Category Archives: DDoS Criminals

Thai police charge man in hacking attacks on gov’t sites

Police in Thailand on Monday charged a suspect with participating in recent hacking attacks on government computers that were billed as a protest against a restrictive law governing internet use. Natdanai Kongdee, 19, was one of nine people arrested in connection with the attacks that blocked access to some websites and accessed non-public files, Deputy Prime Minister Prawit Wongsuwan said. Police said he was a low-level hacker rather than a leader and had confessed to participating in the attacks. They said he belonged to several online groups specializing in hacking activities. Natdanai was present at Monday’s news conference but did not speak. He was charged with gaining unauthorized access to police data, along with illegal possession of firearms and marijuana, allegedly found when police searched his house. The legal status of the other people arrested was not explained. Groups promoting the attacks say they are in protest of passage of revisions to Thailand’s Computer Crime Act, which would restrict freedom of speech and facilitate targeting political dissidents. The new law would allow Thai authorities to intercept private communication and to censor websites without a court order. In addition to the leaking of documents, government sites have been subject to distributed denial of service, or DDoS, attacks, where access is denied by overloading the online server with requests. A Facebook group encouraged a simple version of such attacks by suggesting people repeatedly reload them by pressing the F5 key. “He (Natdanai) was naive to believe the (Facebook) group and hack into the system,” Siripong Timula of the police’s technology department said. The Facebook group, with the name Citizens Against Single Gateway, earlier this month called for a “cyberwar.” Its name reflects activists’ concerns about plans for a single gateway through which all international internet traffic would pass. The government claims such a system is necessary for national security, but opposition from many sectors has made the government evasive about whether it plans to implement a single gateway. The group on Dec. 19 claimed responsibility for temporarily bringing down the Thai defense ministry’s website. Since then, it has claimed to have brought down websites for Thailand’s military, customs department, police, foreign affairs ministry and additional government websites. Other hackers, operating as part of the informal activist network Anonymous, have been posting data they say is from government computers. Police said Monday that their systems are still “well protected” and that the attacks constitute minor hacks. Prime Minister Prayuth Chan-ocha said, “If we do not have any laws or write it down to make it clearer and if they continue to do this, what can we do?” Should hackers simply be allowed to poke into personal data, he asked reporters rhetorically. “We’ve talked about it many times. Everything is passed. Talk about something else,” said Prayuth, who is noted for his brusque manner of speaking. Source: http://www.dailymail.co.uk/wires/ap/article-4066212/Thai-police-charge-man-hacking-attacks-govt-sites.html

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Thai police charge man in hacking attacks on gov’t sites

A year in infosec: Bears, botnets, breaches … and elections

History made How often can we say that an IT blunder might have changed the course of world history? Hillary Clinton’s use of a private email server whilst serving as outgoing US President Barack Obama’s Secretary of State became a key element in the US presidential election this year.…

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A year in infosec: Bears, botnets, breaches … and elections

Four evolved cyber-threats APAC organisations must pay attention to in 2017

US$81 million stolen from a Bangladesh bank. 500 million Yahoo! accounts swiped. A DDoS attack that brought down much of the internet. 2016’s cyber-attack headlines proved more than ever that companies have a visibility problem – they cannot see what is happening beneath the surface of their own networks. Based on Darktrace’s observations, the following predictions demonstrate the need for a new method of cyber defence – an immune system approach, to keep up with the fast-evolving threats that await us in 2017. 1. Attackers Will Not Just Steal Data – They Will  Change  It Today’s most savvy attackers are moving away from pure data theft or website hacking, to attacks that have a more subtle target – data integrity. We’ve seen ex-students successfully hack college computers to modify their grades. In 2013, Syrian hackers tapped into the Associated Press’ Twitter account and broadcasted fake reports that President Obama had been injured in explosions at the White House. Within minutes the news caused a 150-point drop in the Dow Jones. In 2017, attackers will use their ability to hack information systems not to just make a quick buck, but to cause long-term, reputational damage to individuals or groups, by eroding trust in data itself. The scenario is worrying for industries that rely heavily on public confidence. A laboratory that cannot vouch for the fidelity of medical test results, or a bank that has had account balances tampered with, are examples of organisations at risk. Governments may also fall foul of such attacks, as critical data repositories are altered, and public distrust in national institutions rises. These ‘trust attacks’ are also expected to disrupt the financial markets. An example of this is falsifying market information to cause ill-informed investments. We have already glimpsed the potential of disrupted M&A activity through cyber-attacks – is it a coincidence that the recent disclosure of the Yahoo hack happened while Verizon was in the process of acquiring the company? These attacks even have the power to sway public opinion. Hillary Clinton’s election campaign suffered a blow when thousands of emails from her campaign were leaked. An even graver risk would not be simply leaked emails but manipulation to create a false impression that a candidate has done something illegal or dishonourable. 2. More Attacks and Latent Threats Will Come from Insiders Insiders are often the source of the most dangerous attacks. They are harder to detect, because they use legitimate user credentials. They can do maximum damage, because they have knowledge of and privileged access to information required for their jobs, and can hop between network segments. A disgruntled employee looking to do damage stands a good chance through a cyber-attack. But insider threats are not just staff with chips on their shoulders. Non-malicious insiders are just as much of a vulnerability as deliberate saboteurs. How many times have links been clicked before checking email addresses? Or security policy contravened to get a job done quicker, such as uploading confidential documents on less secure public file hosting services? We can no longer reasonably expect 100 percent of employees and network users to be impervious to cyber-threats that are getting more advanced – they won’t make the right decision, every time. Organisations need to combat this insider threat by gaining visibility into their internal systems, rather than trying to reinforce their network perimeter. We don’t expect our skin to protect us from viruses – so we shouldn’t expect a firewall to stop advanced cyber-threats which, in many cases, originate from the inside in the first place. Just in the past year, immune system defence techniques have caught a plethora of insider threats, including an employee deliberately exfiltrating a customer database a week before handing in his notice; a game developer sending source code to his home email address so that he could work remotely over the weekend; a system administrator uploading network information to their home broadband router – the list goes on. Due to the increasing sophistication of external hackers, we are going to have a harder time distinguishing between insiders and external attackers who have hijacked legitimate user credentials. 3. The Internet of Things Will Become the Internet of Vulnerabilities According to IDC, 8.6 billion connected things will be in use across APAC in 2020, with more than half of major new business processes incorporating some element of IoT. These smart devices are woefully insecure in many cases – offering a golden opportunity for hackers. 2016 has seen some of the most innovative corporate hacks involving connected things. In the breach of DNS service Dyn in October, malware spread rapidly across an unprecedented number of devices including webcams and digital video recorders. In Singapore and Germany, we saw smaller but similar incidents with StarHub and Deutsche Telekom. Many of this year’s IoT hacks have gone unreported – they include printers, air conditioners and even a coffee machine. These attacks used IoT devices as stepping stones, from which to jump to more interesting areas of the network. However, sometimes the target is the device itself. One of the most shocking threats that we saw was when the fingerprint scanner that controlled the entrance to a major manufacturing plant was compromised – attackers were caught in the process of changing biometric data with their own fingerprints to gain physical access. In another attack, the videoconferencing unit at a sports company was hacked, and audio files were being transferred back to an unknown server in another continent. Want to be a fly on the wall in a FTSE100 company’s boardroom? Try hacking the video camera. 4. Artificial Intelligence Will Go Dark Artificial intelligence is exciting for many reasons – self-driving cars, virtual assistants, better weather forecasting etc. But artificial intelligence will also be used by attackers to wield highly sophisticated and persistent attacks that blend into the noise of busy networks. We have already seen the first glimpses of these types of attack. Polymorphic malware, which changes its attributes mid-attack to evade detection, has reinforced the obsoleteness of signature-based detection methods. What is emerging is a next generation of attacks that use AI-powered, customised code to emulate the behaviours of specific users so accurately as to fool even skilled security personnel. In 2017, we can expect AI to be applied to all stages of a cyber-attacker’s mission. This includes the ability to craft sophisticated and bespoke phishing campaigns that will successfully dupe even the most threat-conscious employee. Next year’s attacker can see more than your social media profile – they know that your 10am meeting with your supplier is being held at their new headquarters. At 9:15am, as you get off the train, an email with the subject line ‘Directions to Our Office’ arrives in your inbox, apparently from the person that you are meeting. Now, do you click the map link in that email? Source: http://www.mis-asia.com/tech/security/four-evolved-cyber-threats-apac-organisations-must-pay-attention-to-in-2017/?page=3

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Four evolved cyber-threats APAC organisations must pay attention to in 2017

Tumblr outage reported in US and Europe; may be result of DDoS attack

Tumblr appears to the target of a distributed denial of service attack, with users unable to access the blogging site. The outage reportedly began just before 3:30pm ET, according to Down Detector. If the site manages to load anything, users receive a “service is temporarily unavailable” message.” Tumblr issued a jargon-filled tweet about 15 minutes into the outage, promising to fix the issue as soon as possible. Earlier on Wednesday, Tumblr hosted a question-and-answer on the humanitarian crisis in Aleppo, Syria. It’s unclear if the believed DDoS attack might be related to the ‘Answer Time’ discussion. Tumblr was one of more than 80 popular websites that were hit by three separate DDoS attacks on Dyn DNS, the internet traffic management company, on October 21. That targeted attack was believed to have been on the Internet of Things, or the multitude of smart devices such as webcams and thermostats that connect to the internet. A DDoS attack occurs when a server is overwhelmed with traffic in a targeted attack. Source: https://www.rt.com/usa/371183-tumbler-down-ddos-attack/

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Tumblr outage reported in US and Europe; may be result of DDoS attack

Hackers hit Thai government with DDoS attacks protesting against restrictive internet law

Classified government records are believed to have been accessed by the hackers. Anonymous hackers have reportedly hit Thailand government websites with targeted DDoS attacks in retaliation for the passage of a bill which is feared to impose considerable restrictions on internet freedom. The bill introduced amendments to the country’s computer crime law and was unanimously passed by the military-appointed legislature on 16 December, according to reports. The new law allows Thai authorities to monitor and access private communications as well as censor online content without a court order. The DDoS attack knocked out Thailand’s defence ministry website. At the time of writing, the site remains inaccessible. Anonymous hackers also reportedly targeted the Thai Ministry of Digital Economy and Society, the Prime Minister’s Office and the Office of the National Security Council. A hacker, claiming to be part of the Anonymous campaign against the Thai government titled “Op Single Gateway”, going by the pseudonym “blackplans”, posted screenshots on Twitter of what he/she claimed were documents stolen from the compromised government sites. The Thai defence ministry said the attack accomplished little. “They couldn’t do anything because we have defence systems in place that are ready for such situations,” said Kongcheep Tantrawanich, a defence ministry spokesman,” ABC News reported. He warned that further attacks could lead to “destroying financial systems, banks, transportation systems, airports and can cause damage toward the population of an entire country”. The Thai government characterised the hackers as “thugs” bent upon “creating chaos” and “overstepping boundaries”. The government has also asked the public to come forward with information about the hackers. Thai cyber controls raise censorship and privacy concerns Privacy groups have raised concerns about Thailand’s new cyber laws, which are believed to infringe on human rights and freedom of expression. The UN Office of Human Rights said in a statement on Monday (19 December): “We are concerned by amendments to Thai legislation that could threaten online freedoms, and call on the government to ensure the country’s cyber laws comply with international human rights standards.” According to local reports, Amnesty International, in collaboration with the Thai Netizen Network, lodged a petition with the Thai National Legislative Assembly. The petition, which has also been endorsed by 300,000 internet users, calls for reconsideration of the amendments to the computer crime act. “The bill is very broad and open to interpretation and we will have to see how the government will implement these laws,” said Arthit Suriyawongkul of the Thai Netizen Network. “It’s not the law itself that is a rights violation, but the authorities’ extensive power when monitoring and censoring online content, which could raise privacy concerns.” Thai Prime Minister Prayuth Chan-ocha defended the amendments to the nation’s cyber laws. “This law is for when anyone posts something that is poisonous to society so that we know where it comes from,” Prayuth said, Reuters reported. “Don’t think this is a rights violation. This isn’t what we call a rights violation … this is what we call a law to be used against those who violate the law,” he said. Source: http://www.ibtimes.co.uk/hackers-hit-thai-government-ddos-attacks-protesting-against-restrictive-internet-law-1597339

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Hackers hit Thai government with DDoS attacks protesting against restrictive internet law

Indian Bitcoin Exchange Suffers Outage as DDoS Attacks Continue

T he onslaught of DDoS attacks targeting bitcoin websites around the world isn’t showing any signs of abating as an Indian bitcoin exchange came under attack today. Indian bitcoin exchange Coinsecure saw a spike in traffic this Monday morning local time. The number of connections attempting to reach the website was enough to disrupt exchange activity. Operational delays ensued on its website, mobile application and other API-enabled platforms. In an email to customers, the bitcoin exchange revealed the reason for the delays. We were under a massive DDoS attack this morning that blocked traffic temporarily to our website, API and Android App. You may have experienced delays in withdrawals and deposits as well, this morning. The email, which reached customers afternoon in local time, confirmed that the website was fully operational again, following several hours of disruption. Bitcoin Exchanges. Ripe Targets? Bitcoin exchanges and websites are perhaps the most-obvious targets for DDoS extortionists seeking ransom in bitcoin.  Still, Kraken CEO Jesse Powell told CCN in an earlier exchange that bitcoin companies aren’t always the best targets. “Most Bitcoin companies aren’t profitable and we’re therefore not great targets,” said Powell, whose exchange suffered a DDoS attack in November last year. Thai bitcoin exchange Bitcoin Co. Ltd., also suffered a DDoS attack in November 2015, albeit from a different perpetrator. “We have received several DDOS-ransom letters to https://bx.in.th,” Bitcoin Co. Ltd Managing Director David Barnes told  CCN . “[The] last was supposedly from Armada Collective requesting 10BTC.” More importantly, he added: Attackers seem to lose interest quickly when you block them or don’t respond to their messages. CCN was also targeted in November 2015, with one extortionist communicating via email to demand 2 bitcoins in ransom. The email was ignored and we duly put up a 5 BTC reward for any information leading to a successful police report. While we came short of finding details, CCN continues to be targeted frequently with DDoS attacks. At the time in 2015, bitcoin was trading near peaks of $500 and has come a considerable way since while avoiding volatility. As the value of the cryptocurrency makes gains with stable footing, bitcoin businesses and websites continue to remain targets. A New Wave of Attacks The latest instances of DDoS disruptions could ostensibly be new wave of attacks targeting bitcoin websites. Last week, European bitcoin and altcoin exchange BTC-e was also targeted, resulting in temporary disruption of exchange activity. CCN was also the target of a DDoS attack last week. The website saw temporary disruption lasting 1-2 hours before the attacks were mitigated. Source: https://www.cryptocoinsnews.com/indian-bitcoin-exchange-suffers-outage-ddos-attacks-continue/

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Indian Bitcoin Exchange Suffers Outage as DDoS Attacks Continue

DDoS in 2017: Strap yourself in for a bumpy ride

2016 sucked. 2017 won’t be much better, sorry DDoS attacks have been around since at least 2000, and they’re not going away. In fact, as the number of devices online grows, the volume and velocity of these attacks is also increasing.…

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DDoS in 2017: Strap yourself in for a bumpy ride

Bitcoin Exchange BTC-e Is Taken Down By New DDoS Attack

Early on Thursday morning, about 5:30 AM Eastern Standard Time to be exact, the Bitcoin exchange BTC-e is reporting that they are under DDoS attack and their site is currently offline. Going to the btc-e.com website returns a white page saying “DB connect error,” so there is no more information available from BTC-e. This is the second time this year that BTC-e has been taken down in this fashion. On Jan. 7th, they also suffered a distributed denial-of-service attacks, knocking it offline for several hours before returning to full service. Similar attacks have plagued the site since 2014. During Feb. 10-11, 2014 they also suffered a DDoS attack. BTC-e refused to stop the services with their team publishing a disclaimer on Twitter stating that due to the attack the withdrawal of the digital coins during those two days. BTC-e is ranked as a top 10 Bitcoin exchange by transaction volume over the last thirty days by bitcoinity.org, specializing in the use of USD, Russian Rubles, and Euros for the exchange of Bitcoins. We’ll keep you updated on this situation as more information comes in. Source: https://cointelegraph.com/news/bitcoin-exchange-btc-e-is-taken-down-by-new-ddos-attack

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Bitcoin Exchange BTC-e Is Taken Down By New DDoS Attack

34 People Arrested in Global Crackdown on DDOS Attack Service Users

Today’s topics include the arrest of 34 individuals in 13 countries charged with using online services that provide denial-of-service attacks to order, Apple’s security patch for its macOS and iOS, the release of Facebook’s Certificate Transparency Monitoring tool and Google’s improvements to its machine learning technology through its Embedding Projector technology. International law enforcement agencies in more than dozen countries arrested 34 individuals in a cyber-crime sweep that focused on customers of online services that provide denial-of-service attacks to order. In the United States, the FBI arrested a 26-year-old University of Southern California graduate student allegedly linked to distributed denial-of-service (DDoS) attack that knocked a San Francisco chat-service company offline. The suspect, Sean Sharma, was charged on Dec. 9 with purchasing a DDoS tool used to mount the attack, the FBI stated in a release. Since last week, the FBI’s International Cyber Crime Coordination Cell, or IC4, and other law enforcement agencies—including Europol and the U.K.’s National Crime Agency—have arrested 34 suspects and conducted interviews with 101 individuals. Apple is updating both its desktop macOS Sierra and iOS mobile operating systems for multiple security vulnerabilities. The iOS 10.2 update was officially released on Dec. 12, while the macOS 10.12.2 update followed a day later on Dec. 13. Among the items fixed in iOS 10.2 is a vulnerability that was first publicly disclosed in a YouTube video on Nov. 16 that can enable a potential attacker to access a user’s photos and contacts from the iPhone’s lock screen. The vulnerability is identified as CVE-2016-7664 and was reported by Miguel Alvarado of iDeviceHelp. On Dec. 13, Facebook announced the launch of its freely-available Certificate Transparency Monitoring tool, providing users with a simple way to search for recently issued certificates and to be alerted when a new certificate is issued for a specific domain. SSL/TLS is the encryption standard used across the internet to secure websites. A best practice for SSL/TLS is for the security certificates to be issued by a known Certificate Authority (CA) to help guarantee authenticity and integrity. Defective Certificates can be accidentally or maliciously issued, which is a risk that the Certificate Transparency effort aims to help mitigate. Google initiated the Certificate Transparency initiative, which involves Certificate Authorities publishing newly issued certificates to a Certificate Transparency (CT) log. Facebook’s tool enables users to search CT logs for certificates as well as provides a mechanism to subscribe to alerts on domains. Google has open sourced its Embedding Projector, a web application that gives developers a way to visualize data that’s being used to train their machine learning systems. Embedding Projector is part of TensorFlow, the machine learning technology behind some popular Google services like image search, Smart Reply in Inbox and Google Translate. In a technical paper, Google researchers described the Embedding Projector as an interactive visualization tool that developers can use to interpret machine-learning models that rely on what are known as “embeddings.” “With the widespread adoption of ML systems, it is increasingly important for research scientists to be able to explore how the data is being interpreted by the models,” Google engineer Daniel Smilkov said in Google’s open source blog. Source: http://www.eweek.com/video/34-people-arrested-in-global-crackdown-on-ddos-attack-service-users.html?=large-video-widget

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34 People Arrested in Global Crackdown on DDOS Attack Service Users

The DDoS vigilantes trying to silence Black Lives Matter

The Web lets anyone be a publisher—or a vigilante “Through our e-mails and our social media accounts we get death threats all the time,” said Janisha Gabriel. “For anyone who’s involved in this type of work, you know that you take certain risks.” These aren’t the words of a politician or a prison guard but of a Web designer. Gabriel owns Haki Creatives , a design firm that specializes in building websites for social activist groups like Black Lives Matter (BLM)—and for that work strangers want to kill her. When these people aren’t hurling threats at the site’s designer, they’re hurling attacks at the BLM site itself—on 117 separate occasions in the past six months, to be precise. They’re renting servers and wielding botnets, putting attack calls out on social media, and trialling different attack methods to see what sticks. In fact, it’s not even clear whether ‘they’ are the people publicly claiming to perform the attacks. I wanted to know just what it takes to keep a website like BlackLivesMatter.com online and how its opponents try to take it down. What I found was a story that involves Twitter campaigns, YouTube exposés, Anonymous-affiliated hacker groups, and a range of offensive and defensive software. And it’s a story taking place in the background whenever you type in the URL of a controversial site. BlackLivesMatter.com Although the Black Lives Matter movement has been active since 2013, the group’s official website was set up in late 2014 after the shooting of Michael Brown in Ferguson, Missouri. Until that point, online activity had coalesced around the #BlackLivesMatter hashtag, but when the mass mobilizations in Ferguson took the movement into the public eye, a central site was created to share information and help members connect with one another. Since its creation, pushback against BLM has been strong in both the physical and digital world. The BLM website was taken down a number of times by DDoS attacks, which its original hosting provider struggled to deal with. Searching for a provider that could handle a high-risk client, BLM site admins discovered MayFirst , a radical tech collective that specializes in supporting social justice causes such as the pro-Palestinian BDS movement, which has similarly been a target for cyberattacks . MayFirst refers many high-profile clients to eQualit.ie , a Canadian not-for-profit organization that gives digital support to civil society and human rights groups; the group’s Deflect service currently provides distributed denial of service (DDoS) protection to the Black Lives Matter site. In a report published today , eQualit.ie has analyzed six months’ worth of attempted attacks on BLM, including a complete timeline, attack vectors, and their effectiveness, providing a glimpse behind the curtain at what it takes to keep such a site running. The first real attack came only days after BLM signed up with Deflect. The attacker used Slowloris , a clever but dated piece of software that can, in theory, allow a single machine to take down a Web server with a stealthy but insistent attack. Billed as “the low bandwidth yet greedy and poisonous http client,” Slowloris stages a “slow” denial of service attack. Instead of aggressively flooding the network, the program makes a steadily increasing number of HTTP requests but never completes them. Instead, it sends occasional HTTP headers to keep the connections open until the server has used up its resource pool and cannot accept new requests from other legitimate sources. Elegant as Slowloris was when written in 2009, many servers now implement rules to address such attacks. In this case, the attack on BLM was quickly detected and blocked. But the range of attack attempts was about to get much wider. Anonymous “exposes racism” On May 2, 2016, YouTube channel @anonymous_exposes_racism uploaded a video called “ Anonymous exposes anti-white racism . ” The channel, active from eight months before this date, had previously featured short news clips and archival footage captioned with inflammatory statements (“Louis Farrakhan said WHITE PEOPLE DESERVE TO DIE”). But this new video was original material, produced with the familiar Anonymous aesthetic—dramatic opening music, a masked man glitching across the screen, and a computerized voice speaking in a strange cadence: “We have taken down a couple of your websites and will continue to take down, deface, and harvest your databases until your leaders step up and discourage racist and hateful behavior. Very simply, we expect nothing less than a statement from your leadership that all hate is wrong… If this does not happen we will consider you another hate group and you can expect our attention.” The “we” in question was presumably a splinter cell of Anonymous known as the Ghost Squad Hackers. Three days previously, in a series of tweets on April 29, Ghost Sqaud’s self-styled admin “@_s1ege” claimed to have taken the BLM site offline. Ghost Squad had a history of similar claims; shortly before this, it had launched an attack against a Ku Klux Klan website , taking it offline for a period of days. Dr. Gabriella Coleman is an anthropologist and the author of Hacker, Hoaxer, Whistleblower, Spy — considered the foremost piece of scholarship on Anonymous. (She also serves as a board member of eQualit.ie.) She said that Ghost Squad is currently one of the most prolific defacement and DDoS groups operating under the banner of Anonymous, but she also noted that only a few members have ever spoken publicly. “Unless you’re in conversation with members of a group, it’s hard to know what their culture is,” said Coleman. “I could imagine hypothetically that a lot of people who use the Ghost Squad mantle might not be for [attacking Black Lives Matter] but also might not be against it enough to speak out. You don’t know whether they all actively support it or just tolerate it.” Just as with Anonymous as a whole, this uncertainty is compounded by doubts about the identity of those claiming to be Ghost Squad at any given time—a fact borne out by the sometimes chaotic attack patterns shown in the traffic analytics. The April 29 attack announced by S1ege was accompanied by a screenshot showing a Kali Linux desktop running a piece of software called Black Horizon. As eQualit.ie’s report notes, BlackHorizon is essentially a re-branded clone of GoldenEye , itself based on HULK , which was written as proof-of-concept code in 2012 by security researcher Barry Shteiman. All of these attack scripts share a method known as randomized no-cache flood, the concept of which is to have one user submit a high number of requests made to look like they are each unique. This is achieved by choosing a random user agent from a list, forging a fake referrer, and generating custom URL parameter names for each site request. This tricks the server into thinking it must return a new page each time instead of serving up a cached copy, maximizing server load with minimum effort from the attacker. But once details of the Ghost Squad attack were published on HackRead , a flurry of other attacks materialized, many using far less effective methods. (At its most basic, one attack could be written in just three lines of Python code.) Coleman told me that this pattern is typical. “DDoS operations can attract a lot of people just to show up,” she said. “There’ll always be a percentage of people who are motivated by political beliefs, but others are just messing around and trying out whatever firepower they have.” One group had first called for the attack, but a digital mob soon took over. Complex threats Civil society organizations face cyberattacks more often than most of us realize. It’s a problem that these attacks exist in the first place, of course, but it’s also a problem that both successful and failed attempts so often happen in silence. In an article on state-sponsored hacking of human rights organizations, Eva Galperin and Morgan Marquis-Boire write that this silence only helps the attackers . Without publicly available information about the nature of the threat, vulnerable users lack the information needed to take appropriate steps to protect themselves, and conversations around effective defensive procedures remain siloed. When I spoke to Galperin, who works as a global policy analyst at the Electronic Frontier Foundation, she said that she hears of a civil society group being attacked “once every few days,” though some groups draw more fire and from a greater range of adversaries. “[BLM’s] concerns are actually rather complicated, because their potential attackers are not necessarily state actors,” said Galperin. “In some ways, an attacker that is not a nation state—and that has a grudge—is much more dangerous. You will have a much harder time predicting what they are going to do, and they are likely to be very persistent. And that makes them harder to protect against.” By way of illustration, Galperin points to an incident in June 2016 when prominent BLM activist Deray Mckesson’s Twitter account was compromised despite being protected by two-factor authentication. The hackers used social engineering techniques to trick Mckesson’s phone provider into rerouting his text messages to a different SIM card , an attack that required a careful study of the target to execute. Besides their unpredictability, persistence was also a defining feature of the BLM attacks. From April to October of this year, eQualit.ie observed more than 100 separate incidents, most of which used freely available tools that have documentation and even tutorials online. With such a diversity of threats, could it ever be possible to know who was really behind them? Chasing botherders One morning soon after I had started researching this story, a message popped up in my inbox: “Hello how are you? How would you like to prove I am me?” I had put the word out among contacts in the hacking scene that I was trying to get a line on S1ege, and someone had reached out in response. Of course, asking a hacker to prove his or her identity doesn’t get you a signed passport photo; but whoever contacted me then sent a message from the @GhostSquadHack Twitter account, used to announce most of the team’s exploits, a proof that seemed good enough to take provisionally. According to S1ege, nearly all of the attacks against BLM were carried out by Ghost Squad Hackers on the grounds that Black Lives Matter are “fighting racism with racism” and “going about things in the wrong way.” Our conversation was peppered with standard-issue Anon claims: the real struggle was between rich and poor with the media used as a tool to sow division and, therefore, the real problem wasn’t racism but who funded the media. Was this all true? It’s hard to know. S1ege’s claim that Ghost Squad was responsible for most of the attacks on BLM appears to be new; besides the tweets on April 29, none of the other attacks on BLM have been claimed by Ghost Squad or anyone else. To add more confusion, April 29 was also the date that S1ege’s Twitter account was created, and the claim to be staging Op AllLivesMatter wasn’t repeated by the main Ghost Squad account until other media began reporting it, at which point the account simply shared posts already attributing it to them. Despite being pressed, S1ege would not be drawn on any of the technical details which would have proved inside knowledge of the larger attacks. Our conversation stalled. The last message before silence simply read: “The operation is dormant until we see something racist from their movement again.” Behind the mask As eQualit.ie makes clear, the most powerful attacks leveraged against the BLM website were not part of the wave announced back in April by Ghost Squad. In May, July, September, and October, a “sophisticated actor” used a method known as WordPress pingback reflection to launch several powerful attacks on the site, the largest of which made upwards of 34 million connections. The attack exploits an innocuous feature of WordPress sites, their ability to send a notification to another site that has been linked to, informing it of the link. The problem is that, by default, all WordPress sites can be sent a request by a third party, which causes them to give a pingback notification to any URL specified in the request. Thus, a malicious attacker can direct hundreds of thousands of legitimate sites to make requests to the same server, causing it to crash. Since this attack became commonplace, the latest version of WordPress includes the IP address requesting the pingback in the request itself. Here’s an example: WordPress/4.6; http://victim.site.com; verifying pingback from 8.8.4.4 Sometimes these IP addresses are spoofed—for illustration purposes, the above example (8.8.4.4) corresponds to Google’s public DNS server—but when they do correspond to an address in the global IP space, they can provide useful clues about the attacker. Such addresses often resolve to “botherder” machines, command and control servers used to direct such mass attacks through compromised computers (the “botnet”) around the globe. In this case, the attack did come with clues: five IP addresses accounted for the majority of all botherder servers seen in the logs. All five were traceable back to DMZHOST , an “offshore” hosting provider claiming to operate from a “secured Netherland datacenter privacy bunker.” The same IP addresses have been linked by other organizations to separate botnet attacks targeting other groups. Beyond this the owner is, for now, unknown. (The host’s privacy policy simply reads: “DMZHOST does not store any information / log about user activity.”) The eQualit.ie report mentions these details in a section titled “Maskirovka,” the Russian word for military deception, because hacking groups like Ghost Squad (and Anonymous as a whole) can also provide an ideal screen for other actors, including nation-states. Like terrorism or guerrilla combat, DDoS attacks and other online harassment fit into a classic paradigm of asymmetrical warfare, where the resources needed to mount an attack are far less than those needed to defend against it. Botnets can be rented on-demand for around $60 per day on the black market, but the price of being flooded by one can run into the hundreds of thousands of dollars. (Commercial DDoS protection can itself cost hundreds of dollars per month. eQualit.ie provides its service to clients for free, but this is only possible by covering the operating costs with grant funding.) The Internet had long been lauded as a democratizing force where anyone can become a publisher. But today, the cost of free speech can be directly tied to the cost of fighting off the attacks that would silence it. Source: http://arstechnica.com/security/2016/12/hack_attacks_on_black_lives_matter/

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The DDoS vigilantes trying to silence Black Lives Matter