Day: January 3, 2025

10gbps Servers For Content Delivery10gbps Servers For Content Delivery

10gbps Servers for Content Delivery

If your business relies on high-resolution videos, large files, or real-time data transfers that demand minimal network delay, a 10Gbps dedicated server may be the best option. However, before you jump in and start paying for a fast-speed server, it’s important to understand how to maximize performance and find a hosting provider that can deliver on their promises.

For example, a dedicated Lyra Hosting  with a high-performance SSD paired with multiple high-capacity HDDs in a RAID configuration will reduce read/write times and improve storage efficiency. In addition, a provider with a well-optimized network infrastructure can significantly reduce latency by routing traffic through multiple data centers rather than just one.

What is Offshore Hosting and Why Should You Consider It

Other key considerations when evaluating a 10gbps server include bandwidth allocation, pricing structure, and additional support services. A few providers offer customizable service packages with varying levels of bandwidth and performance, so it’s important to evaluate each option carefully before making a purchase.

With so many benefits, a 10Gbps server is an excellent choice for businesses that require reliable, high-performance networks. Ecommerce sites with a steady flow of traffic can utilize 10gbps dedicated servers to ensure quick page load times during peak shopping periods, while banks and trading platforms can take advantage of low latency when processing real-time financial data. Additionally, online gaming and video streaming services can leverage a high-performance 10Gbps server to deliver lag-free gameplay.

How Does Device Fingerprinting Work in JavaScript?How Does Device Fingerprinting Work in JavaScript?

JavaScript device fingerprinting is an increasingly popular method of tracking and scoring users on websites. It uses a small piece of JS code to collect data points about a visitor’s browser and device configuration. These data points are used to generate a fingerprint that’s then compared to a database of known fingerprints in order to identify a visitor.

In addition to identifying devices, fingerprinting can also be used to identify unusual or suspicious behavior patterns like login-free verification, fraud, and other security threats. This is why some Internet users are skeptical of using device fingerprinting, particularly when it comes to the collection and use of personal information.

JavaScript Device Fingerprinting: A Comprehensive Guide

To create a device fingerprint, developers use the WebGL API to render on-screen images and graphics. These images are rendered differently by different GPUs, which gives an indication of a device’s graphical capabilities. In this way, fingerprinting can be used to detect things like the graphics card model, screen resolution, and operating system version.

Other features are also used to construct a fingerprint, such as the user agent string (which identifies the browser), fonts and colors, and plugins. Combined, these provide an accurate picture of the device.

Commercial fingerprinting solutions, such as Castle and Seon, can offer additional aggregations to improve accuracy. Seon, for example, prioritizes identity enrichment — which can help reduce the risk of false positives. Open-source options like CreepJS, FingerprintJS, and Stytch are a good choice for developers looking to evaluate device fingerprinting without spending money. They are all free for up to 2,000 API calls and are simple to integrate.