COMPARISON AMONG F5 NETWORKS BIG-IP, ARRAY NETWORKS ADC AND RELIANOID LOAD BALANCER
The BIG-IP platform from F5 Networks is a comprehensive combination of hardware and software that enhances application performance, security, and reliability. At its core, BIG-IP provides advanced load balancing and traffic management, routing requests intelligently based on real-time conditions and policies. This ensures optimal resource utilization and prevents server overload, resulting in improved application responsiveness.
Beyond traffic distribution, BIG-IP integrates robust security features, including protection against Layer 7 DDoS, malicious bots, and zero-day threats. It also delivers secure access management, making it a go-to solution for enterprises needing both performance and advanced application security. However, its complexity, high cost, and resource-heavy architecture can be barriers for some organizations.
The Array Networks APV Series is a high-performance Application Delivery Controller (ADC) family available as physical, virtual, and cloud appliances that accelerate, secure and ensure availability of applications across data center and cloud environments. At its core, APV provides Layer-4 to Layer-7 load balancing and intelligent traffic management to keep applications fast and available by directing user requests according to dynamic and policy-based decisions. Array’s APV appliances include SSL/TLS acceleration and interception, connection multiplexing, caching and compression, traffic shaping, DDoS protections, Global Server Load Balancing (GSLB), and an integrated Web Application Firewall (WAF).
Array Networks
Built on Array’s SpeedCore® 64-bit architecture and a kernel-level L7 policy engine, APV delivers efficient processing and low-latency traffic handling suitable for enterprises, service providers and public sector deployments. APV also provides automation and orchestration through REST/XML-RPC and integrations with cloud/virtual platforms, making it flexible for modern CI/CD and cloud-native workflows.
RELIANOID as alternative to F5 Networks BIG-IP and Array Networks ADC across key ADC capabilities
RELIANOID bridges the gap between the complexity and cost of F5 BIG-IP and the limited scalability of Array Networks ADC. While Array provides affordable, practical ADC capabilities and F5 delivers deep enterprise-grade features at a premium, RELIANOID combines high-performance load balancing, advanced security, and simplified operations in a lightweight, cost-efficient, and platform-agnostic solution. It supports modern protocols like HTTP/2, features hot-reload for zero-downtime updates, and integrates seamlessly with containerized, cloud, and hybrid infrastructures. For organizations needing scalability, security, and ease of use without excessive costs or complexity, RELIANOID is the smart choice.
How does RELIANOID differentiate itself in the crowded ADC market
compared to other vendors?
We do not believe in limitations per core, memory or throughput. Our ADC solution performs with the maximum resources available.
We research and develop open-source high tech products to deliver the best performance, scalability and high availability.
We design user experience and automated interfaces to make application reliability technology easy.
Our agile Team is always available to make your life easier and eliminate your pain.
WAYS TO
GET STARTED
Maximize application performance, security, and availability across any environment with RELIANOID’s intelligent and scalable load balancing solutions.
Compare the top load balancers and discover how RELIANOID stands out with unlimited performance, high-tech architecture, intuitive UX, and expert support—built to meet today’s enterprise demands without compromise.
See how organizations across sectors use RELIANOID to boost performance, cut costs, and secure critical services through high-availability load balancing and intelligent traffic management.
Ensure trust, transparency, and resilience with RELIANOID’s robust security compliances, certifications, and policies designed to meet global cybersecurity standards and safeguard your critical infrastructure.
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