Zenarmor gives us the ability to deliver SASE as a distributed service without sacrificing performance or control. Eliminating forced backhaul and accelerating deployment has reshaped how we deliver differentiated managed security services to our customers.
Service providers need security platforms that integrate directly into their infrastructure without forcing architectural compromises. Zenarmor's distributed architecture allows us to embed security directly within our network stack, giving customers secure connectivity, full visibility, and operational control without relying on external cloud inspection points.
Zenarmor enables us to move beyond gateway-only models to distributed enforcement with centralized visibility and control, a necessary evolution for modern SASE architectures built for today's distributed workforce.
Traditional SASE architectures introduce integration challenges and operational blind spots due to their dependence on cloud-based PoPs. By eliminating PoPs and enabling direct, point-to-point secure connections with inline inspection, Zenarmor delivers a next-generation SASE architecture that reduces latency, accelerates deployment, and lowers operational complexity. This differentiated approach is why EMA recognized Zenarmor as a Vendor to Watch.
Many organizations struggle to introduce modern security capabilities without disrupting existing network deployments. Zenarmor's distributed architecture allows security to be inserted directly into the traffic path with minimal disruption, enabling organizations to strengthen their security posture while maintaining performance and operational continuity.
As an organization in the health industry, securing our network is not just best practice; it`s a necessity Zenarmor emerged as our sentinel against evolving digital threats.
Zenarmor allows us to provide access to essential information in transit areas, and to support the actions of other NGOs with adapted means of communication that we make available to them.
Zenarmor enables us to move beyond gateway-only models to distributed enforcement with centralized visibility and control, a necessary evolution for modern SASE architectures built for today's distributed workforce.
Service providers and channel partners often face significant integration and operational challenges when delivering traditional SASE solutions built on SD-WAN overlays and cloud-based PoPs. Zenarmor simplifies that model by consolidating connectivity and security into a single-application, distributed architecture that can run across endpoints, gateways, cloud environments, and ISP customer premises equipment, eliminating reliance on centralized PoPs.
The system integration with Zenarmor has allowed 5th Mountain to compete for and win the business of large network providers, including those using Multiprotocol Label Switching (MPLS) to deliver scalable and high performance connectivity.
Zenarmor gives us the ability to deliver SASE as a distributed service without sacrificing performance or control. Eliminating forced backhaul and accelerating deployment has reshaped how we deliver differentiated managed security services to our customers.
Service providers need security platforms that integrate directly into their infrastructure without forcing architectural compromises. Zenarmor's distributed architecture allows us to embed security directly within our network stack, giving customers secure connectivity, full visibility, and operational control without relying on external cloud inspection points.
Zenarmor enables us to move beyond gateway-only models to distributed enforcement with centralized visibility and control, a necessary evolution for modern SASE architectures built for today's distributed workforce.
Traditional SASE architectures introduce integration challenges and operational blind spots due to their dependence on cloud-based PoPs. By eliminating PoPs and enabling direct, point-to-point secure connections with inline inspection, Zenarmor delivers a next-generation SASE architecture that reduces latency, accelerates deployment, and lowers operational complexity. This differentiated approach is why EMA recognized Zenarmor as a Vendor to Watch.
Many organizations struggle to introduce modern security capabilities without disrupting existing network deployments. Zenarmor's distributed architecture allows security to be inserted directly into the traffic path with minimal disruption, enabling organizations to strengthen their security posture while maintaining performance and operational continuity.
As an organization in the health industry, securing our network is not just best practice; it`s a necessity Zenarmor emerged as our sentinel against evolving digital threats.
Zenarmor allows us to provide access to essential information in transit areas, and to support the actions of other NGOs with adapted means of communication that we make available to them.
Zenarmor enables us to move beyond gateway-only models to distributed enforcement with centralized visibility and control, a necessary evolution for modern SASE architectures built for today's distributed workforce.
Service providers and channel partners often face significant integration and operational challenges when delivering traditional SASE solutions built on SD-WAN overlays and cloud-based PoPs. Zenarmor simplifies that model by consolidating connectivity and security into a single-application, distributed architecture that can run across endpoints, gateways, cloud environments, and ISP customer premises equipment, eliminating reliance on centralized PoPs.
The system integration with Zenarmor has allowed 5th Mountain to compete for and win the business of large network providers, including those using Multiprotocol Label Switching (MPLS) to deliver scalable and high performance connectivity.
Zenarmor 2.4 introduces groundbreaking capabilities including comprehensive iOS and Android mobile security, Docker container deployment for gateways, pool licensing for partners, and automatic endpoint agent updates — extending the "Plug.SASE.Everywhere" philosophy to secure the truly distributed enterprise.
Enterprise AI adoption is accelerating at a pace few security architectures were designed to handle. Generative AI, agentic workflows, and non-human identities are rapidly reshaping how applications are built, how data flows, and where computation happens.
The insurance industry is one of the most attractive targets for cybercriminals. This is because insurance has three things that they look for: regulated personal data, a distributed workforce, and cloud-based networks.
