Our news items relating to network security have a very common theme running through them – too many companies are ill-prepared against online threats and vulnerabilities. The failure of organizations to optimize their online defenses – and train their employees on network security – is demonstrated by the huge number of systems that get infected.
A considerable number of network infections are the result of employees downloading infected software onto their computers and mobile devices without authorization. This scenario would be avoided – and network security improved generally – with the implementation of an Internet content filter. Speak with us for more information.
A massive global cyberattack is underway involving Petya ransomware. Ukraine has been hit particularly hard although companies all over Europe have reported that systems have been taken out of action and ransoms demanded. Social media websites are awash with reports of disruption to services across a wide range of industries and countries. The attacks appear to have started in Russia/Ukraine but spread rapidly across Europe, with reports emerging that companies in India have also been affected.
The attacks appear to involve a variant of Petya ransomware – a particularly nasty ransomware variant for which there is no kill switch or free decryptor. Petya ransomware takes the Master File Table (MFT) out of action rather than encrypting individual files. Consequently, the attacks occur faster than with other ransomware variants. Without access to the MFT, computers are unable to locate files stored on the hard drive. Those files remain unencrypted, but cannot be accessed.
The ransom demand to unlock the infection is understood to be approximately $300, although that figure will need to be multiplied by the number of devices affected.
Another WannaCry Style Global Ransomware Attack
The WannaCry ransomware attacks used exploits stolen from the NSA, which were published online by Shadow Brokers. Those exploits worked on unpatched systems, exploiting vulnerabilities to automatically download a network worm and WannaCry ransomware. The attacks spread rapidly – around the world and within organizations.
This wave of attacks appears to be similar. The attacks started happening this morning with the Russian cybersecurity firm Group-IB one of the first to suggest this was a WannaCry-style attack involving an NSA exploit. That has since been confirmed by other cybersecurity firms. Fabian Wosar of Emisoft said he has confirmed that the infection is spreading using the same EternalBlue exploit as WannaCry, as has MalwareHunterTeam.
Organizations that applied the patch issued by Microsoft in March were protected from WannaCry and will likely be protected from this Petya ransomware attack. Following WannaCry, Microsoft issued patches for unsupported operating systems to prevent further attacks from occurring. However, judging by the number of attacks that have already occurred, the WannaCry attacks did not spur some companies into action. Many have still not patched their systems.
Several well-known companies have reported they are under attack and have had servers and computers taken out of action, with companies in Russia, Ukraine, France, Spain, Denmark, India and the UK all understood to have been affected. Companies that have confirmed they have been attacked include:
Russia – Oil company Rosneft and metal maker Evraz
Ukraine – Boryspil Airport, aircraft manufacturer Antonov, two postal services, the Ukraine government, the Ukraine national bank. The Cernobyl nuclear powe plant has also been attacked, as have many other energy companies in the country.
Denmark – Shipping firm A.P. Moller-Maersk, including APM Terminals which runs shipping container ports around the world.
France – Construction firm Saint Gobain
International – Companies reportedly affected include the law firm DLA Piper, advertising firm WPP, food manufacturer Mondalez and U.S pharmaceutical firm Merck.
Time will tell whether this Petya ransomware attack will be on a similar scale to WannaCry. Since it is currently occurring it will likely be a few days before the true scale of the attack becomes known.
2016 was a bad year for data breaches, but a new analysis by the Identity Theft Resource Center (ITRC) shows 2017 data breaches figures are far worse. Year over year, data breaches have increased by 29.1%.
Last year saw record numbers of data breaches, with 1,093 incidents tracked by the ITRC; however, If breaches continue to occur at the rate seen over the past 6 months, this year is likely to be another record breaking year. 2017 is likely to see more than 1,500 breaches – a particularly worrying milestone to pass.
55.4% of 2017 data breaches have been reported by organizations in the business sector. Those 420 incidents have involved more than 7.5 million records, more than 64% of all records exposed so far in 2017. The healthcare industry has also experienced many data breaches, accounting for 22% of the total. So far this year, the protected health information of 2.5 million individuals has been exposed – 21.1% of all records exposed so far in 2017.
Education may have only experienced 87 data breaches this year – 11.5% of the year to date total – but those breaches account for 9% of exposed records, helped in no small part by a single breach at Washington State University that involved at least 1 million records.
The government/military (43 breaches) is in fourth place, accounting for 1.8% of the total with the 200,000+ exposed records. Fifth place is taken by the financial services with 41 breaches, with more than 526,000 exposed records accounting for 5.4% of the year to date figures.
The ITRC has been tracking data breaches since 2005, with the 2017 data breaches bringing the overall total number of incidents up to 7,656. The total number of exposed records has now risen to 899,792,157.
In the case of healthcare data breaches, more incidents have been reported following the clarification of HIPAA Rules covering ransomware attacks. Last year there was some confusion as to whether ransomware attacks were reportable. The Department of Health and Human Services’ Office for Civil Rights confirmed late last year that most ransomware attacks are reportable under HIPAA Rules. Consequently, there has been an increase in reports of these events in recent months.
Companies in other industries are also reporting more data breaches due to changes in state legislation and public pressure. However, ITRC points out the big jump in 2017 data breaches can also be explained by an increase in insider incidents and cyberattacks.
The increase in data breaches in 2017 clearly highlights the importance of conducting a thorough, organization-wide risk analysis to identify all potential vulnerabilities that could potentially be exploited. A risk management plan should then be put in place to address any vulnerabilities that are identified.
While organizations should consider augmenting security to protect the network perimeter, the threat from within should not be ignored. Employees are typically a weak point in security defenses, although action can be taken to reduce risk. Training should be provided to improve security awareness, technological solutions implemented to reduce the risk from phishing and other malicious email-born attacks, while web-based attacks can be limited with a web filtering solution.
2017 may be shaping up to be a particularly bad year for data breaches, but with investment in people and cybersecurity defenses, it is not too late to prevent 2017 from being another record-breaking year.
The healthcare industry has been heavily targeted by cybercriminals, but retail industry data breaches are now the most common according to a recent study by Trustwave. Retail industry data breaches account for 22% of all reported breaches, closely followed by the food and beverage industry on 20%.
In 2016, corporate and internal networks were the most commonly breached systems although there was a marked increase in POS system breaches, which are now the second most targeted systems accounting for 31% of all reported breaches. Last year, POS data breaches only accounted for 22% of the total. POS data breaches were most common in the United States. In 2015, E-commerce platforms were heavily targeted accounting for 38% of all breaches, although in 2016 the percentage fell to 26%.
Healthcare data is in high demand, although it is still credit card numbers that are most commonly stolen. 63% of data breaches involved card data, split between card track data (33% of incidents) – mostly from hospitality and retail industry data breaches – and card-not-present data (30% of incidents) which came from breaches of e-commerce platforms.
The United States was also the most targeted country, accounting for 49% of all breaches – more than double the percentage of Asia-Pacific in second place with 21% of reported breaches. Europe was in third place with 20%.
Zero-day exploits are in high demand, commanding an initial price of $95,000 on the black market, although there were only 9 zero-day vulnerabilities exploited in the wild in 2016 – 5 for Adobe Flash, 3 for Internet Explorer and one for Microsoft Silverlight.
The top two methods of compromise were remote access – 29.7% of attacks – and phishing and social engineering, which accounted for 18.8% of attacks.
Exploit kit activity has fallen since the fall of the Angler, Magnitude and Nuclear exploit kits, although others such as Rig are increasing in popularity. Exploit kits activity could increase further due to the low cost of conducting malvertising campaigns – malicious adverts on third party ad networks that direct individuals to sites hosting exploit kits. Trustwave reports it now costs cybercriminals $5 to target 1,000 vulnerable computers with malicious adverts. Trustwave warns that while exploit kit activity has fallen, it would be wrong to assume it is gone for good. If it is profitable to use exploit kits, more will be developed.
Spam email is still the primary attack vector. In 2016, there was an increase in spam email messages rising from 54% of message volume in 2015 to 60% of total email volume in 2016. 35% of those messages contained malicious attachments, which Trustwave reports is up from 3% in 2015.
The most common malware variants discovered in 2016 data breach investigations attacked POS systems and were PoSeidon (18%) and Alina (13.5%) with Carbanak/Anunak in third place on 10%.
A recent Ponemon Institute study suggest data breaches take more than six months to detect, while Trustwave’s figures suggest the median number of days between intrusion and detection for external incidents was 65 days in 2016, although some companies took up to 2,000 days to discover a breach. Detection rates have improved from 2015, when it took an average of 80.5 days to detect a breach.
Over the past few days, a new threat called Fireball malware has been spreading rapidly and has allegedly been installed on more than 250 million computer systems. An estimated 20% of corporate networks have been infected with the malware. 10% of infections are in India, 9.6% in Brazil, 6.4% in Mexico, 5.2% in Indonesia and 2.2% in the United States.
The new malware variant was discovered by security researchers at Check Point, who claim the malware campaign is “possibly the largest infection operation in history.”
Fireball malware targets web browsers and is used to manipulate traffic. Once infected, the end user is redirected to fake search engines, which redirect search queries to Google and Yahoo. Fireball malware is being used to generate fake clicks and boost traffic, installing plugins and new configurations to boost the threat actor’s advertisements.
The malware is also capable of stealing user information using tracking pixels and can easily be turned into a malware downloader. Once installed, Fireball malware can run any code on the victims’ computer, making the infection especially dangerous. While Fireball malware is not believed to be dropping additional malware at this stage, it remains a very real possibility. The malware has a valid certificate, hides the infection and cannot be easily uninstalled.
The malware is being distributed bundled with other software such as the Mustang browser and Deal WiFi, both of which are provided by a large Chinese digital marketing agency called Rafotech. It is Rafotech that is understood to be behind Fireball malware.
Rafotech is not using the malware for distributing other malware, nor for any malicious purposes other than generating traffic to websites and serving end users adverts, but Fireball may not always remain as adware. At any point, Fireball could simultaneously drop malware on all infected systems.
The recent WannaCry ransomware attacks serve as a good comparison. Once the network worm had spread, it was used to deploy WannaCry. More than 300,000 computers were infected the worm, which then dropped the ransomware. If a more advanced form of malware had been used that did not have a kill switch, the WannaCry attacks would have been far more severe. Now imagine a scenario where the same happened on 250 million computers… or even more as Fireball malware spreads further.
Fireball could also drop botnet malware onto those computers. A botnet involving 250 million or more computers would result in absolutely devastating DDoS attacks on a scale never before seen. As a comparison, Mirai is understood to include around 120,000 devices and has wreaked havoc. A botnet comprising 250 million or more devices could be used to take down huge sections of the internet or target critical infrastructure. It would be a virtual nuclear bomb.
A new report from RSA Security has revealed 40,000 subdomains linked to the Rig exploit kit have been taken down, which is just as well considering how many enterprises are failing to update Adobe Flash promptly and are still using vulnerable Flash versions.
Exploit kits such as Rig are used to probe for vulnerabilities in browsers and plugins, with several exploits loaded to the kit. When the EK finds an exploitable vulnerability, malware is silently downloaded. The Rig EK has previously been used to distribute a variety of malicious payloads including banking Trojans and Cerber ransomware.
While the news of the shutdown of tens of thousands of subdomains used by the Rig exploit kit is good news, this week has also seen some worrying news emerge.
A recent study conducted by Duo Security has revealed the reason why exploit kits are such an effective means of malware delivery. Enterprises are failing to update software and are still using vulnerable Flash versions and other out-of-date plugins, even though those plugins and software versions contain several critical vulnerabilities that are being actively exploited.
53% of Enterprise End Points Have Vulnerable Flash Versions Installed
The study involved an analysis of key indicators of device health on 4.5 million Windows computers, Macs, Android smartphones and Apple mobiles. In the security firm’s Trusted Access Report, it was revealed that 53% of enterprise end points were running outdated versions of Adobe Flash. Last year when a similar study was run, there were 10% fewer devices running outdated Flash versions.
Far from revealing enterprise computers to be one version out of date, 21% of devices were discovered to be running Flash version 184.108.40.206, released in January 2017. That version has 13 critical code execution vulnerabilities that were addressed in February, all of which had the most severe rating for Windows, MacOS and Chrome.
Keeping up to date with the latest software releases can be difficult. New versions of software and plugins are frequently released to correct known flaws and many IT security professionals suffer from update fatigue. Updates are often delayed as a result, but that leaves the door open to cybercriminals.
Update Software and Block Malicious Domains
To protect against exploit kits and malicious downloads, organizations should ensure software versions are kept 100% up to date, especially browsers and browser plugins. It is a tiresome, never ending process, but failure to update promptly leaves organizations vulnerable to attack.
To ease the pressure on IT departments, an additional control can be implemented to block access to malicious websites containing exploit kits.
WebTitan is a web filtering that prevents downloads of malicious files by blocking access to malicious websites. Links to malicious sites are often sent in spam email, the clicking of which directs users to webpages hosting exploit kits. WebTitan blocks these links preventing the sites from being accessed. WebTitan can also be configured to prevent malicious file downloads and malvertising redirects, further protecting organizations from attack.
For full details on the capabilities of WebTitan, advice on web filtering and to register for a free 30-day trial of WebTitan, contact the TitanHQ team today.
TitanHQ is proud to announce a new partnership with the intelligent spaces company Purple. Purple has chosen TitanHQ’s WiFi content filtering solution – WebTitan – to keep its WiFi networks secure and to carefully control the content that can be accessed by its clients and their customers.
The importance of securing WiFi networks has been highlighted by recent cyberattacks, including the WannaCry ransomware attacks on May 12. Consumers can be provided with WiFi access, but need to be protected from web-borne threats such as drive-by ransomware downloads and phishing attacks.
WebTitan offers protection against a wide range of web-borne threats including exploit kits, phishing websites, malicious web adverts and drive-by downloads of malware and ransomware. Every day, WebTitan detects more than 60,000 web threats and protects customers by blocking access to harmful webpages. WebTitan also allows businesses to carefully control the content that can be accessed via WiFi networks, filtering out obscene, harmful, and illegal website content.
As a leading provider of WiFi analytics and marketing services, Purple is well aware of the potential risks that come from unsecured WiFi hotspots. The company is committed to securing its WiFi networks and ensuring its customers are protected in the right way. Purple required exceptional protection for its customers, yet not all WiFi filtering solutions matched the company’s unique requirements.
Purple explained those requirements to TitanHQ, which was able respond with a solution that matched the company’s exacting needs. James Wood, Head of Integration at Purple said, “From day one it was evident that they were capable of not only providing what we needed but were very responsive and technically adept.”
WebTitan allows companies to manage WiFi content controls in multiple locations from a single administration console, making it an ideal solution for global WiFi businesses. For companies such as Purple, whose clients need to have control over their own filtering controls, WebTitan was ideal. Wood explained that WebTitan “allows us to extend the control to our customers via their API. Our customers can now manage their own filtering settings directly from the Purple Portal.”
TitanHQ was able to respond rapidly roll out WebTitan in a matter of days. Purple customers are now protected by the leading WiFi content filtering solution and can access the Internet safely and securely. Wood said, “With demanding timescales involved for the migration, we invested heavily in WebTitan and they have not failed to deliver.”
TitanHQ CEO Ronan Kavanagh is delighted that Purple has chosen TitanHQ has its WiFi filtering partner. Kavanagh said, “Purple is now a valued member of the TitanHQ family and we are delighted to welcome the firm onboard. This is a partnership that illustrates just how well suited WebTitan is to Wi-Fi environments.”
The EternalRocks worm is a new threat that comes hot on the heels of WannaCry ransomware. The self-replicating network work uses similar tactics to infect computers and spread to other connected devices; however, in contrast to the worm used to spread WannaCry ransomware, there is no kill switch. In fact, at present, there is also no malicious payload. That is unlikely to be the case for very long.
The WannaCry ransomware attacks were halted when a security researcher discovered a kill switch. Part of the infection process involved checking a nonsense domain that had not been registered. If no connection was made, the ransomware element would proceed and start encrypting files. By registering the domain, the encryption process didn’t start. Had the domain not been registered, the attacks would have been more far reaching, affecting more than the 300,000 computers believed to have been affected by the Friday 12 attacks.
New threats were predicted to be released in the wake of WannaCry, either by the same group or copycats. The EternalRocks worm therefore does not come as a surprise. That said, EternalRocks could be far more dangerous and cause considerably more harm than WannaCry.
The WannaCry ransomware attacks involved just used two exploits developed by the NSA – EternalBlue and DoublePulsar. EternalRocks uses six NSA hacking tools (EternalBlue, DoublePulsar, EternalChampion, EternalRomance, EternalSynergy, ArchiTouch and SMBTouch).
In addition to the Windows Server Message Block (SMBv1) and SMBv2 hacking tools, this threat uses a SMBv3 exploit in addition to a backdoor Trojan, the latter being used to spread infection to other vulnerable computers on a network. Two SMB reconnaissance tools have also been incorporated to scan open ports on the public Internet.
EternalRocks is also capable of hiding on the infected machine after deployment. With the WannaCry attacks, users were alerted that their computers had been compromised when the ransomware encrypted their files and a note was placed on the desktop.
Once on a computer, the EternalRocks worm waits for 24 hours before downloading the Tor browser, contacting the attackers, and replicating and spreading to other devices on the network.
The self-replicating network worm was discovered by security researcher Miroslav Stampar from CERT in Croatia. While the threat has only just been discovered, Stampar says the first evidence of infections dates back to May 3.
At present, the EternalRocks worm does not have any malicious payload. It neither installs malware nor ransomware, but that does not mean it poses no risk. Worms can be weaponized at any point, as was seen on Friday 12 May, when WannaCry ransomware was deployed.
For the time being, it is unclear how many computers have already been infected and how EternalRocks will be weaponized.
Preventing infection with EternalRocks worm and other similar yet to be released – or discovered – threats is possible by ensuring operating systems and software are patched promptly. Older operating systems should also be upgraded as soon as possible. As Kaspersky Lab reported, 95% of the WannaCry attacks affected Windows 7 devices. No Windows 10 devices were reportedly attacked.
A new Uiwix ransomware variant has been detected using EternalBlue to gain access to vulnerable systems. Businesses that have not yet patched they systems are vulnerable to this new attack.
In contrast to the WannaCry ransomware variant that was used in Friday’s massive ransomware campaign, Uiwix ransomware is a fileless form of ransomware that operates in the memory. Fileless ransomware is more difficult to detect as no files are written to the hard drive, which causes problems for many antivirus systems. Uiwix ransomware is also stealthy and will immediately exit if it has been installed in a sandbox or virtual machine.
Trend Micro reports that the new Uiwix ransomware variant also “appears to have routines capable of gathering the infected system’s browser login, File Transfer Protocol (FTP), email, and messenger credentials.”
As with WannaCry ransomware, the ransomware is not being spread via email. Instead the attackers are searching for vulnerable systems and are taking advantage of SMB vulnerabilities and attacking computers over TCP port 445. Infection with Uiwix sees the Uiwix extension added to encrypted files. The ransom demand to supply keys to decrypt locked files is $200.
The threat does not appear to be as severe as WannaCry, as the attackers are manually targeting vulnerable systems. Crucially, the ransomware lacks the wormlike properties of WannaCry. If one machine is infected, the ransomware will not then spread to other networked devices.
Since the WannaCry attacks, many businesses have now implemented the MS17-010 patch and have blocked EternalBlue attacks. Microsoft has also released a patch for Windows XP, Windows Server 2003, and Windows 8, allowing users of older, unsupported Windows versions to secure their systems and prevent attacks.
However, the search engine Shodan shows there are still approximately 400,000 computers that have not yet been patched and are still vulnerable to cyberattacks using the EternalBlue exploit.
Another threat that uses the EternalBlue and DoublePulsar exploits is Adylkuzz; however, the malware does not encrypt data on infected systems. The malware is a cryptocurrency miner than uses the resources of the infected computer to mine the Monero cryptocurrency. Infection is likely to see systems slowed, rather than files encrypted and data stolen.
Other malware and ransomware variants are likely to be released that take advantage of the exploits released by Shadow Brokers. The advice to all businesses is to ensure that software is patched promptly and any outdated operating systems are upgraded. Microsoft has issued a patch for the older unsupported systems in response to the WannaCry attacks, but patches for Windows Server 2003, Windows XP and Windows 8 are unlikely to become a regular response to new threats.
The WannaCry ransomware attacks that crippled hospitals in the United Kingdom on Friday have temporarily halted, although not before infections spread to 150 countries around the globe. The massive ransomware campaign saw 61 NHS Trusts in the UK affected.
As the NHS was cancelling appointments and scrambling to halt the spread of the infection and restore its systems, the WannaCry ransomware attacks were going global. Organizations around the world were waking up to total chaos, with systems taken out of action and data access blocked. Other victims include FedEx, Telefonica, Deutsche Bahn and the Russian Interior Ministry and around 200,000 others.
The victim count rose considerably throughout Friday and Saturday morning, before a security researcher in the UK accidentally flicked the ransomware’s kill switch, preventing further WannaCry ransomware attacks. Had it not been for that researcher’s actions, the victim count would have been considerably higher.
The researcher in question prefers to remain anonymous, although he tweets under the Twitter account @MalwareTechBlog. While analyzing the ransomware, he discovered a reference to a nonsense web domain. He checked to see who owned the domain and discovered it had not been registered. He bought it and realized that his actions had stopped the ransomware in its tracks. If the domain could be contacted, encryption would not take place. If contact was not possible, the ransomware would proceed and encrypt files on the infected device.
This kill switch could have been put in place by the authors as a way to stop infections getting out of control. However, far more likely is the domain check was performed to determine if the ransomware was running in a test environment.
For now at least, the WannaCry ransomware attacks have stopped, although that does not mean they will not continue. New versions of the ransomware – without the kill switch – will almost certainly be released. In the meantime, IT security professionals have some time to plug the vulnerability that was exploited.
The exploit takes advantage of a vulnerability in Windows Server Message Block (SMB) that allows the attackers to download files onto a vulnerable machine. Microsoft issued a patch to plug the vulnerability on March 13 (MS17-010). Even though this was a high priority patch for which an exploit had been developed (ETERNALBLUE) and released online, many companies failed to update Windows leaving them vulnerable to attack.
Of course, any organization using an unsupported version of Windows – Windows XP for example – would not be able to apply the patch. Many NHS Trusts in the UK still use the unsupported version of Windows even though it is vulnerable to this and other exploits.
The attackers have reportedly made around $50,000 so far from the WannaCry ransomware attacks. That figure will rise, as victims are given 7 days to pay before the decryption keys held by the attackers will be permanently deleted. If payment is not made within 3 days, the $300 ransom doubles.
There are no clues as to who was behind the attack, although it was made possible by the actions of the hacking group Shadow Brokers, who published the exploit used in the WannaCry ransomware attacks in April. The exploit was not developed by Shadow Brokers however. That appears to have been developed by the National Security Agency in the USA. Shadow Brokers allegedly stole the exploit.
Microsoft has responded to the WannaCry ransomware attacks saying they should serve as a “wake-up call.” That’s not just the need to apply patches promptly to prevent cyberattacks, but also a wake up call for governments not to secretly stockpile exploits.
Sabotage, subversion and ransomware attacks all increased sharply in 2016, with malware-infected emails now at a five-year high according to the latest installment of Symantec’s Internet Security and Threat Report (ISTR).
For the 22nd volume of the report, the antivirus and antimalware software vendor analyzed data collected from millions of users of its security solutions – The world’s largest civilian threat collection network, consisting of 98 million attack sensors spread across 157 countries around the globe.
The 77-page Internet Security and Threat Report is one of the most highly respected publications issued by any cybersecurity company.
The Internet Security and Threat Report provides a valuable insight into the state of cybersecurity and details how global cybersecurity threats have changed over the course of the past 12 months.
Internet Security and Threat Report Shows Change in Attack Tactics
Data theft and financial fraud may be major motivators behind cyberattacks on businesses, but over the past 12 months there has been a sharp rise in politically motivated cyberattacks. Rather than steal data, the attackers are sabotaging businesses using destructive malware such as hard disk wipers.
The attacks are conducted to cause serious harm to business competitors, although nation state-backed hackers have also been targeting the critical infrastructure in many countries. Attacks on Ukrainian energy providers have been conducted to disrupt the power supply while attacks on companies in Saudi Arabia – using Shamoon malware – attempted to permanently delete corporate data.
Many attacks were conducted last year with a different aim – subversion. That was clearly demonstrated during the recent U.S presidential campaign. Sensitive data from the Democratic party was leaked in an attempt to influence the outcome of the U.S presidential election. The FBI investigation into the hacking of the presidential election is ongoing.
Sabotage is on the rise, but data theft incidents continue. The past year has seen many espionage attacks resulting in the theft of sensitive data and corporate secrets and financial attacks have increased.
The Internet Security and Threat Report shows there has been a major increase in large-scale financial heists in the past year. Attacks on consumers are occurring with increasingly regularity, although the banks themselves are now being targeted. Those attacks have resulted in the theft of many millions of dollars.
The Carbanak gang has been highly active in this area and has performed multiple attacks on U.S banks, while the Banswift group performed one of the biggest heists of the year, stealing $81 million from the central bank in Bangladesh.
While exploit kits and other web-based attacks were a major threat in 2015, attackers have returned to email as the primary method of gaining access to networks. In 2015, Symantec blocked an average of 340,000 web-based attacks per day. In 2016, the number had fallen to 229,000 – a significant reduction, although the threat of web-based attacks cannot be ignored.
The Biggest Malware Threat Comes from Email
Phishing is still a major risk for businesses, although the phishing rate has fallen over the past three years, according to the Internet Security and Threat Report. In 2014, one in 965 messages were used for phishing. In 2016, the number fell to one in 2,596 emails.
However, email spam levels have remained constant year on year. Email spam accounts for 53% of all sent messages.
Phishing email volume may be down, but email-borne malware attacks have increased. The Symantec Internet Security and Threat Report shows the volume of malicious emails now being sent is higher than any point in the past five years.
Now, one in 131 emails contain either a malicious attachment or hyperlink, up from one in 220 emails in 2015 and one in 244 emails in 2014. The number of new malware variants being released has also soared. In 2014, there were 275 million new malware variants discovered. That figure rose to 357 million last year. The number of bots sending malicious email has also increased year on year, from 91.9 million in 2015 to 98.6 million in 2016.
Ransomware Attacks Soared in 2016
Ransomware attacks also increased significantly in 2016, with the United States the most targeted country. Even though the FBI and other law enforcement agencies strongly advise against paying a ransom, 64% of U.S. companies ignore that advice and pay the attackers for keys to decrypt their data.
In 2015, the average ransom demand was for $294 per infected machine. Over the course of the past 12 months, ransom amounts have increased considerably. The Symantec Internet Security and Threat Report shows ransom demands increased by an astonishing 266% in 2016. The average ransom demand is now $1,077 per infected machine.
Symantec tracked 101 separate ransomware families in 2016 – A substantial rise from the 30 known ransomware families in 2014 and 2015. Last year, there were 463,841 ransomware detections, up from 340,655 from 2015.
One of the biggest threats comes from the cloud, although many organizations are underestimating the risk. When organizations were asked how many cloud apps are in use in their company, few provided an accurate figure. Many estimated they used around 40 cloud-based apps. Symantec reports that for the average company, the figure is closer to 1,000.
As the Internet Security and Threat Report shows, the cyberthreat landscape is constantly changing as cybercriminals develop new methods of attacking businesses. Only by keeping up to date on the latest threat indicators and bolstering cybersecurity defenses can businesses maintain a robust security posture and prevent attacks.
Kaspersky Lab has released new figures showing software exploit attacks increased by almost a quarter in 2016. In total, more than 702 million attempted software exploit attacks were performed; a rise of 24.54% year on year. Corporate users were the worst affected, registering 690,000 attacks in 2016; a rise of 28.35% year on year.
According to the report, 69.8% of software exploit attacks took advantage of flaws in web browsers, Microsoft Windows, Microsoft Office or the Android platform. Software exploit attacks involve malware leveraging flaws in software to run malicious code or install other malware. Last year, the most common exploit took advantage of the Stuxnet vulnerability on unpatched systems.
Software exploits are difficult to identify because they occur silently without alerting the user. Unlike email-based attacks, software exploits require no user interaction. A user must only be convinced to visit a website hosting an exploit kit. A hyperlink can be sent via email or users can be redirected to malicious sites using malvertising. Attacks can occur through general web browsing. Hackers often take advantage of flaws to hijack websites and install exploit kits.
While attacks on companies have increased, attacks on private users fell by around 20% to 4.3 million attacks. This has been attributed to two major exploit kits – Neutrino and Angler – being shut down. Without those exploit kits, criminal groups have lost the ability to spread malware and have had to resort to different tactic to spread malware, with spam email the delivery mechanism of choice.
Exploit kits are expensive to develop and require considerable work, and since software developers are reacting faster and patching vulnerabilities, exploit kits are no longer as profitable for cybercriminals. However, exploits are still being used by sophisticated criminal gangs in targeted attacks aimed at stealing highly sensitive data.
This year has seen an increase in exploit activity using the Rig exploit kit, while last month Checkpoint noted a major rise in software exploit attacks.
Exploit kits may not pose as big a threat as in late 2015, but they are still a significant threat for businesses. Organizations can improve their defenses against software exploits by installing patches promptly and ensuring anti-virus and anti-malware solutions are kept up to date. A web filtering solution should also form part of organizations’ defenses. Web filters prevent end users from visiting, or being redirected to, websites known to host exploit kits.
On May 25, 2018, the General Data Protection Regulation (GDPR) comes into force and GDPR compliance will be mandatory. Now is the time to get prepared. GDPR compliance is likely to require considerable effort and resources. If your organization is not prepared, you may miss the GDPR compliance deadline.
GDPR is a new regulation that will apply to all organizations based in EU member states, as well as those based in non-member states that capture, hold or process the data of EU citizens. GDPR is a replacement of the 1995 EU Data Protection Directive and will address web-based technology that was not widely available in 1995. Use of the cloud for instance.
The new regulation will help to ensure the personal data of EU citizens is protected and the risk of sensitive data being exposed is minimized. The new regulation will also allow EU citizens to have much greater control over the personal data that is collected and stored by organizations, and how those data are used.
How Will GDPR Protect Consumers?
One of the main elements of GDPR is improving the rights of EU citizens with regards to the personal data that is collected, stored and used by organizations. GDPR requires organizations to obtain informed consent from consumers prior to collecting and using their data. Consumers must be told the reason why data are being collected, how data will be used, and consumers must be told that they can withdraw their consent at any time. A mechanism must be put in place that will allow an organization to delete data when it is no longer required or when consent is withdrawn.
GDPR gives consumers the right to:
- Find out how their data will be used
- Discover how data were obtained if informed consent was not provided
- Access personal data
- Find out how long data will be stored
- Correct errors in stored data
- Move data to a different processor
- Restrict or prohibit the processing of data
- Find out with whom data have been or will be shared
- Have data permanently erased
- Avoid being evaluated on the basis of automated processing
Organizations must also limit the data collected to the minimum necessary amount for the purpose that has been described to consumers to be performed.
While organizations that have an online presence and actively collect data will have to comply with GDPR – Amazon for example – GDPR will apply to a much broader range of companies. In fact, many companies that do not have an online presence will need to comply with GDPR. GDPR will apply to any company that collects the types of data covered by the GDPR definition of personal information. That includes organizations that store ‘personal data’ of employees in an electronic database.
What Data are Covered by GDPR?
Under GDPR, personal information includes an individual’s name and a host of other identifiers, including online identifiers such as location data, IP addresses, cookies and other “pseudonymous data”. Information such as race and ethnic origin, religious or philosophical beliefs, political opinions, sexual orientation, details of sex life, criminal convictions, trade union membership, health data, biometric data, and genetic data are all covered.
Data Security Standards Necessary for GDPR Compliance
GDPR also covers the protections that must be put in place by organizations to ensure the confidentiality, integrity, and availability of data. That includes stored data and all data that flows through systems or applications.
GDPR compliance requires organizations to conduct a risk/gap analysis to assess potential vulnerabilities in their current systems and processes.
Companies must “implement appropriate technical and organizational measures” to ensure the confidentiality, integrity and availability of data. Those measures should “ensure a level of security appropriate to the risk.”
Companies must adopt a privacy and security-by-design approach, and ensure that controls are implemented during the planning stages, development, implementation, and use of applications and systems. Regular testing and security assessments must also be performed.
Systems must also be implemented that allow data to be recovered and restored in the event of a security incident or technical problem being experienced.
Data Breach Notification Requirements of GDPR
Any organization that experiences a breach of data covered by GDPR must inform their Data Protection Authorities (DPAs) within 72 hours of the breach being discovered. Individuals impacted by a data breach must also be notified, if such a breach has potential to result in identity theft or fraud, discrimination, financial loss, reputation damage, or other significant economic or social disadvantage. Notifications will not be required if stored data are encrypted or are otherwise undecipherable and unusable.
Preparing for GDPR
Many organizations currently lack the necessary systems to ensure GDPR compliance. For instance, many do not have systems that allow them to easily identify consumer data, retrieve it, and delete it as necessary.
Privacy policies will need to be drafted and published to incorporate the new regulation and ensure GDPR compliance. Forms explaining consent to use data will need to be developed and published. Staff will need to be trained on the new rights of individuals. Policies must also be developed – or updated – covering data breach notifications in case personal information is exposed, accessed, or stolen. Additional security solutions will need to be implemented. GDPR compliance will involve considerable cost and resources and ensuring GDPR compliance will take time.
Organizations must therefore start preparing for the introduction of the new regulation. It may be a year before GDPR compliance is necessary, but given the necessary changes, organizations should start planning now. From May next year, GDPR compliance will be mandatory and there will be severe penalties for non-compliance.
What are The Penalties for Non-Compliance with GDPR?
Any organization that fails to comply with GDPR can be fined by their DPAs. DPAs will be given more powers to investigate data breaches and non-compliance. The potential fines for non-compliance with GDPR are considerable.
If an organization does not comply with the GDPR security standards, a fine of up to €10 million can be issued or 2% of global annual turnover, whichever is the greater. The failure to comply with GDPR privacy standards can attract a fine of up to €20 million or 4% of global annual turnover, whichever is the greater.
Fines will be dictated by the extent of the violation or data breach, the number of individuals impacted, and the extent to which the organization has implemented controls and standards to ensure GDPR compliance.
Individuals also have the right to seek compensation if their personal information is misused or stolen, if they have suffered harm as a result. Criminal sanctions may also be applied, such as if data is collected without consent.
Organizations are likely to suffer reputational damage in the event of a data breach, as the EU will be naming and shaming organizations that fail to implement appropriate measures to protect data and prevent data breaches. Details of organizations that have not complied with GDPR will be published and made available to the public.
How Can TitanHQ Help with GDPR Compliance?
TitanHQ offers a range of data security solutions that offer real-time protection against viruses, malware, ransomware and spyware to help organizations effectively manage risk, prevent data breaches, and ensure GDPR compliance.
TitanHQ offers award-winning security solutions to prevent web-based and email-based cyberattacks, in addition to helping organizations protect themselves from insider breaches.
SpamTitan is an advanced email security solution that protects organizations from email-based attacks such as phishing, blocking the most common method of malware and ransomware delivery. SpamTitan detects and blocks 99.97% of spam email, with a range of deployment options to suit the needs of all businesses.
WebTitan offers industry-leading protection against a wide range of web-based threats such as exploit kits, malvertising, phishing websites and drive-by malware downloads. The solution allows data protection officers to limit the types of websites that can be accessed by employees to minimize risk.
ArcTitan is an easy to use email archiving system that copies all inbound and outbound messages and stores them in an encrypted email archive, preventing loss of data and ensuring emails can be recovered and audited. The solution satisfies GDPR compliance requirements for identifying, retrieving, and deleting individuals’ personal data, when its purpose has been served or consent is withdrawn.
For more information on TitanHQ’s cybersecurity solutions and how they can help with GDPR compliance, contact the TitanHQ team today.
The Intercontinental Hotels Group data breach previously announced in February as affecting 12 hotels in the chain has proven to have been far more extensive than was first thought.
Last week the group announced that the breach affected guests that used their credit cards to pay at franchisee hotels across the United States and in Puerto Rico between September 29, 2016 and December 29, 2016.
According to the chain’s website, the Intercontinental Hotels Group data breach potentially affected guests who stayed at its Holiday Inn, Holiday Inn Express, Crowne Plaza, Staybridge Suites, Candlewood Suites, Hotel Indigo, and InterContinental Hotels. The full list of hotels that have potentially been affected by the malware incident has been listed on the IHG website. In total, 1,184 of the group’s hotels have potentially been affected.
The Intercontinental Hotels Group data breach involved malware that had been downloaded onto its systems, which was capable of monitoring payment card systems and exfiltrating payment card data. It does not appear that any other information other than card details and cardholders’ names were stolen by the attackers.
The hotel group does not believe the data breach extended past December 29, 2016, although that cannot be entirely ruled out as it took until February/March for all of the affected hotels to be investigated and for confirmation to be received that the malware had been removed.
Prior to the malware being installed, IHG had started installing the OHG Secure Payment Solution (SPS), which provides point to point encryption to prevent incidents such as this from resulting in the theft of clients’ data. Had the process started sooner, the Intercontinental Hotel Group data breach could have been prevented.
Hotels that had implemented the SPS prior to September 29, 2016 were not affected and those that had implemented the solution between September 29, 2016 and December 29, 2016 stopped the malware from being able to locate and steal credit card data. In those cases, only clients that used their credit cards at affected hotels between September 29, 2016 and when the SPS system was installed were affected.
Intercontinental Hotels Group Data Breach One of Many Affecting the Hospitality Sector
The Intercontinental Hotels Group data breach stands out due to the extent to which the group was affected, with well over 1,100 hotels affected. However, this is far from the only hotel group to have been affected by POS malware. Previous incidents have also been reported by Hard Rock Hotels, Hilton Hotels, Omni Hotels & Resorts and Trump Hotels.
Hotels, in particular hotel chains, are big targets for cybercriminals due to the size of the prize. Many hotel guests choose to pay for their rooms and services on credit cards rather than in cash, and each hotel services many thousands – often tens of thousands – of guests each year.
Globally, IHG hotels service more than 150 million guests every year, which is a tremendous number of credit and debit cards. Such a widespread malware infection would be highly lucrative for the attackers. Credit card numbers may only sell for a couple of dollars a time, but with that number of guests, an attack such as this would be a huge pay day for the attackers.
The Hospitality Sector is a Big Target and Vulnerable to Cyberattacks
While many tactics are used to gain access to POS systems, oftentimes it is weak or default passwords that allow hackers to gain access to hotel computer systems. Stolen credentials are another common way that access is gained. The Verizon’s Data Breach Investigations Report (DBIR) for 2016 shows that in each of the reported breaches affecting the hospitality sector, access to systems was gained by the attackers in less than an hour.
Malware can also be inadvertently downloaded by employees and guests. Poor segregation of the POS system from other parts of the network is commonplace. That makes it easy for hackers to move laterally within the network once a foothold has been gained. Doubling up POS systems as workstations makes it too easy for hackers to gain access to POS systems.
Many hotels also fail to perform adequate risk assessments and do not conduct penetration tests or vulnerability scans. Even malware scans are performed infrequently. Some hotels also fail to implement appropriate security solutions to block access to malware-laden websites.
The Intercontinental Hotels Group data breach could have been prevented, and certainly discovered more quickly. The same is true for many hotel data breaches.
Unless hotels and hotel groups improve their cybersecurity posture and implement appropriate technology, policies and procedures to prevent cyberattacks, data breaches of this nature will continue to occur.
TitanHQ offers a range of products that can prevent hackers from gaining access to computers and POS systems. For further information on how you can protect your hotel or chain against cyberattacks, contact the TitanHQ team today.
Do you have any machines running on unsupported operating systems? Is all of your software up to date with all of the latest patches applied? If you are not patching promptly or are still running outdated, unsupported operating systems or software, you are taking unnecessary risks and are leaving your network open to attack.
Hackers are constantly trawling the Internet looking for vulnerable systems to attack. Even if you are only running Windows XP or Vista on one networked machine, it could allow a hacker to exploit vulnerabilities and gain access to part or all of your network.
An alarming number of businesses are still running outdated software and are not patching promptly. For instance, 7.4% of businesses are still using Windows XP, even though Microsoft stopped issuing patches three years ago.
Hackers are discovering new vulnerabilities in software and operating systems faster than the software manufacturers can address those flaws. Zero-day vulnerabilities are regularly discovered and exploits developed to take advantage of the flaws and gain access to business networks. When a software developer stops issuing updates, the list of potential vulnerabilities that can be exploited grows fast.
Take Windows for example. Each set of updates released by Microsoft every Patch Tuesday contains patches to remediate several critical vulnerabilities that could be exploited to run code or access a system and gain user privileges. While exploits may not currently exist for those flaws at the time the patches are released, that is not the case for long. Hackers can look at the updates and reverse engineer patches to discover the vulnerabilities. Exploits can then be developed to attack unpatched machines.
Take the recent set of updates addressed by Microsoft in its March Patch Tuesday update as an example. Microsoft silently patched a slew of flaws for which exploits had been developed. Four days later, exploit tools from The Equation Group were dumped online by Shadow Brokers. Those tools could be used to exploit the flaws addressed by Microsoft a few days previously.
The exploit tools can be used to attack unpatched machines, but the patches were only issued to address flaws in supported versions of Windows. Many of those exploit tools can be used to attack unsupported Windows versions such as XP and Vista.
One of those tools, called Eternalromance, will likely work on all previous versions of Windows back to Windows XP. EasyPi, Eclipsedwing, Emeraldthread, eraticgopher and esteemaudit have all been confirmed to work on Windows XP.
Those are just the exploit tools recently discovered by The Equation Group. They represent just a small percentage of the exploits that exist for flaws in older, unpatched Windows versions. In addition to exploits for Windows flaws, there are exploits for many software programs.
There will always be zero day exploits that can be used to attack businesses, but running outdated software and unsupported operating systems makes it too easy for hackers.
Businesses of all sizes must therefore ensure that they have good patch management policies covering all software and operating systems and all devices. However, since unsupported operating systems will never be patched, continued use of those products represents a very large and unnecessary risk.
The cost of a ransomware attack is far higher than the amount demanded by cybercriminals to unlock encrypted files. The final cost of a ransomware attack is likely to be many times the cost of the ransom payment, in fact, the ransom payment – if it is made – could be one of the lower costs that must be covered.
Typically, cybercriminals charge between $400 and $1,000 per infected computer to supply the keys to decrypt data. If one member of staff is fooled into clicking on an infected email attachment or downloading ransomware by another means, fast action by the IT team can contain the infection. However, infections can quickly spread to other networked devices and entire networks can have files encrypted, crippling an organization.
Over the past 12 months, ransomware attacks have increased in number and severity. New ransomware variants are constantly being developed. There are now more than 600 separate ransomware families, each containing many different ransomware variants.
Over the past year there has also been an increase in ransomware-as-a-service (RaaS). RaaS involves developing a customizable ransomware which is rented out to affiliates. Any individual, even someone with scant technical ability, can pay for RaaS and conduct ransomware campaigns. Access to the ransomware may be as little as $50, with the affiliate then given a cut of the profits. There has been no shortage of takers.
Figures from FireEye suggest ransomware attacks increased by 35% in 2016. Figures from the FBI released in March 2016 suggested ransomware had already netted cybercriminals $209 million. Herjavec Group estimated that ransomware profits would top $1 billion in 2016; a considerable rise from the $24 million gathered during the previous calendar year. Figures from Action Fraud indicate ransom payments in the United Kingdom topped £4.5 million last year.
While ransom demands for individual infections can be well below $1,000, all too often ransomware spreads to multiple computers and consequently, the ransom increases considerably. Cybercriminals are also able to gather information about a victim and set ransoms based on ability to pay.
In June 2016, the University of Calgary paid $16,000 to recover its email system. In February last year, Hollywood Presbyterian Medical Center (HPMC) paid a ransom payment of $17,000 to unlock its system. A ransom demand in excess of $28,000 was demanded from MIRCORP following an infection in June 2016. The MUNI metro ransomware attack in San Francisco saw a ransom demand of $73,000 issued!
Figures from Malwarebytes suggest globally, almost 40% of businesses experienced a ransomware attack in the previous year. Ransomware is big business and the costs are considerable.
What is the Cost of a Ransomware Attack?
Ransomware infections can cause considerable financial damage. The cost of a ransomware attack extends far beyond the cost of a ransom payment. The Malwarebytes study suggests more than one third of businesses attacked with ransomware had lost revenue as a result, while 20% were forced to stop business completely.
The FBI and law enforcement agencies strongly advise against paying a ransom as this only encourages further criminal activity. Organizations that are unprepared or are unable to recover data from backups may have little choice but to pay the ransom to recover data essential for business.
However, the true cost of a ransomware attack is far higher than any ransom payment. The HMPC ransomware infection resulted in systems being out of action for 10 days, causing considerable disruption to hospital operations.
System downtime is one of the biggest costs. Even if backup files exist, accessing those files can take time, as can restoring systems and data. Even if a ransom is paid, downtime during recovery is considerable. One study by Intermedia suggests 32% of companies that experienced a ransomware attack suffered system downtime for at least five days.
A study by Imperva on 170 security professionals indicates downtime is the biggest cost of a ransomware attack. 59% of respondents said the inability to access computer systems was the largest cost of a ransomware attack. 29% said the cost of system downtime would be between $5,000 and $20,000 per day, while 27% estimated costs to be in excess of $20,000 per day.
One often forgotten cost of a ransomware attack is notifying affected individuals that their data may have been compromised. Healthcare organizations must also notify individuals if their protected health information (PHI) is encrypted by ransomware under HIPAA Rules.
Major attacks that potentially impact tens of thousands of patients could cost tens of thousands of dollars in mailing and printing costs alone. Credit monitoring and identity theft protection services may also be warranted for all affected individuals.
Many affected individuals may even choose to take their business elsewhere after being notified that their sensitive information may have been accessed by cybercriminals.
Following a ransomware attack, a full system analysis must be conducted to ensure no backdoors have been installed and all traces of malware have been removed. Additional protections then need to be put in place to ensure that future attacks do not occur.
The true cost of a ransomware attack is therefore considerable. The final cost of a ransomware attack could be several hundred thousand dollars or more.
It is therefore essential that businesses of all sizes have appropriate protections in place to prevent ransomware attacks and limit their severity if they do occur.
To find out more about some of the key protections that you can put in place to improve your resilience against ransomware attacks, contact the TitanHQ team today.
Researchers have identified changes to the Sundown exploit kit. Sundown is now in transition and is being actively developed. It now poses a significant threat.
Exploit kit activity has fallen over the past year as cybercriminals have turned to other methods of infecting end users. Spam email is now favored by many cybercriminals and exploit kit activity has dropped to next to nothing. However, over the past few weeks there has been an increase in exploit kit activity, with the Sundown exploit kit fast becoming a major threat.
Researchers at Cisco Talos report that the Sundown exploit kit has been upgraded and has now matured. While it was once a relatively unsophisticated exploit kit, that is no longer the case. The researchers point out that Sundown is likely to become one of the most widely used exploit kits, taking the place of the larger exploit kits that were used extensively in early 2016.
A number of upgrades have been made to the Sundown exploit kit in recent weeks. The individuals behind the Sundown exploit kit have removed many of the identifiers previously associated with the exploit kit. The exploit kit is now much harder to identify.
The Sundown exploit kit is one of a very small number that have had new exploits added in recent months. Some of the old exploits have also been removed. The actors behind Sundown have also increased the likelihood of infection. In a recent alert, Cisco Talos researchers explain that the exploit kit does not attempt to gain access to a system via a single exploit, instead the Sundown EK uses an extensive arsenal of malware tools to maximize the chance of compromising a system.
While the payload used to be downloaded via the browser, now the exploit kit uses the command line and wscript. A change has also been made to how the malicious payload is downloaded. The payload is now located on a different server to the landing page and exploit kit. The same root domain is used for both, although the subdomains are different.
The actors behind the kit are also purchasing large numbers of established domains, typically domains that are more than 6 months old. Those domains are used for a short time and are then resold. Using older domains allows the attacker to bypass screening controls that blacklist recently registered domains.
The discovery of major updates made to the Sundown EK could indicate there will soon be a major increase in exploit kit attacks. Angler, Neutrino, and Nuclear may have virtually disappeared, but exploit kits still pose a significant threat.
Businesses can protect their endpoints from malware and ransomware infections via exploit kits by using a web filtering solution. A web filtering solution can be configured to carefully control the websites that can be accessed by end users to reduce the risk of infection, and domains known to host exploit kits can be blocked.
For further information on web filtering and protecting end points from malware and ransomware, contact the TitanHQ team today.
Exploit kits have been one of the attack vectors of choice for cybercriminals, although research from Trustwave shows exploit kit activity has been in decline over the past 12 months. Trustwave reports exploit kit activity fell by around 300% over the course of 2016.
Exploit kits are used to probe for vulnerabilities in web browsers and web browser plugins. When a user visits a website hosting an exploit kit, their browser is probed for flaws. If a flaw is found, it is exploited to silently download malware and ransomware.
However, as the middle of the year approached, exploit kit activity started to fall. There are many possible reasons why exploit kit activity has declined. Efforts have increased to make browsers more secure and defenses against exploit kits have certainly been improved.
Adobe Flash vulnerabilities were the most exploited, but last year Adobe started issuing patches faster, limiting the opportunity for the attackers to exploit flaws. The fall in exploit kit activity has also been attributed to the takedown of cybercriminal gangs that extensively used and developed exploit kits. In 2016, the Russian outfit Lurk was broken up and a number of high profile arrests were made. Lurk was the outfit behind the infamous Angler exploit kit. Angler, along with Neutrino, Nuclear and Magnitude were extensively used to download malware and ransomware.
The recently published 2017 IBM X-Force Threat Intelligence Index shows spam email volume increased around the middle of 2016 and there was a marked increase in malicious email attachments. Spam email has now become the attack vector of choice, but that doesn’t mean exploit kits have died. Exploit kits are still being used in attacks, but at a much-reduced level.
Exploit kits are now being used in smaller, more targeted attacks on specific geographical regions, rather than the global attacks using Angler, Nuclear and Magnitude.
Over the past few months, exploit kit activity has started to rise and new exploit kits have been discovered. Late last year, the DNSChanger exploit kit was discovered. While most exploit kits target vulnerabilities in browsers, the DNSChanger exploit kit targets vulnerabilities in routers.
Researchers from Zscaler’s ThreatLabz report there has been an increase in exploit kit activity in the first quarter of 2017. The researchers have noticed a new KaiXin campaign and Neutrino activity has increased. The researchers also detected a new exploit kit called Terror. The Terror exploit kit has been compiled from other exploit kits such as Sundown. The RIG EK continues to be one of the most commonly used kits and has been found to be delivering the ransomware variants Cerber and Locky.
Malicious email attachments may still be the attack vector of choice for spreading ransomware and malware payloads, but the threat from exploit kits is still significant and should not be ignored.
To find out how you can improve your defenses against exploit kits, contact the TitanHQ team today.
Another major restaurant POS breach has been detected. This time, Cleveland-based Select Restaurants Inc., has had its POS system breached. Select Restaurants owns many well-known restaurants throughout the United States.
According to Brian Krebs, restaurants known to be affected by the POS malware infection include:
- The Rusty Scupper (Baltimore, MD)
- Parkers Blue Ash Tavern (Cincinnati, OH)
- Parkers’ Restaurant & Bar (Downers Grove, IL)
- Winberie’s Restaurant & Bar (Oak Park, IL., Princeton, NJ., Summit, NJ.)
- Black Powder Tavern (Valley Forge, PA)
The restaurant POS breach does not appear to have occurred at Select Restaurants, instead it was the chain’s POS vendor that was attacked – Geneva. IL-based 24×7 Hospitality Technology. The attack occurred via a remote access application that the company uses to remotely access, update, and maintain the POS system used by its customers.
After gaining access to the POS system, the attackers installed a form of malware known as PoSeidon. The malware records and exfiltrates credit card data when cards are swiped by restaurant staff when customers pay for their meals. The malware was installed and active for around 3 months from October 2016 to January 2017.
While fraudulent use of customers’ credit card details is often quickly detected by banks and credit card companies, it can be difficult to track those fraudulent card uses back to a specific retailer or restaurant. When major restaurant chains experience POS malware infections it is far easier to detect the source of the fraud. Malware infections at smaller restaurant chains can take much longer to detect. During that time, the credit card details of all of the restaurant’s customers can be stolen.
The remote access system could have been attacked using a variety of methods. If a weak password was used, it may have been guessed or a brute force attack could have occurred. Alternatively, an employee may have revealed a password by responding to a phishing or spear phishing email.
In this case, the malware was installed via the POS system provider, although a restaurant POS breach could just as easily occur. Restaurant chains can do little to prevent attacks on their POS system provider, but they can implement cybersecurity defenses to protect them against direct attacks.
Restaurants are major targets for cybercriminals. Malware can remain undetected for many months during which time many thousands of credit cards can be stolen. The consequences for restaurant chains can be severe. While customers may not experience any losses – their credit card company will usually refund any fraudulent purchases – the effect on a restaurant chain’s reputation can be permanent.
To protect systems from attack, restaurant chains should ensure software solutions are installed to block the most common attack vectors. Software must be kept up to date and patched promptly to prevent vulnerabilities from being exploited and antivirus solutions should be kept up to date and regular scans should be scheduled on all parts of the network.
For further information on how to prevent a restaurant POS breach and malware infections, contact the TitanHQ team today.
A health center malware infection has potentially resulted in 2,500 patients’ protected health information (PHI) being sent to unknown individuals over a period of almost a year. Lane Community College health clinic in Eugene, OR, discovered the malware during routine maintenance last month.
Further investigation determined that the malware had been installed on the computer in March 2016. The malware remained active until last month when it was discovered and removed. The malware was identified as Backdoor:Win32/Vawtrak – a Trojan backdoor that enables attackers to steal login information and take full control of an infected PC.
While data access was possible, Lane Community College health clinic uncovered no evidence to suggest patient data had been stolen, although the possibility that PHI was accessed and stolen could not be ruled out. A spokesperson for the clinic said an analysis of 20 other computers used by the clinic uncovered no further malware infections. In this case, the infection was limited as the computer was not connected to other computers on the network.
The only data exposed were those stored on the machine itself. The information potentially exposed included patients’ names, addresses, phone numbers, dates of birth and medical diagnoses.
A health center malware infection can prove costly to resolve. In this case, the infection was limited to one machine, although once access has been gained and malware installed, hackers can often move laterally within a network and spread infections to other machines. Once data have been exfiltrated and there is no further need for access, hackers commonly install ransomware to extort money from their victims.
The exposure or theft of patient data can often lead to lawsuits from patients. While many of those lawsuits ultimately fail, defending a lawsuit can be costly. Healthcare data breaches that result in more than 500 records being exposed are also investigated by the Department of Health and Human Services’ Office for Civil Rights to determine whether the breaches were caused as a result of HIPAA violations. Should HIPAA Rules be found to have been breached, covered entities may have to cover heavy fines.
Health center malware attacks are commonplace due to the value of healthcare data on the black market. Healthcare providers should therefore implement a range of defenses to protect against malware infections.
Malware is commonly inadvertently installed by end users via spam email or redirects to malicious websites. Both of these attack vectors can be blocked with low cost solutions. Backdoor:Win32/Vawtrak – also known as Trojan-PSW.Win32.Tepfer.uipc – is recognized by Kaspersky Lab – one of the dual AV engines used by the SpamTitan spam filtering solution. SpamTitan blocks 100% of known malware and blocks 99.97% of spam emails to keep end users and computers protected.
To protect against Web-borne attacks and to prevent malicious software downloads, WebTitan can be deployed. Web-Titan is a powerful DNS-based web filtering solution that can be used to block a wide range of web-borne threats to keep healthcare networks malware free.
Both solutions are available on a free 30-day trial to allow healthcare providers to experience the benefits first hand before committing to a purchase.
To find out more about TitanHQ’s cybersecurity solutions for healthcare organizations or to sign up for a free trial, give the sales team a call today.
A new form of PoS malware – called MajikPOS malware – has recently been discovered by security researchers at Trend Micro. The new malware has been used in targeted attacks on businesses in the United States, Canada, and Australia.
The researchers first identified MajikPOS malware in late January, by which time the malware had been used in numerous attacks on retailers. Further investigation revealed attacks had been conducted as early as August 2016.
MajikPOS malware has a modular design and has been written in .NET, a common software framework used for PoS malware. The design of MajikPOS malware supports a number of features that can be used to gather information on networks and identify PoS systems and other computers that handle financial data.
The attackers are infecting computers by exploiting weak credentials. Brute force attacks are conducted on open Virtual Network Computing (VNC) and Remote Desktop Protocol (RDP) ports. A variety of techniques are used to install the MajikPOS malware and evade detection, in some causes leveraging RATs that have previously been installed on retailers’ systems. The malware includes a RAM scraping component to identify credit card data and uses an encrypted channel to communicate with its C&C and exfiltrate data undetected.
MajikPOS malware is being used by a well-organized cybercriminal organization and credit card details are being stolen on a grand scale. The stolen information is then sold on darknet ‘dump shops’. The stolen credit card numbers, which the researchers estimate to number at least 23,400, are being sold individually for between $9 and $39. The gang also sells the credit card numbers in batches of 25, 50, or 100. The majority of credit cards belong to individuals in the United States or Canada.
POS Malware Infections Can be Devastating
A number of different attack vectors can be used to install PoS malware. Malware can be installed as a result of employees falling for spear phishing emails. Cybercriminals commonly gain a foothold in retailers’ networks as a result of employees divulging login credentials when they respond to phishing emails.
While exploit kit activity has fallen in recent months, the threat has not disappeared and malvertising campaigns and malicious links sent via emails are still used in targeted attacks on U.S retailers.
Brute force attacks are also common, highlighting how important it is to change default credentials and set strong passwords.
POS malware infections can prove incredibly costly for retailers. Just ask Home Depot. A PoS malware infection has cost the retailer more than $179 million to resolve, with the cost of the security breach continuing to rise. That figure does not include the loss of business as a result of the breach. Consumers have opted to shop elsewhere in their droves following the 2014 PoS malware attack.
This latest threat should serve as a warning for all retailers. Security vulnerabilities can – and are – exploited by cybercriminals. If inadequate protections are put in place to keep consumers’ data secure, it will only be a matter of time before systems are attacked.