#zerotrustarchitecture — Public Fediverse posts

ZTNA is not a one-time deployment it’s a phased strategy. This framework outlines how organizations can transition from traditional VPN access to a modern, identity-driven security model.

By focusing on applications, users, and device posture, businesses can reduce risk, improve visibility, and enforce granular access control in today’s distributed environments.

#ZTNA #ZeroTrust #CyberSecurity #ZeroTrustArchitecture #ITSecurity #NetworkSecurity #SecureAccess

CVE-2026-21902 represents a high-impact infrastructure exposure.

Affected platform: Junos OS Evolved on PTX series routers.

Attack vector: Unauthenticated network access.
Privilege level: Root execution.
Service: On-Box Anomaly Detection, enabled by default.

Strategic risk:
• Traffic interception capability
• Policy manipulation
• Controller redirection
• Lateral pivoting
• Long-term foothold persistence
Although no exploitation has been observed, historically, high-performance routing infrastructure is a prime target due to its control-plane visibility and network centrality.

Recommended actions:
– Immediate patch validation
– Control-plane traffic monitoring
– Service exposure review
– Network segmentation validation
– Threat hunting for anomalous routing behavior
Are infrastructure devices integrated into your continuous detection engineering pipeline?

Source: https://www.securityweek.com/juniper-networks-ptx-routers-affected-by-critical-vulnerability/

Engage below.
Follow TechNadu for high-signal vulnerability intelligence.
Repost to strengthen security awareness.

#Infosec #CVE2026 #Juniper #RouterSecurity #CriticalInfrastructure #ThreatModeling #DetectionEngineering #NetworkDefense #ZeroTrustArchitecture #CyberRisk #SecurityOperations #VulnerabilityManagement

CVE-2026-21902 represents a high-impact infrastructure exposure.

Affected platform: Junos OS Evolved on PTX series routers.

Attack vector: Unauthenticated network access.
Privilege level: Root execution.
Service: On-Box Anomaly Detection, enabled by default.

Strategic risk:
• Traffic interception capability
• Policy manipulation
• Controller redirection
• Lateral pivoting
• Long-term foothold persistence
Although no exploitation has been observed, historically, high-performance routing infrastructure is a prime target due to its control-plane visibility and network centrality.

Recommended actions:
– Immediate patch validation
– Control-plane traffic monitoring
– Service exposure review
– Network segmentation validation
– Threat hunting for anomalous routing behavior
Are infrastructure devices integrated into your continuous detection engineering pipeline?

Source: https://www.securityweek.com/juniper-networks-ptx-routers-affected-by-critical-vulnerability/

Engage below.
Follow TechNadu for high-signal vulnerability intelligence.
Repost to strengthen security awareness.

#Infosec #CVE2026 #Juniper #RouterSecurity #CriticalInfrastructure #ThreatModeling #DetectionEngineering #NetworkDefense #ZeroTrustArchitecture #CyberRisk #SecurityOperations #VulnerabilityManagement

CVE-2026-21902 represents a high-impact infrastructure exposure.

Affected platform: Junos OS Evolved on PTX series routers.

Attack vector: Unauthenticated network access.
Privilege level: Root execution.
Service: On-Box Anomaly Detection, enabled by default.

Strategic risk:
• Traffic interception capability
• Policy manipulation
• Controller redirection
• Lateral pivoting
• Long-term foothold persistence
Although no exploitation has been observed, historically, high-performance routing infrastructure is a prime target due to its control-plane visibility and network centrality.

Recommended actions:
– Immediate patch validation
– Control-plane traffic monitoring
– Service exposure review
– Network segmentation validation
– Threat hunting for anomalous routing behavior
Are infrastructure devices integrated into your continuous detection engineering pipeline?

Source: https://www.securityweek.com/juniper-networks-ptx-routers-affected-by-critical-vulnerability/

Engage below.
Follow TechNadu for high-signal vulnerability intelligence.
Repost to strengthen security awareness.

#Infosec #CVE2026 #Juniper #RouterSecurity #CriticalInfrastructure #ThreatModeling #DetectionEngineering #NetworkDefense #ZeroTrustArchitecture #CyberRisk #SecurityOperations #VulnerabilityManagement

CVE-2026-21902 represents a high-impact infrastructure exposure.

Affected platform: Junos OS Evolved on PTX series routers.

Attack vector: Unauthenticated network access.
Privilege level: Root execution.
Service: On-Box Anomaly Detection, enabled by default.

Strategic risk:
• Traffic interception capability
• Policy manipulation
• Controller redirection
• Lateral pivoting
• Long-term foothold persistence
Although no exploitation has been observed, historically, high-performance routing infrastructure is a prime target due to its control-plane visibility and network centrality.

Recommended actions:
– Immediate patch validation
– Control-plane traffic monitoring
– Service exposure review
– Network segmentation validation
– Threat hunting for anomalous routing behavior
Are infrastructure devices integrated into your continuous detection engineering pipeline?

Source: https://www.securityweek.com/juniper-networks-ptx-routers-affected-by-critical-vulnerability/

Engage below.
Follow TechNadu for high-signal vulnerability intelligence.
Repost to strengthen security awareness.

#Infosec #CVE2026 #Juniper #RouterSecurity #CriticalInfrastructure #ThreatModeling #DetectionEngineering #NetworkDefense #ZeroTrustArchitecture #CyberRisk #SecurityOperations #VulnerabilityManagement

APT37’s Ruby Jumper campaign demonstrates a mature approach to air-gap traversal.

Observed tradecraft includes:
• LNK-based initial execution
• Embedded PowerShell payload extraction
• Ruby interpreter abuse (v3.3.0)
• Scheduled task persistence (5-minute interval)
• USB-based covert bidirectional C2
• Multi-stage backdoor deployment
Toolset: RESTLEAF, SNAKEDROPPER, THUMBSBD, VIRUSTASK, FOOTWINE, BLUELIGHT.

The removable media relay model enables:
– Command staging offline
– Data exfiltration without internet access
– Lateral spread across isolated systems
– Surveillance via Windows spyware
This reinforces a critical point:
Air-gap controls must extend beyond physical disconnection — including USB governance, device auditing, behavioral monitoring, and strict runtime execution policies.

Are critical infrastructure operators prepared for USB-mediated C2 relays?

Source: https://www.bleepingcomputer.com/news/security/apt37-hackers-use-new-malware-to-breach-air-gapped-networks/

Engage below.

Follow TechNadu for high-signal threat intelligence insights.
Repost to elevate awareness.

#Infosec #APT37 #AirGapSecurity #ThreatModeling #MalwareAnalysis #NationStateThreats #USBExfiltration #SOC #DetectionEngineering #CyberDefense #OperationalSecurity #ThreatHunting #ZeroTrustArchitecture

APT37’s Ruby Jumper campaign demonstrates a mature approach to air-gap traversal.

Observed tradecraft includes:
• LNK-based initial execution
• Embedded PowerShell payload extraction
• Ruby interpreter abuse (v3.3.0)
• Scheduled task persistence (5-minute interval)
• USB-based covert bidirectional C2
• Multi-stage backdoor deployment
Toolset: RESTLEAF, SNAKEDROPPER, THUMBSBD, VIRUSTASK, FOOTWINE, BLUELIGHT.

The removable media relay model enables:
– Command staging offline
– Data exfiltration without internet access
– Lateral spread across isolated systems
– Surveillance via Windows spyware
This reinforces a critical point:
Air-gap controls must extend beyond physical disconnection — including USB governance, device auditing, behavioral monitoring, and strict runtime execution policies.

Are critical infrastructure operators prepared for USB-mediated C2 relays?

Source: https://www.bleepingcomputer.com/news/security/apt37-hackers-use-new-malware-to-breach-air-gapped-networks/

Engage below.

Follow TechNadu for high-signal threat intelligence insights.
Repost to elevate awareness.

#Infosec #APT37 #AirGapSecurity #ThreatModeling #MalwareAnalysis #NationStateThreats #USBExfiltration #SOC #DetectionEngineering #CyberDefense #OperationalSecurity #ThreatHunting #ZeroTrustArchitecture

APT37’s Ruby Jumper campaign demonstrates a mature approach to air-gap traversal.

Observed tradecraft includes:
• LNK-based initial execution
• Embedded PowerShell payload extraction
• Ruby interpreter abuse (v3.3.0)
• Scheduled task persistence (5-minute interval)
• USB-based covert bidirectional C2
• Multi-stage backdoor deployment
Toolset: RESTLEAF, SNAKEDROPPER, THUMBSBD, VIRUSTASK, FOOTWINE, BLUELIGHT.

The removable media relay model enables:
– Command staging offline
– Data exfiltration without internet access
– Lateral spread across isolated systems
– Surveillance via Windows spyware
This reinforces a critical point:
Air-gap controls must extend beyond physical disconnection — including USB governance, device auditing, behavioral monitoring, and strict runtime execution policies.

Are critical infrastructure operators prepared for USB-mediated C2 relays?

Source: https://www.bleepingcomputer.com/news/security/apt37-hackers-use-new-malware-to-breach-air-gapped-networks/

Engage below.

Follow TechNadu for high-signal threat intelligence insights.
Repost to elevate awareness.

#Infosec #APT37 #AirGapSecurity #ThreatModeling #MalwareAnalysis #NationStateThreats #USBExfiltration #SOC #DetectionEngineering #CyberDefense #OperationalSecurity #ThreatHunting #ZeroTrustArchitecture

APT37’s Ruby Jumper campaign demonstrates a mature approach to air-gap traversal.

Observed tradecraft includes:
• LNK-based initial execution
• Embedded PowerShell payload extraction
• Ruby interpreter abuse (v3.3.0)
• Scheduled task persistence (5-minute interval)
• USB-based covert bidirectional C2
• Multi-stage backdoor deployment
Toolset: RESTLEAF, SNAKEDROPPER, THUMBSBD, VIRUSTASK, FOOTWINE, BLUELIGHT.

The removable media relay model enables:
– Command staging offline
– Data exfiltration without internet access
– Lateral spread across isolated systems
– Surveillance via Windows spyware
This reinforces a critical point:
Air-gap controls must extend beyond physical disconnection — including USB governance, device auditing, behavioral monitoring, and strict runtime execution policies.

Are critical infrastructure operators prepared for USB-mediated C2 relays?

Source: https://www.bleepingcomputer.com/news/security/apt37-hackers-use-new-malware-to-breach-air-gapped-networks/

Engage below.

Follow TechNadu for high-signal threat intelligence insights.
Repost to elevate awareness.

#Infosec #APT37 #AirGapSecurity #ThreatModeling #MalwareAnalysis #NationStateThreats #USBExfiltration #SOC #DetectionEngineering #CyberDefense #OperationalSecurity #ThreatHunting #ZeroTrustArchitecture

APT37’s Ruby Jumper campaign demonstrates a mature approach to air-gap traversal.

Observed tradecraft includes:
• LNK-based initial execution
• Embedded PowerShell payload extraction
• Ruby interpreter abuse (v3.3.0)
• Scheduled task persistence (5-minute interval)
• USB-based covert bidirectional C2
• Multi-stage backdoor deployment
Toolset: RESTLEAF, SNAKEDROPPER, THUMBSBD, VIRUSTASK, FOOTWINE, BLUELIGHT.

The removable media relay model enables:
– Command staging offline
– Data exfiltration without internet access
– Lateral spread across isolated systems
– Surveillance via Windows spyware
This reinforces a critical point:
Air-gap controls must extend beyond physical disconnection — including USB governance, device auditing, behavioral monitoring, and strict runtime execution policies.

Are critical infrastructure operators prepared for USB-mediated C2 relays?

Source: https://www.bleepingcomputer.com/news/security/apt37-hackers-use-new-malware-to-breach-air-gapped-networks/

Engage below.

Follow TechNadu for high-signal threat intelligence insights.
Repost to elevate awareness.

#Infosec #APT37 #AirGapSecurity #ThreatModeling #MalwareAnalysis #NationStateThreats #USBExfiltration #SOC #DetectionEngineering #CyberDefense #OperationalSecurity #ThreatHunting #ZeroTrustArchitecture

Identity compromise continues to dominate intrusion chains.
From the Sophos Active Adversary Report 2026:
• 67% of initial access attributed to identity abuse
• 3.4-hour median to Active Directory pivot
• 3-day median dwell time
• 88% ransomware deployment off-hours
• 79% data exfiltration off-hours
Directory services remain high-value assets — authentication, authorization, policy control, privilege mapping.
The compressed timeline from credential misuse to directory-level access underscores the need for:
– Continuous identity monitoring
– Behavioral analytics
– After-hours SOC coverage
– Conditional access enforcement
– Least-privilege architecture
Generative AI is functioning as a force multiplier — improving phishing quality and campaign scale - not yet delivering autonomous attack chains.

Is identity governance keeping pace with adversary dwell time compression?
Engage below.

Source: https://www.sophos.com/en-us/press/press-releases/sophos-active-adversary-report-2026-identity-attacks-dominate-as-threat-groups-proliferate

Follow TechNadu for high-signal infosec analysis.

Repost to strengthen industry awareness.

#Infosec #IdentityThreats #RansomwareDefense #ActiveDirectorySecurity #ThreatModeling #GenAI #SecurityOperations #CyberRisk #ZeroTrustArchitecture #DetectionEngineering #EnterpriseSecurity #ThreatHunting

Identity compromise continues to dominate intrusion chains.
From the Sophos Active Adversary Report 2026:
• 67% of initial access attributed to identity abuse
• 3.4-hour median to Active Directory pivot
• 3-day median dwell time
• 88% ransomware deployment off-hours
• 79% data exfiltration off-hours
Directory services remain high-value assets — authentication, authorization, policy control, privilege mapping.
The compressed timeline from credential misuse to directory-level access underscores the need for:
– Continuous identity monitoring
– Behavioral analytics
– After-hours SOC coverage
– Conditional access enforcement
– Least-privilege architecture
Generative AI is functioning as a force multiplier — improving phishing quality and campaign scale - not yet delivering autonomous attack chains.

Is identity governance keeping pace with adversary dwell time compression?
Engage below.

Source: https://www.sophos.com/en-us/press/press-releases/sophos-active-adversary-report-2026-identity-attacks-dominate-as-threat-groups-proliferate

Follow TechNadu for high-signal infosec analysis.

Repost to strengthen industry awareness.

#Infosec #IdentityThreats #RansomwareDefense #ActiveDirectorySecurity #ThreatModeling #GenAI #SecurityOperations #CyberRisk #ZeroTrustArchitecture #DetectionEngineering #EnterpriseSecurity #ThreatHunting

Identity compromise continues to dominate intrusion chains.
From the Sophos Active Adversary Report 2026:
• 67% of initial access attributed to identity abuse
• 3.4-hour median to Active Directory pivot
• 3-day median dwell time
• 88% ransomware deployment off-hours
• 79% data exfiltration off-hours
Directory services remain high-value assets — authentication, authorization, policy control, privilege mapping.
The compressed timeline from credential misuse to directory-level access underscores the need for:
– Continuous identity monitoring
– Behavioral analytics
– After-hours SOC coverage
– Conditional access enforcement
– Least-privilege architecture
Generative AI is functioning as a force multiplier — improving phishing quality and campaign scale - not yet delivering autonomous attack chains.

Is identity governance keeping pace with adversary dwell time compression?
Engage below.

Source: https://www.sophos.com/en-us/press/press-releases/sophos-active-adversary-report-2026-identity-attacks-dominate-as-threat-groups-proliferate

Follow TechNadu for high-signal infosec analysis.

Repost to strengthen industry awareness.

#Infosec #IdentityThreats #RansomwareDefense #ActiveDirectorySecurity #ThreatModeling #GenAI #SecurityOperations #CyberRisk #ZeroTrustArchitecture #DetectionEngineering #EnterpriseSecurity #ThreatHunting

Identity compromise continues to dominate intrusion chains.
From the Sophos Active Adversary Report 2026:
• 67% of initial access attributed to identity abuse
• 3.4-hour median to Active Directory pivot
• 3-day median dwell time
• 88% ransomware deployment off-hours
• 79% data exfiltration off-hours
Directory services remain high-value assets — authentication, authorization, policy control, privilege mapping.
The compressed timeline from credential misuse to directory-level access underscores the need for:
– Continuous identity monitoring
– Behavioral analytics
– After-hours SOC coverage
– Conditional access enforcement
– Least-privilege architecture
Generative AI is functioning as a force multiplier — improving phishing quality and campaign scale - not yet delivering autonomous attack chains.

Is identity governance keeping pace with adversary dwell time compression?
Engage below.

Source: https://www.sophos.com/en-us/press/press-releases/sophos-active-adversary-report-2026-identity-attacks-dominate-as-threat-groups-proliferate

Follow TechNadu for high-signal infosec analysis.

Repost to strengthen industry awareness.

#Infosec #IdentityThreats #RansomwareDefense #ActiveDirectorySecurity #ThreatModeling #GenAI #SecurityOperations #CyberRisk #ZeroTrustArchitecture #DetectionEngineering #EnterpriseSecurity #ThreatHunting

Hidden network paths shape the cloud. Clarity brings control. Share your thoughts on how you face this drift. #ShadowNetworking #ZeroTrust #PlatformEngineering #CloudSecurity #Kubernetes #DevOps #CloudGovernance #ZeroTrustArchitecture #SiteReliability #DigitalTransformation #CloudStrategy #Security #DevSecOps #ModernIT
https://www.linkedin.com/pulse/hidden-pulse-cloud-how-manage-shadow-networking-sanjay-k-mohindroo--fdtbc

Hidden network paths shape the cloud. Clarity brings control. Share your thoughts on how you face this drift. #ShadowNetworking #ZeroTrust #PlatformEngineering #CloudSecurity #Kubernetes #DevOps #CloudGovernance #ZeroTrustArchitecture #SiteReliability #DigitalTransformation #CloudStrategy #Security #DevSecOps #ModernIT
https://www.linkedin.com/pulse/hidden-pulse-cloud-how-manage-shadow-networking-sanjay-k-mohindroo--fdtbc

Hidden network paths shape the cloud. Clarity brings control. Share your thoughts on how you face this drift. #ShadowNetworking #ZeroTrust #PlatformEngineering #CloudSecurity #Kubernetes #DevOps #CloudGovernance #ZeroTrustArchitecture #SiteReliability #DigitalTransformation #CloudStrategy #Security #DevSecOps #ModernIT
https://www.linkedin.com/pulse/hidden-pulse-cloud-how-manage-shadow-networking-sanjay-k-mohindroo--fdtbc

https://www.europesays.com/uk/521840/ Trends & Strategies Shaping the $5.5 Billion Space #Business #IdentityAndAccessManagement #IncidentResponse #IoTSecurity #ITSecurity #Markets #ResearchAndMarkets #ThreatIntelligence #UK #UnitedKingdom #ZeroTrustArchitecture

Policies are paper shields against digital bullets. Tonga's cyber crisis proves sovereignty requires an engineered defense using decentralized tech like DePIN. https://hackernoon.com/beyond-policy-papers-tongas-cybersecurity-reality-check #zerotrustarchitecture

Policies are paper shields against digital bullets. Tonga's cyber crisis proves sovereignty requires an engineered defense using decentralized tech like DePIN. https://hackernoon.com/beyond-policy-papers-tongas-cybersecurity-reality-check #zerotrustarchitecture

Policies are paper shields against digital bullets. Tonga's cyber crisis proves sovereignty requires an engineered defense using decentralized tech like DePIN. https://hackernoon.com/beyond-policy-papers-tongas-cybersecurity-reality-check #zerotrustarchitecture

Policies are paper shields against digital bullets. Tonga's cyber crisis proves sovereignty requires an engineered defense using decentralized tech like DePIN. https://hackernoon.com/beyond-policy-papers-tongas-cybersecurity-reality-check #zerotrustarchitecture

Policies are paper shields against digital bullets. Tonga's cyber crisis proves sovereignty requires an engineered defense using decentralized tech like DePIN. https://hackernoon.com/beyond-policy-papers-tongas-cybersecurity-reality-check #zerotrustarchitecture

🔒🌐 How do we best protect our digital assets? Discover the power of Zero Trust Architecture. Learn how this cybersecurity model challenges traditional approaches by verifying every access request, ensuring robust protection for your data and networks. 🚀🔍
https://negativepid.blog/an-introduction-to-zta/
#ZTA #zeroTrust #zeroTrustArchitecture #cybersecurity #compliance #regulations #dataProtection

🔒🌐 How do we best protect our digital assets? Discover the power of Zero Trust Architecture. Learn how this cybersecurity model challenges traditional approaches by verifying every access request, ensuring robust protection for your data and networks. 🚀🔍
https://negativepid.blog/an-introduction-to-zta/
#ZTA #zeroTrust #zeroTrustArchitecture #cybersecurity #compliance #regulations #dataProtection

Zero Trust in the Age of Digital Transformation: The New Cybersecurity Paradigm https://hackread.com/zero-trust-digital-transformation-cybersecurity-paradigm/ #ZeroTrustArchitecture #Cybersecurity #Technology #Security #ZTA

Zero Trust in the Age of Digital Transformation: The New Cybersecurity Paradigm https://hackread.com/zero-trust-digital-transformation-cybersecurity-paradigm/ #ZeroTrustArchitecture #Cybersecurity #Technology #Security #ZTA

Zero Trust in the Age of Digital Transformation: The New Cybersecurity Paradigm https://hackread.com/zero-trust-digital-transformation-cybersecurity-paradigm/ #ZeroTrustArchitecture #Cybersecurity #Technology #Security #ZTA

Zero Trust in the Age of Digital Transformation: The New Cybersecurity Paradigm https://hackread.com/zero-trust-digital-transformation-cybersecurity-paradigm/ #ZeroTrustArchitecture #Cybersecurity #Technology #Security #ZTA

Zero Trust in the Age of Digital Transformation: The New Cybersecurity Paradigm – Source:hackread.com https://ciso2ciso.com/zero-trust-in-the-age-of-digital-transformation-the-new-cybersecurity-paradigm-sourcehackread-com/ #1CyberSecurityNewsPost #ZeroTrustArchitecture #CyberSecurityNews #cybersecurity #Technology #Hackread #security #ZTA

Zero Trust in the Age of Digital Transformation: The New Cybersecurity Paradigm – Source:hackread.com https://ciso2ciso.com/zero-trust-in-the-age-of-digital-transformation-the-new-cybersecurity-paradigm-sourcehackread-com/ #1CyberSecurityNewsPost #ZeroTrustArchitecture #CyberSecurityNews #cybersecurity #Technology #Hackread #security #ZTA

Zero Trust in the Age of Digital Transformation: The New Cybersecurity Paradigm – Source:hackread.com https://ciso2ciso.com/zero-trust-in-the-age-of-digital-transformation-the-new-cybersecurity-paradigm-sourcehackread-com/ #1CyberSecurityNewsPost #ZeroTrustArchitecture #CyberSecurityNews #cybersecurity #Technology #Hackread #security #ZTA

Zero Trust in the Age of Digital Transformation: The New Cybersecurity Paradigm – Source:hackread.com https://ciso2ciso.com/zero-trust-in-the-age-of-digital-transformation-the-new-cybersecurity-paradigm-sourcehackread-com/ #1CyberSecurityNewsPost #ZeroTrustArchitecture #CyberSecurityNews #cybersecurity #Technology #Hackread #security #ZTA

Cybersecurity for Businesses in 2025: What to Expect https://thecyberexpress.com/cybersecurity-for-businesses/ #CybersecurityforBusinessesin2025 #CybersecurityTrends2025 #ZeroTrustArchitecture #TheCyberExpressNews #Supplychainattacks #AIinCybersecurity #BiometricSecurity #TheCyberExpress #FirewallDaily #Trends2025 #Features #Trends

Cybersecurity for Businesses in 2025: What to Expect https://thecyberexpress.com/cybersecurity-for-businesses/ #CybersecurityforBusinessesin2025 #CybersecurityTrends2025 #ZeroTrustArchitecture #TheCyberExpressNews #Supplychainattacks #AIinCybersecurity #BiometricSecurity #TheCyberExpress #FirewallDaily #Trends2025 #Features #Trends

Cybersecurity for Businesses in 2025: What to Expect https://thecyberexpress.com/cybersecurity-for-businesses/ #CybersecurityforBusinessesin2025 #CybersecurityTrends2025 #ZeroTrustArchitecture #TheCyberExpressNews #Supplychainattacks #AIinCybersecurity #BiometricSecurity #TheCyberExpress #FirewallDaily #Trends2025 #Features #Trends

GenAI applications, powered by large language models (LLMs), are revolutionizing digital platforms by generating human-like text, code, and media. However, the unique properties of LLMs present new security challenges. LLMs are versatile, probabilistic, and still a black box,... https://techcommunity.microsoft.com/t5/security-compliance-and-identity/navigating-new-application-security-challenges-posed-by-genai/ba-p/4128243 #GenAIsecurity #LLMchallenges #ZeroTrustArchitecture #softcorpremium

GenAI applications, powered by large language models (LLMs), are revolutionizing digital platforms by generating human-like text, code, and media. However, the unique properties of LLMs present new security challenges. LLMs are versatile, probabilistic, and still a black box,... https://techcommunity.microsoft.com/t5/security-compliance-and-identity/navigating-new-application-security-challenges-posed-by-genai/ba-p/4128243 #GenAIsecurity #LLMchallenges #ZeroTrustArchitecture #softcorpremium

GenAI applications, powered by large language models (LLMs), are revolutionizing digital platforms by generating human-like text, code, and media. However, the unique properties of LLMs present new security challenges. LLMs are versatile, probabilistic, and still a black box,... https://techcommunity.microsoft.com/t5/security-compliance-and-identity/navigating-new-application-security-challenges-posed-by-genai/ba-p/4128243 #GenAIsecurity #LLMchallenges #ZeroTrustArchitecture #softcorpremium

GenAI applications, powered by large language models (LLMs), are revolutionizing digital platforms by generating human-like text, code, and media. However, the unique properties of LLMs present new security challenges. LLMs are versatile, probabilistic, and still a black box,... https://techcommunity.microsoft.com/t5/security-compliance-and-identity/navigating-new-application-security-challenges-posed-by-genai/ba-p/4128243 #GenAIsecurity #LLMchallenges #ZeroTrustArchitecture #softcorpremium

Is safeguarding sensitive data a paramount concern for your organization? The evolving threat landscape and the constant emergence of new technologies make it imperative to adopt proactive strategies to mitigate data security risks. Let's explore the top five strategies to fortify data security in the face of rapid changes: https://foxconsulting.co/post/safeguarding-data-in-motion-top-5-strategies-to-mitigate-security-risks-in-a-rapidly-changing-lands

#datasecurity #datagovernance #zerotrustarchitecture #encryptionprotocols #securityaudits

Network segmentation is the second area to address in zero trust planning and implementation. With segmentation you’re enhancing security by dividing networks into isolated zones with strict access controls.
 
Based on professional observations from numerous successful intrusions, network segmentation is one of the most common zero trust concepts not implemented. This is often due to the cost, time, and the staff necessary to design, implement and secure legacy network infrastructure when those legacy networks are not perceived as “broken” by the end-users or leadership.   This is where the adage, “If it’s not broke, don’t fix it” is most apparent and a difficult, but necessary area to explain to corporate stakeholders.

To properly conduct network segmentation, you should consider the following:

1.      Threat Containment: Isolating segments limits the impact of breaches, aligning with zero trust's principle of minimal trust.
2.      Granular Access Control: Enforce stringent access policies, verifying users and devices continuously regardless of location.
3.      Layered Defense: Combine segmentation with other tools for robust security layers against cyber threats.
4.      Adaptive Security: Adjust controls dynamically based on threat intel and user behavior, ensuring agility against evolving threats.
5.      Compliance Assurance: Facilitate compliance by segregating sensitive data, reducing audit scope and regulatory risks.
6.      Implement network segmentation to fortify your security posture and embrace zero trust principles effectively.

Zero trust and network segmentation aren’t one and done matters. They require constant reevaluation and change, this process of continuous evaluation, although tedious, always works in the favor of the defender.

#networksegmentation #cybersecurity #infosec #ZeroTrustArchitecture

Network segmentation is the second area to address in zero trust planning and implementation. With segmentation you’re enhancing security by dividing networks into isolated zones with strict access controls.
 
Based on professional observations from numerous successful intrusions, network segmentation is one of the most common zero trust concepts not implemented. This is often due to the cost, time, and the staff necessary to design, implement and secure legacy network infrastructure when those legacy networks are not perceived as “broken” by the end-users or leadership.   This is where the adage, “If it’s not broke, don’t fix it” is most apparent and a difficult, but necessary area to explain to corporate stakeholders.

To properly conduct network segmentation, you should consider the following:

1.      Threat Containment: Isolating segments limits the impact of breaches, aligning with zero trust's principle of minimal trust.
2.      Granular Access Control: Enforce stringent access policies, verifying users and devices continuously regardless of location.
3.      Layered Defense: Combine segmentation with other tools for robust security layers against cyber threats.
4.      Adaptive Security: Adjust controls dynamically based on threat intel and user behavior, ensuring agility against evolving threats.
5.      Compliance Assurance: Facilitate compliance by segregating sensitive data, reducing audit scope and regulatory risks.
6.      Implement network segmentation to fortify your security posture and embrace zero trust principles effectively.

Zero trust and network segmentation aren’t one and done matters. They require constant reevaluation and change, this process of continuous evaluation, although tedious, always works in the favor of the defender.

#networksegmentation #cybersecurity #infosec #ZeroTrustArchitecture

Network segmentation is the second area to address in zero trust planning and implementation. With segmentation you’re enhancing security by dividing networks into isolated zones with strict access controls.
 
Based on professional observations from numerous successful intrusions, network segmentation is one of the most common zero trust concepts not implemented. This is often due to the cost, time, and the staff necessary to design, implement and secure legacy network infrastructure when those legacy networks are not perceived as “broken” by the end-users or leadership.   This is where the adage, “If it’s not broke, don’t fix it” is most apparent and a difficult, but necessary area to explain to corporate stakeholders.

To properly conduct network segmentation, you should consider the following:

1.      Threat Containment: Isolating segments limits the impact of breaches, aligning with zero trust's principle of minimal trust.
2.      Granular Access Control: Enforce stringent access policies, verifying users and devices continuously regardless of location.
3.      Layered Defense: Combine segmentation with other tools for robust security layers against cyber threats.
4.      Adaptive Security: Adjust controls dynamically based on threat intel and user behavior, ensuring agility against evolving threats.
5.      Compliance Assurance: Facilitate compliance by segregating sensitive data, reducing audit scope and regulatory risks.
6.      Implement network segmentation to fortify your security posture and embrace zero trust principles effectively.

Zero trust and network segmentation aren’t one and done matters. They require constant reevaluation and change, this process of continuous evaluation, although tedious, always works in the favor of the defender.

#networksegmentation #cybersecurity #infosec #ZeroTrustArchitecture

Network segmentation is the second area to address in zero trust planning and implementation. With segmentation you’re enhancing security by dividing networks into isolated zones with strict access controls.
 
Based on professional observations from numerous successful intrusions, network segmentation is one of the most common zero trust concepts not implemented. This is often due to the cost, time, and the staff necessary to design, implement and secure legacy network infrastructure when those legacy networks are not perceived as “broken” by the end-users or leadership.   This is where the adage, “If it’s not broke, don’t fix it” is most apparent and a difficult, but necessary area to explain to corporate stakeholders.

To properly conduct network segmentation, you should consider the following:

1.      Threat Containment: Isolating segments limits the impact of breaches, aligning with zero trust's principle of minimal trust.
2.      Granular Access Control: Enforce stringent access policies, verifying users and devices continuously regardless of location.
3.      Layered Defense: Combine segmentation with other tools for robust security layers against cyber threats.
4.      Adaptive Security: Adjust controls dynamically based on threat intel and user behavior, ensuring agility against evolving threats.
5.      Compliance Assurance: Facilitate compliance by segregating sensitive data, reducing audit scope and regulatory risks.
6.      Implement network segmentation to fortify your security posture and embrace zero trust principles effectively.

Zero trust and network segmentation aren’t one and done matters. They require constant reevaluation and change, this process of continuous evaluation, although tedious, always works in the favor of the defender.

#networksegmentation #cybersecurity #infosec #ZeroTrustArchitecture

Network segmentation is the second area to address in zero trust planning and implementation. With segmentation you’re enhancing security by dividing networks into isolated zones with strict access controls.
 
Based on professional observations from numerous successful intrusions, network segmentation is one of the most common zero trust concepts not implemented. This is often due to the cost, time, and the staff necessary to design, implement and secure legacy network infrastructure when those legacy networks are not perceived as “broken” by the end-users or leadership.   This is where the adage, “If it’s not broke, don’t fix it” is most apparent and a difficult, but necessary area to explain to corporate stakeholders.

To properly conduct network segmentation, you should consider the following:

1.      Threat Containment: Isolating segments limits the impact of breaches, aligning with zero trust's principle of minimal trust.
2.      Granular Access Control: Enforce stringent access policies, verifying users and devices continuously regardless of location.
3.      Layered Defense: Combine segmentation with other tools for robust security layers against cyber threats.
4.      Adaptive Security: Adjust controls dynamically based on threat intel and user behavior, ensuring agility against evolving threats.
5.      Compliance Assurance: Facilitate compliance by segregating sensitive data, reducing audit scope and regulatory risks.
6.      Implement network segmentation to fortify your security posture and embrace zero trust principles effectively.

Zero trust and network segmentation aren’t one and done matters. They require constant reevaluation and change, this process of continuous evaluation, although tedious, always works in the favor of the defender.

#networksegmentation #cybersecurity #infosec #ZeroTrustArchitecture

Curious about #ZeroTrustArchitecture?

Zack Butcher presents a succinct & easy-to-understand definition of a "zero trust architecture" and discusses how a common use case - application communication from cloud to on-premises through a DMZ - can be simplified with identity-aware proxies (and policy!), leading to improved security without sacrificing organizational agility.

Watch the #InfoQ video: https://bit.ly/3uUZHPt

#SoftwareArchitecture #Security

Curious about #ZeroTrustArchitecture?

Zack Butcher presents a succinct & easy-to-understand definition of a "zero trust architecture" and discusses how a common use case - application communication from cloud to on-premises through a DMZ - can be simplified with identity-aware proxies (and policy!), leading to improved security without sacrificing organizational agility.

Watch the #InfoQ video: https://bit.ly/3uUZHPt

#SoftwareArchitecture #Security

Curious about #ZeroTrustArchitecture?

Zack Butcher presents a succinct & easy-to-understand definition of a "zero trust architecture" and discusses how a common use case - application communication from cloud to on-premises through a DMZ - can be simplified with identity-aware proxies (and policy!), leading to improved security without sacrificing organizational agility.

Watch the #InfoQ video: https://bit.ly/3uUZHPt

#SoftwareArchitecture #Security

Curious about #ZeroTrustArchitecture?

Zack Butcher presents a succinct & easy-to-understand definition of a "zero trust architecture" and discusses how a common use case - application communication from cloud to on-premises through a DMZ - can be simplified with identity-aware proxies (and policy!), leading to improved security without sacrificing organizational agility.

Watch the #InfoQ video: https://bit.ly/3uUZHPt

#SoftwareArchitecture #Security