Cloudflare is a content delivery network (CDN) that ensures the security, integrity, and reliability of a company’s IT infrastructure, applications, websites, and APIs. The vendor has a network of data centers spread across the globe, which helps speed up applications, boost scalability, and enhance the cybersecurity posture of an organization.
The platform accelerates the external properties of a website, API, or application that faces the end-users and protects it by pointing the domain name system (DNS) to Cloudflare which offers security services such as distributed denial of service (DDoS) mitigation, bot management, load balancing, web application firewall (WAF), and application programming interface (API) protection.
While network and data security have grown by an order of magnitude, much of the internet remains vulnerable to hacking and cyberattacks. One way to limit the impact of the attacks and protect a company’s IT infrastructure is to custom build network defenses. Doing so requires a substantial initial and ongoing investment in resources. However, the nature of cybercrime is constantly changing. DDoS attacks by Ransomeware-as-a-Service platforms, for instance, are on the rise. Thus, it becomes imperative for organizations to consider a third-party platform that offers constantly evolving data security and protection services.
Cloudflare serves its users with a highly secure global cloud network located in more than 250 cities across 100+ countries, and an easy-to-use dashboard that can be configured quickly to meet a user’s needs without code-level revisions.
Built to run services across local servers and data centers, security teams can build new applications or tweak the existing ones at the edge without the need to change the configuration of the entire infrastructure. Every component of Cloudflare’s network of cloud-based data centers has built-in security, allowing a serverless code deployment.
Cybercriminals have made DDoS a common method of cyberattack, flooding target networks with malicious traffic that halts the flow of legitimate packets. The frequency of DDoS attacks keeps rising, especially with the increasing popularity of smart devices, IoT, and 5G.
Security giant McAfee reports that, “DDoS attacks are one of the more troubling areas in cybersecurity, because they’re incredibly difficult to prevent and mitigate.” The reason is that the malicious traffic comes from an estimated 12.5 million compromised devices. Unsuspecting users might not be aware that their devices are being used as attack launchpads.
Cloudflare mitigates DDoS attacks by protecting edge-computing applications. Cloud-based infrastructure means that if one data center is down, operations continue to run since data centers are connected and can almost instantaneously redirect traffic as needed.
The DDoS protection that Cloudflare offers received the highest possible scores in security operations centers, response automation, speed of implementation, product vision, and performance in The Forrester Wave’s DDoS Mitigation Solution for Q1 2021.
Cloudflare’s security solutions include:
Cloudflare promises to speed up and secure a company’s public-facing pages of apps and websites. Built-in compliance and privacy tools help ensures that data is protected against attack. Cloudflare’s flexible and programmable network can fit both large enterprises and small businesses. It is simple to use and can be customized to match a customer’s requirements.
Potential Cloudflare’s customers might also consider some alternatives that provide similar or better internet and security services.
Verisign is an established provider of domain name registry services and internet infrastructure. Then there’s Arbor Networks that offers network visibility and mitigates DDoS attacks, botnets, worms, and other network and cybersecurity threats.
For those who emphasize performance management, web application security, and globally distributed DNS services as key requirements, Oracle Dyn can be a better option. They might also consider A10 Networks that uses AI to automate DDoS protection, SSL/TLS decryption web threat liability reduction, and cloud and 5G security.