When an employee in your office clicks “Save” in Salesforce or queries an AWS RDS database, their request does not simply teleport to the cloud. It traverses a physical sequence of routers, switches, and internet exchange points (IXPs).
The total round-trip time (RTT) and latency your staff experiences depends almost entirely on your ISP’s upstream peering relationships.
The Problem with Multi-Hop Transit
Budget internet providers route traffic through multiple low-cost transit providers across distant cities or overseas nodes before reaching cloud servers. Each intermediate “hop” adds 5 to 15 milliseconds of latency and increases the likelihood of packet jitter and buffering.
The Direct Peering Advantage
Enterprise connectivity providers like Navneet Communication Service bypass intermediate transit by establishing direct BGP peering at major national Internet Exchanges (such as NIXI and DE-CIX) and maintaining dedicated interconnects with tier-1 hyperscalers:
- Amazon Web Services (AWS Direct Connect peering)
- Microsoft Azure (ExpressRoute peering)
- Google Cloud Platform & Workspace
- Cloudflare & Akamai Content Delivery Networks (CDNs)
The Performance Result:
By routing data directly into the hyperscaler’s backbone in 1 to 2 hops, regional enterprise latency drops below 12 milliseconds, transforming sluggish cloud software into lightning-fast native desktop performance.