server ridondanti cavi Piergiorgio Venuti

New Cloud Server: redundant internet

Estimated reading time: 6 minutes

One of the biggest fears an IT team can have is data loss caused by a sudden lack of server connection. To meet the needs of our customers, present and future, we have decided to offer free the redundant internet functionality for our service Cloud Server . Today we want to explain what redundant internet means and how this functionality will give greater stability and infrastructure resilience.

As we know, corporate cybersecurity follows a priority path. It is unwise to postpone updates or use outdated tools. We know this well, and we are always looking for new features that improve our customers’ IT experience by increasing their security.

redundant servers

What does redundant internet mean?

The term redundancy means the duplication of functions and / or essential components of the server system with the aim of increasing its reliability, a bit like what happens with backups. The new feature offered is to apply the concept of redundancy to the network, so as to no longer suffer any downtime. For many companies, by now, being disconnected means losing customers and therefore making money.

Every hour without an internet connection, a small or medium-sized business could lose $ 8,580 to $ 74,000.

With the redundant internet functionality of the Cloud Servers, the core switches and related connections are replicated remotely, so that, in the event of a malfunction, the internet connection for the servers can be guaranteed. Switching to the “spare” core switch is immediate and servers are always available. There is no risk of any kind of service interruption.

The Single Point of Failure (SPF) between the server machines and the network is effectively eliminated.

This feature is not exclusive to Cyberfero, but an option provided by several datacenters. Unlike the latter, however, with Cyberfero it is provided totally free with Cloud Server services. With redundant internet, you can guarantee practically constant uptime.

What is a Single Point of Failure (SPF)?

The Single Point of Failure (SPF) are hardware and software components whose malfunction can generate anomalies or even the termination of service.

In system design, of course, we try to avoid the formation of SPF points. Especially when it comes to systems that are made to be constantly in production. The SPFs, in fact, are replaced by redundant components which, in case of failure, can still guarantee the correct functioning of the information systems.

It is therefore important that, in systems considered at risk, SPFs are avoided through specific strategies, such as, for example, the provision of a redundant internet. An analogy to better understand: for applications o Websites can be placed on different vendor nodes. In this way, the user has the one deemed most reliable at the time of connection, both in terms of geographic location and speed.

Should a failure occur, the user’s client, without even realizing it, connects to another node, which will keep the service always active, preventing it from being interrupted.

Similarly, if one of the core switches fails, another one will take over and replace the damaged one. This avoids downtime which can be a significant cost to the business.

4 reasons to adopt a redundant internet system

Sometimes redundancy planning can seem laborious for what appear to be abstract contingencies. However, it can mean the difference between thousands of dollars and customer trust. Let’s now take a look at five of the benefits your business will have once it starts adopting redundancy in your network strategy.

1. Uptime

This is certainly the most obvious advantage of opting for redundant networks. The network is always up and running. This is especially important for organizations that need to provide round-the-clock services to customers, patients or clients .

If a hospital goes down, it spells disaster for staff and patients. If a bank has ATMs that cannot be accessed at any time of day or night, it will likely lose customers who favor the versatility of institutions that offer 24-hour access.

If you don’t think downtime is a big deal, think again. As we saw earlier, downtime means thousands of dollars in losses . This is enough to give priority to the redundant internet function, especially since with our Cloud Servers it is free.

redundant server cables

2. Security

Cybersecurity relies on redundancy for maximum effectiveness. Redundant networks give your business the opportunity to have effective security measures. With redundant networks, downtime does not expose data to breaches or losses while trying to resolve the original issue. If there is an opportunity to switch to another network, the business can continue to move forward without interruption, letting the IT staff continue their security and analysis work, for example via the SOCaaS .

Redundant Internet is a simple key solution that allows a company to recover from a cyber attack. For example: If a company’s network is attacked, having a solid redundancy strategy helps to prevent problems associated with losing users.

A recent example were ransomware attacks targeting US hospitals . The attackers blocked the network, rendering it unusable and demanding exorbitant sums of money to restore access. These events have been linked to at least one patient death . In today’s world, this is a risk that healthcare professionals cannot afford to take. By opting for redundant networks, you reduce the power of ransomware attacks that target networks.

3. Latency

Another advantage is the distribution of the workload. If the business feels the need for speed, redundant networks are the way to go , as they prevent the network from being overloaded. Since everything has become remote, it is possible that the company is experiencing slower speeds or even crashes due to the high volumes of traffic. Some factors can be: greater number of remote workers, greater number of online customers, decentralization of services.

Having multiple routes to access “the same places” means you are less likely to see slowed speeds due to high traffic volumes.

4. Business continuity

Ultimately, keeping your business up and running is the primary goal of choosing redundant networks. In the midst of any disaster or minor inconvenience, you need to be able to keep moving towards quarterly benchmarks and annual goals. The company and its employees need the ability to keep working no matter what problems arise.

When the network collapses, don’t waste valuable productive hours waiting for it to get up and running or for a technician. Redundant Internet will save you the loss of productivity, allowing you to treat that failure as just a small hitch.

What is the news introduced by Cyberfero in its Cloud Servers?

The novelty introduced by Cyberfero is to offer its customers the redundant internet functionality for free , therefore without paying a subscription fee, as happens with other competitors. Having a redundant network available is not just a matter of corporate security, but a convenience to guarantee stability.

Redundant Internet offers the security of always having access to your data, even in the event of a problem. The convenience is evident, especially when we think that many companies need constant access to their infrastructure. Think of a corporate VPN, remote working in general and remote data access.

Security, comfort and dynamism, these are the keywords that lead back to this functionality for the Cyberfero Cloud Server service. You can also test the Cloud Server service, by clicking here .

To find out how this or other Cyberfero services can be useful for your company, do not hesitate to contact us, we will be happy to answer any questions.

Useful links:

Share


RSS

More Articles…

Categories …

Tags

RSS feed: Unknown Feed Unknown Feed

RSS feed: Full Disclosure Full Disclosure

  • Apache Struts2 Core Arbitrary Code Execution via OGNL Sandbox Escape November 2, 2026
    Posted by Daniel Owens via Fulldisclosure on Nov 01Description Apache Struts2 Core version 7.4.0 and below attempt to prevent arbitrary code execution via Object-Graph Navigation Language (OGNL) through several different mechanisms but only in a cursory fashion -- the libraries only guard against immediate calls evaluated by the OGNL engine via `SecurityMemberAccess`, but an allowed […]
  • Apache Struts2 Core TokenHelper Token Cryptographic Timing Side-Channel November 2, 2026
    Posted by Daniel Owens via Fulldisclosure on Nov 01Description The Apache Struts2 Core 7.4.0 and below performs session token comparisons cryptographically insecure early-exit comparison functions (e.g., `!=`, `memcmp`, byte-by-byte loops with `break`) that return as soon as the first mismatched byte is encountered. The execution time of the comparison is therefore proportional to the number […]
  • Apache Struts2 Spring Plugin Uses a Previously Closed Resource November 2, 2026
    Posted by Daniel Owens via Fulldisclosure on Nov 01Description The Apache Struts2 Spring Plugin opens a Spring `ApplicationContex` via a try-with-resources block and, outside of said block, then continues to use the closed resource, resulting in an uncaught `IllegalStateException`. This particular issue prevents proper functionality and indicates poor code quality and code review standards and […]
  • Apache Struts2 Core Integer Overflow November 2, 2026
    Posted by Daniel Owens via Fulldisclosure on Nov 01Description Apache Struts2 Core version 7.4.0 and below fails to properly prevent integer overflows, causing wrap-arounds and other issues on a downstream forced casting into types smaller than `BigInteger`. Importantly, this finding underscores why all applications using Struts and other such platforms should perform their own input […]
  • Apache Struts2 Core Cross-Origin Protection Exemption Miskeyed to a Deployment-Wide Path November 2, 2026
    Posted by Daniel Owens via Fulldisclosure on Nov 01Description Apache Struts2 Core version 7.4.0 and below's `FetchMetadataInterceptor`, `CoepInterceptor`, and `CoopInterceptor` each compare their `exemptedPaths` configuration -- a per-interceptor-reference, administrator-supplied set of paths intended to exempt specific actions from the corresponding cross-origin protection -- against `HttpServletRequest.getContextPath()`. `getContextPath()` is fixed for the entire deployed web...
  • Apache Struts2 REST Plugin Fails to Properly Parse Chunked Requests November 2, 2026
    Posted by Daniel Owens via Fulldisclosure on Nov 01Description The Apache Struts2 REST Plugin's (version 7.4.0 and below) `ContentTypeInterceptor.intercept(ActionInvocation)` only deserialises a request body and enforces the `struts.rest.content.maxLength` bound when `HttpServletRequest#getContentLength()` returns a positive value. `getContentLength()` returns `-1` whenever the `Content-Length` header is absent, which normal and appropriate for any Hypertext Transfer Protocol (HTTP)...
  • Apache Struts2 REST Plugin Untrimmed `Accept` Header Tokens Break Content Negation Fallback November 2, 2026
    Posted by Daniel Owens via Fulldisclosure on Nov 01Description The Apache Struts2 REST Plugin's `DefaultContentTypeHandlerManager.getHandlerForResponse(HttpServletRequest, HttpServletResponse)` splits the `Accept` header on commas and passes each resulting token directly to `findHandler(String)` without trimming leading or trailing whitespace. `findHandler(String)` only retries a trimmed lookup when a token contains a semicolon (`;`), so a token that merely carries […]
  • Apache Struts2 JSON Plugin Insecure Deserialisation -- Object Deserialisation Element-Count Limit Bypass November 2, 2026
    Posted by Daniel Owens via Fulldisclosure on Nov 01As of the current versions of the Apache Struts2 JSON Plugin (e.g., version 7.4.0 and the 7.5.0 snapshot dated 28 October 2026), attackers can bypass the element-count limit purported to protect Object deserialisation added to said code as part of the WW-5618 and S2-072 "hardening controls". Please […]
  • [0day-rubbish] NETGEAR RAX120 V1.2.5.18 authenticated SOAP InstallApp OS command injection to root-configured web-stack execution (6.8 Medium; conditionally 7.2 High with management exposure) October 29, 2026
    Posted by disclosure via Fulldisclosure on Oct 280day Rubbish Research Team is publicly disclosing a vulnerability in NETGEAR RAX120 (Nighthawk AX12) firmware V1.2.5.18, the WiFi 6 consumer router from NETGEAR (United States), built on the Qualcomm IPQ8074 platform. The administrative web plane of this firmware generation is a lighttpd server fronting the vendor's DNI-framework CGI […]
  • [0day-rubbish] Raritan PX3 PDU G4 firmware 4.3.14 command injection in the ping and traceroute diagnostics through an inverted hostname-validation return check (8.8) October 29, 2026
    Posted by disclosure via Fulldisclosure on Oct 280day Rubbish Research Team is publicly disclosing a vulnerability in the Raritan PX3 PDU G4, firmware version 4.3.14, the intelligent rack power distribution unit from Raritan, a Legrand company (United States). A low-privilege authenticated session converts one diagnostics request into operating-system command execution in the product's web-service context, […]

Customers