Amber Solutions

DoS Shield

Ensures the continued operation of your systems against attacks Denial-of-Service (DoS and DDoS). Through simulations, controlled, we replicated attack scenarios to actual to evaluate the resilience of your defenses and improve the capacity to respond to these threats. Protects your digital infrastructure with confidence.

Strengthening proactive against DoS and DDoS attacks

Simulation of attacks realistic

Our specialists in cybersecurity replicated Denial-of-Service (DoS and DDoS attacks) in a controlled manner to assess how to react to your systems under pressure. This allows us to identify weaknesses in your infrastructure and optimize the capacity of response to any attempt of interruption.

 

A thorough evaluation of your defences

We test the mechanisms of current protection, analyzing its ability to mitigate the effects of an attack. Through an in-depth analysis, we detected gaps, and offer clear recommendations to strengthen the resilience of your system from attacks of high magnitude.

Services customized to your needs

We understand that every infrastructure is unique. We adapt our audit anti-DOS to your specific requirements to ensure a robust defence, efficient, and tailored to the demands of your digital operation.

Questions Frequent

1. What is DoS Shield and why is it important?

DoS Shield is a specialized service that evaluates and improves the resilience of your systems against attacks Denial-of-Service (DoS) and Distributed Denial of Service (DDoS). It is important because these attacks can disrupt the availability of your systems and services, affecting the operation of your organization.

 

2. What is a Denial of Service attack (DoS)?

A DoS attack is a malicious attempt to make a server, service or network is unavailable to the legitimate users. This is usually accomplished by flooding the target with traffic, or exploiting a vulnerability that causes the target to crash or become inoperable. Imagine that someone locks the door of a store so that the customers can not enter.

3. What is a Denial of Service attack (DDoS)?

A DDoS attack is similar to a DoS, but instead of using a single machine to attack the target, uses multiple compromised systems (often forming a botnet) to overwhelm the target with traffic. It is as if a crowd tried to enter by force in a shop, making it impossible for legitimate customers to enter.

4. What is the main difference between DoS and DDoS?

The main difference lies in the source of the attack:

  • DoS: The attack comes from a single source.
  • DDoS: The attack comes from multiple sources, which makes it more difficult to defend.
5. What types of attacks are simulated in DoS Shield?

We replicated DoS attacks and DDoS in different levels of intensity, simulating real-life scenarios that evaluate the ability of your defenses in order to withstand these types of threats. The simulations include attacks volumetric, amplification, and based on the application, among others.

 

6. How to help DoS Shield to protect my digital infrastructure?

Through our simulations, controlled, we identify the weaknesses in your infrastructure, and we measure the responsiveness of your systems against denial of service attacks. With this information, we provide recommendations to optimize your defense mechanisms and ensure operational continuity.

 

7. What affects the simulation of DoS and DDoS attacks performance of my systems?

No. Our simulations are designed to run in a controlled manner without affecting the performance of your systems. The tests are planned carefully in order to avoid interruptions, and are conducted in environments that guarantee the security of your infrastructure.

 

8. Is it possible to customize the service DoS Shield to the specific needs of my organization?

Yes. We tailor our audits and simulations of DoS Shield to the characteristics of your infrastructure. This allows us to provide custom solutions that match the scale of the risks you face and to the specific requirements of your digital environment.

Improve your security

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