As cyber threats become ever more sophisticated amidst the remote work revolution brought on by the pandemic, legacy security models centered on perimeter defenses prove increasingly vulnerable. The concept of Zero Trust emerges as the benchmark for robust security in the modern enterprise environment. Today We’ll explore Zero Trust Architecture with Pulse Secure and find out if it is the right fit for you.
Zero Trust dictates that organizations must “never trust, always verify” access requests and establishes strict identity verification and least-privilege access protocols. Pulse Secure offers an array of solutions finely attuned to Zero Trust requirements, facilitating the development of secure architectures for organizations across sectors.
Defining Zero Trust Architecture Zero Trust architecture adheres to key principles:
- Verify all users and devices before granting the least privileged access required
- Enforce strict access control using dynamic policy evaluation
- Always inspect network traffic to segment and isolate threats
- Continuously monitor users, devices, and network activity
Pulse Secure Aligns with Zero Trust Tenets Pulse Secure allows organizations to align existing infrastructure with Zero Trust in a simplified manner. Their tools conduct rigorous device posture validation while enabling risk-based conditional access to networks and applications.
Specific Pulse Secure capabilities that empower Zero Trust environments
Micro-segmentation – Pulse Secure enables isolation of network segments and critical systems to restrict lateral threat movement. Micro-segmentation also supports meeting regulatory compliance needs.
Continuous risk assessment – Real-time scanning paired with artificial intelligence and machine learning assists in identifying anomalies and minimizing threat surfaces.
Least-privileged access – Granular policy assignment limits user permissions to only essential resources. Integration with existing Active Directory and identity management systems streamlines access evaluations.
Device compliance checks – Comprehensive device posture assessment ensures endpoints meet security standards before allowing access. Automated remediation of non-compliant devices is also facilitated.
Adaptability – With cyberthreats constantly evolving, Pulse Secure allows easy detection and response modifications through centralized management and analytics tools.
Zero Trust Architecture with Pulse Secure
Forging a Path to Zero Trust Implementation Transitioning to a Zero Trust model can appear an imposing undertaking given existing infrastructures still premised on implicit trust. Pulse Secure makes practical implementation achievable through the following roadmap:
Assess Your Environment Gaining visibility into your current network, resources, users and devices constitutes the critical first step. This foundational inventory illuminates security gaps that Zero Trust practices must address.
Map Out a Zero Trust Framework Defining access policies, resource segmentation procedures and risk thresholds should align with business needs regarding security, functionality and compliance.
Utilize Pulse Connect Secure As a Zero Trust Network Access (ZTNA) solution, Pulse Connect Secure validates user identity and device security posture prior to granting least-privilege application access.
Deploy Pulse Policy Secure
Pulse Policy Secure conducts network-wide access control, restricting network visibility and traffic to only verified user sessions. Device security exemptions can automatically trigger quarantines or remediation.
Monitor and Refine Leverage analytics dashboards within Pulse Secure’s central management interface to identify usage patterns and opportunities for access policy improvements. Reports help demonstrate regulatory compliance.
Real World Success with Pulse Secure Global organizations across finance, government and healthcare sectors validate the following Zero Trust use cases leveraging Pulse Secure:
Secure Acquisition – An investment bank safeguards sensitive documents around a billion dollar acquisition, ensuring confidential data stays tightly restricted without impeding productivity.
Regulatory Compliance – A healthcare provider achieves HIPAA compliance certifications using Pulse Secure to manage patient record access and segmentation.
Application Security – A software firm isolates engineers’ remote access to proprietary source code applications, preventing potential intellectual property leaks.
Threat Remediation – A government agency leverages Pulse Secure to rapidly identify, isolate and remediate ransomware threats without widespread disruption.
Wrapping up
Zero Trust and Pulse Secure Zero Trust architecture marks the frontier of cybersecurity strategy as hybrid work environments subject organizations to enlarged and evolving attack surfaces. Pulse Secure enables enterprises to adopt Zero Trust in a streamlined, cost-effective manner with tools that align with and enhance existing IT infrastructure.
With powerful device posture validation, micro-segmentation and analytics capabilities, Pulse Secure solutions empower organizations to move from perimeter-centric models to comprehensive, risk-based Zero Trust environments. Additional strengths of the Pulse Secure platform include:
Cloud Native Options: Integration with leading cloud providers allows leveraging the scale and economics of the cloud alongside Zero Trust capabilities.
Ongoing Optimization: Continuous monitoring and built-in analytics assist IT teams in regularly tightening controls and responding faster to cyber incidents.
Compliance Automation: Comprehensive audit trails, segmentation and access controls accelerate certifications for standards like PCI DSS, GDPR and NYDFS Cybersecurity Regulation.
As threats loom larger across today’s digital landscapes, Zero Trust emerges as non-negotiable. With Pulse Secure, organizations can effectively evolve defenses to align with Zero Trust best practices for security, agility and regulatory compliance.
