By thinking proactively about DDoS defense, organizations can build a comprehensive strategy to mitigate attacks. Choosing from on-premises security devices, cloud-scrubbing services, and a hybrid approach to DDoS protection allows organizations to customize their security strategy to their application architecture and business needs.
By definition, a botnet is a series of Internet-connected computers, or bots, each infected with the same or different types of malware specific to the botnet’s operations. Download now to learn more about botnets and how to protect yourself from them.
Never have Distributed Denial of Service attacks been more present globally, and it’s time for the healthcare industry to take notice. They have shut down of?ces, caused ransom-like threats, and created an atmosphere where a sophisticated attack could come from almost anywhere at almost any time.
Never have Distributed Denial of Service attacks been more present globally, and it’s time for the hospitality industry to take notice. They have shut down of?ces, caused ransom-like threats, and created an atmosphere where a sophisticated attack could come from almost anywhere at almost any time.
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.
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.
Many industry experts advise financial services institutions (FSIs) to embrace digital transformation. At the heart of that mandate is the need to satisfy rising customer expectations for fast, secure, always-on services delivered seamlessly across all channels and devices. While it’s important to harness the digital technologies today’s customers turn to — especially when it comes to engaging the millennial generation — FSIs need to optimize web and mobile performance to deliver exceptional end-user experiences. Here are eight considerations.
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This whitepaper gives a broad overview of the ways in which Akamai can help organizations bolster the security of their Web-based assets, with capabilities ranging across the application, network, and DNS layers, as well as solutions focused on Distributed Denial of Service (DDoS) mitigation and business continuity.
All enterprises need to have mitigation solutions in place. Information security is vital in the workplace and DDoS has become more complex over time. Determine whether services are the best option for primary protection through this whitepaper.
On June 20, Akamai Technologies mitigated one the largest confirmed Distributed Denial-of-Service (DDoS) attacks of the year. Read the case study to learn more about the attack, including payload samples and sources.
Learn about the origins, tactics, types, and targets of cyber- attacks and emerging threats and trends from post-attack analysis and intelligence by cybersecurity and DDoS mitigation experts. Includes quarter-over-quarter and year-over-year trends, plus spotlights on recent DDoS and web application attacks and review of the past quarter’s hot-topic issues in cybersecurity.
Distributed Denial of Service (DDoS) attacks increased by over 100% YoY. With nearly a quarter of the attacks aimed at the DNS layer and close to 80% not identified until they reach the DNS layer, it is no secret you should evaluate your Manage DNS provider critically as your first line defense in DDoS mitigation.
Download this eBook to best equip your business against impending DDoS attacks including:
• Common types of DDoS attacks and which layers of your infrastructure are most at risk
• How to geographically isolate attacks and mitigate latency
• How to get the best before, during and after attack protection
We all know that hybrid cloud adoption is exploding, with 80% of enterprises having at least some infrastructure in the cloud. This growth includes increased use of the internet to deliver applications, sites and services to employees, partners and customers. These companies need an internet performance management (IPM) strategy to ensure those services reach users effectively, starting with DNS.
Join Trip Kucera and Dyn VP, Gary Sloper, as they discuss the impact of cloud and internet infrastructure across the cloud adoption lifecycle. Key focus points include:
• Optimizing round trip times and latency, from time to first byte, to internet routing
• Understanding and comparing cloud service providers
• Protecting your service from route hijacks, DDoS attacks and mitigating vulnerabilities.
Watch this short Video Webinar and learn how focusing on the DNS layer can help you plan, migrate and optimize your way to cloud success!
The more you invest in an internet hybrid infrastructure, the more exposed you can be to internet events. At the internet infrastructure layer, this can mean unavailable destinations, poor performing paths and security events such as DDoS attacks. The fact is that there are thousands of internet events that happen every day and when it comes to DDoS attacks 97% of them happen at the infrastructure layer. You shouldn't rely on a single DNS service to protect you from all of these potential problems. Just like everything else in your IT architecture you should always have a backup plan.
How you implement a redundant DNS architecture is not a given. Watch this informative webinar and learn about different ways you can get the benefits of a hardened internet infrastructure layer that fits your existing and planned online architecture. Get insights and examples from our DNS experts on different key approaches.
The threat landscape has evolved and the traditional approach to endpoint security cannot keep up. Detection/response is not an acceptable approach. There are a number of approaches to prevent threats on the endpoint and their ability to prevent unknown and zero-day threats varies widely. Join this webinar featuring a guest speaker from Forrester where we will discuss the findings from a recent commissioned survey they conducted that evaluates these approaches and illustrates that exploit prevention and integration with a network security platform are must-have capabilities. Forrester will also summarize their recommendations for prevention of advanced threats on the endpoint.
When your Internet-facing network comes under DDoS attack, does your entire organization panic – or does everyone know exactly what to do? Read this whitepaper to learn how to protect network assets, websites, and web applications against DDoS attacks and best practices for adding DDoS mitigation to a corporate incident response plan.
Cybercriminals continue to evolve their tactics with ever-growing cyberattack sizes and new attack methods, which has spiked a demand for DDoS mitigation services. However, it is often difficult for companies to assess, evaluate, and differentiate DDoS mitigation service providers from one another. Read the four critical criteria you should use to evaluate providers before selecting one.
This Frost and Sullivan market research study comes at a time when DDoS attacks are accelerating in size, frequency and complexity. Though DDoS is not a new concern, the risk of DDoS attacks and the potential for damage is at an all-time high. As a result, DDoS mitigation is a top-of-mind consideration for IT and security organizations around the world, and demand for DDoS mitigation solutions is growing rapidly.
DDoS attacks are the primary threat to the availability of your network. In 2014, the number of DDoS attacks continues its trend upward in both size and complexity. Today, attacks topping 100Gbps have become common. So have complex threats such as application-layer attacks against DNS and encrypted Web services. Taxing security teams even more is the rise in multi vector attacks which target applications, existing stateful infrastructure like Firewalls and IPS devices and upstream connectivity, all in a single sustained attack.