The breach isn’t the problem. The spread is. →The breach isn’t the problem. The spread is. →Measure in 5 min. Free AssessmentFree Assessment
Stop the harvest.
Shut the door.
Harvest and Decrypt Protection makes captured traffic worthless.
Solutions That Secure Cloud, Serverless, K8s, and AI
From visibility to zero trust, AI-driven detection to remediation, CNSF keeps enterprises secure at the speed of innovation.
- Aviatrix Cloud Firewall™
Zero Trust for Every Workload
Traditional cloud firewalls can’t keep up with today’s perimeterless cloud environments. Aviatrix Cloud Firewall™ embeds zero trust at the workload, using AI insights for stronger detection, automated protection, and predictable costs.
Enforce consistent policies across cloud, Kubernetes, and AI workloads.
Identify and stop exfiltration instantly with AI-enhanced traffic analysis.
Gain clear insights into traffic patterns and egress costs to improve performance.
Enforced security for Kubernetes, and serverless without adding complexity while reducing IP burn.
- AgentGuard
Network-Native AI Security
Teams are deploying AI agents faster than security can track them. AgentGuard gives you visibility into every agentic workload — sanctioned or shadow — then enforces policy at the network layer. No SDK, no code changes. Security teams own it from day one
Network-native discovery maps agentic traffic — MCP servers, autonomous agents, model endpoints — that code-based tools miss entirely. First visibility in 15 minutes.
A compromised agent reaches only what it was explicitly permitted to reach. Default-deny at the VPC boundary prevents lateral movement to unauthorized destinations.
No application changes, no SDK, no developer compliance required. Transparent enforcement at the network layer — security owns adoption without waiting on engineering.
Discover, classify, and govern AI workloads on the Aviatrix platform you already operate. No new infrastructure. No new vendor.
60 Pages. 5 Products.One Cloud.
That's what it takes to secure Azure with a centralized firewall architecture. Next-generation chokepoint systems haven't solved this — they still route every packet through an appliance, creating fragmentation, latency, and coverage gaps wherever the appliance can't reach.
The Problem
Centralized firewall architectures require 5–7 products per cloud, 60+ pages of deployment guidance, and traffic steering that breaks in Kubernetes and serverless. The complexity is structural, not operational.
Fails 3 of 5 testable containment properties by architecture: path-complete, compute-model agnostic, universally propagated.
The Alternative
CNSF enforces at every workload — one platform, one policy, universally propagated across every cloud, every VPC, every Kubernetes cluster. No hair-pinned traffic. No per-VPC firewall instances. No coverage gaps.
Passes all 5 testable properties: path-complete, identity-aware at L7, detection-independent, compute-model agnostic, universally propagated.
The Position
We’re not asking you to rip anything out. Deploy containment as the backstop your environment needs while your existing stack continues operating. Once containment is in the architecture, the chokepoint becomes gradually redundant.
"You never argued it. You outgrew it."
500+ Enterprises Secure Cloud and AI with Aviatrix
Including 10% of the Fortune 500
Cloud Native Security for Regulated Industries
New mandates are rewriting the rules — HIPAA's 2026 encryption requirements, PCI DSS 4.0 segmentation controls, and SEC incident disclosure timelines all demand network-level enforcement. CNSF delivers it across every regulated workload.
- Financial Services
- Healthcare
- Manufacturing
- Retail
- Software
Cloud Network Security for Financial Services
Protect sensitive data, ensure compliance, and optimize digital banking experiences with robust, cloud network security solutions designed to meet the demands of modern financial institutions.
Secure the Connections Between Your Clouds and Cloud Workloads
Leverage a security fabric to meet compliance and reduce cost, risk, and complexity.