As cyber threats continue to rise, enterprise IT security teams are seeking greater visibility and better control over their unique risk landscape to devise a response strategy that scales across clouds, users, devices, applications, and data.
While adopting a zero trust security strategy has been a core of many organization security evolution for a while, shoehorning zero trust into a number of existing technology solutions has lead to a slow down in performance and business productivity.
Modern enterprise challenges require a sophisticated implementation of zero trust
Adoption of multi-cloud infrastructures and hybrid work models means you need to lock down data where it exists and control how it flows.
Implicit trust-based policies with castle-and-moat defenses means users get unrestricted access and you are left with a widened attack surface.
Policies with highly restrictive access controls means user productivity is hampered and you need to strike a balance between security and usability.
Inconsistent policy enforcement across different types of network traffic means you must contend with varying levels of visibility, security, and control.
Legacy security architectures in silos means your organization will suffer from incremental network latency and sluggish performance.
The Zero Trust Engine lies at the core of the Netskope One Platform. It decodes and decrypts traffic in real time and continuously gathers risk telemetry about users, devices, applications, and data without impacting the performance of the overall transaction. Utilizing this wealth of information, it delivers highly precise and powerful policy controls that adapt to a changing risk landscape in real time, minimizing the likelihood of risk exposures, while ensuring a fast and reliable user experience.
Without enhanced visibility across a number of context-specific variables, IT admins are severely restricted in effectively enforcing least privilege access.
The Zero Trust Engine’s risk telemetry is collected using numerous contextual variables across all parts of the user’s transaction to determine—in real time—the level of access that should be granted. In-depth contextual insights further translate into highly precise, multi-layered policy rules that IT admins can deploy at scale using the most adaptive policy controls.
The Zero Trust Engine’s precision is underscored by its key capabilities.
){kind=icon}
The Zero Trust Engine develops a complete, granular risk profile of every transaction in real-time, including Netskope’s unique “Layer 8” visibility that provides insight into crucial 50+ variables like instance and action awareness, and behavioral anomalies leveraging one of the largest application trust repositories in the industry with over 75,000 applications.
Allowing for a more sophisticated and nuanced execution of zero trust, the Zero Trust Engine allows IT admins to minimize risks with actions that include allowing the traffic, blocking the transaction, coaching the user inline, prompting an authentication from the user, soliciting justification for any action, or isolating the access from other operations. This is a big difference for IT admins, who are used to the conventional, binary “allow or block” choices for access.
With continuous inputs from AI and ML models, the Zero Trust Engine allows IT admins to dynamically adjust policies to reflect changing business requirements as applications evolve, as new ones arrive, and as old ones are decommissioned.
The Zero Trust Engine develops a complete, granular risk profile of every transaction in real-time, including Netskope’s unique “Layer 8” visibility that provides insight into crucial 50+ variables like instance and action awareness, and behavioral anomalies leveraging one of the largest application trust repositories in the industry with over 75,000 applications.
Allowing for a more sophisticated and nuanced execution of zero trust, the Zero Trust Engine allows IT admins to minimize risks with actions that include allowing the traffic, blocking the transaction, coaching the user inline, prompting an authentication from the user, soliciting justification for any action, or isolating the access from other operations. This is a big difference for IT admins, who are used to the conventional, binary “allow or block” choices for access.
With continuous inputs from AI and ML models, the Zero Trust Engine allows IT admins to dynamically adjust policies to reflect changing business requirements as applications evolve, as new ones arrive, and as old ones are decommissioned.
The single pass architecture of the Zero Trust Engine ensures that all traffic generated from every user transaction is quickly decoded, decrypted, and then scanned by a number of controls to assess and mitigate risk, all before it moves on to the destination. Backed by industry-leading SLAs, the Zero Trust Engine decrypts and re-encrypts traffic only once within milliseconds, connecting users to the web, cloud, or private apps without friction, speeding up performance, and unleashing the full productivity potential of the hybrid workforce.
The Zero Trust Engine operates at lightning speed and offers dependable resilience due to some key characteristics.
The Zero Trust Engine stands out from other industry solution because of its unique ability to decrypt and re-encrypt huge volumes of SSL traffic, and fully decode JSON – the language of the cloud. Unlike some solutions that only decrypt or decode some traffic, the Zero Trust Engine provides real-time decryption and decoding of ALL traffic without impacting user experience.
In contrast to other security solutions with fragmented security controls, the Zero Trust Engine ensures that in-depth security inspection doesn’t come at the cost of latency due to its elegant single-pass architecture that performs an array of security inspections in real-time in less than 15 milliseconds.
Netskope NewEdge is the largest private security cloud featuring ultra-fast on-ramps for users and offices to connect to the Netskope One platform and the Zero Trust Engine. Coupled with this, NewEdge maintains extensive peering relationships with the world’s leading web and cloud providers to ensure lowest end-to-end latency.
The Zero Trust Engine stands out from other industry solution because of its unique ability to decrypt and re-encrypt huge volumes of SSL traffic, and fully decode JSON – the language of the cloud. Unlike some solutions that only decrypt or decode some traffic, the Zero Trust Engine provides real-time decryption and decoding of ALL traffic without impacting user experience.
In contrast to other security solutions with fragmented security controls, the Zero Trust Engine ensures that in-depth security inspection doesn’t come at the cost of latency due to its elegant single-pass architecture that performs an array of security inspections in real-time in less than 15 milliseconds.
Netskope NewEdge is the largest private security cloud featuring ultra-fast on-ramps for users and offices to connect to the Netskope One platform and the Zero Trust Engine. Coupled with this, NewEdge maintains extensive peering relationships with the world’s leading web and cloud providers to ensure lowest end-to-end latency.
A SASE solution lacking in vital networking and security controls is simply not equipped to fulfil the promise of zero trust. The Zero Trust Engine lies at the center of Netskope One, our fully integrated SASE platform that converges our comprehensive portfolio of SSE and SD-WAN solutions, offering extensive data and threat protection capabilities across web, cloud, and private applications.
A few different elements come together to make the Zero Trust Engine comprehensive.
Our platform approach to SASE ensures that continuous adaptive trust extends effortlessly and consistently across Secure Web Gateway (SWG), Cloud Access Security Broker (CASB), Zero Trust Network Access (ZTNA), Cloud Firewall (FWaaS) and Software Defined WAN (SD-WAN) services, leaving no security gaps and reducing complexities arising from fragmented solutions.
With over 3000 advanced data classifiers and 20 patented AI/ML detection techniques, our Threat and Data Protection solutions monitors sensitive data, web and saas traffic, including data interactions with AI chatbots. The engine analyzes patterns and behaviors among users and network traffic to establish a baseline for normal behavior and identify a wide range of evasive and never-seen-before threats. Our latest SkopeAI innovations protect sensitive data from AI-led exposure by classifying and safely enabling GenAI apps in use and block AI-led threats.
Our tight integration with ecosystem partners, including leading XDR, SIEM and IAM vendors, helps deliver complete zero trust architectures that exceed what any single vendor solution can deliver in terms of completeness.
Our platform approach to SASE ensures that continuous adaptive trust extends effortlessly and consistently across Secure Web Gateway (SWG), Cloud Access Security Broker (CASB), Zero Trust Network Access (ZTNA), Cloud Firewall (FWaaS) and Software Defined WAN (SD-WAN) services, leaving no security gaps and reducing complexities arising from fragmented solutions.
With over 3000 advanced data classifiers and 20 patented AI/ML detection techniques, our Threat and Data Protection solutions monitors sensitive data, web and saas traffic, including data interactions with AI chatbots. The engine analyzes patterns and behaviors among users and network traffic to establish a baseline for normal behavior and identify a wide range of evasive and never-seen-before threats. Our latest SkopeAI innovations protect sensitive data from AI-led exposure by classifying and safely enabling GenAI apps in use and block AI-led threats.
Our tight integration with ecosystem partners, including leading XDR, SIEM and IAM vendors, helps deliver complete zero trust architectures that exceed what any single vendor solution can deliver in terms of completeness.
Restricting users with rigid and redundant security policies can hamper performance and user productivity, and ultimately increase security risks because impacted users will always look for way to circumvent these measures.
The Zero Trust Engine empowers users by providing uninterrupted secure access to applications and resources without performance trade offs while also enabling users to play a proactive role in the organization’s security.
The Zero Trust Engine’s security enhancement options like step-up authentication or Remote Browser Isolation (RBI) rendering allow users to access resources with higher risk context by dynamically increasing the level of security.
The zero trust engine offers real-time user coaching, both web and client based to guide them towards making better security decisions.
The zero trust engine’s user and entity behavior analytics (UEBA) uses over 50 trained models with 100+ detectors from inline and API inspection to discern normal behavior patterns from internal baselines versus those arising from malicious insiders and outside threat vectors.
The Zero Trust Engine’s security enhancement options like step-up authentication or Remote Browser Isolation (RBI) rendering allow users to access resources with higher risk context by dynamically increasing the level of security.
The zero trust engine offers real-time user coaching, both web and client based to guide them towards making better security decisions.
The zero trust engine’s user and entity behavior analytics (UEBA) uses over 50 trained models with 100+ detectors from inline and API inspection to discern normal behavior patterns from internal baselines versus those arising from malicious insiders and outside threat vectors.
| Benefits to you | Why it's important |
| Minimizes administrative complexity with an integrated platform | You get consolidated networking and security solutions to lower costs and deliver a single console and policy framework for greater operational efficiency. |
| Removes implicit trust with adaptive access and consistent policy enforcement across all channels | You get to trigger granular controls based on deep understanding of context and content across all inspected web and cloud traffic to enforce powerful, precise, converged policy controls across web, cloud, and private apps. |
| Reduces risk with continuous threat and data protection | You benefit from industry-leading threat and data protection across web, cloud, and private apps to reduce the risk of breaches or data loss incidents with comprehensive real-time risk assessment and trust scoring of unequaled breadth (75k+ apps) and depth (50+ attributes). |
| Enables seamless user experience with on-demand isolation | You are empowered to contextually isolate browsing on risky or unsanctioned web categories using the engine’s target and extended Remote Browser Isolation (RBI) capabilities without hampering user productivity. |
| Enables advanced investigations | You collect rich metadata for analytics and get better visibility for investigations and incident response because the Zero Trust Engine decodes all types of traffic from applications, cloud services, and the web. |
We chose Netskope over other vendors because it just seems to be a more mature SSE platform with a better long-term plan.
With Netskope’s application and risk awareness, we have been able to tighten access restrictions, based on the risk of the apps themselves and the role-based profiles of the users accessing them
Netskope One SSE is built on the Netskope One platform that provides unrivaled visibility and real-time data and threat protection when accessing cloud services, websites, and private apps from anywhere, on any device.
The Zero Trust Engine is the “brain” of the Netskope One platform. Unlike legacy “bolt-on” security that creates latency and policy gaps, this engine is a single-pass architecture. It decrypts, decodes, and inspects all traffic in one unified flow—applying granular controls across web, cloud, and private apps simultaneously without multiple redundant inspection “hops.”
+2
Layer 8 visibility is Netskope’s deep application-layer context that goes far beyond standard network metadata. The engine captures over 50 variables per transaction, including instance awareness (distinguishing between personal vs. corporate Slack) and specific actions (like “upload” vs. “view”). This allows for precise risk assessments across over 75,000 applications.
Rather than a binary “allow or block” decision at login, the engine operates in real-time. It continuously monitors signals from users, devices, and apps. If a user’s risk score suddenly spikes—for example, by attempting to download sensitive data from an unusual location—the engine can dynamically adjust, triggering step-up authentication or Remote Browser Isolation (RBI) mid-session.
No. Because of its single-pass design, the engine performs all security scans (DLP, threat protection, etc.) simultaneously. It is backed by industry-leading SLAs, processing decrypted transactions in less than 50ms and non-decrypted transactions in less than 10ms. This ensures deep security inspection without the “bottleneck” effect common in traditional security stacks.
Yes. The Zero Trust Engine powers Netskope Private Access (ZTNA), which replaces legacy VPNs with direct, least-privilege access. Applications remain hidden from the public internet, and users are connected only to the specific resources they are authorized to reach. This significantly reduces your attack surface and eliminates the performance lag associated with VPN backhauling.
