DDoSing over 100Gbps up 140%. Mirai worst but Spike peaks at 517Gbps DDoS attacks more than doubled in the last quarter of 2016 compared to the same period the year before.…
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Battle of the botnets: My zombie horde’s bigger than yours
DDoSing over 100Gbps up 140%. Mirai worst but Spike peaks at 517Gbps DDoS attacks more than doubled in the last quarter of 2016 compared to the same period the year before.…
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Battle of the botnets: My zombie horde’s bigger than yours
Annual global costs tied to destruction of data, intellectual property theft, lost productivity and fraud are on pace to reach $6 trillion by 2021. Here’s how retailers can avoid becoming a statistic. Cybercrime is big business — and retailers are squarely in the crosshairs. Cybercrime — the catch-all term applied to an ever-expanding range of digital assaults from malware to theft of personal data to distributed denial-of-service attacks (DDoS, i.e. coordinated traffic onslaughts on servers, systems or networks designed to make the target difficult or impossible for legitimate users to access) — is rapidly growing more common, more dangerous and more complex. Service interruptions from DDoS attacks alone surged 162% in 2016. Cybercrime is also growing more lucrative: Nearly 90% of all cyberattacks now involve financial or espionage motivations, according to the Verizon 2016 Data Breach Investigations Report. Corresponding annual global costs related to damage and destruction of data, intellectual property theft, lost productivity and fraud are on pace to grow from $3 trillion in 2015 to $6 trillion by 2021. While the second half of 2016 brought to light three of the largest data breaches ever recorded (two raids on web platform Yahoo that impacted at least 1.5 billion accounts combined; the other affecting about 412 million accounts across social network Adult Friend Finder), retailers in fact experience the most cyberattacks of any industry sector — about three times as many as the previous top target, the financial industry — information and communications technology firm NPD Group reports. The list of victims is long and ignominious, and includes Target, Home Depot, Eddie Bauer and Vera Bradley. The question isn’t if and when yet another retailer will fall victim in the weeks and months ahead, experts say, but simply where the wheel of misfortune will land next. “You’ll never be able to put up perimeters and defenses to stop the behavior of malicious attackers. Organizations need to accept the fact that if they’re not breached today, they likely will be breached at some point in the point in the future,” Paul Truitt, vice president of cybersecurity services at managed network solutions firm SageNet, told Retail Dive. “Getting ahead of the criminal and stopping them before they do what they’re going to do is a losing battle. But acting quickly and having the processes in place to respond what it does happen is achievable, and if every organization had that in place, we could significantly shorten the average data breach notification and identification, and also create much less juicy targets for the bad guys.” Threat assessment Retailers are like catnip to cybercriminals because of the wealth of customer data stored on their networks. While hijacking credit card account data has long been the primary objective — about 42 million Target shoppers had their credit or debit information stolen when the retailer was breached in late 2013 — thieves are also keen to acquire personal data like names, mailing addresses, phone numbers and email addresses. “There’s a lot of data around shopping habits and purchasing patterns now being stored by retailers — information they never had before,” Truitt said. “If you’re tying a loyalty program to a mobile payment program, those payment programs are bringing more sensitive data into the retail organization than in the past, and that’s what criminals are looking for.” The threat isn’t lost on retailers. Fully 100% of retail executives surveyed for the 2016 BDO Retail RiskFactor Report cited data privacy and security breaches as major business risks, up from 55% in 2011 and 26% in 2007. But according to Truitt, relatively few retailers have advanced their cybersecurity efforts beyond implementing the basic safeguards necessary to meet payment card industry (PCI) security standards. “[Cybersecurity] varies by retailer,” he said. “We still see a lot of retail organizations putting their eggs into the PCI basket. The feeling is that they’ve secured their organizations by meeting PCI compliance requirements, but in reality, the vectors of attack are outside what PCI mandates needs to be done. When you think about security programs focusing only on PCI at best, we’re going to see a lot of data continue to be exposed.” The media fallout and brand damage associated with past merchant data breaches (not to mention the legal costs and governmental penalties, which can run into the millions) are driving retailer cybersecurity awareness and investment, says Robert Horn, associate director at insurance and risk management solutions provider Crystal & Co. “Retailers have been forced to increase their cybersecurity because of the breaches we’ve had in the last several years. Your public perception takes a hit, there’s customer churn, and the fines and penalties are increasing,” Horn told Retail Dive. “Cybersecurity is getting much more attention from the C-suite. Before, just the IT director was involved. Now you’ve got legal, you’ve got corporate governance, you’ve got the CFOs and the CEOs wanting to know what’s going on.” But knowing what’s going on is easier said than done, because cybercrime evolves with mind-boggling speed. What began two decades ago with relatively simple viruses and website attacks hatched by malcontents seeking internet notoriety has rapidly mutated into discrete, laser-targeted and highly sophisticated offensives masterminded by thieves, hackers and extortionists motivated by financial gain. “There isn’t a single organization that can say they’re 100% secure,” Maarten Van Horenbeeck, vice president of security engineering at content delivery network Fastly, told Retail Dive. “But there are organizations that have the maturity and the smart people to say, ‘We understand what is happening, and we believe we know how to defend against it and how to protect our customer data.’” Personnel and protection Understanding what’s happening begins with identifying potential cracks in your armor. Verizon found that most attacks exploit known vulnerabilities that businesses failed to patch, despite software providers making patches available months or even years prior to the breach taking place. In fact, the top 10 known vulnerabilities account for about 85% of all successful exploits each year. Avoiding disaster also depends on recognizing the warning signs and criminal patterns: 95% of breaches and 86% of security incidents fall into nine established exploit patterns. Building a more secure retail business begins with smart personnel decisions. “The single biggest thing an organization can do today is hire the right people. There are so many technologies out there,” Van Horenbeeck said. “It’s like putting together a puzzle of the correct pieces to make sure you’re defending yourself against attack. You need to hire the right people who understand that puzzle, and who know how to make the organization as safe as possible.” Perhaps no retail security solution has generated more headlines and discussion than the fall 2015 shift from traditional “swipe-and-signature” credit and debit cards to chip-enabled EMV cards, a move designed in part to better protect consumers from escalating transaction fraud. While EMV (which takes its name from Europay, MasterCard and Visa, the three companies that created its chip-integrated standard) effectively blocks card cloning and other commonplace criminal tactics, its security innovations are limited to transactions where the physical card is present, meaning many cyberthieves are shifting their focus from brick-and-mortar stores to the web. That means retailers dependent on e-commerce must embrace software solutions including end-to-end software encryption, a method of secure communication that prevents hackers, internet service providers or any other third party from accessing, stealing or damaging cardholder data or other information during its transfer from one system or device to another. “Organizations that have made investments in EMV but did not invest in end-to-end encryption have a risk misperception,” said SageNet’s Truitt. “They believe they are secure, but they’ve only accomplished authentication of credit cards. They’ve accomplished nothing related to the security of the actual transaction. Many retailers that don’t have security teams internally, or that outsource their security fully and don’t have anyone with that knowledge in-house, has misinformed themselves about what EMV is doing. We’re going to see more organizations put fewer security controls in place and reduce some spend, because they think they have put the right security in place. But they’ve left themselves more exposed than they used to be.” Beyond the basics, retailers should also consider adopting data loss prevention solutions to help monitor, manage and protect confidential data wherever it’s stored or used, as well as emerging tools like advanced behavioral authentication (methodologies that monitor headquarters and store employees’ attributes and behaviors to prevent imposters from accessing infrastructure and data), data-mining and visualization techniques, and security response automation. There’s no time to waste. Experts anticipate cybercrime to continue to increase in the months to come, and warn that emerging technologies like the Internet of Things and advances in artificial intelligence present a multitude of new opportunities for attack. Only the strong will survive. “It’s hard to predict what new threats will come about,” said Horn. “[Security] all comes down to putting resources into cybersecurity teams. A bad breach can put you out of business.” Source: http://www.retaildive.com/news/what-retailers-need-to-know-about-cybersecurity/435567/
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What retailers need to know about cybersecurity
Arbor Networks has released its 12th Annual Worldwide Infrastructure Security Report (WISR). The report covers a range of issues from threat detection and incident response to managed services, staffing and budgets. But the main focus is on the operational challenges internet operators face daily from network-based threats and the strategies adopted to address and mitigate them. The largest distributed denial-of-service (DDoS) attack reported this year was 800 Gbps, a 60% increase over 2015’s largest attack of 500 Gbps. According to Arbor, DDoS attacks are not only getting larger, but they are also becoming more frequent and complex. Darren Anstee, chief security technologist with Arbor Networks, says survey respondents have grown accustomed to a constantly evolving threat environment with steady increases in attack size and complexity over the past decade. “However, IoT botnets are a game changer because of the numbers involved – there are billions of these devices deployed and they are being easily weaponised to launch massive attacks,” he says. “Increasing concern over the threat environment is reflected in the survey results, which show significant improvements in the deployment of best practice technologies and response processes. The report also found that the emergence of botnets that exploit inherent security weaknesses in IoT devices and the release of the Mirai botnet source code have increased attacker ability to launch extremely large attacks. According to the company, the massive growth in attack size has been driven by increased attack activity on all reflection/amplification protocols, and by the weaponisation of IoT devices and the emergence of IoT botnets. Because of this, Arbor say the consequences of DDoD attacks are becoming clear – DDoS attacks they have successfully made many leading web properties unreachable – costing thousands, sometimes millions, of dollars in revenue. However, the company does point out that this year’s survey results indicate a better understanding of the brand damage and operational expense of successful DDoS attacks. Source: https://securitybrief.asia/story/global-concern-over-distributed-denial-service-attacks/
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Global concern over distributed denial-of-service attacks
Botnets’ power level over 9,000 thanks to gaping vulnerabilities IoT botnets have transformed the threat landscape, resulting in a big increase in the size of DDoS attacks from 500Gbps in 2015 up to 800Gbps last year.…
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DDoSing has evolved in the vacuum left by IoT’s total absence of security
Toy-makers, please quit this rubbish, you’re NO GOOD at security Here’s your future botnet, world: connected kids toys that will Rickroll their owners while hosing big servers and guessing the nuclear codes.…
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Furby Rickroll demo: what fresh hell is this?
But it is keeping shtum A DDoS attack was reportedly behind online outages at Lloyds Bank a fortnight ago.…
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Lloyds Bank outage: DDoS is prime suspect
Necrus botnet wakes up and starts fresh malware-cano Cisco is warning of possible return of a massive ransomware spam campaign after researchers noticed traces of traffic from the hitherto dormant Necrus botnet.…
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Unbreakable Locky ransomware is on the march again
Krebs says he’s fingered author of epic IoT web assault code The author of the massive distributed denial-of-service attack malware Mirai, which ropes infected routers and internet of things devices into remotely controlled armies, is a New Jersey man, according to journo Brian Krebs.…
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Mirai author named as operator of DDoS protection service
Krebs says he’s fingered author of epic IoT web assault code The author of the massive distributed denial-of-service attack malware Mirai, which ropes infected routers and internet of things devices into remotely controlled armies, is a New Jersey man, according to journo Brian Krebs.…
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Operator of DDoS protection service named as Mirai author
Distributed denial-of-service (DDOS) attacks in the Europe, Middle East and Africa (EMEA) region witnessed an uptick in the last quarter and are set to intensify in 2017. This is according to a report issued by F5 Networks, which revealed data from its Security Operations Centre (SOC), highlighting the growing scale and intensity of cyber attacks in the region. DDOS attacks have been around since at least 2000. These attacks refer to a situation in which many compromised machines flood a target with requests for information. The target can’t handle the onslaught of requests, so it crashes. Consultancy firm Deloitte also expects cyber attacks to enter the terabit era in 2017, with DDOS attacks becoming larger in scale, harder to mitigate and more frequent. F5 Networks points out that in 2016 to date, it has handled and mitigated 8 536 DDOS instances. The company notes that one of the attacks featured among the largest globally – a 448Gbps user datagram protocol (UDM) and Internet control message protocol (ICMP) fragmentation flood using over 100 000 IP addresses emanating from multiple regions. It explains the incident highlights a growing trend for global co-ordination to achieve maximum impact, with IP attack traffic stemming largely from Vietnam (28%), Russia (22%), China (21%), Brazil (15%) and the US (14%). “The EMEA Security Operations Centre has been experiencing rapid growth since launching in September last year, and it is entirely driven by the explosion of attacks across the region, as well as businesses realising they need to prepare for the worst,” says Martin Walshaw, senior engineer at F5 Networks. In Q1 (October – December), the SOC experienced a 100% increase in DDOS customers, compared to the same period last year. F5 Networks says UDP fragmentations were the most commonly observed type of DDOS attack in Q1 (23% of total), followed by domain name system reflections, UDP floods (both 15%), syn floods (13%) and NTP reflections (8%). “Given the rise and variety of new DDOS techniques, it is often unclear if a business is being targeted,” Walshaw says. “This is why it is more important than ever to ensure traffic is being constantly monitored for irregularities and that organisations have the measures in place to react rapidly. “The best way forward is to deploy a multi-layered DDOS strategy that can defend applications, data and networks. This allows detection of attacks and automatic action, shifting scrubbing duties from on-premises to cloud and back when business disruption from local or external sources is imminent at both the application and network layer.” Source: http://www.itweb.co.za/index.php?option=com_content&view=article&id=158643
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DDOS attacks intensify in EMEA