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When building or expanding a network, two terms you’ll often hear are IP Transit and BGP Peering. They’re both essential parts of how the internet works, but they serve very different purposes. At Shift Hosting, we provide both IP Transit and BGP Peering solutions, so let’s break down what each one means, how they differ, and when you might need them. What is IP Transit? IP Transit is a service where you pay a provider to connect your network to the rest of the internet. Think of it as buying

IP transit speeds determine how swiftly data flows between networks, directly shaping user experience, application responsiveness, and cloud performance. Achieving optimal IP transit speed hinges on understanding bandwidth capacity, latency delays, throughput rates, routing efficiency, peering relationships, and service guarantees. This guide defines IP transit, explores the core speed metrics bandwidth, latency, throughput examines the factors that influence performance, details how providers

IP Transit is a high-performance internet connectivity service that carries data across global networks, ensuring organizations communicate efficiently, host applications effectively, and manage large volumes of traffic reliably. This article explains the fundamental concepts of IP Transit, outlines its core components, and compares it with other connectivity options. From fast-growing e-commerce platforms to content delivery networks, businesses rely on IP Transit for improved routing performa

Global internet traffic is projected to exceed 330 exabytes per month by 2026, challenging traditional IP transit systems to maintain performance, security, and scalability. In this landscape, the future of IP transit hinges on three transformative pillars, artificial intelligence, automation, and advanced route optimization to resolve congestion, predict outages, and streamline provisioning. This article delivers an authoritative roadmap: we’ll define IP transit and its strategic importance, e