Dyn vs Quad9 comparison

Oracle’s Dyn is a pioneer in managed DNS and a leader in cloud-based infrastructure to connect users with digital content and experiences across a global internet. Dyn's solution is powered by a global network that drives 40 billion traffic optimization decisions daily for more than 3,500 enterprise customers, including preeminent digital brands such as Netflix, Twitter, Linkedin and CNBC. Adding Dyn's best-in-class DNS and email services extend the Oracle cloud computing platform and provides enterprise customers with a one-stop shop for Infrastructure-as-a-Service (IaaS) and Platform-as-a-Service (PaaS).

Quad9 enhances internet security by dynamically blocking malicious domains using real-time threat intelligence. It’s designed to protect users from cyber threats without compromising performance or privacy.

Quad9 offers DNS security that prevents access to harmful domains while ensuring user privacy and high-speed service. It operates by filtering DNS queries, enhancing online safety without logging personal data. Established on trusted threat intelligence, it balances efficient protection against cyber threats with minimal impact on internet speed.

• Real-time Threat Blocking: Uses advanced threat intelligence to block malicious domains instantly.
• Privacy-focused: Does not log personal data, ensuring user anonymity.
• Global Coverage: Provides fast and reliable DNS resolution worldwide.
• Free Service: Offers complete protection at no cost to users.

• Enhanced Security: Reduces risk of malware and phishing attacks by filtering harmful domains.
• Improved Performance: Maintains fast internet speeds despite added security measures.
• Anonymous Usage: Prioritizes privacy by refraining from logging or storing personal user data.

In industries like finance and healthcare, where data protection is crucial, Quad9 is implemented to enhance security protocols. Its no-cost approach and efficient threat blocking make it suitable for integration into existing security frameworks, particularly where privacy preservation and threat mitigation are priorities.