Azure DNS and Quad9 are competing products in the domain name system field. Quad9 seems to have the upper hand due to its robust security features, particularly phishing and malware protection, despite Azure DNS offering stronger support options.
Features: Azure DNS provides integration with Azure's cloud platform, enabling efficient DNS zone management, scalable query traffic, and advanced rule-based traffic routing. Quad9 focuses on security with DNS-based threat blocking, protection against phishing and malware, and enhanced security without compromising speed.
Ease of Deployment and Customer Service: Azure DNS offers streamlined deployment through Azure management tools and benefits from a globally recognized customer support structure. Quad9 operates as a public DNS service, requiring minimal setup, yet has less extensive support options than Azure.
Pricing and ROI: Azure DNS offers a pay-as-you-go pricing model, making it scalable and potentially enhancing ROI for Azure-based infrastructures. Quad9 provides a free service with zero financial risk, offering added security value for businesses prioritizing cost-efficient security solutions.
They are very knowledgeable, not only about their product but about general DNS protocols, from performance to global interconnectivity.
They provide good updates about progress or status on their side, and we can even discuss the next steps.
They communicate well and provide feedback that's not only technical but easy to understand if you're not technical.
Quad9's website is functional enough to retrieve the information needed for what we use it for in the free service.
We can monitor our endpoints and points of presence around the world.
For example, I would like to be able to say, 'Show me the top 10 records by total queries' in an easy-to-digest format.
Right now, as far as I understand, there is no way to do atomic changes to a DNS configuration. You need to make changes record by record and apply.
We've had performance problems with Quad9.
Quad9 could improve by having any reporting.
We run more than 4.5 billion queries per month on our DNS, so it's pretty critical that they can handle that volume and it's been going pretty well so far.
The solution has helped us to meet SLAs and customers’ demands, without adding complexity.
This product provides the scalability we need to help meet SLAs and customers' demands without adding complexity, which is very important to us.
We used to pay about $20,000 with Dyn every month, for lower volume than we're doing right now, but it had none of the features that we have available with NS1, so it was worth it for us.
I would say that you get what you pay for.
NS1's pricing is much more aggressive than its competitors in the market.
The price of Quad9 is free.
We have been using NS1 for a long period of time, and we have not had any major outages on the NS1 side that lead to any outage on our side.
We haven't experienced any downtime whatsoever in the past three years.
Especially, since we have the Dedicated DNS as well, our setup of NS1, as a whole, the Managed and the Dedicated, is very stable.
Using Pulsar with telemetry monitoring between the customer and the endpoint, we are able to detect traffic and route it appropriately, which ensures the uptime of our applications and web properties.
Indeed, the API is at the core of how we use Managed DNS. No one goes to the dashboard or manually clicks anything. Everything goes via the API, and we perform hundreds of changes every minute.
NS1 Managed DNS has helped improve our end user experience, which has sped up our time to market.
Why
In a 24/7 world, customers demand applications, websites, and content that load instantly and are always on. When those connections are unreliable or slow, businesses don’t meet customer expectations, causing customers to leave. When that occurs, revenue may suffer.
What
IBM NS1 Connect delivers the high-performance, reliable, secure network connectivity that businesses need to meet increasingly sophisticated customer expectations. Leveraging a global network with a 100% uptime SLA, IBM has the capacity and scale to meet the needs of any business. IBM NS1 Connect takes performance to the next level, powering the sophisticated needs of enterprises with complex network infrastructures.
How
IBM NS1 Connect provides network connectivity solutions that give networking teams the visibility, control and automation needed to help ensure your business stays online by steering traffic to the ideal network connections for any given moment. IBM NS1 Connect also enables IT teams to identify network performance anomalies through deep insights into DNS data flows, allowing them to identify configuration problems or network issues that affect performance so they can quickly resolve them.
Details
IBM NS1 Connect is a managed service that provides authoritative, premium DNS and advanced, customizable traffic steering that improves application performance and network resilience. Revenue-generating applications require authoritative DNS resolution to keep critical applications and websites online. Unless your DNS infrastructure is always-on and resilient, network reliability and user experience will suffer, your network reliability may suffer, resulting in poor user experiences if revenue-generating critical applications and websites are not online. IBM NS1 Connect’s always-on, API-first architecture provides fast, secure connections to users anywhere in the world with premium DNS and advanced, customizable traffic steering. It also enables your IT teams to efficiently monitor networks, deploy changes and conduct routine maintenance.
IBM NS1 Connect uses the Domain Name System (DNS) to ensure that websites and applications are:
Designed for enterprises looking to optimize their DNS performance, IBM NS1 Connect is a managed service delivering authoritative DNS and advanced traffic steering that improves application performance and network resilience and provides fast, secure connections to users anywhere in the world. NS1 Connect streamlines DNS management by automating both simple and complex DNS configuration tasks via API and preconfigured integrations, so you can spend more time on higher-value work.
IBM NS1 Connect is delivered through our unified delivery platform. The cloud-based platform gives networking teams the visibility, control and automation needed to help ensure your business stays online by steering traffic to the ideal network connections for any given moment. IBM NS1 Connect solutions also enable IT teams to identify network performance anomalies through deep insights into DNS data flows, allowing them to identify configuration problems or network issues that affect performance so they can quickly resolve them.
For enterprises looking to further optimize DNS performance, IBM NS1 Connect offers rich DNS data analytics to streamline the identification of the root cause of anomalies within traffic.
IBM NS1 Connect Features
IBM NS1 Connect helps enterprises modernize and optimize networking infrastructure to provide customers with faster connections to websites, applications, services and content.
Azure DNS is a hosting service for DNS domains, providing name resolution using Microsoft Azure infrastructure. By hosting your domains in Azure, you can manage your DNS records using the same credentials, APIs, tools, and billing as your other Azure services.
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.
What are the key features of Quad9?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.
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