Better TogetherFor organizations moving business operations to the cloud, protecting assets and data remains a top priority. FireEye Mandiant has seen from the frontlines that as more and more customers move to software as-a-service and cloud, attackers are following the data. Show
Amazon Web Services (AWS) and FireEye join forces to bring new security capabilities to the cloud. FireEye both provides innovative security services hosted from AWS, as well as security technology to uncover cloud-specific threats. As an AWS Advanced Technology Partner, FireEye continues to work closely with AWS to deliver cloud solutions for securing both public and hybrid cloud environments. FireEye on the AWS MarketplaceFireEye Cloud SecurityTake control of your cloud security with FireEye solutions to protect your cloud infrastructure. Streamline migration, gain visibility, find misconfigurations, increase compliance and improve detection and response against threats with solutions for Amazon services including S3, EC2, ECS, and more. FireEye Cloud Security in FireEye Detection on DemandA threat detection service that is delivered as an API for integration into the SOC workflow, SIEM analytics, data repositories, or customer web applications. FireEye Detection On Demand delivers flexible file and content analysis capabilities to identify malicious behavior wherever the enterprise needs it. FireEye Detection
on Demand in FireEye Network SecurityFireEye Network Security protects your network, users, and data against the most advanced threats. While these threats continue to bypass traditional solutions such as firewalls and secure web gateways, FireEye Network Security empowers you to perform traffic analysis in real-time with the verdicts delivered within seconds.
FireEye Network Security in AWS Service IntegrationsAWS CloudFormationFireEye gets you started in the cloud faster with AWS CloudFormation. Amazon S3FireEye secures your S3 buckets. Better TogetherSecure your AWS infrastructure with FireEyeMoving to AWS helps organizations alleviate many security concerns, but with the shared responsibility model, organizations are still responsible for ensuring the security of their data and applications. AWS security services, such as GuardDuty, MACIE, and Inspector, are important building blocks for securing your AWS accounts. However, to protect against advanced threats, organizations need to integrate their security and apply the right expertise and processes. They also need to protect user credentials, proactively identify vulnerabilities and centralize security monitoring. Mutual customers of FireEye and AWS benefit by:
Related ResourcesAWS Howdy PartnerOur Cloud CTO Martin Holste will show you how to use native AWS and FireEye products for IR and supply chain security via visibility and CI/CD Customer ReferenceAmazon Web Services (AWS) and Trellix help TeamWorx respond to threats faster What is zero-day (0day) exploitA zero-day (0day) exploit is a cyber attack targeting a software vulnerability which is unknown to the software vendor or to antivirus vendors. The attacker spots the software vulnerability before any parties interested in mitigating it, quickly creates an exploit, and uses it for an attack. Such attacks are highly likely to succeed because defenses are not in place. This makes zero-day attacks a severe security threat. Typical attack vectors include Web browsers, which are common targets due to their ubiquity, and email attachments that exploit vulnerabilities in the application opening the attachment, or in specific file types such as Word, Excel, PDF or Flash. A related concept is zero-day malware — a computer virus for which specific antivirus software signatures are not yet available, so signature-based antivirus software cannot stop it. Typical targets for a zero-day exploit include:
Because zero-day vulnerabilities are valuable for different parties, a market exists in which organizations pay researchers who discover vulnerabilities. In addition to this ‘white market’, there are gray and black markets in which zero-day vulnerabilities are traded, without public disclosure, for up to hundreds of thousands of dollars. Examples of zero-day attacksSome high-profile examples of zero-day attacks include:
Zero-day vulnerability detectionBy definition, no patches or antivirus signatures exist yet for zero-day exploits, making them difficult to detect. However, there are several ways to detect previously unknown software vulnerabilities. Vulnerability scanningVulnerability scanning can detect some zero-day exploits. Security vendors who offer vulnerability scanning solutions can simulate attacks on software code, conduct code reviews, and attempt to find new vulnerabilities that may have been introduced after a software update. This approach cannot detect all zero-day exploits. But even for those it detects, scanning is not enough—organizations must act on the results of a scan, perform code review and sanitize their code to prevent the exploit. In reality most organizations are slow to respond to newly discovered vulnerabilities, while attackers can be very quick to exploit a zero-day exploit. Patch managementAnother strategy is to deploy software patches as soon as possible for newly discovered software vulnerabilities. While this cannot prevent zero-day attacks, quickly applying patches and software upgrades can significantly reduce the risk of an attack. However, there are three factors that can delay the deployment of security patches. Software vendors take time to discover vulnerabilities, develop a patch and distribute it to users. It can also take time for the patch to be applied on organizational systems. The longer this process takes, the higher the risk of a zero-day attack. Input validation and sanitizationInput validation solves many of the issues inherent in vulnerability scanning and patch management. It doesn’t leave organizations unprotected while they are patching systems or sanitizing code—processes that can take time. It is operated by security experts and is much more flexible, able to adapt and respond to new threats in real time. One of the most effective ways to prevent zero-day attacks is deploying a web application firewall (WAF) on the network edge. A WAF reviews all incoming traffic and filters out malicious inputs that might target security vulnerabilities. Additionally, the most recent advancement in the fight against zero-day attacks is runtime application self-protection (RASP). RASP agents sit inside applications, examining request payloads with the context of the application code at runtime, to determine whether a request is normal or malicious- enabling applications to defend themselves. Zero-day initiativeA program established to reward security researchers for responsibly disclosing vulnerabilities, instead of selling the information on the black market. Its objective is to create a broad community of vulnerability researchers who can discover security vulnerabilities before hackers do, and alert software vendors. Imperva zero-day threat mitigationVulnerability scanning and patch management are partial solutions to zero-day attacks. And they create a large window of vulnerability, due to the time it takes to develop and apply patches and code fixes. Imperva’s Web Application Firewall (WAF) is a managed input validation service deployed at the edge of your network which intelligently filters and verifies incoming traffic, blocking attacks at the network edge. Imperva RASP is the latest innovation in the fight against zero-day attacks. Using patented grammar-based techniques that leverage LangSec, RASP allows applications to defend themselves without signatures or patches- providing security by default and sparing you the operational costs of off-cycle 0-day patching. Imperva cloud-based WAF blocks zero-day attacks by using crowdsourced security to identify new threats Imperva cloud-based WAF leverages crowdsourced security to protect against zero-day attacks, aggregating attack data to react to threats instantly. As soon as a new threat is identified anywhere on the Incapsula network, a mitigation path is quickly deployed to safeguard the entire user base. What solution does AWS use in partnership to mitigate zero day attacks?Prevoty delivers application security as a service for enterprises and automatically prevents the top existing application security threats to applications as well as zero day attacks.
What is GuardDuty AWS?Overview. Amazon GuardDuty is a threat detection service that continuously monitors for malicious activity and unauthorized behavior to protect your AWS accounts, EC2 workloads, container applications, and data stored in Amazon Simple Storage Service (S3).
What is Amazon security hub?AWS Security Hub is a cloud security posture management service that performs security best practice checks, aggregates alerts, and enables automated remediation.
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