nbalance is a complete endpoint security solution built to protect the remote workforce from today’s complex threat landscape. It prevents the most imminent threats to the endpoint, such as ransomware, phishing, or drive-by malware, while quickly minimizing breach impact with autonomous detection and response.This way, your organization gets all the endpoint protection it needs, at the quality it deserves, in a single, efficient, and cost-effective solution.
nBalance uses techniques to optimize workload distribution, improve application performance, and increase the availability and reliability of a network. It involves distributing incoming network traffic across multiple servers or resources, ensuring a balanced and even workload. It enhances high availability by directing traffic to healthy servers and avoiding failed or overloaded ones, ensuring uninterrupted access to network resources.
nBalance performance is vital for network efficiency. Factors impacting LB performance: throughput, scalability, connection handling, health checking, algorithm efficiency, and optimization. Throughput affects request processing, scalability handles increasing traffic, efficient connection handling manages concurrent connections, health checking directs traffic, and algorithm hardware/ software optimization impacts performance. Configuring and fine-tuning the LB is essential.
Security is paramount for safeguarding network infrastructure. Key considerations include implementing access control, SSL/TLS termination, DDoS protection, firewall integration, Geo Tagging, secure communication channels, regular updates, logging/monitoring, and conducting security audits/penetration testing to ensure robust protection against potential threats and vulnerabilities. By prioritizing these considerations, networks can be safeguarded effectively.
App acceleration involves implementing various techniques to improve the performance and efficiency of web applications. This includes SSL offloading for faster and more secure connections, advanced timings to optimize response times, high-performance lookup maps for efficient data retrieval, HTTP compression for reduced bandwidth usage, device detection for tailored content delivery, and HTTP routing for efficient traffic distribution.