ZTNA reduces exposure and contains threats in a zero trust way that VPNs simply can’t.
Legacy VPNs invite risk by granting wide network access once remote users connect. ZTNA’s zero trust approach is next-gen secure, using identity and context to enable minimum access to only necessary apps and resources. Unlike VPNs, ZTNA security verifies users for every session, limits lateral movement, and conceals internal networks from external exposure. With micro-segmentation, least privilege access, and isolation of threats, ZTNA shrinks the attack surface substantially compared to traditional VPNs. The advantages and differences between ZTNA and VPN are why innovative companies are adopting ZTNA for a modern and more impenetrable remote access architecture.
Netskope One Private Access brings software-defined WAN (SD-WAN) capabilities to zero trust network access (ZTNA), providing secure and optimized access to all private applications, including on-premises hosted VoIP, from a single client. Private Access enables full application visibility and control, reduces the cost of managing multiple remote access solutions and provides fast, reliable application access, regardless of where they are hosted.
Remove implicit trust granted to network insiders and constrain lateral movement within your network. Powered by Netskope’s patented Zero Trust Engine, Netskope One Private Access enforces context-aware, least privilege access on private applications, ensuring that the right people have the right access to the right resources for the right reasons at the right time.
Connect remote users directly to private applications hosted in AWS, Azure, and Google Cloud using the Netskope NewEdge network, a high-performance, highly available security private cloud that is extensively peered with cloud service providers. With global data centers in 75+ regions, you get global access from anywhere, enabling a low latency on-ramp for connecting to your private applications.
Retire legacy remote access VPN infrastructure and enable a move towards a cloud-first security architecture that supports all applications, including legacy voice and video applications. Phase out the capital investment, refresh cycles, and ongoing management costs of VPN appliances.
Ensure that private applications hosted in public and private clouds are never exposed to the Internet. Avoid brand damage, fines, and remediation costs associated with a breach of a private application hosted in the cloud.
Provide assured voice and video application experience with dynamic traffic steering and context-aware QoS, improving user experience and productivity.
Shift from network-centric to application-centric visibility, with deep understanding of context including user identity, user risk, device identity, device posture, and app risk to reduce risks in highly distributed environments.
Use a unified, lightweight client, to provide users with simultaneous access to all of their applications deployed across public cloud and data centers without the hassle of connecting and reconnecting to various VPN gateways.
Netskope unifies market-leading networking and security capabilities in a truly converged platform, offering a tightly-integrated single vendor SASE offering. With Netskope One, organizations can take advantage of a one engine, one network, one client, one gateway, and one policy approach for unified management and policy enforcement, eliminating multi-vendor SASE deployments that lead to expensive deployments, inconsistent management and poor user experience.
Remove implicit trust granted to network insiders and constrain lateral movement within your network. Powered by Netskope’s patented Zero Trust Engine, Netskope One Private Access enforces context-aware, least privilege access on private applications, ensuring that the right people have the right access to the right resources for the right reasons at the right time.
Connect remote users directly to private applications hosted in AWS, Azure, and Google Cloud using the Netskope NewEdge network, a high-performance, highly available security private cloud that is extensively peered with cloud service providers. With global data centers in 75+ regions, you get global access from anywhere, enabling a low latency on-ramp for connecting to your private applications.
Retire legacy remote access VPN infrastructure and enable a move towards a cloud-first security architecture that supports all applications, including legacy voice and video applications. Phase out the capital investment, refresh cycles, and ongoing management costs of VPN appliances.
Ensure that private applications hosted in public and private clouds are never exposed to the Internet. Avoid brand damage, fines, and remediation costs associated with a breach of a private application hosted in the cloud.
Provide assured voice and video application experience with dynamic traffic steering and context-aware QoS, improving user experience and productivity.
Shift from network-centric to application-centric visibility, with deep understanding of context including user identity, user risk, device identity, device posture, and app risk to reduce risks in highly distributed environments.
Use a unified, lightweight client, to provide users with simultaneous access to all of their applications deployed across public cloud and data centers without the hassle of connecting and reconnecting to various VPN gateways.
Netskope unifies market-leading networking and security capabilities in a truly converged platform, offering a tightly-integrated single vendor SASE offering. With Netskope One, organizations can take advantage of a one engine, one network, one client, one gateway, and one policy approach for unified management and policy enforcement, eliminating multi-vendor SASE deployments that lead to expensive deployments, inconsistent management and poor user experience.
Netskope delivers the industry’s first VPN replacement that combines ZTNA and SD-WAN with a single client. Address the application visibility and security challenges associated with VPNs while optimizing the user experience and reducing the cost and complexity of managing multiple solutions for securing private application access.