ddos

Verisign has a unique view into distributed denial of service (DDos) attack trends, including attack statistics, behavioral trends and future outlook. The below data contains observations and insights about attack frequency and size derived from mitigations enacted on behalf of customers of Verisign DDoS Protection Services from January through March 2017.

This white paper published by Frost & Sullivan and Cisco examines the role, capabilities, and advantages of service providers in the DDoS mitigation process, as well as how this role might develop in the future.

Webanwendungs- und DDoS-Angriffe lassen sich nicht vorhersehen und treffen Unternehmen ohne Vorwarnung. Für die meisten DDoS-Angriffe (Distributed Denial of Service) ist nicht viel Know-how erforderlich. Angreifer können günstig Ressourcen mieten, die auf entsprechenden Seiten leicht zu finden sind. Trotz des geringen Preises führen DDoS-Angriffe zu vielen Problemen: • Betriebsunterbrechung • Verlust vertraulicher Daten • Niedrigere Nutzerproduktivität • Rufschädigung • Beeinträchtigung von Partnerschaften und Kundenbeziehungen • Umsatzverlust Je nach Branche können sich so schnell Schäden von Zehntausenden US-Dollar ergeben – in einigen Fällen geht der Schaden sogar in die Millionen. Nur 2 % der Unternehmen gaben an, ihre Webanwendungen seien in den vergangenen 12 Monaten nicht Opfer eines Angriffs geworden. Bei 98 % war das Gegenteil der Fall.

Web application and DDoS attacks hit enterprises without warning or reason. Most Distributed Denial of Service (DDoS) attacks require little skill to launch with attackers can simply rent resources from DDoS-for-hire sites at a low cost.. In comparison, DDoS attacks typically result in: • Operational disruption • Loss of confidential data • Lost user productivity • Reputational harm • Damage to partner and customer relations • Lost revenue Depending on your industry, that could add up to tens of thousands of dollars in damage – and in some cases it could be millions. Only 2% of organizations said their web applications had not been compromised in the past 12 months – 98% said they had.

Today, digital security is top-of-mind. From the boardroom to the backroom, everyone is asking the same questions, “How do we protect our digital experiences? How do we ensure our website is safe for our visitors? How do we make sure that no one can steal our content?” But safeguarding a digital experience isn’t a one-size-fits-all solution. It often involves multiple techniques and layers of security. From verifying your identity (with HTTPS) to encrypting sensitive data to restricting access and protecting multimedia content, you must approach security in a layered manner, employing multiple means and techniques to protect the digital content through which your audience interacts. This paper explores ten different methods and technologies that an organization can employ to protect its content. This multi-layered approach can effectively protect your digital content, ensure high availability, and maintain superior quality of experience for every digital visitor. You’ll learn: 10 s

Your online audience expects fast, flawless, secure experiences on any device in any location, every time. But whether you are delivering videos, your website, music, software or games, ensuring engaging online experiences from an increasing variety of devices around the world is a huge challenge. Content delivery networks (CDNs) can significantly improve the user experience of your online audiences. But not all CDNs deliver the same level of service. Dos and Don’ts of Evaluating and Deploying a CDN provides tips on how to determine what is most important to your organization and how to choose a CDN that meets your needs. Download this guide to learn: The four major performance factors that can affect user experience Why speed alone isn't an accurate measure of performance How a content audit can identify performance bottlenecks The role content storage can play in reducing costs and latency How to decide what features are most important to your business

AWS provides powerful controls to manage the security of software-defined infrastructure and cloud workloads, including virtual networks for segmentation, DDoS mitigation, data encryption, and identity and access control. Because AWS enables rapid and elastic scalability, the key to securing cloud environments is using security automation and orchestration to effectively implement consistent protection across your AWS environment. The following eBook will discuss Dome9 best practices for using AWS controls to establish a strict security posture that addresses your unique business needs, and maintaining consistency across regions, accounts, and Virtual Private Clouds (VPCs) as your environment grows.

Ponemon Institute’s Asia-Pacific report details the prevalence of and consequences associated with web application attacks and denial of service (DoS) attacks. More than 500 IT and IT security professionals in Asia-Pacific shared the experiences of their organizations with these types of cyberattacks. The report provides a clear breakdown of specific costs by category for web application attacks and DoS. You’ll also see the security technologies the organizations are using to try to stop DDoS attacks and web application attacks, the rated effectiveness of each technology, and the barriers organizations in Asia-Pacific face in achieving effective protection.

Ponemon Institute’s Asia-Pacific report details the prevalence of and consequences associated with web application attacks and denial of service (DoS) attacks. More than 500 IT and IT security professionals in Asia-Pacific shared the experiences of their organizations with these types of cyberattacks. The report provides a clear breakdown of specific costs by category for web application attacks and DoS. You’ll also see the security technologies the organizations are using to try to stop DDoS attacks and web application attacks, the rated effectiveness of each technology, and the barriers organizations in Asia-Pacific face in achieving effective protection.

Ponemon Institute’s Asia-Pacific report details the prevalence of and consequences associated with web application attacks and denial of service (DoS) attacks. More than 500 IT and IT security professionals in Asia-Pacific shared the experiences of their organizations with these types of cyberattacks. The report provides a clear breakdown of specific costs by category for web application attacks and DoS. You’ll also see the security technologies the organizations are using to try to stop DDoS attacks and web application attacks, the rated effectiveness of each technology, and the barriers organizations in Asia-Pacific face in achieving effective protection.

Ponemon Institute’s Asia-Pacific report details the prevalence of and consequences associated with web application attacks and denial of service (DoS) attacks. More than 500 IT and IT security professionals in Asia-Pacific shared the experiences of their organizations with these types of cyberattacks. The report provides a clear breakdown of specific costs by category for web application attacks and DoS. You’ll also see the security technologies the organizations are using to try to stop DDoS attacks and web application attacks, the rated effectiveness of each technology, and the barriers organizations in Asia-Pacific face in achieving effective protection.

Ponemon Institute’s Asia-Pacific report details the prevalence of and consequences associated with web application attacks and denial of service (DoS) attacks. More than 500 IT and IT security professionals in Asia-Pacific shared the experiences of their organizations with these types of cyberattacks. The report provides a clear breakdown of specific costs by category for web application attacks and DoS. You’ll also see the security technologies the organizations are using to try to stop DDoS attacks and web application attacks, the rated effectiveness of each technology, and the barriers organizations in Asia-Pacific face in achieving effective protection.

The cloud is a network of servers housing data, software, and services. Cloud services are commonly accessed via the Internet, instead of locally in a data center. Businesses are increasingly relying on the cloud for cybersecurity for two key reasons: 1. Due to a changing threat landscape, there’s a need for more scale, accuracy, experience, and collective intelligence. These resources are out of reach internally for most organizations. 2. There are fundamental limits with on-premises hardware mitigation appliances and enterprise data centers for Distributed Denial of Service (DDoS) and web attack protection.

The largest DDoS attacks have increased greatly in strength, doubling in attack size during 2016. They are bigger, more complex, and require more expertise to defend against than past Distributed Denial-of-Service (DDoS) attacks. They are not limited to a specific industry.

Angriffe auf Webanwendungen bzw. DDoS-Attacken lassen sich nicht vorhersehen und treffen Unternehmen ohne Vorwarnung. Die Angriffe können vertrauliche Daten und Websiteressourcen für illegitime Zwecke zugänglich machen, die Performance reduzieren oder Seiten sogar vollständig offline nehmen. Verantwortungsvolle Unternehmen blockieren proaktiv Webangriffe, um ihren Ruf, die Verfügbarkeit und Performance der Website sowie ihre vertraulichen Daten zu schützen.

Die Cloud ist ein Servernetzwerk, das Daten, Software und Services umfasst. Auf Clouddienste wird für gewöhnlich über das Internet, und nicht lokal in einem Rechenzentrum, zugegriffen. Wenn es um Cybersicherheit geht, verlassen sich immer mehr Unternehmen auf die Cloud. Die zwei Hauptgründe: 1. Aufgrund der sich ständig ändernden Bedrohungslandschaft wird immer mehr Umfang, Genauigkeit, Erfahrung und kollektive Intelligenz benötigt. Diese Anforderungen können die meisten Unternehmen intern nicht erfüllen. 2. Lokale Appliances und Unternehmensrechenzentren haben prinzipiell ihre Grenzen, wenn es um Abwehrmechanismen gegen DDoS- (Distributed Denial of Service) und Webangriffe geht.

Hier können Sie sich den vollständigen „State of the Internet“-Sicherheitsbericht für das 1. Quartal 2017 ansehen: www.akamai.com/StateOfTheInternet-security Die Statistiken basieren auf von Akamai abgewehrten Angriffskampagnen.

Das Mirai-Botnet nutzt Hunderttausende von internetfähigen Geräten, die nur über ein schwaches standardmäßiges Kennwort verfügen. Durch Installation von Malware übernimmt Mirai die Kontrolle über die Geräte und errichtet auf diese Weise eine weltumspannende Armee von infizierten Bots. Bis zum Zeitpunkt der Attacke durchsucht jedes betroffene Gerät das Internet nach weiteren angreifbaren Geräten und infiziert diese. Das Internet der Dinge besteht aus Milliarden von Geräten, die Daten senden und empfangen können und heutzutage fast überall anzutreffen sind. Private Sicherheits- und Unterhaltungsgeräte wie Internetkameras, digitale Videorecorder (DVR) und Router werden häufig mit der Mirai-Malware infiziert.

Inforgraphic Includes fast facts such as: Average Attack Size

Web application and DDoS attacks hit enterprises without warning or reason. The attacks can expose confidential data and website resources to malicious uses, reduce performance, and render sites unavailable. Responsible organizations proactively block web attacks to protect their reputations, site availability, site performance, and confidential data.

Keeping your data safe requires forward-thinking approaches to cybersecurity. Learn how you can augment your existing on-premise infrastructure with security measures in the cloud for a more robust web security posture. Download this guide to learn: Why the cloud is critical for web security How real-world DDoS attacks are testing the limits of on-site solutions Discover the questions some vendors don’t want you to ask

DDoS attackers launch hundreds of DDoS attacks every day. When a DDoS attack strikes an organization, panic is common. No one knows why systems and applications are failing, who to call, or what questions to ask. Meanwhile, senior leaders want answers. Planning ahead and being prepared is your best defense against DDoS attacks. This white paper explores best practices for building and maintaining a DDoS protection plan. You’ll learn what to expect from a DDoS attack, how to prepare, what to put in a DDoS runbook, and how to test your plan.

What to expect and how to prepare your best defense DDoS attackers launch hundreds of DDoS attacks every day. When a DDoS attack strikes an organization, panic is common. No one knows why systems and applications are failing, who to call, or what questions to ask. Meanwhile, senior leaders want answers. Planning ahead and being prepared is your best defense against DDoS attacks. This white paper explores best practices for building and maintaining a DDoS protection plan. You’ll learn what to expect from a DDoS attack, how to prepare, what to put in a DDoS runbook, and how to test your plan. In viewing this Akamai content, we would like to share your data with Akamai. Click here for more info or to opt out.

If you have a website, you most likely have an infestation of bots. While some bots are beneficial, bots can make up a significant portion of your daily website traffic. Malicious bots bombard websites with direct and specific attack goals, such as stealing customer information, scraping content, and even initiating DDoS attacks. Our latest eBook explores the differences between good bots and bad bots, and explains the best way to manage harmful bots.

The latest analysis of cloud security DDoS and web application attacks observe across the Akamai Intelligent Platform for Q32016. Highlights include analysis of the latest wave of mega attacks, a look at NTP trends and shrinking of NTP reflection capabilities, and a look at how bot activity can create DDoS-like conditions.