The Problem

The "mesh tax" is too high — and it still doesn't solve the real problem.

Organizations manage hundreds of services deployed across new and old infrastructure. Traditional service meshes were designed for a pristine, cloud-native-only world. They promised to solve connectivity, but for most enterprises, they simply shifted the complexity elsewhere:

  • Massive resource overhead – The mesh tax of running a proxy for every pod consumes significant CPU and memory, adding latency to each request.

  • Operational burden – Teams must manage, upgrade, and secure thousands of distributed sidecars, creating new challenges.

  • Poor hybrid-cloud support – Meshes were never designed to connect legacy apps, VMs, and bare-metal servers.

  • Fragmented traffic management – Meshes only handle east-west (pod-to-pod) traffic, forcing you to buy and manage separate, disconnected tools for ingress, egress, and API gateways.

Infrastructure is distributed

80% of organizations rely on multiple private and public clouds to host their services.

Fragmentation is rampant

59% of survey respondents use three or more tools to manage their cloud infrastructure.

Management is complex

Enterprises use, maintain, and manage communication between 364 SaaS apps, on average.

How Universal Mesh Works

One architecture, two core patterns

Our universal mesh is fractal. The same simple, powerful architecture applies at every scale, from a single cluster to a global hybrid cloud. Deploy strategic gateways at the boundaries of your K8s clusters, VPCs, and on-prem datacenters.

These gateways form the powerful, performant "universal mesh edge." Users get the same powerful unified ingress and routing, DDoS protection and rate limiting, bot management capabilities — and much more — both at the inner and outer edge.

The outer edge (north-south traffic)

Manage all traffic entering or leaving your infrastructure. This becomes your single, strategic control point for application DDoS protection, web application firewall (WAF), bot management, and unified ingress/egress routing.

The inner edge (east-west traffic)

Connect applications across clusters, clouds, and data centers with explicit, logical routing. Solve overlapping IP address spaces, connect K8s services to legacy VMs, and enable end-to-end mTLS — with unrivaled observability.

Unified ingress and routing

Intelligent external load balancing, multi-cluster routing, direct-to-pod load balancing, and high-performance ingress for Kubernetes apps. Centrally manage all routing, configuration, and security.

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App DDoS protection

Global rate limiting and comprehensive DDoS protection against transport layer (Layer 4) and application layer (Layer 7) attacks, for any app in any environment.

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Bot management

Fast, reliable, and flexible bot detection and enforcement, all done locally on your infrastructure. Stops malicious bots and unwanted AI crawlers without affecting friendly bots and human users.

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Web application firewall

Exceptional accuracy and zero-day threat protection with ultra-low latency, simple management, and customizable profiles for every app and location.

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TLS termination and mTLS

End-to-end encryption between your clients, HAProxy nodes, and backend servers. mTLS strengthens security for applications, APIs, and zero-trust architectures.

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Load balancing

High-performance load balancing for TCP, UDP, QUIC, and HTTP-based applications. Reduce strain on your backend resources and boost reliability and performance.

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API gateway

Deploy dev-friendly API gateways at the edge to provide network-level protection. Support complex API gateway topologies in any environment.

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Observability

All your traffic, clusters, and clouds in one place. Identify performance, security, and capacity issues before they become a problem.

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Platform Overview

Do more with HAProxy One

The world's fastest application delivery and security platform seamlessly blends data plane, control plane, and edge network to deliver the world's most demanding applications, APls, and Al services in any environment.

Discover HAProxy One

HAProxy Enterprise

A flexible data plane layer that provides high-performance load balancing, an API/Al gateway, Kubernetes application routing, best-in-class SSL processing, and multi-layered security.

HAProxy Fusion Control Plane

A scalable control plane that provides full-lifecycle management, monitoring, and automation of multi-cluster, multi-cloud, and multi-team HAProxy Enterprise deployments.

HAProxy Edge

A secure edge network that provides a high-capacity global ADN and threat intelligence — enhanced by machine learning — that powers the next-generation security layers in HAProxy Fusion and HAProxy Enterprise.

World-class experience

24/7 support from real humans! We're the authoritative experts on HAProxy — including the edge, data plane, control plane, and security layers. We'll do whatever it takes to make your HAProxy deployment a success.

What are people saying about HAProxy and universal mesh?

"To achieve high availability, we have multiple HAProxy clusters distributed within each cloud provider for each business unit. Then, we have the GNS Meridian Orchestrator, which uses HAProxy Fusion as a core component. HAProxy Fusion helps manage all these clusters, onboard new frontends or new services, update map files, and help with other operational and observability tasks."

Kalaiyarasan Manoharan Senior Staff Network Engineer at PayPal

"This solution helped us accelerate the overall PayPal conversion strategy. We have different brands, and we're trying to combine them to give our customers a cohesive experience. This Meridian Services Fabric idea that we built using HAProxy really accelerated our conversions across the business units."

Kalaiyarasan Manoharan Senior Staff Network Engineer at PayPal

Ready to get started with HAProxy universal mesh?

Take control of service-to-service communication across clouds and databases — without adding complexity, excess cost, or fragmentation to your application delivery infrastructure.