Best AI Zero Trust Security Tools
We evaluated Zscaler, Cloudflare One, Palo Alto Prisma SASE, Okta, CrowdStrike Falcon ZTA, and Microsoft Entra ID on zero trust completeness, deployment speed, AI capabilities, and total cost. Six verdicts for CISOs and security architects building never-trust-always-verify architectures.
Platform Verdicts
Honest assessments of when each zero trust platform ships value and when to look elsewhere.
Zscaler Zero Trust Exchange
✓ Ship ItBest SASE platform for large enterprises eliminating VPN — cloud-native ZIA + ZPA delivers consistent policy enforcement across all users, apps, and locations
Zscaler Zero Trust Exchange is the market-leading Secure Access Service Edge (SASE) platform, providing Zscaler Internet Access (ZIA) for secure web and cloud access and Zscaler Private Access (ZPA) for zero trust network access to private applications — together eliminating the VPN-centric perimeter that zero trust architectures replace. The platform's architecture routes all user traffic through Zscaler's global network of 150+ PoPs, where security inspection (SSL decryption, threat detection, DLP, CASB) is performed at cloud scale without backhauling traffic to on-premises security appliances. Zscaler's AI capabilities are embedded throughout the platform: AI-powered threat detection identifies novel malware in encrypted traffic at line rate; behavioral analytics surface anomalous user and entity behavior; and AI Security, the company's generative AI security layer, provides visibility and control over how employees use AI applications (ChatGPT, Copilot, Gemini) by scanning prompts and responses for sensitive data before they reach AI platforms. ZPA eliminates the attack surface of traditional VPN by creating inside-out connections from applications to users rather than granting users network access — compromised devices cannot move laterally because they have no network visibility into the private environment.
VPN elimination creates measurable security improvement — Zscaler ZPA's inside-out architecture means that even a fully compromised endpoint cannot scan the private network or move laterally to reach unintended applications; this eliminates the lateral movement phase that characterizes most ransomware and breach campaigns, which is why Zscaler deployments consistently reduce blast radius in incident response exercises. Global PoP coverage ensures consistent user experience — Zscaler's 150+ global PoPs mean users in Tokyo, London, and São Paulo receive security policy enforcement with similar latency characteristics rather than experiencing the performance degradation of backhauling traffic to a regional data center; this consistency makes zero trust acceptable to a globally distributed workforce that VPN performance failures previously made resistant to security controls. AI-powered AI application governance is timely — Zscaler's AI Security module addresses the rapidly growing governance gap where employees use generative AI tools with sensitive data without IT visibility; the ability to inspect ChatGPT prompts and Microsoft Copilot interactions for sensitive data provides security teams a control point over AI tool usage that no other network security architecture can deliver.
Implementation requires full network architecture change — deploying Zscaler ZIA/ZPA as a VPN replacement is not a point product deployment; it requires rearchitecting how users access the internet and private applications, which involves changes to DNS, routing, proxy settings, and application authentication that affect every user; organizations underestimating the scope of this change face extended timelines and user disruption. Cost is significant for comprehensive coverage — a full Zscaler deployment covering ZIA, ZPA, and the security add-on modules (CASB, DLP, Digital Experience) requires licensing that typically runs $100–200/user/year for mid-market organizations; for 1,000-person organizations, this is $100K–200K annually before professional services; organizations evaluating Zscaler should model the full platform cost versus replacing point products to build the business case. Agent dependency for full capability — while Zscaler covers browser-based access through agentless deployment, full capabilities (endpoint compliance, DLP, advanced threat protection) require the Zscaler Client Connector agent on all managed devices; BYOD and unmanaged device coverage is limited to the agentless use cases.
AI Features:
- AI-powered encrypted traffic threat detection at line rate
- Behavioral analytics for UEBA across user and entity activity
- AI Security module for generative AI application governance
- ML-based anomalous access pattern detection
- Predictive risk scoring for user and device trust decisions
- AI-assisted policy tuning and optimization recommendations
Cloudflare One
✓ Ship ItBest zero trust platform for developer-focused and mid-market organizations — fastest deployment, global network, competitive pricing, and strong API/application security
Cloudflare One is Cloudflare's SASE platform combining Zero Trust Network Access (ZTNA via Cloudflare Access), Secure Web Gateway (SWG via Cloudflare Gateway), Cloud Access Security Broker (CASB), Email Security (from Area 1 acquisition), and Data Loss Prevention in a single platform built on Cloudflare's global network — the same network that serves 20%+ of all internet traffic. Cloudflare's competitive differentiation relative to Zscaler is deployment speed and developer experience: Cloudflare Tunnel enables organizations to expose private applications to Cloudflare's network without opening inbound firewall ports in minutes rather than weeks, and the platform's policy management is genuinely intuitive for security teams without deep SASE expertise. Cloudflare's AI capabilities include AI Gateway (a security proxy for AI API calls that provides rate limiting, caching, and sensitive data inspection on LLM API traffic) and AI-powered DNS security that blocks malicious domains using ML-trained threat models trained on Cloudflare's network-scale DNS visibility. Cloudflare One's pricing model is significantly more accessible than Zscaler, with a free tier for up to 50 users and competitive mid-market pricing that makes SASE accessible for organizations that cannot justify enterprise platform costs.
Fastest zero trust deployment in the market — Cloudflare Access can be configured to protect a web application through the admin console in 15 minutes without deploying infrastructure; the Cloudflare Tunnel daemon creates an outbound connection from any server to Cloudflare's network, enabling zero trust access to private applications within an hour of starting deployment; this speed advantage is material for organizations that have been discussing zero trust for quarters without deploying it. Competitive pricing makes zero trust accessible — Cloudflare One's pricing starts free for 50 users and scales at $7–14/user/month for the standard tier, which is 30–50% below comparable Zscaler capabilities; for mid-market organizations where Zscaler's $100–200/user/year licensing requires a board-level approval process, Cloudflare One's economics make zero trust deployment a departmental decision. Global network performance advantage for internet-heavy applications — Cloudflare's 300+ global PoPs (versus Zscaler's 150+) and its position as a major internet infrastructure provider give it latency advantages for internet-bound traffic in markets where Zscaler's PoP coverage is thinner; organizations with users in emerging markets often see better performance through Cloudflare's network.
Enterprise feature depth trails Zscaler in some areas — Cloudflare One's CASB, DLP, and UEBA capabilities are growing rapidly but are not yet at the depth of Zscaler's equivalent modules for organizations with sophisticated security program requirements; enterprises with complex DLP policies, full CASB inline mode requirements, or advanced behavioral analytics use cases may find Cloudflare One's current capabilities insufficient. Professional services ecosystem is smaller — Cloudflare One's partner and system integrator ecosystem for implementation support is smaller than Zscaler's, which matters for enterprises that need managed deployment support; organizations planning large-scale migrations with limited internal SASE expertise may find fewer certified implementation partners available. Email security integration requires Area 1 — Cloudflare's email security capabilities come from the Area 1 acquisition and are sold separately from Cloudflare One; organizations that need integrated email security alongside ZTNA must license and integrate both products, adding cost and complexity.
AI Features:
- AI Gateway for LLM API traffic security, rate limiting, and sensitive data inspection
- ML-trained DNS security blocking malicious domains at network scale
- AI-powered phishing and BEC detection via Area 1 email security
- Behavioral analytics for anomalous user access patterns
- AI-assisted security policy recommendation
- Automated threat intelligence integration from Cloudflare Radar
Palo Alto Networks Prisma SASE
✓ Ship ItBest zero trust for Palo Alto firewall shops — Prisma SASE integrates deeply with NGFW, Cortex XDR, and XSIAM for unified security operations
Palo Alto Networks Prisma SASE combines Prisma Access (cloud-delivered SASE with SWG, ZTNA, CASB), SD-WAN, and Autonomous Digital Experience Management (ADEM) into a platform that leverages Palo Alto's deep security expertise from its NGFW and Cortex XDR product lines. The platform's differentiation relative to Zscaler and Cloudflare is its integration with Palo Alto's broader security operations platform: Prisma SASE shares threat intelligence and security signals with Cortex XDR (EDR) and Cortex XSIAM (AI-powered SOC platform), creating a unified security architecture where network, endpoint, and SASE telemetry feed a single AI-powered security operations layer. Palo Alto's AI security engine — built on the company's Unit 42 threat intelligence — provides inline threat detection in Prisma Access that benefits from the same ML models trained on firewall telemetry from 85,000+ enterprise customers, which gives the detection engine a threat visibility breadth that specialized SASE vendors cannot match. The platform's AI-Powered NOC capability uses ML to predict and automatically remediate SASE performance and connectivity issues before users experience them.
Palo Alto ecosystem integration creates security operations convergence — organizations running Palo Alto NGFWs, Cortex XDR, and Prisma SASE gain a unified data plane where network access events, endpoint behavior, and SASE security detections correlate automatically in Cortex XSIAM; this convergence eliminates the alert correlation work that security analysts perform manually when stitching data from separate vendors, which is where much SOC analyst capacity is consumed. Unit 42 threat intelligence depth is genuine — Palo Alto's threat intelligence team (Unit 42) responds to major breaches and produces threat detection content that benefits all Prisma SASE customers; the breadth of Palo Alto's installed base (NGFWs, cloud security, endpoint) gives Unit 42 visibility into attack campaigns that specialized SASE vendors see only partially. SD-WAN integration eliminates a separate vendor — Prisma SASE's built-in SD-WAN capability means organizations deploying SASE for branch connectivity can replace both their MPLS/broadband WAN architecture and their security appliances simultaneously; this convergence is a genuine cost and complexity reduction for multi-site organizations.
Premium pricing relative to Zscaler and Cloudflare — Palo Alto Prisma SASE is typically priced at a premium to Zscaler for comparable coverage; organizations without existing Palo Alto investments face a higher cost baseline that requires demonstrating ROI from ecosystem integration benefits that only materialize if they also run Cortex XDR and NGFW. Non-Palo Alto organizations miss the key differentiator — the ecosystem integration argument for Prisma SASE is compelling only for organizations already invested in the Palo Alto platform; organizations running CrowdStrike EDR, Microsoft Defender, or other non-Palo Alto security tools get standard SASE capabilities without the integration premium, making Zscaler or Cloudflare better value propositions. Implementation complexity for full Cortex integration — realizing the full value of Prisma SASE + Cortex XDR + XSIAM integration requires a sophisticated security operations program; organizations without mature SOC capabilities will pay for integration depth they cannot operationalize.
AI Features:
- AI-Powered NOC for proactive SASE performance issue remediation
- ML threat detection trained on Palo Alto NGFW telemetry from 85,000+ customers
- Unit 42 threat intelligence integration for real-time attack campaign detection
- Cortex XSIAM AI-powered SOC correlation across SASE, EDR, and NGFW telemetry
- ADEM for AI-powered digital experience monitoring and issue prediction
- Behavioral analytics for anomalous user and application behavior
Okta Identity (Zero Trust Identity Pillar)
✓ Ship ItBest identity platform for zero trust — adaptive MFA, universal directory, and AI-powered risk signals that form the identity pillar of any zero trust architecture
Okta Identity (encompassing Workforce Identity Cloud and Customer Identity Cloud) is the market-leading identity-as-a-service platform that serves as the identity pillar of zero trust architectures — providing adaptive multi-factor authentication, single sign-on across 7,000+ pre-integrated applications, universal directory, and AI-powered risk signals that inform Conditional Access decisions across the security stack. In a zero trust architecture, identity is the new perimeter: every access decision is made based on verified user identity, device posture, and contextual risk rather than network location; Okta provides the identity verification and risk signal layer that answers the question 'is this the right person, from the right device, with the right context, to access this resource right now?' The platform's AI capabilities include ThreatInsight (real-time threat intelligence that blocks credential stuffing and brute force attacks before they reach the authentication layer), Behavior Detection (ML-based anomalous login pattern detection), and AI-powered Identity Risk Score that synthesizes multiple signals into a continuous risk assessment that drives Conditional Access policy decisions. Okta's Universal Directory federates identity across the organization's HR system, Active Directory, LDAP, and application-specific user directories into a single identity fabric that eliminates the user lifecycle management debt that creates the orphaned account vulnerabilities zero trust aims to eliminate.
Universal SSO eliminates password-based authentication attack surface — Okta's pre-built integrations with 7,000+ applications mean organizations can deploy MFA-protected SSO to their entire application portfolio without custom SAML/OIDC integration work; eliminating passwords as the authentication mechanism is the single highest-impact security action organizations can take to reduce breach risk from credential compromise, which accounts for 80%+ of initial access in breach investigations. AI-powered ThreatInsight blocks credential attacks before authentication — Okta's network-level threat intelligence (aggregated from authentication events across all Okta customers) identifies IP addresses associated with credential stuffing and brute force campaigns and blocks them before the authentication attempt reaches the factor step; this is a genuine architectural defense that individual organization-level threat intelligence cannot replicate. Identity Risk Score enables continuous conditional access — Okta's risk score updates in real time based on authentication context, device posture, network signals, and behavioral patterns; integrating this risk score with network access decisions (Zscaler, Cloudflare, Palo Alto) creates the continuous implicit verification that is the architectural goal of zero trust rather than a one-time login check.
Okta is an identity platform, not a complete zero trust solution — organizations expecting Okta alone to deliver zero trust will find they have excellent identity verification but no network access control, no application-layer security inspection, and no endpoint posture enforcement; Okta must be combined with ZTNA (Zscaler, Cloudflare), MDM (Jamf, Intune), and EDR (CrowdStrike, Defender) to implement a complete zero trust architecture. 2022 Lapsus$ incident legacy — Okta's support system breach in 2022 affected customer confidence in the platform's security practices; Okta has made significant improvements to its security program since the incident, but organizations in highly sensitive industries should audit Okta's current security practices before deployment. Migration complexity from on-premises AD — organizations with complex Active Directory Group Policy environments face significant migration work when centralizing authentication in Okta; the discovery and migration of legacy NTLM authentication, Kerberos dependencies, and on-premises app integrations is typically a 6–18 month program for organizations with mature AD environments.
AI Features:
- ThreatInsight real-time credential attack blocking via network-scale intelligence
- Behavior Detection ML-based anomalous authentication pattern identification
- AI-powered Identity Risk Score for continuous access decisions
- Automated user lifecycle management with HR system synchronization
- AI-assisted policy recommendation based on usage patterns
- Anomalous privilege access detection and automated step-up authentication
CrowdStrike Falcon Zero Trust Assessment
✓ Ship ItBest endpoint-side zero trust for CrowdStrike shops — real-time device trust signals from Falcon sensor feed continuous access decisions without separate MDM agent deployment
CrowdStrike Falcon Zero Trust Assessment (ZTA) is the device trust and posture component of CrowdStrike's zero trust offering, using the Falcon endpoint sensor already deployed for EDR to provide continuous device health signals — patch compliance, OS configuration, threat detection status, behavior risk — that inform conditional access decisions made by identity providers (Okta, Entra ID) and ZTNA platforms (Zscaler, Cloudflare) without requiring a separate MDM agent. CrowdStrike's zero trust architecture insight is that endpoint posture assessment should be driven by EDR telemetry — which has real-time behavioral threat signal and the deepest device visibility — rather than by a separate MDM agent that only sees configuration state; a device with no known malware, up-to-date patches, and no suspicious behavioral signals is more trustworthy than one that simply shows compliant MDM state with no behavioral visibility. The Falcon ZTA module calculates a device trust score from 0–100 in real time and publishes it to identity providers via API, enabling Conditional Access policies that increase authentication requirements or revoke access when a device's trust score drops below threshold — creating the continuous verification that zero trust requires.
Reuses existing Falcon sensor investment — organizations already deploying CrowdStrike Falcon for EDR can activate ZTA on the existing sensor without deploying an additional agent; this eliminates the agent sprawl problem where zero trust deployment requires MDM, EDR, and ZTNA agents simultaneously, and provides device posture signals from the sensor that already has the deepest endpoint visibility. Behavioral threat signals inform access decisions — Falcon ZTA's device trust score includes active threat detection status; if Falcon detects an active intrusion on a device, the trust score drops and access can be revoked in real time, which closes the gap where a compromised-but-MDM-compliant device retains full access because the MDM only sees configuration state rather than behavioral threat signal. Tight integration with major identity providers and ZTNA — Falcon ZTA integrates directly with Okta, Microsoft Entra ID, Zscaler, and Cloudflare via API; device trust scores flow in real time to conditional access policies without manual correlation, enabling identity-aware, device-aware access decisions that update continuously rather than at enrollment time.
Requires CrowdStrike Falcon for EDR — Falcon ZTA provides device trust signals from the Falcon sensor; organizations not already running CrowdStrike EDR must deploy it to access ZTA, which is a meaningful additional cost and deployment project for organizations currently running Carbon Black, SentinelOne, or Microsoft Defender. Incomplete standalone zero trust coverage — Falcon ZTA provides the endpoint posture pillar of zero trust but does not provide network access control, SWG, or identity management; organizations need Falcon ZTA combined with an identity platform (Okta, Entra) and a ZTNA/SASE platform (Zscaler, Cloudflare) for a complete architecture; ZTA is a component, not a solution. macOS and Linux posture depth is strong but Windows is the primary use case — Falcon ZTA covers Windows, macOS, and Linux, but the deepest posture signal breadth and integration testing is on Windows; organizations with primarily macOS environments should validate specific macOS posture signal coverage before architectural decisions.
AI Features:
- Real-time device trust score from Falcon behavioral EDR telemetry
- Active threat detection integration for immediate trust score impact on compromise
- ML-based behavioral anomaly signals contributing to device trust calculation
- AI-powered patch and vulnerability risk scoring per device
- Automated conditional access trigger on trust score threshold breach
- Predictive device risk modeling based on historical threat patterns
Microsoft Entra ID (Zero Trust Identity)
✓ Ship ItBest identity for Microsoft shops — Conditional Access, Intune device compliance, and Defender integration deliver zero trust enforcement natively within the Microsoft security stack
Microsoft Entra ID (formerly Azure Active Directory) is Microsoft's cloud identity platform that serves as the identity pillar for organizations building zero trust on the Microsoft security stack. Entra ID's Conditional Access policies are the enforcement mechanism that bridges identity verification, device compliance (via Intune), and application access — enabling policies that require MFA, compliant device, named location, or risk signal thresholds before granting access to Microsoft 365 apps, Azure resources, and third-party SaaS applications through SAML/OIDC federation. Entra ID's AI capabilities include Identity Protection (ML-based risk detection for compromised credentials, impossible travel, anonymous IP access, and password spray attacks), and Continuous Access Evaluation (CAE), which revokes access tokens in near real time when risk conditions change — such as a user's account being disabled or a risky sign-in being detected — rather than waiting for the token's normal expiration period. For organizations already in the Microsoft 365 ecosystem, Entra ID's integration with Intune (device compliance), Microsoft Defender (endpoint threat signal), and Sentinel (SIEM correlation) creates a coherent zero trust architecture that does not require any additional vendor investment beyond what M365 E5 licensing already includes.
M365 E5 licensing includes the complete identity zero trust stack — organizations with Microsoft 365 E5 own Entra ID P2 (Identity Protection, Privileged Identity Management, Conditional Access), Intune (device compliance), Microsoft Defender for Endpoint, and Sentinel; deploying the complete Microsoft zero trust architecture requires no additional vendor licenses, just implementation effort; for organizations where M365 E5 is already purchased, this makes zero trust deployment a resource allocation question rather than a budget question. Conditional Access + Intune creates device-aware access enforcement — Entra Conditional Access policies that require Intune-compliant devices mean unmanaged devices cannot access Microsoft 365 or other registered applications; this closes the 'unmanaged device' gap that is the most common initial access vector in enterprise breach scenarios after credential compromise. Identity Protection signal depth from Microsoft's scale — Entra Identity Protection's ML models are trained on sign-in telemetry from billions of authentication events across Microsoft's consumer and enterprise identity infrastructure; the breadth of signal provides detection coverage (compromised credential matching against breach databases, impossible travel detection) that individual organization-level identity security cannot achieve.
Non-Microsoft application coverage requires federation work — Entra ID enforces Conditional Access on Microsoft apps natively but requires SAML/OIDC federation configuration for third-party applications; organizations with large non-Microsoft SaaS portfolios (Salesforce, Workday, ServiceNow) face significant integration work to extend Conditional Access enforcement to all applications. On-premises legacy application support is limited — organizations with significant on-premises applications that predate modern authentication protocols (NTLM, legacy Kerberos, form-based auth) cannot enforce Entra Conditional Access on those applications without deploying Entra Application Proxy, which has limitations; legacy application modernization is often required before Entra-based zero trust can achieve full coverage. External collaboration creates identity governance complexity — organizations with significant B2B collaboration (external users accessing internal SharePoint, Teams, or applications) face identity governance complexity with Entra External ID; managing the lifecycle of external user accounts, applying appropriate conditional access, and reviewing entitlements requires additional governance process investment beyond what M365 E5 provides out of the box.
AI Features:
- Identity Protection ML risk detection for compromised credentials and anomalous sign-ins
- Continuous Access Evaluation for near real-time token revocation on risk signals
- AI-powered Privileged Identity Management for just-in-time access recommendation
- Anomalous activity detection via Microsoft Defender signal integration
- Behavioral analytics for insider risk scoring via Purview Insider Risk Management
- AI-assisted Conditional Access policy gap analysis and recommendation
Zero Trust Decision Matrix
Match your organization profile and existing stack to the right zero trust platform combination.
Zscaler provides the ZTNA/SASE network layer; Okta or Entra provides the identity layer — this combination covers the two primary zero trust pillars
Cloudflare One deploys in hours not weeks; competitive pricing; strong API and AI application security governance
Complete zero trust architecture included in M365 E5 licensing; no additional vendor required for core identity and device trust enforcement
Prisma SASE + Cortex XDR + XSIAM convergence provides unified SOC telemetry; premium pricing justified by ecosystem integration for Palo Alto shops
Falcon ZTA provides behavioral device trust signals from existing EDR sensor; feed into ZTNA conditional access without deploying additional MDM agent
Cloudflare One's free tier covers 50 users; Teams tier at $7/user/month; Entra P1 in M365 E3 — delivers zero trust foundation at accessible cost
Zero Trust Implementation Warnings
Common mistakes that cause zero trust programs to stall or fail.
Zero trust is an architecture, not a product — single-vendor solutions are incomplete
No single vendor delivers a complete zero trust architecture. NIST SP 800-207 defines zero trust across seven pillars (identity, device, network, workload, data, visibility/analytics, automation). A production zero trust program requires: identity platform (Okta/Entra), ZTNA/SASE (Zscaler/Cloudflare/Prisma), MDM (Jamf/Intune), EDR (CrowdStrike/Defender), and ideally DLP. Budget and implementation plan accordingly.
VPN elimination is a multi-quarter program, not a flip-the-switch event
Organizations that attempt to eliminate VPN in a single cutover create user disruption and helpdesk surges. Plan VPN-to-ZTNA migration in phases: (1) deploy ZTNA alongside existing VPN, (2) migrate application cohorts by risk profile starting with internet-accessible applications, (3) migrate legacy on-premises applications last, (4) decommission VPN. Phase 1 to full VPN elimination typically takes 6–18 months for mid-size organizations.
Implicit trust in on-premises networks must be explicitly eliminated
Many organizations deploy ZTNA for remote users but retain implicit trust for on-premises network users, creating an architecture where campus and office access bypasses zero trust policy. This half-completed zero trust posture is exploited by insider threats and compromised on-premises devices. Zero trust must apply to all users including those on corporate networks.
Continuous access evaluation requires application support
Near real-time conditional access revocation (Entra CAE, Okta continuous authentication) requires applications to implement the CAE protocol or use OIDC with short-lived tokens. Legacy applications using long-lived session cookies or SAML assertions without re-authentication continue to provide access even after risk signals trigger; audit application authentication protocols before claiming CAE coverage.
Zero Trust Evaluation Checklist
Use this checklist before selecting your zero trust platform stack.
Map all application access paths: remote users, on-premises users, contractors, partners — zero trust must cover all paths, not just remote access
Inventory your existing security stack (identity, MDM, EDR, SIEM) to identify which zero trust pillars you already have coverage for
Define your primary use case: VPN replacement, cloud access governance, AI application control, or insider threat detection
Evaluate existing vendor licensing — Microsoft 365 E5 customers may already own the complete zero trust stack without additional spend
Test application authentication compatibility — identify legacy apps requiring NTLM/Kerberos that cannot support modern authentication policies
Measure current VPN performance baseline — establish metrics to compare against ZTNA user experience post-migration
Pilot with a non-critical user cohort before broad deployment; zero trust changes user authentication experience and generates helpdesk volume during transition
Plan for on-premises network implicit trust elimination — remote-only ZTNA leaves campus users outside zero trust policy
Verify SIEM integration for zero trust telemetry — identity risk signals, device trust scores, and access decisions must feed your security operations workflow
Model 3-year TCO across all zero trust pillars including implementation, training, and ongoing policy management overhead
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