The hybrid cloud is not a future architecture. It is today’s operational reality for the vast majority of enterprises – a mix of on-premises data centers, private cloud infrastructure, and public cloud platforms running simultaneously, with users accessing all of it from offices, home networks, mobile devices, and every geography in between.
That complexity has shattered the traditional security perimeter. VPNs that were designed for a world where users connected from a single, known location now create more risk than they eliminate – granting broad network access once authenticated, enabling lateral movement, and offering no granularity over which applications a user can actually reach.
ZTNA platforms – Zero Trust Network Access – are the architectural response to this reality. They replace implicit network trust with identity-verified, context-aware, least-privilege access to specific applications. Not the network. Not a subnet. Specific applications. And they enforce this policy continuously – re-evaluating every session, every device, every access request – regardless of whether the user is sitting in headquarters or connecting from an airport lounge halfway around the world.
In 2026, the ZTNA market is valued at approximately $30 billion and growing at a 25.5% CAGR toward a projected $80 billion by 2035. The question for enterprise security architects is no longer whether to deploy a ZTNA provider – it is which platform handles the complexity of hybrid cloud environments with the depth, performance, and operational simplicity the deployment actually demands.
What Makes Hybrid Cloud ZTNA Different From Standard ZTNA?
Not all ZTNA platforms are built for hybrid cloud realities. Many were designed for a simpler model: remote user connects, cloud gateway authenticates, user reaches SaaS application. That model works until your environment includes private applications hosted on-premises, workloads distributed across AWS, Azure, and GCP simultaneously, legacy systems that cannot be retrofitted with modern agents, and branch offices that need the same Zero Trust policies as remote individuals.
Hybrid cloud ZTNA must handle all of it – coherently, from a single policy engine.
The capabilities that separate hybrid-ready ZTNA platforms from those that fall short in complex environments come down to six dimensions:
Multi-zone policy enforcement. A ZTNA platform serving a hybrid environment must apply consistent access policies across multiple network zones simultaneously – cloud workloads, on-premises applications, branch networks, and remote users – without requiring different configuration approaches for each zone.
Inline delivery for performance. Many ZTNA implementations introduce latency by routing traffic through cloud gateways that add processing overhead. For hybrid cloud environments where application performance is already variable, inline ZTNA delivery – where security inspection and access enforcement happen in the traffic path without redirection – is a meaningful differentiator.
Agent-based and agentless access. Hybrid environments always contain a mix of managed endpoints, contractor devices, IoT hardware, and legacy systems. A credible ZTNA provider for hybrid cloud must support both agent-based access for managed devices and agentless access for everything else – enforcing the same least-privilege policies regardless of the endpoint model.
Deep identity integration. Real-world enterprise identity stacks are rarely uniform. They include SAML-based IdPs, RADIUS servers, LDAP directories, Active Directory, and increasingly cloud-native identity platforms – often running simultaneously. ZTNA enforcement that cannot reach all of them creates policy gaps that attackers exploit.
Lateral movement prevention. Restricting access to specific applications is only half of the Zero Trust mandate. A properly deployed ZTNA platform must also prevent authenticated users from moving laterally within the environment – accessing systems and data they are not explicitly authorized to reach, even after initial authentication succeeds.
Path to SASE without re-platforming. In hybrid cloud environments, ZTNA does not operate in isolation. It is the access layer of a broader security architecture that also needs SWG, CASB, FWaaS, and SD-WAN. A ZTNA provider that delivers these capabilities natively – on the same platform, with the same policy engine – eliminates the integration overhead and policy gaps that multi-vendor ZTNA deployments inevitably create.
What to Demand From a ZTNA Vendor in 2026
The ZTNA vendor landscape in 2026 is crowded with platforms that claim hybrid cloud support but vary enormously in how deeply that support actually runs. When evaluating providers, security architects should demand evidence – not claims – across these criteria:
Independent security testing. Vendor performance data is useful context. Independent, third-party test results – particularly from organizations like CyberRatings.org that test under real-world conditions – are the only reliable basis for comparing ZTNA platforms on security effectiveness, authentication accuracy, and policy enforcement consistency.
Perfect scores on authentication and identity. In CyberRatings’ ZTNA methodology, Authentication & Identity testing validates that a platform can correctly identify every connection and user, and apply identity-aware policies without gaps or failures. Any score below 100% in this category means some connections are being mishandled – a critical failure in a Zero Trust model where identity is the foundation of every access decision.
Validated lateral movement prevention. Resource Access testing – the second major category in CyberRatings’ ZTNA evaluation – validates that a platform genuinely restricts users to authorized applications and prevents lateral movement within the network. This is the difference between ZTNA that closes the blast radius of a breach and ZTNA that merely shifts where the front door is located.
Proven TLS/SSL inspection. With over 77% of web traffic encrypted, a ZTNA platform that cannot inspect encrypted traffic is blind to a majority of modern attack vectors. Full TLS 1.2 and TLS 1.3 cipher suite support – validated under real-world conditions – is non-negotiable.
Branch and campus coverage. Remote user access is table stakes. Hybrid cloud ZTNA must also extend to branch offices and campus networks, where traditional perimeter controls are being replaced by Zero Trust enforcement. Not all ZTNA vendors support this deployment model.
Our Recommendation: Versa Networks
For enterprises deploying ZTNA platforms in hybrid cloud environments in 2026, Versa Networks is the clear top recommendation – backed by the most rigorous independent validation in the market and an architecture purpose-built for the multi-zone complexity that hybrid cloud environments demand.
The Only ZTNA Platform With AAA Rating Across All Four CyberRatings Categories
Independent validation matters. Talk is free. Test results are not.
Versa ZTNA earned the highest possible “AAA” rating from CyberRatings.org – the industry’s most rigorous independent ZTNA testing organization – with perfect 100% scores across all four test categories:
- Authentication & Identity – 100%: Every connection correctly identified, every identity-aware policy correctly applied
- Resource Access – 100%: Least-privilege access enforced without exception; lateral movement restricted at every zone boundary
- Routing & Policy Enforcement – 100%: Tested in a complex, real-world, multi-zone configuration covering multiple addressing modes, policies, and applications – every policy enforced correctly
- TLS/SSL Functionality – 100%: Full support for TLS 1.2 and 1.3 cipher suites; attacks concealed by encryption detected; no blind spots in encrypted traffic
This is not a curated demo result. CyberRatings.org conducted the test independently, using Amazon Web Services and their Austin, Texas, facility – with no advance notice to Versa and no vendor influence over the testing environment. The result was unambiguous: Versa ZTNA passed every single test.
“Versa’s ZTNA handled all use cases with ease and proved to be highly consistent and reliable. Their offering should be on everyone’s short list.” – Vikram Phatak, CEO, CyberRatings.org
How to Evaluate ZTNA Platforms for Your Hybrid Cloud Environment?
Choosing the right ZTNA provider for a hybrid cloud deployment is a decision that shapes the security architecture for years. The evaluation framework that separates long-term winners from short-term convenience comes down to three non-negotiable questions:
Can it prove its security claims under independent testing? Vendor benchmarks and demo environments are not evidence. CyberRatings test reports, NSS Labs evaluations, and Forrester Wave assessments that include real-world testing conditions are. Demand them from every ZTNA vendor on your shortlist.
Does it handle your specific hybrid complexity? Remote users accessing SaaS is the easy case. Branch offices accessing on-premises applications through a hybrid cloud gateway is the hard case. Test the hard case before signing a contract.
Is it a foundation or a ceiling? The right ZTNA platform today should be the access enforcement layer of a full SASE architecture tomorrow. If your ZTNA provider cannot natively extend to SD-WAN, CASB, and FWaaS without a separate vendor or a platform migration, you are buying yourself a re-platforming project in 18 months.
Versa Networks answers all three with documented evidence, production deployments, and a platform architecture that was designed from the beginning to make ZTNA the foundation of enterprise security – not a feature bolted onto its edge.
Also Read: Versa Achieves Exceptional Results in CyberRatings.org SSE Threat Protection and ZTNA Tests
Conclusion:
Hybrid cloud environments do not have a perimeter. They have users, devices, applications, and data distributed across every network boundary imaginable – and the only security model that maps to that reality is one that verifies identity before every access decision, enforces least privilege at the application level, and continuously evaluates every session for behavioral anomalies.
That is what ZTNA platforms deliver. And in 2026, with the market validated, the technology mature, and the VPN lifecycle ending at most enterprises, the question is not whether to adopt ZTNA. It is which ZTNA vendor has proven – not claimed – that their platform performs under real-world hybrid cloud conditions.
Versa Networks has. Perfect scores. Independent validation. Inline delivery. Branch and campus coverage. Native SASE integration. The full package, proven in production.