--- title: Interactive Zero Trust Maturity Map | SecureDynamics description: Map your Zero Trust maturity, run Zscaler Security Preview, and identify where ZBoost can help turn Zero Trust strategy into operational reality. --- [Skip to content](https://securedynamics.net/zero-trust-maturity#main-content) [![SecureDynamics Logo Dark-1](https://securedynamics.net/hs-fs/hubfs/SecureDynamics%20Logo%20Dark-1.png?width=1250&height=296&name=SecureDynamics%20Logo%20Dark-1.png)](https://cm360.securedynamics.net?hsLang=en) - [Home](https://securedynamics.net) - Solutions Show submenu for Solutions - [Distribution](https://securedynamics.net/distribution) Show submenu for Distribution - [AWS Marketplace Sales](https://securedynamics.net/aws-marketplace-zscaler-partners) - [Procurement Cheat Sheet](https://securedynamics.net/trusted-procurement-proxy) - [MSSP](https://securedynamics.net/mssp) - [For VAR Executives](https://securedynamics.net/grow-your-services-business) - [Services](https://securedynamics.net/services) Show submenu for Services - 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[Training](https://securedynamics.net/education) - Resources Show submenu for Resources - [Operations Guides](https://securedynamics.net/operations-guides) - [SSL Bypass Library](https://securedynamics.net/ssl-bypass-library) - [ZCC Log Explorer](https://securedynamics.net/zcc-log-explorer) - [Zero Trust Maturity Map](https://securedynamics.net/zero-trust-maturity) - [Customer Health and Readiness Portal](https://securedynamics.net/customer-health-readiness-portal) - [Project Delivery Portal](https://securedynamics.net/projects) - [Partner Onboarding](https://securedynamics.net/zscaler-partner-onboarding) - [Learning Workshop (invite only)](https://securedynamics.net/zscaler-learning-workshop) - [Compliance FAQs](https://securedynamics.net/enterprise-compliance-faq) - [Support](https://securedynamics.net/support) Show submenu for Support - [Knowledge Base](https://securedynamics.net/kb) - [Submit a Case](https://securedynamics.net/support) Interactive Zero Trust Maturity Map # Zero Trust is not a slogan. Map what your architecture actually does. The market is loud. The controls are quieter. Use this interactive map to compare your current environment against practical Zero Trust principles: no implicit network trust, direct-to-app access, continuous verification, inline inspection, least-privilege policy, and lifecycle optimization. If your office network is still treated as safer than a coffee shop by default, your architecture is still carrying perimeter-era muscle memory. [Run Zscaler Security Preview, opens in a new tab](https://securitypreview.zscaler.com/) [Map your maturity](https://securedynamics.net/zero-trust-maturity#maturity-assessment) Zero Trust Maturity Overview The animation shows a castle-and-moat network model fracturing, then moving to untrusted-by-default access where identity is verified, device context is assessed, traffic is inspected, policy is enforced, and ZBoost keeps validating, tuning, auditing, optimizing, and expanding the environment. Maturity shift **Location trust → Context-based access** 01**Perimeter trust** **Corporate network** - Location implies trust - Broad network access - Lateral movement risk Replace**→** 02**Zero Trust access** UserDeviceRiskApp **Policy broker**Verify every request Connect the verified user directly to the authorized app—not the network. 1. 01Identity 2. 02Device 3. 03Context 4. 04Inspection 5. 05Policy trusted corporate network remote users SaaS cloud apps third parties branch / OT untrusted by default office, home, branch, coffee shop, cloud, third party brokered access connect user to app, not network Verify identity Assess context Inspect Enforce policy Direct-to-app access ZBoost operational loop Validate Tune Audit Optimize Expand Zero Trust maturity architecture + enforcement + operations The problem with the phrase ## Everyone says Zero Trust. Fewer architectures stop trusting the network. Zero Trust has become one of the most overused phrases in security. The useful question is not whether a product can say "Zero Trust." The useful question is whether the architecture removes implicit trust, limits access to specific applications, inspects traffic inline, evaluates context continuously, and prevents lateral movement when something goes wrong. Operating principle A corporate LAN should not get a trust discount. Every connection must earn access through identity, device posture, destination, risk, and policy. 01 · Implicit trust ### Perimeter nostalgia Being on the network still means being more trusted, increasing blast radius when credentials, endpoints, or internal systems are compromised. 02 · Broad access ### VPN with better branding The architecture extends the network to users instead of brokering least-privilege access to the specific application they need. 03 · Operational drift ### Controls without operational follow-through Policy drift, stale exceptions, inspection gaps, weak adoption, and under-optimized deployments erode the architecture after go-live. Interactive assessment ## Map your Zero Trust maturity Answer a few practical questions. The score is not a certification, audit, or guarantee. It is a directional maturity map that shows where your environment is still carrying implicit trust - and where SecureDynamics can help with ZLaunch, CM360, and ZBoost. ### Zero Trust Maturity Assessment Choose the answer that best reflects normal operating reality, not the slideware version of the environment. Q1Do users receive broad network access after authentication, or only access to specific applications/resources? Broad network access is still normal. Some apps are segmented, but broad access remains common. Most access is app-specific. Access is consistently brokered to specific apps/resources with least privilege. Q2Does your architecture treat office, remote, branch, and coffee-shop access as equally untrusted until context is verified? Internal network location still carries default trust. Remote access is scrutinized more than internal access. Internal and external access are mostly evaluated similarly. Every connection is verified regardless of location. Q3Can users or compromised devices laterally reach network segments or apps they do not explicitly need? Yes, lateral reachability is broad. Some segmentation exists, but exceptions are common. Lateral movement is significantly reduced. Direct-to-app access and granular segmentation materially limit lateral movement. Q4Are private applications exposed to the internet or reachable through inbound network paths? Many private apps are exposed or reachable through inbound methods. Some have been hidden, but exposure remains. Most private apps are protected from direct exposure. Apps are hidden from unauthorized discovery and reached through brokered access. Q5Is encrypted traffic inspected where policy and compliance allow? Little or no TLS/SSL inspection. Selective inspection, many blind spots. Broad inspection with documented exceptions. Inspection is operationalized, governed, tuned, and reviewed. Q6Are access policies based on identity, device posture, location, destination, risk, and business context? Mostly network/IP/group-based. Some identity and device context is used. Most policies use contextual criteria. Context-driven policy is standard and continuously reviewed. Q7Can your security controls detect and prevent common web threats, phishing exposure, malicious downloads, and exfiltration attempts? Unknown or largely untested. Tested occasionally, gaps remain. Controls are tested and mostly effective. Controls are validated regularly through browser-based tests, reviews, and operational checks. Q8Have you run Zscaler Security Preview / Internet Threat Exposure Analysis recently from both inside and outside the corporate network? No / not sure. Yes, but only from one location or without review. Yes, inside and outside results were reviewed and some gaps were addressed. Yes, inside and outside results feed into ongoing security validation and optimization. Q9Do you have a post-deployment process for adoption, policy drift, health checks, and continuous improvement? No formal post-go-live optimization. Reactive review when issues occur. Scheduled reviews exist. Quarterly or regular reviews are operationalized with documented remediation. Q10Can you show executives evidence that Zero Trust controls are improving risk, user experience, and renewal/expansion readiness? No evidence or reporting. Anecdotal evidence only. Some reporting exists. Metrics, health checks, and executive summaries are part of the operating model. Calculate my maturity Reset assessment Overall score **0**/100 ### Perimeter Loyalist Your environment still depends heavily on inherited network trust. 0 of 10 questions answered Network Trust Enforcement Maturity Implicit network trust Untrusted by default Static / reactive Continuous / operationalized ### Dimension scores - Network trust assumption**0%** - Access model**0%** - Inspection and threat prevention**0%** - Data protection and exfiltration**0%** - Operational governance and optimization**0%** ### Recommended next steps Start by identifying where network location is still granting trust and where users receive broad access instead of application-specific access. - Normalize policy across office, remote, branch, and unmanaged locations. - Run Zscaler Security Preview from inside and outside the corporate network, then review both results with a Zscaler-focused engineer. ### Suggested ZBoost actions - Baseline where policy, inspection, and access behavior still depend on network location. - Use a health check to turn the maturity map into a prioritized remediation plan. Copy results [Request a ZBoost Review](https://securedynamics.net/services?hsLang=en) Reality check ## Run Zscaler Security Preview, then map what it tells you Zscaler Security Preview / Internet Threat Exposure Analysis gives users a browser-based way to evaluate defenses against common intrusion and exfiltration methods. Run it from both inside the corporate network and outside it. Only then can you see where the architecture still grants a trust discount. A clean result is useful. A failed result is useful too. Unknown is the real problem. [Run Zscaler Security Preview, opens in a new tab](https://securitypreview.zscaler.com/) [Return to the maturity map](https://securedynamics.net/zero-trust-maturity#maturity-assessment) Open the test in a new tab, run it from an internal corporate-network path and from an external path such as home, guest Wi-Fi, or another non-corporate network, then return to this page and answer the Security Preview questions in the maturity map. ### If controls block the tests Good. Now verify that the same protection is consistent across users, locations, branches, devices, and exceptions. Zero Trust is not a one-browser victory lap. ### If controls allow the tests That is a useful signal. The next step is to determine whether the issue is architecture, policy, inspection, forwarding, exception handling, or operational drift. ### If nobody knows Unknown exposure is still exposure. Use the result as a trigger for a ZBoost review, health check, or policy validation session. This page does not run the Zscaler test, does not collect the result, and does not certify security posture. It helps users interpret the result as part of a broader Zero Trust maturity conversation. The coffee shop test ## Would your controls behave the same way from HQ and from a coffee shop? A useful Zero Trust sanity check is simple: remove the comfort of the corporate network. If a user, device, or workload gets more trust just because it is "inside," the architecture is still network-centric. The Zscaler-style answer is to verify context, apply policy, inspect traffic, and connect the entity to the application - not to the network. | Legacy assumption | Zero Trust maturity signal | Zscaler / SecureDynamics motion | | --- | --- | --- | | Office network is safer | Every location starts untrusted | Zero Trust Exchange principles | | VPN extends the trusted network | Access is brokered, not extended | ZPA/ZIA/ZDX-aligned architecture where appropriate | | Authenticated user gets broad reachability | User gets only the required app/resource | Least-privilege policy | | Internal apps are reachable if you are inside | Apps are hidden from unauthorized discovery | Direct-to-app access | | Inspection is partial or inconsistent | Traffic inspection is governed and validated | Security Preview, health checks, and policy review | | Deployment ends at go-live | Optimization continues after go-live | ZBoost lifecycle optimization | ZBoost ## Zero Trust maturity is not finished at go-live A deployment can start the journey. Operations determine whether it survives contact with reality. ZBoost helps customers and partners validate, tune, and optimize Zscaler environments after deployment so Zero Trust does not decay into exception sprawl, policy drift, or shelfware with better branding. Continuous maturity loop ### Validate. Tune. Prove. Expand. ZBoost keeps the architecture aligned with operating reality after deployment. 1. 01**Validate** 2. 02**Tune** 3. 03**Prove** 4. 04**Expand** Quarterly ### Health checks Review posture, policy alignment, inspection coverage, access patterns, and configuration drift. Event-driven ### Security Preview follow-through Turn results into investigation, forwarding validation, policy review, and remediation planning. Lifecycle ### Adoption checkpoints Confirm users, apps, locations, and business units are protected and using the platform as intended. Continuous ### Policy tuning Reduce overbroad access, stale exceptions, weak inspection, and inconsistent enforcement. Executive ### Evidence of value Translate findings into risk reduction, value realization, and next-step priorities. Strategic ### Expansion guidance Identify logical next use cases across private apps, branch, data, experience, OT/IoT, and third parties. [Request a ZBoost review](https://securedynamics.net/services?hsLang=en) Learn from Zscaler ## Use the official Zero Trust references ### [Start here · Foundation Zscaler Zero Trust overview A broad explanation of Zero Trust principles and use cases. **Open official resource → in a new tab**](https://www.zscaler.com/learn/zero-trust) ### [Concept What is Zero Trust? No default trust, least privilege, and continuous verification. **Open → in a new tab**](https://www.zscaler.com/resources/security-terms-glossary/what-is-zero-trust) ### [Implementation How to Implement Zero Trust Practical guidance for moving from language to architecture. **Open → in a new tab**](https://www.zscaler.com/zpedia/how-to-implement-zero-trust) ### [Platform Zero Trust Exchange Connect users, apps, devices, workloads, and partners. **Open → in a new tab**](https://www.zscaler.com/products-and-solutions/zero-trust-exchange-zte) ### [Private access What is ZTNA? Secure access to private apps without extending the network. **Open → in a new tab**](https://www.zscaler.com/resources/security-terms-glossary/what-is-zero-trust-network-access) ### [Assess Zscaler Security Assessment Tools Browser-based tools for evaluating defenses, threat exposure, and attack surface. **Open → in a new tab**](https://www.zscaler.com/tools) FAQ ## Zero Trust maturity questions Is this a formal audit? No. This is a directional maturity map. It is designed to help identify where implicit trust, broad access, inspection gaps, and operational drift may still exist. A formal assessment requires environment-specific review. Does this page run Zscaler Security Preview? No. The page links to Zscaler Security Preview so users can run it directly. For the maturity conversation, run it from both inside and outside the corporate network, then return to the maturity map and use what you learned as input. Why compare the office network to a coffee shop? Because Zero Trust should not depend on location-based comfort. A user in HQ, at home, in a branch, or on public Wi-Fi should be verified through identity, device context, risk, destination, and policy before access is granted. What is the most common Zero Trust gap? A common gap is keeping network-centric access patterns while using Zero Trust language. If users still receive broad network reachability after authentication, the architecture may be reducing identity risk but not fully reducing lateral movement risk. Where does Zscaler fit? Zscaler's approach is based on removing implicit trust, applying context-aware policy, inspecting traffic, reducing attack surface, and connecting users/entities directly to applications and resources rather than extending the network. Where does SecureDynamics fit? SecureDynamics helps partners and customers design, deploy, train, operate, and optimize Zscaler environments. ZBoost extends the work after deployment with health checks, adoption checkpoints, policy review, and continuous improvement. What should we do after getting our score? Run Zscaler Security Preview from both inside and outside the corporate network if you have not already. Review the maturity dimensions with the lowest scores. Then use SecureDynamics services or a ZBoost review to turn those findings into a practical remediation and optimization plan. Move from language to operating model ## Map the gaps. Validate the controls. ZBoost the outcome. Zero Trust maturity is not about declaring the network dead on a slide. It is about proving that trust is earned, access is specific, traffic is inspected, exposure is reduced, and the environment keeps improving after deployment. 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