“From our first experience with Secure64 and DNS Signer…”

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“From our first experience with Secure64 and DNS Signer, we knew we had found the right partner for The Agency,” said The Agency’s IT Specialist, “The company and all of their products were built to be secure because security was of primary importance to them. This resonated strongly with us, because security is critical to us, as is availability. After years of running with Secure64, I really couldn’t feel more secure about our DNS – a rare feeling these days.”
https://lnkd.in/enG5BNgy
hashtag#Secure64 hashtag#DNS hashtag#Enterprise hashtag#international hashtag#OMB hashtag#mandate
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Filtering Mandates

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Many countries worldwide now mandate that categories, apps and services are filtered on the Service Providers network. Some examples are:

Italy, South Korea and Australia have either banned DeepSeek or banned it for certain users such as Federal Employees

Source: https://www.zdnet.com/article/these-nations-are-banning-deepseek-ai-heres-why/

Lots of countries, including the UK, have court orders blocking certain streaming sites. An example is:

https://marketech-apac.com/singapore-high-court-orders-blocking-of-22-pirate-sites-70-domains/#:~:text=Singapore%20–%20Singapore’s%20High%20Court%20has,crackdown%20on%20illegal%20streaming%20sites.

These examples are not isolated examples and lots of countries have mandates to block a number of sites or applications.

How can a block be implemented?

There is no perfect way to block access to some of these apps or services. The most determined user will find a way via VPN’s anonymizers, roaming or other methods.

Secure64 is often asked about this and we have various solutions.

The user accesses the site via the IP address.

This is not a foolproof method by any means as nearly all sites contain domain name entries to elements of the page or the full site/page. Even if you access the page via its IP address (If you can), it is extremely likely that elements wont load due to the domain name being present. Some sites as an example Youtube can never be accessed via its IP address

The user accesses the site via a VPN

Secure64 LineGuard has a number of VPN services in the platform and you can disable users from using these VPN’s

The user accesses the site via an anonymizer i.e. Google Translate

Again, we understand how this works and have techniques to block access to this type of service.

Blocking AI Apps

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There has been much discussion about AI recently, and various governments are banning certain services. Recently there have been a series of Deepseek bans in various countries. The method is to either ban users from using the service, such as Australian federal employees, or remove the app from the relevant store, as Italy has done.

Example: https://www.business-standard.com/technology/tech-news/us-congress-bans-deepseek-ai-security-risks-125020101088_1.html

https://www.silicon.co.uk/cloud/ai/italy-blocks-deepseek-over-data-concernsdeepseek-italy-block-597854

Removing the app from the relevant store is not a foolproof method. When TikTok was banned, devices with the previously installed app were traded online for huge costs, way above the normal value because the app was still present, and the service could be accessed. Secure64 LineGuard deployed in a network would have stopped these devices from accessing TikTok while the ban was in place.

Firewall vendors also suggest that businesses block access by blocking the domain. This is a good idea, but what happens when the AI vendor changes the domain? What happens when the user is off the corporate network on open Wi-Fi? 

Using a firewall is not a long-term solution as it doesn’t scale, impacts performance, and critically doesn’t solve the off-net issue.

While manually changing firewall rules is possible, it requires a lot of work by the system administrator, and if you have multiple firewalls, you might have to perform the change multiple times.

Secure64 with LineGuard has a cloud-based solution that operates across the globe. We can block Deepseek and many other apps and content. To enable instant blocking, click a radio button for the app or category. With our client app, we can ensure that the app is blocked even when users are off the network. This simple app is always on and can only be turned off with a PIN or the admin’s approval. With the always up-to-date feeds, if the domains change, we block the new domains.

This lessens the overhead for network admins, as you just have to click the box to block the app. You can also select a whole category, such as Social Media, Firearms, Alcohol, malware, phishing, Ransomware, etc.

LineGuard is a content control platform. You select the category to block, such as AI, and we block all the ones we recognize. If new ones appear, we add them to the category or app list.

Interestingly, we use our own AI to detect and categorize new sites, reducing the time it takes for a service to appear blocked. This process is rapid and offers protection quickly. LineGuard AI blocking includes multiple AI engines, including Deepseek and ChatGPT, and is available now.

To learn more about Secure64 LineGuard, contact sales@secure64.com

Hackers: Targeting All Devices

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Your desktop computer isn’t the only device that can be hacked. The difference is that we all know that desktop computers can be vulnerable, and we protect them, but what about all those other devices that connect to the Internet?

We are seeing an uptick in hackers going after the devices on the network that don’t have security protection. In the last few days, we have seen several router vulnerabilities either actively exploited or holes that are exploitable.

A well-known router vendor has just announced that backdoors have been installed into the router; another vendor of security gateway products has admitted a vulnerability and a VPN vendor has an exploit that hackers are actively using to access corporate networks.

In household networks, we have reached a tipping point where there are more IoT and non-desktop devices connected to the network. Think of all the Cameras, Thermostats, Printers, TV’s etc that you have connected in your home. Now think of how you protect them and then be concerned about the fact you don’t know what they are actually doing, where they are communicating and what information they have access to.

The next problem is when did you last update the software on these devices? Another network vendor stated that tens of thousands of their devices had not been updated even after discovering a problem. The hackers don’t give up. They will use these devices for as long as possible.

We have to treat every device connected to the internal or external network as untrustworthy. The challenge is that a client cannot be installed on the vast majority of devices.

This is exactly where DNS protection products step in and help.

For Enterprise networks, a DNS product allows the network administrator to set policies for users and devices as well as protect against Malware, Phishing, Ransomware etc. The Secure64 platform can also be set to define a policy to prevent a device from accessing anywhere it shouldn’t.

Removing problems for routers connected to the estate is a sensible precaution for ISP networks to prevent further issues.

For Home Users, this is a valuable service that can offered to users as an additional revenue-generating service.

These issues are only worsening, and we must develop strategies to stop the problem.

DNS filtering is today the best option. It covers every device type and operating system. It blocks the lookups for command and control sites, and it works over every kind of connection (cellular, Wifi, Hardwired, Satellite). The solution has a constantly updating list of bad sites and the ability to report on the devices that have tried to access these sites.

It is a simple solution to deliver high benefits with little or no impact the users internet experience

The Dark Side of the Web

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The Dark Side of the Web:

Why Controlling Kids’ Online Access Matters

In an increasingly digital world, the internet has become an integral part of childhood, offering limitless opportunities for education, entertainment, and social connection. Yet, beneath its surface lies a host of potential dangers that can profoundly impact young minds. From harmful content and cyberbullying to addiction and privacy risks, the internet can expose children to challenges they are not equipped to handle alone. This raises critical questions about the necessity of controlling children’s access to the web. What are the most pressing reasons for monitoring their online activity? Which types of content are particularly damaging to their mental, emotional, and physical well-being? And how are governments around the world stepping up to regulate children’s internet access? In this blog I’ll be exploring these pressing questions, shedding light on the risks of unregulated access and the global strides being made to create a safer digital environment for the next generation.

What are the key reasons for controlling children’s internet access?

Controlling children’s access to the internet is essential to protect their development and well-being. While the internet offers vast educational resources and creative opportunities, it also exposes children to risks that can harm their mental, emotional, and physical health. Exposure to inappropriate content, such as violent or explicit material, can lead to anxiety, distorted worldviews, or premature awareness of adult themes. Additionally, misinformation and fake news can mislead young minds, disrupting their understanding and learning.

Cyberbullying is a significant online threat. Social media platforms and messaging apps can become spaces for harassment, leaving children vulnerable to emotional distress, low self-esteem, and even depression. Similarly, the risk of online predators exploiting children through manipulation or grooming highlights the importance of supervision in digital spaces.

Excessive screen time presents its own challenges, including addiction, disrupted sleep, and reduced physical activity. Platforms like gaming and social media are designed to maximize engagement, making it difficult for children to regulate their usage effectively.

Parental controls and boundaries are crucial in creating a safer online environment. By monitoring activity and teaching responsible online behavior, caregivers can help children navigate the internet without falling prey to its darker aspects. Open communication about their online experiences empowers children to make safer choices while benefiting from the internet’s vast potential.

What are the most prominent forms of damaging content for children?

The internet is a treasure trove of information and entertainment, but it also harbours damaging content that can significantly impact children’s well-being. One of the most concerning forms is explicit material, including pornography and graphic violence. These can distort a child’s understanding of relationships, desensitize them to violence, or instil fear and anxiety. Hate speech and discriminatory content are also harmful, as they expose children to toxic ideologies that can influence their developing perspectives on society and relationships.

Another major concern is self-harm and pro-eating disorder content, often disguised as motivational or community support posts. Such material can exacerbate mental health struggles, leading vulnerable children down dangerous paths. Similarly, viral dangerous challenges on social media—such as choking games or stunts—pose significant physical risks, with some leading to severe injury or death.

Cyberbullying, often enabled by anonymity online, is another widespread issue. Hurtful messages, public shaming, and exclusion can severely impact a child’s self-esteem, mental health, and social development. Additionally, misinformation targeting children, such as fake health tips or conspiracy theories, can mislead their understanding of the world and erode trust in reliable sources.

Addictive content, including social media algorithms and endless video streams, can harm children by fostering dependency, reducing physical activity, and disrupting sleep patterns. Lastly, online predators exploit forums and chat rooms to groom children, posing serious threats to their safety.

These forms of damaging content highlight the need for robust parental controls, digital literacy education, and ongoing conversations to help children safely navigate the online world.

Global Approaches to Regulating Children’s Internet Access

Countries around the world are recognizing the urgent need to regulate children’s access to the internet to protect them from harmful content, cyberbullying, and online exploitation.

Australia has recently taken the global headlines, passing a bill in November 2024 to legislate against under-16’s using or creating social media accounts. This becomes law in November 2025 with social media companies then having responsibility to enforce the rules or face fines up to $50Million.

China has been regulating the internet since 1996, but since 2021 it has implemented many strict controls on children’s internet use. This includes limiting screen time for online gaming to just three hours per week, daily smart device access limits of 40 minutes, for under 8’s, and 60 minutes for over 8’s. Research has shown a 96% drop in gaming hours over 3 years.

The European Union has introduced initiatives like the General Data Protection Regulation (GDPR), which includes specific provisions to safeguard children’s data online. Individual EU countries, such as France and Germany, have also implemented stricter content moderation laws to limit access to harmful material and enhance online safety for younger users.

The United Kingdom enacted the Online Safety Bill, which places a duty of care on social media companies and other platforms to protect children from harmful content like pornography, cyberbullying, and grooming. Platforms failing to comply face significant fines and potential bans.

In the United States, the Children’s Online Privacy Protection Act (COPPA) requires websites to obtain parental consent before collecting data from users under 13. States like California are advancing additional child- specific data privacy laws.

Many emerging countries, such as India, Bangladesh and Pakistan havefocused on digital literacy campaigns and enhancing parental controls. Meanwhile, nations such as South Korea have implemented gaming curfews and monitoring tools to address online addiction.

These global efforts reflect growing awareness of the need to balance internet access with robust protections for young users.

A final thought…

In conclusion, the internet offers immense opportunities for learning and growth, but it also exposes children to significant risks that require proactive management. From harmful content and cyberbullying to excessive screen time and online predators, the challenges of unregulated access are clear. Countries worldwide are stepping up to address these concerns through regulatory measures, digital literacy initiatives, and enhanced parental controls. However, safeguarding children online is a shared responsibility that involves governments, educators, parents, and tech companies working together. By fostering safer digital environments and teaching responsible internet use, we can ensure children benefit from the internet’s potential without unnecessary harm.

About Secure64

Secure64 brings control to the internet through content filtering and malware blocking. Our technologies are widely deployed and protect over 1.2billion users globally.

Author
Will Brebner is an independent writer on internet safety and is currently studying Biomedicine at Manchester University, UK

Secure64 is pleased to announce the release of their software on Redhat 9.4 to allow more choice for users of the Secure64 security ecosystem

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FORT COLLINS, Colo., July 24, 2024 /PRNewswire-PRWeb/ — Today, we release the following Secure64 platforms and solutions on Redhat Enterprise Linux version 9.4 and above.

Version 6.1.1 of the following Secure64 applications are available today.

Secure64 and Redhat a secure solution for Carriers and Enterprise to deliver Advanced Anti Malware, phishing, ransomware protection on top of the Secure64 DNS platforms.

  • Secure64 Caching DNS software
  • Secure64 Authority DNS
  • Secure64 Manager

Secure64’s suite of security applications, such as Guard to block Malware, Phishing, Ransomware DDoS attacks, Ransomware, DNS Tunnelling data exfiltration, etc., run on top of these platforms and are also available at release.

Secure64 is unwavering in our commitment to supporting the widespread adoption of Security-focused solutions for DNS. We understand the extensive use of Redhat among ISPs and enterprises globally, and we are delighted to extend our support to this operating system to ensure this commitment is upheld.

Redhat Enterprise Linux benefits customers as a commercially supported Operating System. It also offers advanced security and services designed to deliver high stability, compliance, and safety. This directly aligns with Secure64’s and our customers’ core values. With a commercially supported Operating System, customers gain faster time to fix OS issues and the ability to contact a support team for immediate response to problems.

A more secure datacenter begins with the OS. Red Hat Enterprise Linux has built-in security features such as Security-Enhanced Linux (SELinux) and mandatory access controls (MAC) to help you combat intrusions and meet regulatory compliance. It is also Common Criteria and FIPS 140-2 certified and the first Linux container framework support to be Common Criteria-certified (v7.1).

Red Hat Enterprise Linux 9—helps achieve long-term IT success by using a common, flexible foundation to support innovation and accelerate time to market.

Secure64 is always investing in our software solutions. We recently delivered our LineGuard and Enterprise Edge platforms to customers worldwide and continue to focus on their needs. Security, Stability, and Safety are the heart of everything we do, and having a security-focused OS with extensive support benefits our customers.

We will support other Secure64 applications in a later delivery phase and already have the rest of the Secure64 suite in the advanced final stages of testing for delivery soon.

For customers on previous versions of code and operating systems, we continue to support these versions for as long as the defined support timeframe has been communicated.

DDoS and DNS: where can the DNS platform protect your assets

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DNS, unfortunately, is a prime target for DDoS attacks, a fact that cannot be ignored. This vulnerability poses a significant risk to the stability and accessibility of your online services.

Some servers and some setups allow the bad guys to use DNS servers to attack other servers. Other setups and servers are not configured or cannot protect against inbound attacks.

Why protect a DNS server?

No DNS = No Internet. It’s that simple, as no one knows the IP address for a server. Think of the sites you use every day, and ask yourself if you know the IPv4 address and then ask if you could remember the IPv6 address.

This means you have 2 different areas to protect

  1. Protect your brand by keeping the Authorative DNS operational
  2. Protect you caching DNS and ensuring it is not open for abuse internally or externally

Protecting your brand

Consider the scenario where a customer or a user is trying to access your website. They initiate a DNS lookup, which at some point involves your server. If your DNS server is down or overloaded due to a DDoS attack, the user cannot retrieve the IP address for the service they need. Hackers exploit this vulnerability, effectively blocking access to your service without even compromising your server. This underscores the urgency of protecting your DNS server.

This problem can cause financial issues and result in users accessing alternate providers to get the desired product or service.

Authoritative DNS servers need the ability to dynamically block these attacks without having to resort to the system administrator configuring the prevention at the time of the attack. These servers need the ability to report on the attack so that lessons can be learned, but the most obvious feature is uptime; they have to resolve legitimate queries while blocking the attack.

Protection needs to be built into the whole software stack. Using external platforms to protect insecure DNS servers is a bad idea as the system administrator cannot easily see the whole picture of the attack. The DNS solution in your network needs to be aware of the attack and protect itself.

Protecting the caching DNS server

There are far more caching DNS servers installed across the internet and inside networks than Authorative DNS servers. Sometimes, hackers abuse caching DNS servers into a DDoS cluster. If a DNS server is open as a resolver on the internet, the hacker can bounce malicious queries off it and hide their location and intention. This can be a massive problem on the internet.

Again, filtering needs to be deployed to protect the DNS server and ensure your servers are not used for malicious reasons.

Start low in the stack

DNS Software sits at the top of the ISO stack. Hackers know this and often attack the server with ICMP, TCP and UDP attacks which are nothing to do with DNS. Your protection, therefore, needs to secure the server against attacks from the lower layers of the stack, and critically, it needs to be able to report these attacks. An important factor is having all the various attacks correlated in the protection and reporting architecture and visible using a GUI. This ensures the system administrator doesn’t have to dig through logs and reports from different protection platforms where they cannot understand all the attack vector.

Visibility

Having a GUI that can see the attacks in near real-time is a factor to help understand when you are being attacked, how you are being attacked and how the attack changes over time.

If you have your protection split across different vendors and different protection boxes, seeing the ICMP and DNS attacks is often very hard as you may have multiple different reporting engines to view and try and correlate the data.

The reporting engine needs to work offline from the servers to ensure that it doesn’t impact the performance of the solution, but critically, you need real-time information to see the attack. Some platforms have large delays in reporting of minutes, and that doesn’t help when the attack could be over in the time taken to see the data.

Protect against misuse of the DNS

DNS Tunnelling is a clever technique that uses perfectly valid DNS queries from sources allowed to query the caching DNS server. Hackers embed the traffic they want to pass in a DNS query and response. The caching DNS server sends the packet to the Internet. Hackers can use this technique for service theft and data exfiltration. As the data is, in effect, valid, legacy solutions do nothing to stop this method.

DNS tunnelling protection has to be dynamic and not rely on lists of domains from a central source. The platform must be self-protecting and provide detailed reporting.

The 10 year anniversary of Secure64 and 6connect joint solutions:

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Secure64 and 6connect’s partnership is now entering its 10th year, and we wanted to do a special highlight to showcase how our products and innovation have worked together.

Secure64:

Building on its custom SourceT secure platform, Secure64 was the first to offer a fully automated DNSSEC signer that could be deployed on the open Internet and the only FIPS 140-2 Level 2 certified cryptographic solution without requiring additional hardware. Secure64 was the first to offer significant functional enhancements, such as synthesized PTR records for authority servers and real-time, on-premise DNS tunnel detection for caching servers.

Building on its core safety, security, and stability principles, Secure64 has applied its expertise and experience to its server products, now running on commercial bare metal, virtual machines, and cloud-native platforms. With our DNS-based defenses, DNS DDoS protection, security threat visualization and DNS management, Secure64 remains at the forefront of delivering complete DNS solutions. As Secure64’s product offerings have expanded over the years, 6connect has worked alongside developing new solutions and capabilities.

6connect:

Since our founding in 2009, the 6connect team has been dedicated to solving the frustration and problems that manual network provisioning creates for network architects, administrators, and operators. 6connect’s ProVision continues to solve all of the most common headaches associated with large-scale dynamic network provisioning. It provides automation tools for network management tasks like IPv4/IPv6 subnet allocation, DNS zone editing, DHCP scope configuration, BGP session management, and is built from the ground up using a robust API for easy integration to existing systems.  It provides network administrators with a centralized control panel to manage all network resources in one place and use a global permissions structure to delegate administration tasks for various use cases. 

6connect also works hand-in-hand with companies to set up customized/branded solutions for more complex infrastructure provisioning environments.

Combined solution paragraph/conclusion:

The ProVision product is a natural fit with Secure64’s DNS Authority and DNS Signer products. Over the decade-long partnership, Secure64 and 6connect have been able to respond to unique customer requests and provide tailored solutions for even the most unusual operating environments. When we initially entered the partnership, our core features were based on managing DNS zones/records and IP addresses. We then augmented configuration management and expanded migration capabilities from other DNS environments through various ProVision connectors. In our latest ProVision 8 release, we have extended this approach to DHCP along with network scanning/auditing and other router friendly features.

One of the benefits of working closely with our technology partners like Secure64, is that we can support unique features easily that provide significant value for our respective customers. One example is SYNTH records. This feature improves performance and reduces memory usage for forward and reverse answers by dynamically creating rule-based query responses instead of storing a complete set of records. Secure64’s approach also allows for more efficient building and management of IP provisioning. 6connect was happy to integrate this type of zone record into the ProVision interface and ensure that customers could seamlessly use these advanced Secure64 features without needing to change any of their operational workflows.

In 2021 we officially launched support for ENUM provisioning – a critical functionality that underpins all mobile carrier’ ability to add, delete, and move mobile phone numbers.  It also enables users to make calls from anywhere in the world.  In this demanding real-time environment, Secure64 and 6connect have worked hand-in-hand to solve problems of performance, reliability, and resilience.  Constant developments and efforts are ongoing, with even faster, more scalable, and more resilient solutions on the way.

Secure64 Software Corporation, creators of purpose-built security and DNS solutions, announced today the launch of Secure64 CloudDNS™

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FORT COLLINS, COLO. (PRWEB) MAY 03, 2023

Secure64 Software Corporation, creators of purpose-built security and DNS solutions, announced today the launch of Secure64 CloudDNS™, a first-of-its-kind, cloud-native solution that delivers carrier-grade DNS utilising open Container-as-a-Service (CaaS) technologies and Kubernetes. CloudDNS is suitable for wireline and Wireless 3G/4G/5G services, allowing fast, reliable, scalable deployments.

As carriers modernize and upgrade their infrastructure, they often use applications from different vendors, each application having its unique approach to configuration, deployment, monitoring, scaling, and management. The result is that carriers incur additional operational costs and experience resource constraints as network teams must develop expertise in each of these disparate applications.

By utilizing modern cloud solutions, carriers can deploy within a shared framework to accelerate deployment, simplify configuration changes, and maximize hardware utilization. These solutions also provide functionality allowing automated scale-up or sale-down as required using rules based on load and performance.

“Our customers require automated delivery of DNS services in a cloud-native environment,” says Ian Sampson, Chief Marketing Officer of Secure64. “We have responded to this need and developed the ability to deliver our existing solutions in a Kubernetes or container environment with management and reporting using standardized tools.”

Secure64 CloudDNS™, with the power of K8s, allows carriers to deploy in a shared architecture and deliver the performance they need with automatic scaling capabilities to respond to network events such as attacks and peak load needs. This platform is part of the Secure64 ecosystem and augments the existing capabilities of Secure64 solutions to provide a secure, stable, and safety-focused customer-centric experience.

About Secure64
Secure64 brings trust to the internet through its suite of purpose-built, secure, carrier-grade DNS, network security, DDoS mitigation and reporting products. The company was built on a foundation of security, stability and safety and has forged solutions that are self-protecting and not only immune to malware but provide active protection for subscribers against Malware and phishing attacks. Secure64 secures the DNS infrastructures of leading service providers, government agencies and enterprises globally.

Our DNS supports a worldwide subscriber base of over 1 billion, representing over 20% of global mobile subscribers. Performing billions of DNS lookups every day across six continents, Secure64 lives up to its reputation for providing highly secure, safe, and stable DNS solutions.

Secure64 is a privately held company with deep technical and global experience in its leadership and technical staff. It is the only DNS solution provider that has authored a secure micro OS, the first to support IPV6 and built self-protecting DNS servers. For more information, visit http://www.secure64.com

Ian Sampson
Secure64 Software Corporation
Ian.Sampson@Secure64.com
http://www.secure64.com

What if the DNS knew which Malicious sites to prevent access to?

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Today the internet is a huge part of our life. Without it, modern life doesn’t happen. We cannot access banking, work, social media and entertainment. Everything, good and bad, utilizes DNS

DNS underpins everything we do on the internet, good or bad, and that is the reason it became the favorite place for the “bad guys” to take advantage of its weaknesses and flood us with malware, exposing us to fraud or becoming part of botnet chains, among other evils.

There are thousands, millions of malicious sites, and new ones appear every day, which users can reach innocently and contaminate themselves, thus spreading cyber evil.

At Secure64, we have three simple words at the heart of everything we do. Security, Safety and Stability. The DNS platform must be stable and self-defending from attacks. After all, no DNS, no Internet. It must be Safe from attacks and continue when the inevitable attacks happen. Last but and no way means least it must provide security for users.

All this magic happens in the CSP’s resolver service that uses the Secure64 DNS Cache + Guard intelligence and enforcement. The solution is constantly receiving an updated list of malicious sites and when any subscriber tries to navigate or go to one of these sites, the Cache does not allow it. This act is logged in real-time and the operator can see the problem via the Vizion GUI interface.

That list is created by a cybersecurity laboratory that has a global presence with more than 100 professionals that works 7×24, 365 receiving and analyzing more than 400,000 files and new websites daily from multiple data sources; with all this, it does threat research, ensuring complete coverage and thus updating the list several times a day (approximately every hour); Every time the lists are updated, they are made available in real-time to the operators that have the Secure64 Cache + Guard service and, in turn, to the subscribers of that operator.

Otto Heredia

Sales Engineer/Marketing

If you want to know more about Guard, feel free to contact a Secure64 sales representative by emailing sales@secure64.com .