Which solution is better for small to medium businesses?

Zscaler typically provides better value for SMBs due to its subscription model, rapid deployment, and minimal infrastructure requirements. The cloud-native approach eliminates upfront hardware costs and reduces IT overhead.

What are the key differences between Zscaler and Juniper Networks security approaches?

Zscaler focuses purely on cloud-delivered security services with zero trust architecture, while Juniper combines AI-driven networking with integrated security capabilities. Zscaler is cloud-only, whereas Juniper offers flexible deployment options.

Which platform offers better performance for distributed organizations?

Zscaler's global cloud infrastructure with 150+ data centers typically provides better performance for geographically distributed organizations. Users connect to the nearest data center for optimized experience regardless of location.

How do the total costs of ownership compare between these solutions?

Zscaler's subscription model eliminates hardware costs and reduces operational overhead, often providing better TCO for distributed environments. Juniper may offer better long-term economics for stable environments with consistent requirements and existing infrastructure investments.

Can organizations use both Zscaler and Juniper together?

Yes, Juniper and Zscaler have a strategic partnership enabling best-of-breed SASE solutions. Organizations can combine Juniper's AI-Native SD-WAN with Zscaler's Zero Trust Exchange for comprehensive networking and security capabilities.

Which solution provides better compliance support for regulated industries?

Both platforms support major compliance frameworks. Zscaler provides extensive cloud-based compliance capabilities, while Juniper offers more control for organizations requiring on-premises data processing for sovereignty requirements.

Zscaler Vs Juniper Networks

Table of Contents

Zscaler vs Juniper Networks: A Comprehensive Comparison of Leading Network Security Solutions

The network security landscape has evolved dramatically, with organizations increasingly seeking cloud-native solutions that can protect distributed workforces and hybrid infrastructures. Two prominent players in this space are Zscaler and Juniper Networks, each offering distinct approaches to modern security challenges. While Zscaler has established itself as a leader in cloud-based security services with its Zero Trust Exchange platform, Juniper Networks brings decades of networking expertise combined with AI-driven solutions to deliver comprehensive SASE capabilities. This detailed comparison examines both platforms across multiple dimensions including architecture, security features, performance, scalability, and cost-effectiveness to help organizations make informed decisions about their network security infrastructure investments in 2026.

Market Position and Company Overview

Understanding the market positioning of both companies provides crucial context for their technology offerings and strategic direction.

Zscaler’s Market Leadership

Zscaler dominates the cloud security space with a significant market presence. The company holds a 4.65% market share in the Perimeter Security and Firewalls category, demonstrating substantial adoption across enterprises globally.

Founded in 2008, Zscaler pioneered the Security Service Edge (SSE) approach. The company’s cloud-native architecture eliminates traditional network security limitations. Their platform serves millions of users worldwide through a globally distributed cloud infrastructure.

Zscaler’s focus remains purely on security services delivered from the cloud. This specialization has enabled deep innovation in zero trust security models. The company continues investing heavily in threat intelligence and machine learning capabilities.

Juniper Networks’ Networking Heritage

Juniper Networks brings extensive networking expertise to the security market. While holding a smaller 0.37% market share in perimeter security, the company’s strength lies in comprehensive networking solutions.

Established in 1996, Juniper built its reputation on high-performance routing and switching infrastructure. The company serves service providers, enterprises, and public sector organizations globally. Their recent AI-Native Networking Platform represents significant innovation in network intelligence.

Juniper’s approach combines traditional networking excellence with modern security capabilities. Their SASE solution integrates seamlessly with existing network infrastructure. The partnership with Zscaler demonstrates their commitment to best-of-breed security integration.

Core Architecture and Technology Foundation

The fundamental architectural approaches of these platforms significantly impact their capabilities and deployment scenarios.

Zscaler’s Cloud-Native Architecture

Zscaler’s Zero Trust Exchange platform operates entirely from the cloud, eliminating the need for traditional network security appliances. This architecture provides inherent scalability and global reach.

The platform processes over 300 billion transactions daily across 150+ data centers worldwide. Each data center functions as a complete security stack, providing consistent protection regardless of user location. This distributed approach ensures optimal performance and redundancy.

Key architectural advantages include:

Instant scalability without hardware procurement
Global consistency in security policy enforcement
Automatic updates and threat intelligence integration
Simplified management through centralized cloud console

The cloud-native design eliminates traditional network chokepoints. Users connect directly to the nearest Zscaler data center for optimized performance. This approach particularly benefits organizations with distributed workforces and cloud-first strategies.

Juniper’s AI-Native Networking Platform

Juniper’s AI-Native Networking Platform leverages artificial intelligence throughout the network infrastructure. This approach provides intelligent automation and predictive capabilities.

The platform combines traditional networking hardware with cloud-based AI services. Mist AI, Juniper’s cloud-native intelligence engine, analyzes network behavior and automates responses. This integration enables proactive issue resolution and optimization.

Core architectural elements include:

AI-driven automation for network operations
Cloud-based analytics and intelligence
Flexible deployment options including on-premises and cloud
Integration capabilities with third-party security vendors

Juniper’s hybrid approach accommodates various deployment preferences. Organizations can maintain on-premises control while leveraging cloud intelligence. This flexibility appeals to enterprises with regulatory requirements or existing infrastructure investments.

Security Capabilities and Zero Trust Implementation

Both platforms implement zero trust principles, but with different emphasis and methodologies.

Zscaler’s Comprehensive Zero Trust Security

Zscaler pioneered the zero trust network access model with its comprehensive security service edge platform. The solution treats every connection attempt as potentially hostile, regardless of source location.

The Zero Trust Exchange platform includes multiple integrated security functions. Users authenticate once and receive appropriate access based on identity, device posture, and contextual factors. This approach eliminates the traditional network perimeter concept.

Key security capabilities include:

Cloud Access Security Broker (CASB) for SaaS application protection
Data Loss Prevention (DLP) with advanced content inspection
Advanced Threat Protection using machine learning and behavioral analysis
Browser Isolation for safe web browsing
Firewall as a Service (FWaaS) with next-generation capabilities

Zscaler’s threat intelligence leverages data from its massive user base. The platform analyzes billions of transactions to identify emerging threats. This collective intelligence enhances protection for all customers automatically.

Juniper’s Network-Centric Security Approach

Juniper implements zero trust through network infrastructure intelligence combined with integrated security services. Their approach emphasizes network visibility and microsegmentation.

The Connected Security platform integrates with Juniper’s networking infrastructure. This tight integration provides deep visibility into network traffic and user behavior. AI-driven analytics identify anomalies and potential security threats.

Security features encompass:

Advanced Threat Prevention with machine learning detection
Microsegmentation for lateral movement prevention
Encrypted Traffic Intelligence without decryption
Behavioral Analytics for insider threat detection
Automated Response capabilities for threat containment

Juniper’s partnership with Zscaler creates a best-of-breed SASE solution. Organizations can leverage Juniper’s networking expertise with Zscaler’s security specialization. This combination addresses both networking and security requirements comprehensively.

Performance and Scalability Analysis

Performance characteristics significantly impact user experience and organizational productivity in security implementations.

Zscaler’s Global Performance Optimization

Zscaler’s global infrastructure delivers consistent high performance through strategically located data centers worldwide. The platform automatically routes users to the nearest optimal location.

Performance optimization techniques include intelligent routing, caching, and protocol optimization. The platform minimizes latency impact typically associated with security inspection. Advanced compression and deduplication reduce bandwidth requirements.

Performance advantages include:

Sub-5ms latency to nearest data center for most users
99.999% uptime SLA with redundant infrastructure
Bandwidth optimization through intelligent caching
Protocol acceleration for improved application performance

Scalability remains virtually unlimited due to cloud-native architecture. Organizations can instantly accommodate user growth without infrastructure planning. The platform automatically scales resources based on demand patterns.

Juniper’s High-Performance Network Infrastructure

Juniper’s networking heritage ensures exceptional performance in demanding environments. Their hardware platforms support multi-terabit throughput with minimal latency.

The AI-Native platform optimizes performance through intelligent traffic engineering. Machine learning algorithms predict traffic patterns and preemptively adjust routing. This proactive approach maintains optimal performance even during peak usage.

Performance characteristics include:

Hardware-accelerated processing for maximum throughput
AI-driven optimization for predictive performance tuning
Quality of Service (QoS) prioritization for critical applications
Load balancing across multiple network paths

Scalability depends on hardware platform selection and network design. Organizations must plan capacity carefully for growth scenarios. However, the modular architecture enables incremental expansion as requirements evolve.

Deployment Models and Implementation Flexibility

Different deployment approaches accommodate varying organizational requirements and preferences.

Zscaler’s Simplified Cloud Deployment

Zscaler offers streamlined cloud-only deployment that eliminates traditional hardware requirements. Organizations can implement the platform rapidly without extensive infrastructure changes.

Deployment typically involves configuring network routing to direct traffic through Zscaler’s cloud. The process requires minimal on-premises equipment, primarily consisting of lightweight connectors for branch offices. This approach significantly reduces deployment complexity and time-to-value.

Deployment benefits include:

Rapid implementation without hardware procurement
Minimal on-site equipment requirements
Automatic updates without maintenance windows
Global consistency across all locations

The cloud-first approach may challenge organizations with strict data sovereignty requirements. However, Zscaler provides regional data center options to address regulatory compliance needs.

Juniper’s Flexible Deployment Options

Juniper accommodates diverse deployment preferences including on-premises, cloud, and hybrid models. This flexibility appeals to organizations with varying infrastructure strategies.

Organizations can maintain existing network infrastructure while adding Juniper security capabilities. The platform supports gradual migration approaches, enabling phased implementations. Integration with existing security tools reduces disruption during transitions.

Deployment flexibility encompasses:

On-premises control for sensitive environments
Cloud scalability when needed
Hybrid approaches combining both models
Integration capabilities with existing infrastructure

This flexibility requires more complex planning and design considerations. Organizations must architect solutions carefully to optimize performance and security across deployment models.

Management and Operational Efficiency

Effective management capabilities directly impact operational costs and security effectiveness.

Zscaler’s Centralized Management Console

Zscaler provides unified management through its cloud-based administrative console. Administrators can manage global policies from a single interface regardless of user locations.

The platform offers extensive automation capabilities for policy enforcement and threat response. Machine learning assists in policy optimization and anomaly detection. Detailed analytics provide insights into security posture and user behavior patterns.

Management advantages include:

Single pane of glass for global policy management
Automated policy enforcement across all users
Rich analytics and reporting capabilities
API integration for third-party tools

The cloud-based management eliminates infrastructure maintenance requirements. Organizations can focus on security policy optimization rather than platform management. Regular automatic updates ensure access to latest capabilities without operational overhead.

Juniper’s AI-Assisted Operations

Juniper leverages artificial intelligence to simplify network and security operations. The Mist AI platform provides proactive insights and automated remediation capabilities.

AI-driven analytics identify patterns and predict potential issues before they impact users. Natural language processing enables conversational troubleshooting through the virtual network assistant. This approach reduces mean time to resolution for network issues.

Operational benefits encompass:

Predictive analytics for proactive issue resolution
Automated remediation for common problems
Natural language interface for simplified troubleshooting
Integration capabilities with existing management tools

The AI-assisted approach requires initial training and configuration optimization. However, the platform becomes increasingly effective as it learns organizational patterns and preferences.

Integration Capabilities and Ecosystem Compatibility

Modern security platforms must integrate seamlessly with existing infrastructure and third-party solutions.

Zscaler’s Extensive Integration Portfolio

Zscaler maintains broad integration capabilities with major cloud providers, identity systems, and security tools. The platform’s API-first architecture enables custom integrations and automated workflows.

Integration with leading identity providers enables seamless single sign-on experiences. Cloud provider integrations ensure optimal performance and security for cloud-native applications. SIEM and SOAR integrations provide comprehensive security operations center support.

Key integrations include:

Identity providers including Azure AD, Okta, and Ping Identity
Cloud platforms such as AWS, Azure, and Google Cloud
Security tools including SIEM, SOAR, and vulnerability management
SD-WAN solutions from multiple vendors

The extensive partner ecosystem accelerates deployment and maximizes existing technology investments. Organizations can maintain preferred tools while enhancing security capabilities.

Juniper’s Open Standards Approach

Juniper emphasizes open standards and vendor-neutral integration capabilities. This approach ensures compatibility with diverse technology environments.

The platform supports industry-standard protocols and interfaces. Organizations can integrate Juniper solutions without replacing existing infrastructure investments. The partnership with Zscaler demonstrates commitment to best-of-breed integration approaches.

Integration capabilities include:

Open standards compliance for broad compatibility
API-based integrations for custom workflows
Third-party security vendor partnerships
Cloud service provider integrations

This open approach provides flexibility but may require additional integration effort. Organizations benefit from choice but must invest in integration planning and testing.

Cost Structure and Total Cost of Ownership

Understanding the complete cost implications helps organizations make informed investment decisions.

Zscaler’s Subscription-Based Pricing

Zscaler operates on a per-user subscription model that scales with organizational size. This approach provides predictable costs and eliminates large upfront investments.

The subscription includes all platform capabilities, updates, and support services. Organizations avoid hardware procurement, maintenance, and refresh cycles. The cloud-native architecture eliminates data center space and power requirements.

Cost considerations include:

Predictable monthly costs based on user count
No hardware investments or maintenance expenses
Included updates and support in subscription pricing
Reduced IT overhead for platform management

Total cost of ownership typically favors cloud-based solutions for organizations with distributed workforces. The elimination of hardware and maintenance costs often offsets subscription expenses over time.

Juniper’s Hardware Plus Services Model

Juniper follows traditional networking pricing with hardware purchase and separate service contracts. This approach requires larger upfront investments but provides long-term asset ownership.

Organizations purchase networking equipment with multi-year depreciation schedules. Service contracts provide support, updates, and replacement hardware. Cloud-based AI services may include separate subscription components.

Financial aspects encompass:

Capital expenditure requirements for equipment purchase
Ongoing service contracts for support and updates
Refresh cycles for hardware replacement
Operational overhead for platform management

The hardware-based approach may provide better long-term economics for stable environments with consistent requirements. However, scalability and flexibility come at additional cost and complexity.

Security Effectiveness and Threat Protection

The ultimate measure of any security platform lies in its ability to protect against evolving threats.

Zscaler’s Advanced Threat Intelligence

Zscaler’s cloud platform processes massive data volumes to identify emerging threats and attack patterns. This collective intelligence enhances protection for all customers automatically.

The platform analyzes over 300 billion transactions daily across its global infrastructure. Machine learning algorithms identify subtle attack indicators that traditional signature-based detection might miss. Behavioral analysis detects anomalous activities suggesting compromised accounts or insider threats.

Threat protection includes:

Advanced persistent threat (APT) detection and prevention
Zero-day exploit protection through behavioral analysis
Cloud application security with inline inspection
Data exfiltration prevention using content analysis

The global threat intelligence network provides rapid response to emerging threats. New attack patterns identified anywhere in the network immediately protect all users globally. This collective defense approach significantly enhances security effectiveness.

Juniper’s Network-Based Threat Detection

Juniper’s approach emphasizes network-level threat detection through deep packet inspection and traffic analysis. The platform identifies threats by analyzing network behavior patterns.

AI-driven analytics establish baseline network behavior and identify deviations suggesting potential security incidents. Encrypted traffic analysis provides threat detection without privacy concerns. Integration with threat intelligence feeds enhances detection accuracy.

Detection capabilities include:

Network anomaly detection through AI analytics
Encrypted traffic analysis without decryption
Lateral movement detection for advanced threats
Automated threat response and containment

The network-centric approach provides comprehensive visibility into organizational traffic patterns. However, effectiveness depends on proper configuration and integration with complementary security tools.

User Experience and Performance Impact

Security solutions must balance protection with user productivity and application performance.

Zscaler’s Transparent Security Experience

Zscaler prioritizes seamless user experience while maintaining comprehensive security protection. Users typically experience improved performance due to global optimization and caching capabilities.

The platform’s intelligent routing ensures users connect through optimal paths to applications and services. Advanced compression and protocol optimization reduce bandwidth requirements. Browser-based applications benefit from inline acceleration and caching.

User experience benefits include:

Improved application performance through optimization
Transparent security without user intervention
Consistent experience regardless of location
Mobile device support with native applications

The cloud-native architecture eliminates traditional VPN complexities and performance penalties. Users enjoy modern application experiences while maintaining enterprise security standards.

Juniper’s Quality of Service Optimization

Juniper’s networking expertise ensures optimal application performance through intelligent traffic management and quality of service implementation.

The platform prioritizes critical business applications while applying appropriate security policies. AI-driven analytics predict traffic patterns and preemptively optimize network paths. This proactive approach maintains performance even during peak usage periods.

Performance optimization encompasses:

Application-aware routing for optimal performance
Quality of service enforcement for critical applications
Predictive traffic engineering through AI analytics
Load balancing across multiple paths

The network-centric approach provides granular control over performance characteristics. However, optimization requires careful planning and ongoing tuning to maintain effectiveness.

Compliance and Regulatory Considerations

Modern security platforms must address increasingly complex compliance requirements across multiple jurisdictions.

Zscaler’s Comprehensive Compliance Framework

Zscaler maintains extensive compliance certifications to support regulated industries and global operations. The platform addresses requirements for data protection, industry standards, and government regulations.

Regional data center deployments ensure data sovereignty compliance for organizations with geographic restrictions. Detailed logging and reporting capabilities support audit requirements. The platform provides tools for demonstrating compliance with various regulatory frameworks.

Compliance capabilities include:

SOC 2 Type II certification for security and availability
ISO 27001 compliance for information security management
GDPR data protection features and controls
HIPAA healthcare compliance support
Government security clearances for public sector

The cloud-native architecture simplifies compliance management through centralized controls and automated reporting. Organizations can demonstrate compliance more easily compared to distributed on-premises solutions.

Juniper’s Enterprise Compliance Support

Juniper provides compliance support through secure network infrastructure and detailed audit capabilities. The platform enables organizations to maintain control over sensitive data and network traffic.

On-premises deployment options address data sovereignty requirements for highly regulated environments. Comprehensive logging and monitoring capabilities support audit and compliance reporting. Integration with security information and event management systems enhances compliance workflows.

Compliance features encompass:

On-premises data control for sovereignty requirements
Detailed audit logging for compliance reporting
Network segmentation for regulatory isolation
Encryption capabilities for data protection

The hybrid deployment approach accommodates diverse compliance requirements but may increase complexity for multi-jurisdictional organizations.

Partner Ecosystem and Strategic Alliances

Strategic partnerships significantly expand platform capabilities and market reach for both companies.

Zscaler’s Comprehensive Partner Network

Zscaler has built an extensive partner ecosystem spanning cloud providers, system integrators, and technology vendors. These partnerships accelerate customer adoption and enhance platform capabilities.

Major cloud providers including AWS, Microsoft Azure, and Google Cloud provide deep integrations for optimized performance. System integrator partnerships enable rapid deployment and ongoing support services. Technology partnerships extend platform capabilities through complementary solutions.

Key partnerships include:

Cloud provider integrations for optimized performance
System integrator relationships for deployment support
Technology vendor alliances for extended capabilities
Channel partner programs for market expansion

The partner network provides customers with choice and flexibility in deployment and support options. This ecosystem approach accelerates time-to-value and reduces implementation risks.

Juniper’s Technology Integration Focus

Juniper emphasizes technology partnerships to deliver comprehensive solutions without vendor lock-in. The partnership with Zscaler exemplifies this best-of-breed approach.

The company focuses on interoperability and open standards to ensure customer choice. Technology partnerships enable integration with leading security, cloud, and management platforms. This approach allows customers to select optimal solutions for specific requirements.

Partnership strategy includes:

Best-of-breed alliances for comprehensive solutions
Open standards compliance for broad compatibility
Technology integration partnerships across categories
Joint solution development for optimized experiences

The Juniper-Zscaler partnership specifically combines AI-driven networking with industry-leading security services. This collaboration provides customers with comprehensive SASE capabilities without compromise.

Future Roadmap and Innovation Direction

Understanding each company’s innovation trajectory helps predict future capabilities and strategic direction.

Zscaler’s Cloud Security Evolution

Zscaler continues advancing cloud security capabilities through machine learning, artificial intelligence, and edge computing integration. The company invests heavily in threat intelligence and predictive security capabilities.

Future developments focus on autonomous security operations and zero-touch security management. Advanced AI will enable predictive threat prevention and automated response capabilities. Edge computing integration will provide even lower latency for distributed users.

Innovation areas include:

Autonomous security operations with minimal human intervention
Predictive threat prevention using advanced analytics
Edge computing integration for optimized performance
Enhanced privacy protection for regulatory compliance

The company’s continued focus on cloud-native security ensures customers benefit from latest innovations without infrastructure changes. Regular platform updates deliver new capabilities transparently.

Juniper’s AI-Native Network Future

Juniper’s roadmap emphasizes AI-driven network automation and intelligent security integration. The company envisions self-healing networks that adapt automatically to changing conditions.

Future AI capabilities will enable predictive network optimization and autonomous problem resolution. Enhanced integration with security partners will provide comprehensive protection without performance compromise. Cloud-native management will simplify operations across hybrid deployments.

Development priorities encompass:

Self-healing network capabilities through AI automation
Predictive optimization for performance and security
Enhanced partner integrations for comprehensive solutions
Cloud-native management evolution

The AI-Native platform continues evolving to provide increasingly intelligent network operations. Organizations can expect reduced operational overhead and improved security effectiveness over time.

Implementation Best Practices and Recommendations

Successful deployment requires careful planning and adherence to proven implementation methodologies.

Zscaler Implementation Strategy

Successful Zscaler deployment requires phased approach starting with pilot users and gradually expanding to full organization. Initial focus should emphasize policy definition and user experience optimization.

Organizations should begin with comprehensive network assessment and bandwidth planning. Policy frameworks require careful design to balance security and usability. User training and change management ensure smooth adoption across the organization.

Implementation best practices include:

Pilot program with representative user groups
Bandwidth assessment for optimal performance
Policy framework design balancing security and usability
User training programs for smooth adoption
Gradual rollout with continuous monitoring

The cloud-native architecture enables rapid scaling once initial configuration is optimized. Organizations typically achieve full deployment within weeks rather than months.

Juniper Deployment Considerations

Juniper implementation requires comprehensive network architecture planning to optimize performance and security integration. Organizations must consider both current and future requirements.

Network design should accommodate AI-driven optimization and security service integration. Proper sizing and redundancy planning ensure reliable operations. Integration with existing security tools requires careful coordination and testing.

Deployment recommendations encompass:

Comprehensive network design for optimal architecture
Capacity planning for current and future requirements
Redundancy implementation for reliable operations
Integration testing with existing security tools
Phased migration to minimize disruption

The hardware-based approach requires longer implementation timelines but provides greater control over deployment characteristics. Organizations must balance implementation speed with customization requirements.

Conclusion

Both Zscaler and Juniper Networks offer compelling approaches to modern network security challenges. Zscaler excels in cloud-native security delivery with comprehensive zero trust capabilities and global scalability. Juniper Networks provides AI-driven networking excellence with flexible deployment options and strong partner integrations. Organizations should evaluate their specific requirements including deployment preferences, performance needs, compliance obligations, and long-term strategic direction. The Juniper-Zscaler partnership demonstrates that best-of-breed approaches can deliver comprehensive SASE solutions combining networking expertise with security specialization for optimal outcomes.

Frequently Asked Questions: Zscaler vs Juniper Networks Comparison

Question	Answer
Which solution is better for small to medium businesses?	Zscaler typically provides better value for SMBs due to its subscription model, rapid deployment, and minimal infrastructure requirements. The cloud-native approach eliminates upfront hardware costs and reduces IT overhead.
What are the key differences between Zscaler and Juniper Networks security approaches?	Zscaler focuses purely on cloud-delivered security services with zero trust architecture, while Juniper combines AI-driven networking with integrated security capabilities. Zscaler is cloud-only, whereas Juniper offers flexible deployment options.
Which platform offers better performance for distributed organizations?	Zscaler’s global cloud infrastructure with 150+ data centers typically provides better performance for geographically distributed organizations. Users connect to the nearest data center for optimized experience regardless of location.
How do the total costs of ownership compare between these solutions?	Zscaler’s subscription model eliminates hardware costs and reduces operational overhead, often providing better TCO for distributed environments. Juniper may offer better long-term economics for stable environments with consistent requirements and existing infrastructure investments.
Can organizations use both Zscaler and Juniper together?	Yes, Juniper and Zscaler have a strategic partnership enabling best-of-breed SASE solutions. Organizations can combine Juniper’s AI-Native SD-WAN with Zscaler’s Zero Trust Exchange for comprehensive networking and security capabilities.
Which solution provides better compliance support for regulated industries?	Both platforms support major compliance frameworks. Zscaler provides extensive cloud-based compliance capabilities, while Juniper offers more control for organizations requiring on-premises data processing for sovereignty requirements.
How do deployment timelines compare between Zscaler and Juniper?	Zscaler typically enables faster deployment (weeks) due to its cloud-native architecture and minimal hardware requirements. Juniper implementations may take longer (months) but provide greater customization and control options.
Which platform offers better integration with existing infrastructure?	Juniper provides more extensive integration options with existing network infrastructure due to its open standards approach and hardware-based deployment flexibility. Zscaler excels in cloud service and identity provider integrations.