What is Advanced Threat Protection?
Advanced Threat Protection (ATP), a set of analysis tools that can protect against advanced threats using known and unknown attack vectors, is a suite. ATP complements security solutions that are already in place to repel known intrusion strategies.
Advanced threats are those who seek to gain access to a network stealthily, remain undetected for months or even years, and exfiltrate large amounts of data, conduct espionage, and cause significant damage.
Advanced threat protection is what you need?
Cyberattackers are constantly developing new strategies to gain access to networks. These attacks are often well-funded and targeted. They also include complex malware that can bypass common security defenses. Advanced analytic tools are required to counter advanced threats. They can provide quick visibility, analysis, context, and response to malicious network traffic.
Advanced threat protection offers Benefits.
You can reap four crucial advantages by integrating a top ATP solution in your security stack:
- Threat Visibility Everywhere: ATP provides deep visibility into all network traffic by leveraging multiple threat detection methods at once.
- Advanced Malware Detection (ATP) helps protect the data center from threats designed to evade standard security measures.
- Lower false positives: ATP dramatically increases the accuracy of alerts. This allows security teams to focus on fewer actual intrusions.
The Advanced Threat Prevention offering for NSX Service-defined Firewall is one of the most efficient ATP solutions. The solution combines network traffic analysis, intrusion detection, prevention, advanced malware analysis, network detection, and response capabilities. It is specifically designed to protect data centers with the highest fidelity insight into advanced threats.
What is considered an “advanced” threat?
An attacker can be considered advanced if they have all the resources or tools necessary to carry out an attack, maintain access to networks, and have the ability to continue funding the attack to adapt it as needed.
It is essential first to understand advanced threats and their impact on your organization to protect yourself against them.
A persistent attack (APT) refers to an episode where an unauthorized person or group gains access to a company’s network and then remains undetected for a prolonged period. Advanced Threat Protection attacks are usually carefully planned and targeted at a particular company. They use malware that can bypass standard security protections. These malicious attacks are an example of a sophisticated attack that requires security technology to mitigate and prevent.
Once an attacker has gained access, they can often view files, conversations, and other sensitive material by installing malware or Phishing. The attacker can gain access to large amounts of company data by going unnoticed for a long time (sometimes for years or even months).
What are the most popular tactics for Advanced Threat attacks?
- Advanced Threat Protection attackers use Phishing to gain access into an internal network by sending links to a trusted source.
- Once access is granted, malware can be installed to help cyber attackers penetrate the network, monitor activity, and collect company data.
- Password cracking allows attackers to gain administrative access and free roam of the network.
- A backdoor allows attackers to gain access to the network.
How can you protect yourself against advanced threats?
Although some businesses and industries are more vulnerable to advanced threats than others, companies need to be aware of the preventive steps they can take as these attacks increase in frequency.
As cyberattacks get more sophisticated, the Advanced Threat Protection landscape is changing. Sandboxing protection is essential for Advanced Threat Protection . However, this technology was stored in legacy hardware in a data center and did not protect an increasingly remote workforce.
The suspicious file is also typically inspected in TAP mode. This means that it is taken into the sandbox to be tested before being sent to the recipient. The alert is sent to the recipient if the sandbox detects a threat. Unfortunately, this alert may come too late and cause damage that has already been done. Furthermore, over half of all malware is transmitted via encrypted SSL channels. However, many organizations are limited by budget and performance to detect these vulnerabilities before it’s too late.
Cloud-based security technology solutions can provide additional layers of ATP protection for all employees. Sandbox works inline instead of in TAP mode. All traffic within the organization’s network is inspected, including SSL.
Protective measures include ransomware protection and zero-day protection. Real-time, magnified visibility into malware behavior provides additional protection. Comprehensive security solutions must stop all known threats, prevent zero-day attacks in real-time, and utilize predictive technology to protect your company from evolving threats.