Comodo Secure DNS Alternatives

DtDNS is one of the powerful platforms that come with the complete provider of DNS hosting and DNS management services, enabling you to run the servers from dynamically located IP addresses. It is a new domain name service and control system that can control, distribute, and publish domain names on behalf of any server running on the Internet. This means that servers are now not only able to handle domain name resolution requests but also resolve them for themselves. It means that you can run all your own DNS servers without the burden of maintaining them ourselves.

DtDNS solves this problem by removing the concept of “master” servers from the equation. The actual authoritative information for each domain is cached in distributed caches which can be used by anyone who wants to manage their own domain name system. The ability to do this has great advantages over today’s systems: it allows us to create services like distributed email or Dynamic DNS systems, all while giving back ownership of these services to the people who create them. It also gives us a powerful method of self-defense against spam, worms, and viruses that target traditional master-servers, as well as having many other useful features.

OpenNIC is a community-driven DNS service based on community consensus, making it difficult for attackers to attack the system, even if they manage to take over a handful of name servers. The underlying mechanism used by this platform is that anyone can submit their own root zone record, which are called SOA records, to the DNS database of the network. When someone attempts to look up a particular domain name in the database, they check whether there is an SOA record with that name pointing to their server and if so, they provide the relevant answer.

In addition, all domain names which point to OpenNIC are publically available for others to inspect. Because it provides both authoritative and recursive DNS services, any address resolution issues experienced by users of the network can be dealt with directly by users themselves. It offers different types of services such as serving private information or other non-essential functions such as storing whois data without exposing DNS resolution as part of its business model.

OpenDNS is a platform that provides internet access management solutions, helping you to improve security and satisfaction by mitigating against domain name lookups performed on the Internet that potentially violate personal or corporate policy. It optimizes client behavior to reduce DNS lookups and describes some of the principles that have been used to enhance performance metrics for better characterization of the product’s value to customers.

The main advantage of this platform includes keeping a careful record of license renewal dates, automating the IT asset management, leveraging the automation to simplify the asset management, displaying the overall cost of the data breach, offering a comprehensive security approach, and many others. It facilitates you to identify the root cause quickly, block infected processes, quarantine files, and isolate machines. With the help of its DNS lookup tool, it aids you to fetch all the DNS records for a domain and reports in a priority list and utilize options to perform DNS lookup either against the Google, Cloudfare, and change your web hosting or DNS records at any time without any disturbance.

Quad9 is a simple open-source project for performing in-memory packet processing and generating firewall rules at line rate. It works by writing lines of IPv4 or IPv6-routed data to a file on disk, with one write per line, while in-memory, the application writes new lines of data as it sees fit. The end result is a stream of packets with one packet for each line of output from the input buffer.

Each packet contains both the actual input data as well as the corresponding output from the processing engine. When Quad9 performs rules generation, it then collects statistics for every rule that was processed and summarizes these statistics over time to form a unique profile for each rule. A running average of this profile provides an indicator of how likely it is that a given rule will be successfully evaded or overcome by attackers.

GreenTeamDNS is a cloud-based cyber security filtering service that protects you from malware and phishing sites or unwanted or offensive content. The main function of this platform is to register domains for companies, public institutions, research organizations, etc. You can perform the implementation of distributed networks with decentralization and peer-to-peer networking capabilities. These decentralized networks create new challenges for domain registrars because their maintenance requires more effort. On the other hand, there is a great opportunity for domain registration with more openness and opportunity for decentralized operations of these registries.

It lets to store information about all registered domains in one database in order to save time and costs for registering new domains. The same goes for domain blacklists that can be dynamically updated by their users in order to eliminate undesirable websites from being hosted on domains registered by third parties. There are no centralized servers or points of failure in these systems, and thus, they are highly secure. It uses green addresses as a decentralized identifier of clients’ websites, and it allows you to maintain data about them without disclosing personal information about clients.

xProDDNS is a proxy server that uses OpenVPN technology to route requests through servers hosted on other machines on the network. It supports clients for many different operating systems and works without modifying any software. In addition, it can act as a transparent DNS proxy to monitor and administer computers remotely without being physically present.

xProDDNS allows for monitoring of local users without changing their configuration, even when they use native security tools such as firewalls and virus scanners. The main advantage of this platform includes it lets you perform load balancing for services that have higher traffic than others, real-time bandwidth statistics for each client, detailed configuration logging for easy debugging, direct SSL connection between client and server, and many more.

sftdyn is a minimalist dynamic DNS server that accepts update requests via HTTP and forwards them to a locally running DNS server. The application relies on existing service discovery features but exposes only those ports needed to fulfill its intended use case. It aims to improve upon current services by supporting different strategies for routing updates, enabling end-users to query whether their systems are correctly resolving hostnames and forwarding traffic appropriately.

sftdyn runs as a local daemon with default options; when invoked with the nsupdate option, it proxies all requests for updating the hostname into the specified nsvrd instance; when invoked with the restore option, it forwards updates from the specified nsvrd instance back to the requesting client. sftdyn implements two applications: one for hostname resolution and one for hostname recovery. Both applications can be run simultaneously; by default, they run on separate instances.

WebTitan DNS Web Filter provides network security to customers who need protection from cyberattacks and facilitates them to set up their own virtual appliances. In addition to monitoring incoming traffic, it enables advanced network analysis and mitigation against web attacks. It integrates seamlessly with Network Associates IDS/IPS and RSA SecureID. Customers gain network security at a lower cost by buying into a solution rather than having to develop, manage, and support their own solution.

It protects organizations by inspecting all of the traffic on the protected network and performing threat intelligence updates based on rulesets created by customers. It offers flexible reporting capabilities for meeting business needs and IT operational efficiency. WebTitan Cloud has proven effective against zero-day threats, evasive attacks, botnets, spam, ransomware, phishing, social engineering, application-layer attacks, distributed denial of service attacks, DDoS attacks, as well as unknown threats that arrive on encrypted ports.

Freenom World is a project to create a distributed peer-to-peer network that distributes all services normally associated with Domain Name System (DNS) names, DNS service, and recursive servers, using UDP datagrams over the Internet. These services include name service, email service, Web hosting, name servers, file serving, LDAP directory service, SNMP and IMAP mailboxes, FTP service, IRC server, SSH server, Time of Day service, SMTP server, SPAM checking service, domain forwarding, CCTV surveillance, and censorship monitoring service, load balancing service, access control list management service, a metasearch engine, a proxy for circumvention of geoblocking and bypassing website filtering by web browsers, firewalls, etc.

These services are created by sending requests for information across the network to those peers who are prepared to act as servers for these services. Freenom World nodes connect directly to each other without requiring intermediate routers or other central hubs. With the help of its diagnostics option, it entitles you to measure the response times for the mail serve and perform a simple Open Relay Test, and verify the server has a reverse DNS (PTR) record. Other functions are checking your domain for problems in one place, monitors running checks multiple times every day, and more.

SafeDNS is a rich-featured platform that is based on Artificial Intelligence to automate censorship monitoring and tracking of public infrastructure on the Internet. It has automated detection of various malicious actors, e.g., malware that consider threats to the network and thus should be banned from being accessed by clients on the network. This technology uses machine learning algorithms to perform analysis of online activities in order to generate new insights into the behaviors of internet users.

It also determines which organizations are sharing such harmful information by identifying abusive activity that call “harmful” behavior and put them on blocked lists. For example, some popular cryptocurrency miners can harm your computer by filling up your hard drive with extra copies of their files. Similarly, some phishing scams may exploit weak password resets or DNS hijacking attacks to trap you into downloading malware or distributing spam.

DNS.WATCH is a cloud-based subscription service that can be used to protect networks, devices, and users from malicious domains. It monitors security events at thousands of sites daily and enables operators to inspect traffic as it arrives on their network. It enables both easy monitoring and timely response and also shows how its advanced mechanisms enable analysts to provide full insight into attacker campaigns. DNS.WATCH is deeply integrated with the detection system, allowing you to effectively disrupt targeted attacks.

It has the ability to prevent malware distribution or compromise in production environments. It does require root access to install and does not integrate with popular package management systems such as apt or yum. It empowers you to view the PTR record for each IP address, which means that it can also perform the reverse DNS lookup, and you can enter multiple domains in single times a result; it will display data for all in separate sections. In the case of failure in retrieving data, the application shows you encountered error codes and detailed explanations about them.

GSLB.me is a hosted, cloud-based, highly reliable DNS and Global Server Load Balancing solution that provides full authoritative DNS services. The design addresses several shortcomings of current deployments by eliminating expensive servers and geographically dispersed components, offering faster provisioning, lower response times, better failover capabilities, higher performance, and easier scaling. You just need to enter the domain name in the link section and press the scan button; in other instances, it will display an option to write an email, enabling you to get in-depth results along with the suggestions to overcome them without any disturbance.

In addition, the load balancing feature allows customers to integrate their existing codebases with GSLB.me without significant modifications. All the queries are easily copied to the clipboard and pasted to any excel spreadsheets or any application without any disturbance. It ensures you reveal which of your applications is trying to go online and display details as Host Name, Port Number, Query ID, Request Type, Request Time, Response Time, Duration, Response Code, Records Count, and the returned records.

Level3 DNS is one of the fastest DNS servers that provide you with the best performance while browsing the Internet. It covers several DNS measurements from all over the world, using services as reference points. The data are freely available on this site for any use, provided proper attribution is given. The findings and results presented here were reported by users of services who chose to opt-in to the monitoring of their own network traffic.

As such, these measurements are purely “passive” and should not be construed as indicative of actual customer usage or other metrics that reflect real customer experience. These measurements may also vary significantly between measurements taken on different networks and devices. Users are cautioned that measurement numbers reported here may not match those from your ISP or other parties due to differences in local conditions and timing, which could include a number of probes and queries sent by each source, how quickly queries were resolved, latency to resolvers, latency to ISPs, device cache size, etc.

Nubem Dynamic DNS is a fast, stable, reliable, open-source, and scalable solution to DNS lookups. This system has no central servers or repositories and allows users to query multiple different services at the same time, increasing availability and reducing costs. It provides no email support or filtering, uses the RSA Public Key Infrastructure (PKI) for authentication, has zero resource usage, has very low hardware requirements, and has been developed with safety in mind. It is always up-to-date, supports caching, can work over any network connection, and allows the use of any secure service available over the Internet.

Nubem DDNS can run on top of multiple protocols, including HTTP, SMTP, POP3, IMAP, SSH, IRC, SNMP, etc. The system works as follows: Users create their own custom virtual hosts with rules that are determined by their needs. When they access their server from another location, they get the appropriate domain name based on their chosen hostname, and DDNS does the rest. For instance, when accessing nubem.net from Europe, users would see nubem.com; when accessing it from Asia, they would see nubem. cn. When Nubem sees a DNS request for a name not associated with one of its virtual hosts, it asks one of the other hosts if it can serve the request. If so, it acts as a reverse proxy for the requested hostname.