process tricks, file-move writes, alternative COM objects, and process hollowing via trusted paths.
Follow @AzefoxInno for more cyber insights.
#ASR #CyberSecurity #InfoSec #EDRBypass

A smile and a story can bypass more firewalls than a zero-day exploit. #CyberSecurity #InfoSec #SocialEngineering #RedTeam #HackerMindset #Phishing #CyberQuote


Proxies 101 - Networking’s Middleman! A proxy forwards your request to the destination server, adding control, privacy, and security. Forward Proxy = outbound control Reverse Proxy = protects servers Anonymity Proxy = hides identity #Proxy #NetSec #CyberSecurity #Networking

We_Azefox's tweet image. Proxies 101 - Networking’s Middleman!
A proxy forwards your request to the destination server, adding control, privacy, and security.

Forward Proxy = outbound control
Reverse Proxy = protects servers
Anonymity Proxy = hides identity

#Proxy #NetSec #CyberSecurity #Networking
We_Azefox's tweet image. Proxies 101 - Networking’s Middleman!
A proxy forwards your request to the destination server, adding control, privacy, and security.

Forward Proxy = outbound control
Reverse Proxy = protects servers
Anonymity Proxy = hides identity

#Proxy #NetSec #CyberSecurity #Networking
We_Azefox's tweet image. Proxies 101 - Networking’s Middleman!
A proxy forwards your request to the destination server, adding control, privacy, and security.

Forward Proxy = outbound control
Reverse Proxy = protects servers
Anonymity Proxy = hides identity

#Proxy #NetSec #CyberSecurity #Networking
We_Azefox's tweet image. Proxies 101 - Networking’s Middleman!
A proxy forwards your request to the destination server, adding control, privacy, and security.

Forward Proxy = outbound control
Reverse Proxy = protects servers
Anonymity Proxy = hides identity

#Proxy #NetSec #CyberSecurity #Networking

Binary Fuzzing Resources 🔍 Top picks to get started: • Fuzzing101 – Project Zero • The Art of Fuzzing – OpenSecurityTraining • AFL++ Docs / LibAFL • Step-by-Step – Null Byte #Fuzzing #AFLplusplus #BugHunting #Infosec

We_Azefox's tweet image. Binary Fuzzing Resources 🔍
Top picks to get started:
• Fuzzing101 – Project Zero
• The Art of Fuzzing – OpenSecurityTraining
• AFL++ Docs / LibAFL
• Step-by-Step – Null Byte

#Fuzzing #AFLplusplus #BugHunting #Infosec

Passwords are just suggestions when a friendly voice asks the right question. #PasswordsAreSuggestions #CyberSecurity #HackerMindset #azefoxinnovations #CyberSec #HackThePlanet


Social engineering: because why crack a system when you can convince it to open the door? #CyberSecurity #SocialEngineering #InfoSec #Phishing #Hacking


The weakest link in any security chain isn’t the lock, it’s the human holding the key. #azefoxinnovations #CyberSecurityAwareness #CyberSecurity


Kubernetes 101 Docker builds containers. K8s runs them at scale. Control Plane = Brain 🧠 Worker Nodes = Brawn 💪 Pods | Deployments | Services = Core building blocks Follow @AzefoxInno for #CloudSecurity & #DevSecOps insights. #Kubernetes #K8s #CyberSecurity #CloudComputing

We_Azefox's tweet image. Kubernetes 101 
Docker builds containers. K8s runs them at scale.
Control Plane = Brain 🧠
Worker Nodes = Brawn 💪
Pods | Deployments | Services = Core building blocks
Follow @AzefoxInno for #CloudSecurity & #DevSecOps insights.
#Kubernetes #K8s #CyberSecurity #CloudComputing
We_Azefox's tweet image. Kubernetes 101 
Docker builds containers. K8s runs them at scale.
Control Plane = Brain 🧠
Worker Nodes = Brawn 💪
Pods | Deployments | Services = Core building blocks
Follow @AzefoxInno for #CloudSecurity & #DevSecOps insights.
#Kubernetes #K8s #CyberSecurity #CloudComputing
We_Azefox's tweet image. Kubernetes 101 
Docker builds containers. K8s runs them at scale.
Control Plane = Brain 🧠
Worker Nodes = Brawn 💪
Pods | Deployments | Services = Core building blocks
Follow @AzefoxInno for #CloudSecurity & #DevSecOps insights.
#Kubernetes #K8s #CyberSecurity #CloudComputing
We_Azefox's tweet image. Kubernetes 101 
Docker builds containers. K8s runs them at scale.
Control Plane = Brain 🧠
Worker Nodes = Brawn 💪
Pods | Deployments | Services = Core building blocks
Follow @AzefoxInno for #CloudSecurity & #DevSecOps insights.
#Kubernetes #K8s #CyberSecurity #CloudComputing

Top Security Engineering Certifications 🧠 Each builds core skills in security architecture, governance & defense. Follow @We_Azefox for cybersecurity insights & cert guidance. #CyberSecurity #CISSP #CISM #InfoSec #CyberCareers #AzefoxInnovations

We_Azefox's tweet image. Top Security Engineering Certifications 🧠

Each builds core skills in security architecture, governance & defense.
Follow @We_Azefox  for cybersecurity insights & cert guidance.

#CyberSecurity #CISSP #CISM #InfoSec #CyberCareers #AzefoxInnovations

Anti-Sandbox Techniques Malware evades analysis with: • Env checks (VM, MACs, tools) • Long sleep/timing delays • User-input gates • Debugger detection Outsmart it — extend analysis, detect anti-sandbox logic #cybersecurity #SandboxEvasion #AzefoxInnovations

We_Azefox's tweet image. Anti-Sandbox Techniques

Malware evades analysis with:
• Env checks (VM, MACs, tools)
• Long sleep/timing delays
• User-input gates
• Debugger detection

Outsmart it — extend analysis, detect anti-sandbox logic
#cybersecurity  #SandboxEvasion #AzefoxInnovations
We_Azefox's tweet image. Anti-Sandbox Techniques

Malware evades analysis with:
• Env checks (VM, MACs, tools)
• Long sleep/timing delays
• User-input gates
• Debugger detection

Outsmart it — extend analysis, detect anti-sandbox logic
#cybersecurity  #SandboxEvasion #AzefoxInnovations

Docker 101 Dockerfile = Blueprint Image = Package Container = Runtime Portable & consistent — but misconfigs = risk. Always scan before deploy. Follow @We_Azefox for #DevSecOps & #CyberSecurity tips. #Docker #CloudSecurity #AzefoxInnovations

We_Azefox's tweet image. Docker 101 
Dockerfile = Blueprint
Image = Package
Container = Runtime

Portable & consistent — but misconfigs = risk.
Always scan before deploy.

Follow @We_Azefox  for #DevSecOps & #CyberSecurity tips.
#Docker #CloudSecurity #AzefoxInnovations
We_Azefox's tweet image. Docker 101 
Dockerfile = Blueprint
Image = Package
Container = Runtime

Portable & consistent — but misconfigs = risk.
Always scan before deploy.

Follow @We_Azefox  for #DevSecOps & #CyberSecurity tips.
#Docker #CloudSecurity #AzefoxInnovations
We_Azefox's tweet image. Docker 101 
Dockerfile = Blueprint
Image = Package
Container = Runtime

Portable & consistent — but misconfigs = risk.
Always scan before deploy.

Follow @We_Azefox  for #DevSecOps & #CyberSecurity tips.
#Docker #CloudSecurity #AzefoxInnovations
We_Azefox's tweet image. Docker 101 
Dockerfile = Blueprint
Image = Package
Container = Runtime

Portable & consistent — but misconfigs = risk.
Always scan before deploy.

Follow @We_Azefox  for #DevSecOps & #CyberSecurity tips.
#Docker #CloudSecurity #AzefoxInnovations

Malware can bypass EDRs using Indirect Syscalls: 1️⃣ Find Syscall ID 2️⃣ Build custom stub 3️⃣ Jump directly to kernel Focus on behavioral analysis & memory scanning to detect these stealth moves. #Cybersecurity #Malware #EDR #Syscalls #Infosec #AzefoxInnovations

We_Azefox's tweet image. Malware can bypass EDRs using Indirect Syscalls:
1️⃣ Find Syscall ID
2️⃣ Build custom stub
3️⃣ Jump directly to kernel
Focus on behavioral analysis & memory scanning to detect these stealth moves.
#Cybersecurity #Malware #EDR #Syscalls #Infosec #AzefoxInnovations
We_Azefox's tweet image. Malware can bypass EDRs using Indirect Syscalls:
1️⃣ Find Syscall ID
2️⃣ Build custom stub
3️⃣ Jump directly to kernel
Focus on behavioral analysis & memory scanning to detect these stealth moves.
#Cybersecurity #Malware #EDR #Syscalls #Infosec #AzefoxInnovations
We_Azefox's tweet image. Malware can bypass EDRs using Indirect Syscalls:
1️⃣ Find Syscall ID
2️⃣ Build custom stub
3️⃣ Jump directly to kernel
Focus on behavioral analysis & memory scanning to detect these stealth moves.
#Cybersecurity #Malware #EDR #Syscalls #Infosec #AzefoxInnovations
We_Azefox's tweet image. Malware can bypass EDRs using Indirect Syscalls:
1️⃣ Find Syscall ID
2️⃣ Build custom stub
3️⃣ Jump directly to kernel
Focus on behavioral analysis & memory scanning to detect these stealth moves.
#Cybersecurity #Malware #EDR #Syscalls #Infosec #AzefoxInnovations

DNS 101 – The Internet’s Phonebook DNS turns zurl.co/3qZ2l → 142.250.191.46 4 servers make it work: Resolver, Root, TLD,Authoritative. Records: A, AAAA, CNAME, MX. Follow AzefoxInnovations for tips, cheatsheets & insights. #DNS #CyberSecurity #InfoSec #NetSec

We_Azefox's tweet image. DNS 101 – The Internet’s Phonebook
DNS turns zurl.co/3qZ2l → 142.250.191.46
4 servers make it work: Resolver, Root, TLD,Authoritative.
Records: A, AAAA, CNAME, MX.
Follow AzefoxInnovations for tips, cheatsheets & insights.
#DNS #CyberSecurity #InfoSec #NetSec
We_Azefox's tweet image. DNS 101 – The Internet’s Phonebook
DNS turns zurl.co/3qZ2l → 142.250.191.46
4 servers make it work: Resolver, Root, TLD,Authoritative.
Records: A, AAAA, CNAME, MX.
Follow AzefoxInnovations for tips, cheatsheets & insights.
#DNS #CyberSecurity #InfoSec #NetSec
We_Azefox's tweet image. DNS 101 – The Internet’s Phonebook
DNS turns zurl.co/3qZ2l → 142.250.191.46
4 servers make it work: Resolver, Root, TLD,Authoritative.
Records: A, AAAA, CNAME, MX.
Follow AzefoxInnovations for tips, cheatsheets & insights.
#DNS #CyberSecurity #InfoSec #NetSec
We_Azefox's tweet image. DNS 101 – The Internet’s Phonebook
DNS turns zurl.co/3qZ2l → 142.250.191.46
4 servers make it work: Resolver, Root, TLD,Authoritative.
Records: A, AAAA, CNAME, MX.
Follow AzefoxInnovations for tips, cheatsheets & insights.
#DNS #CyberSecurity #InfoSec #NetSec

Common UAC bypass patterns defenders should watch for: auto-elevate helpers, DLL hijacking in elevated processes, and writable scheduled-task/service paths. Use least-privilege, lock down paths, enable code signing/AppLocker, and tune EDR. #UAC #WindowsSecurity #InfoSec

We_Azefox's tweet image. Common UAC bypass patterns defenders should watch for: auto-elevate helpers, DLL hijacking in elevated processes, and writable scheduled-task/service paths. Use least-privilege, lock down paths, enable code signing/AppLocker, and tune EDR. #UAC #WindowsSecurity #InfoSec
We_Azefox's tweet image. Common UAC bypass patterns defenders should watch for: auto-elevate helpers, DLL hijacking in elevated processes, and writable scheduled-task/service paths. Use least-privilege, lock down paths, enable code signing/AppLocker, and tune EDR. #UAC #WindowsSecurity #InfoSec
We_Azefox's tweet image. Common UAC bypass patterns defenders should watch for: auto-elevate helpers, DLL hijacking in elevated processes, and writable scheduled-task/service paths. Use least-privilege, lock down paths, enable code signing/AppLocker, and tune EDR. #UAC #WindowsSecurity #InfoSec

Data Loss Prevention (DLP) keeps sensitive data from PII to source code from leaking outside your organization. It monitors data in use, motion, and rest to detect and stop breaches before they happen. #DLP #DataSecurity #CyberSecurity #InfoSec #DataProtection #AzefoxInnovations

We_Azefox's tweet image. Data Loss Prevention (DLP) keeps sensitive data from PII to source code from leaking outside your organization.
It monitors data in use, motion, and rest to detect and stop breaches before they happen.
#DLP #DataSecurity #CyberSecurity #InfoSec #DataProtection #AzefoxInnovations
We_Azefox's tweet image. Data Loss Prevention (DLP) keeps sensitive data from PII to source code from leaking outside your organization.
It monitors data in use, motion, and rest to detect and stop breaches before they happen.
#DLP #DataSecurity #CyberSecurity #InfoSec #DataProtection #AzefoxInnovations
We_Azefox's tweet image. Data Loss Prevention (DLP) keeps sensitive data from PII to source code from leaking outside your organization.
It monitors data in use, motion, and rest to detect and stop breaches before they happen.
#DLP #DataSecurity #CyberSecurity #InfoSec #DataProtection #AzefoxInnovations
We_Azefox's tweet image. Data Loss Prevention (DLP) keeps sensitive data from PII to source code from leaking outside your organization.
It monitors data in use, motion, and rest to detect and stop breaches before they happen.
#DLP #DataSecurity #CyberSecurity #InfoSec #DataProtection #AzefoxInnovations

The OWASP Top 10 is the foundation of web app security — the most critical risks every developer & security pro must know. Broken Access Control, Injection, SSRF & more learn how to defend modern apps. Follow @Azefox for more. #OWASPTop10 #AppSec #CyberSecurity #azefoxinnovations

We_Azefox's tweet image. The OWASP Top 10 is the foundation of web app security — the most critical risks every developer & security pro must know.
Broken Access Control, Injection, SSRF & more learn how to defend modern apps.
Follow @Azefox for more.
#OWASPTop10 #AppSec #CyberSecurity #azefoxinnovations
We_Azefox's tweet image. The OWASP Top 10 is the foundation of web app security — the most critical risks every developer & security pro must know.
Broken Access Control, Injection, SSRF & more learn how to defend modern apps.
Follow @Azefox for more.
#OWASPTop10 #AppSec #CyberSecurity #azefoxinnovations
We_Azefox's tweet image. The OWASP Top 10 is the foundation of web app security — the most critical risks every developer & security pro must know.
Broken Access Control, Injection, SSRF & more learn how to defend modern apps.
Follow @Azefox for more.
#OWASPTop10 #AppSec #CyberSecurity #azefoxinnovations
We_Azefox's tweet image. The OWASP Top 10 is the foundation of web app security — the most critical risks every developer & security pro must know.
Broken Access Control, Injection, SSRF & more learn how to defend modern apps.
Follow @Azefox for more.
#OWASPTop10 #AppSec #CyberSecurity #azefoxinnovations

Direct syscalls:stealth EDR-evasion trick where code calls the Windows kernel directly, bypassing hooked APIs (ntdll.dll). Powerful for evasion but brittle across OS updates and hard to implement. Defend with kernel telemetry & behavioral detection. #EDR #DirectSyscalls #InfoSec

We_Azefox's tweet image. Direct syscalls:stealth EDR-evasion trick where code calls the Windows kernel directly, bypassing hooked APIs (ntdll.dll). Powerful for evasion but brittle across OS updates and hard to implement. Defend with kernel telemetry & behavioral detection. #EDR #DirectSyscalls #InfoSec
We_Azefox's tweet image. Direct syscalls:stealth EDR-evasion trick where code calls the Windows kernel directly, bypassing hooked APIs (ntdll.dll). Powerful for evasion but brittle across OS updates and hard to implement. Defend with kernel telemetry & behavioral detection. #EDR #DirectSyscalls #InfoSec
We_Azefox's tweet image. Direct syscalls:stealth EDR-evasion trick where code calls the Windows kernel directly, bypassing hooked APIs (ntdll.dll). Powerful for evasion but brittle across OS updates and hard to implement. Defend with kernel telemetry & behavioral detection. #EDR #DirectSyscalls #InfoSec
We_Azefox's tweet image. Direct syscalls:stealth EDR-evasion trick where code calls the Windows kernel directly, bypassing hooked APIs (ntdll.dll). Powerful for evasion but brittle across OS updates and hard to implement. Defend with kernel telemetry & behavioral detection. #EDR #DirectSyscalls #InfoSec

Side-channel attacks steal secrets by observing physical leaks timing, power use, EM radiation, or sound rather than breaking code. Defend with constant-time code, masking/noise, EM shielding, and strong threat modeling. Follow @We_Azefox for more. #SideChannel #InfoSec

We_Azefox's tweet image. Side-channel attacks steal secrets by observing physical leaks timing, power use, EM radiation, or sound rather than breaking code. Defend with constant-time code, masking/noise, EM shielding, and strong threat modeling.

Follow @We_Azefox for more.

#SideChannel #InfoSec
We_Azefox's tweet image. Side-channel attacks steal secrets by observing physical leaks timing, power use, EM radiation, or sound rather than breaking code. Defend with constant-time code, masking/noise, EM shielding, and strong threat modeling.

Follow @We_Azefox for more.

#SideChannel #InfoSec
We_Azefox's tweet image. Side-channel attacks steal secrets by observing physical leaks timing, power use, EM radiation, or sound rather than breaking code. Defend with constant-time code, masking/noise, EM shielding, and strong threat modeling.

Follow @We_Azefox for more.

#SideChannel #InfoSec
We_Azefox's tweet image. Side-channel attacks steal secrets by observing physical leaks timing, power use, EM radiation, or sound rather than breaking code. Defend with constant-time code, masking/noise, EM shielding, and strong threat modeling.

Follow @We_Azefox for more.

#SideChannel #InfoSec

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