Network performance is directly impacted by data transfer response time and protocol convergence speed, which can be affected by various factors such as the routing protocols, the number of devices on the network, transmission medium and type of network traffic topology.
IP Routing Optimization
Link Weighting, Route Attributes, and Policies. Employing precision in network management by assigning weights, defining route attributes, and implementing policies to optimize performance, enhance resilience, and align with organizational objectives.
TCP Layer Optimization
TCP Layer Optimization, MTU Sizing, Congestion Control, and Window Sizing. Fine-tuning the underlying mechanics of data transmission to maximize efficiency, mitigate congestion, and optimize overall network performance.
Protocol Tuning
Protocol Tuning, Link Failure Detection Optimization, Route Dampening, and Summarization. Precision engineering of network protocols and detection mechanisms to enhance connectivity, minimize downtime, and streamline routing efficiency for a resilient and optimized network.
Caching And CDN Techniques
Caching and CDN Techniques. Harnessing the power of caching and Content Delivery Networks (CDN) to optimize data retrieval, reduce latency, and enhance the overall speed and efficiency of content delivery across the network