Intelligent Edge Routing.
Zero Downtime Guaranteed.
Neviri Load Balancers provide high-performance, fully managed traffic distribution across your compute infrastructure. Shield your backend servers from traffic spikes, coordinate seamless deployments, and route requests with sub-millisecond latencies.
Eliminating the Single Point of Failure
In a traditional, single-server setup, your application is inherently fragile. If that instance experiences a memory leak, a hardware failure, or undergoes a routine operating system reboot, your entire business goes dark.
Neviri structures its cloud ecosystem around three distinct pillars: Compute, Storage, and Networking. Our Load Balancers sit natively within the Networking tier to completely eliminate infrastructure fragility by introducing true horizontal scalability.
Instead of routing users directly to a virtual machine, you route them to a Neviri Load Balancer. It acts as an intelligent reverse proxy, balancing incoming HTTP, HTTPS, and TCP requests across a pool of healthy backend servers. If one server fails, the load balancer bypasses it entirely, rerouting traffic to surviving instances seamlessly.
Live Failover Simulator
Click Node to FailCore Pillars of Neviri Traffic Management
Our load balancing infrastructure is designed to handle enterprise-grade workloads with absolute operational simplicity.
Round Robin Routing
Distributes incoming requests sequentially across your pool of backend instances—ideal for uniform web servers handling similar task loads.
Least Connections
Dynamically routes traffic to the server currently handling the fewest active sessions. This prevents performance bottlenecks during long-running API calls.
Source IP Hashing (Sticky Sessions)
Hashes the client's IP to ensure a user is consistently routed to the exact same backend instance. Critical for legacy stateful apps.
Proactive Health Probes
Continuously monitors target pools using customizable HTTP/TCP health probes. Instantly drops unresponsive nodes from the active pool.
Automated Failover
The moment an offline node recovers and passes its checks, the load balancer safely bleeds traffic back onto it without manual intervention.
Edge SSL/TLS Offloading
Encryption is terminated at the load balancer level. Traffic is then routed over our secure private network in plain text, saving backend CPU cycles.
Architecting Zero-Downtime Deployments
One of the greatest points of friction in the software development lifecycle is pushing updates to production without interrupting active user sessions. Neviri Load Balancers serve as the mechanical foundation for seamless release orchestration.
Blue-Green Deployments
Spin up an identical server pool running new code (Green) alongside production (Blue). Swing 100% of traffic instantly. Roll back dynamically with zero dropped packets if bugs occur.
Canary Rollouts & Controlled Bleeds
Incrementally shift traffic weights. Funnel 5% of users to a single node running your new features while monitoring error rates, then scale up as your confidence grows.
Traffic Orchestration Control
Encryption terminates at the Load Balancer level (SSL Offloading), allowing seamless inspection of application paths before routing.
Rollback engine initialized: 0.00s latency check. Active session persistence handles user connections securely.
Deep Integration with the Neviri Cloud Fabric
Neviri Load Balancers do not operate in isolation; they serve as the connective tissue that binds your entire computing, storage, and database stack into a highly cohesive, fault-tolerant infrastructure network.
Compute Tier Synchronization
Whether you are scaling out multiple Virtual Machines (VMs) or running stateless web workers on Shared CPU instances, our load balancers bridge the gap seamlessly. Mix and match instance sizes depending on scaling needs.
VPC Private Routing
Shield your database and application logic from direct internet exposure. Configure your Load Balancer to accept public requests and forward them exclusively through private, non-routable backends in a Neviri VPC.
Stateful Firewall Coordination
Protect your load balancing edge by placing a Cloud Firewall directly in front of it. Block malicious IP blocks, throttle brute-force attacks at the perimeter, and ensure only clean, legitimate traffic hits your network.
Frequently Asked Questions
Everything you need to know about our high-availability load balancing, routing protocols, and failover capabilities.
Layer 4 load balancing operates at the transport level (TCP). It routes traffic purely based on IP routing and port data without inspecting the contents of the network packets, making it incredibly fast and resource-efficient for raw databases or streaming applications. Layer 7 load balancing operates at the application level (HTTP/HTTPS). It inspects the actual headers, cookies, and URI paths of incoming requests, allowing you to execute advanced routing decisions—such as sending /api requests to one pool of servers and /static requests to another.
Neviri Load Balancers are designed to distribute traffic with ultra-low latency across multiple isolated fault domains within a single localized cloud infrastructure region. This provides robust high availability against localized hardware grid disruptions. For multi-country or global distribution strategies, our networking tier integrates cleanly with global anycast DNS routing layers.
This is completely dependent on your custom health check configuration. If you configure your health check probe to run every 2 seconds with an unhealthiness threshold of 2 consecutive failures, an unresponsive server will be dropped from active traffic routing in exactly 4 seconds, keeping user-facing errors minimized.
No. Neviri Load Balancers are built on top of a highly redundant, active-active physical networking architecture. When you provision a load balancer, our underlying orchestration layer distributes the processing load across multiple isolated network gateways automatically. If a physical network interface experiences an issue, another instantly shoulders the capacity with zero disruption to your public IP availability.
Ready to secure and distribute your application traffic?
Get Started with Load Balancers