In Utah, lawmakers are attempting in make it harder for pornography to be accessed, especially in libraries. A new bill has been introduced that would make it compulsory for library WiFi filtering to be implemented to block patrons from accessing pornography. That bill has now been signed off by a group of Utah senators, bringing the compulsory use of library WiFi filtering closer to being written into the state legislature.
Last year, Sen. Todd Weiler, R-Woods Cross, was heavily involved in a campaign to raise awareness of the problems related to the accessing of hardcore pornography, with the senator claiming the use of pornography had now become “a public health crisis.”
Sen. Weiler, was not alone in his thinking. Many people supported the campaign and agreed that pornography was particularly damaging for minors, that its use threatened marriages and was contributing to the rise in sexual violence.
Library WiFi filtering is a contentious issue. While many libraries across the United States have implemented a WiFi filter to block pornography and other harmful images to protect minors and obtain government grants and discounts, many librarians are opposed to library WiFi filtering.
Libraries are places of learning where individuals can come to gain access to all types of information. The use of Internet filtering in libraries is seen as excessively curbing civil liberties and undermining freedom of speech. Public opinion is similarly divided, although many individuals would not want to catch a glimpse of hardcore pornography on another patron’s computer, and even less so their children.
In Utah, the majority of libraries have already implemented library WiFi filtering software. Weiler says that there are more than 100 public libraries in the state and that the larger libraries are already filtering out pornography. However, he pointed out that there are a dozen or so smaller library branches that have yet to implement Internet filtering on WiFi networks.
In the case of small libraries, there may not be sufficient funds available for WiFi filtering solutions to be purchased, even if by implementing those solutions savings could be made through the eRate program. Sen. Weiler appreciates that the cost of implementing a software solution may be prohibitively expensive for smaller libraries, which is why he is requesting $50,000 from the state budget to be made available to smaller libraries via a grant program. Those grants could then be used to pay for Internet filtering solutions for libraries in the state that have yet to purchase a filtering solution.
Now that the bill has been signed off, it will go before the senate for debate, although there is a high probability that the bill will be written into state law. Support for Sen. Weiler’s anti-pornography campaign last year was strong and many members of the chamber and house of representatives backed Sen. Weiler’s campaign last year. The campaign also received public backing from the governor of Utah.
The email archiving cost can be avoided, but fail to use an email archiving service at your peril. Huge fines await organizations that cannot recover emails promptly.
U.S. businesses are required are required to keep emails for several years. The IRS requires all companies to keep emails for 7 years, the FOIA requires emails to be kept for 3 years, and 7 years again for Healthcare organizations (HIPAA), public companies (Sarbanes Oxley), banking and finance (Gramm-Leach-Bliley Act) and securities firms (SEC).
While large firms are able to absorb the cost of email archiving, many SMBs look at the email archiving cost and try to save money by opting for backups instead. While it is possible to save on the email archiving cost by using backups, the decision not to use an email archiving service could prove to be very costly indeed.
Email backups can serve the same purpose as email archiving in the sense that both can be used to keep old emails. However, while an email backup can help a business protect against data loss, if ever there is a need to recovery backed up emails, companies often encounter problems.
Email backups are fine for recovering entire email accounts (mostly). In the event of a malware or ransomware attack, email backups can be used to recover entire email accounts. However, what happens if only certain emails need to be found – for eDiscovery purposes in the event of a lawsuit for example?
An eDiscovery order may be received that requires all email correspondence sent to a particular client or customer to be retrieved. Such a request may require emails from 100s of employees to be located. Those emails may date back several years. Finding all emails would be an incredibly time consuming process, and it may not actually be possible to recover all correspondence. Backup files cannot easily be searched. They are just data repositories, not a well-managed archive.
An email archive on the other hand is different. Not only can individual emails be easily recovered, the entire archive can be quickly and easily searched. If an eDiscovery request is received, all requested emails can be quickly and easily recovered. The process is likely to take minutes. The recovery of files from a backup could take weeks or even months, assuming that the task is even possible.
Email backups fail surprisingly often. The recent spate of ransomware attacks has highlighted a number of examples of data backups that have been corrupted, leaving organizations little option but to pay the attackers for a key to decrypt locked data. In the case of a ransomware infection, the ransom payment may be hundreds, thousands or even tens of thousands of dollars. However, the failure to produce email correspondence for eDiscovery or a compliance audit can be even higher.
Non-compliance with the Sarbanes-Oxley Act and other industry legislation can see fines of several million dollars issued. Only last year, Scottrade was issued with a fine of $2.6 million by the Financial Industry Regulatory Authority (FINRA). Scottrade had kept records of its emails, but not a complete record. More than 168 million emails had not been retained that should have been present in an archive. As Brad Bennett, Executive Vice President and Chief of Enforcement at FINRA explained when announcing the fine, “Firms must maintain sound supervisory systems and procedures to ensure the integrity, accuracy, and accessibility of electronic books and records.” That includes email correspondence.
The cost of email archiving is not only low compared to the cost of a regulatory fine, email arching is actually inexpensive, especially when using a cloud-based email archiving solution such as ArcTitan. Being cloud-based, emails are securely stored without the need for any additional hardware. Business can rest assured that no email will ever be lost.
In the event of an eDiscovery order, any email can be retrieved almost instantly, regardless of when the email was archived. No specific software is required as emails can be archived from Office 365 and archived messages can be accessed easily using an Outlook plug-in or even directly from the browser. Furthermore, the load on an organization’s email server can be greatly reduced. Reductions of 80% have been seen by a number of TitanHQ’s clients.
To find out more about the full benefits of email archiving and the features of ArcTitan, give the TitanHQ sales team a call today. We think you will be pleasantly surprised at how low the email archiving cost can be.
A recent university cyberattack in the United States resulted in more than 5,000 systems being taken out of action.
The university cyberattack only became apparent after the IT department was flooded with complaints from staff and students that the Internet had slowed to a snail’s pace. By the time that the cyberattack was identified, the attack had spread to multiple systems and devices, resulting in major headaches for the IT department. Attempts were made to bring systems back online but they failed. Not only had IoT devices been compromised, passwords were changed by the attackers. The IT department was locked out and was prevented from gaining access to any of the compromised devices.
The attack involved a range of devices. Even campus vending machines had been loaded with malware and were under the control of the attackers. In total, 5,000 smart devices were compromised in the attack and had been added to an emerging IoT botnet.
An investigation was launched which revealed the extent of the attack. Virtually the entire IoT network had been lost to the attackers. Everything from smart lightbulbs in street lamps to drink-dispensing vending machines had been infected with malware and made part of a botnet.
The IoT devices were making hundreds of DNS lookups, preventing users from performing web searches or visiting websites. In this case, the devices were being used to make seafood-related searches. So many searches that genuine use of the Internet was prevented.
Once the first devices were compromised, the infection spread rapidly. Every IoT device connected to the network was attacked, with the devices brute-forced until the correct username and password combo was found. The devices were then loaded with malware and added to the botnet. The speed at which the IoT devices were compromised and loaded with malware was due to the use of weak passwords and default login credentials. The university, for convenience, had also made the mistake of loading all IoT devices onto one network.
Once the attackers had gained access to an IoT device and loaded their malware, they had full control of the device. To prevent removal of the malware, the attackers changed the password on the device, locking the IT department out.
Once that had occurred, the only way the IT department thought it would be possible to remove the malware and regain control would be to replace every IoT device. All 5,000 of them.
However, before such a drastic measure was taken, the university sought external assistance and was advised to use a packet sniffer to intercept clear-text passwords sent by the attackers to the malware-compromised devices. The university was able to read the new passwords and regain access to its IoT devices. Passwords were then changed on all 5,000 devices and the malware was removed.
A university cyberattack such as this can cause considerable IT headaches, major disruption for staff and students, and involves a not insignificant resolution cost. However, the university cyberattack could have been avoided. Even if an attack was not prevented, its severity could have been greatly reduced.
Had strong passwords been set, the attackers would have found it much harder to infect devices, buying the IT department time and allowing action to be taken to mitigate the attack.
While it is easy to see why all IoT devices were included on a single network, such a move makes it far too easy for cybercriminals to spread malware infections. It is never wise to put all of one’s eggs in the same basket. It is also important to ensure that networks are separated. If access to devices on one network is gained, damage will be limited.
There are many cybersecurity solutions for managed service providers to add to their service stacks and offer to clients. However, the failure to offer a comprehensive range of cybersecurity solutions can prove costly. There is considerable demand for managed services, and the failure to provide them could see clients effectively handed to competitors.
Furthermore, there is now increased competition. Managed service providers have offered preventative cybersecurity solutions to their clients for many years, but competition in this sphere is increasing.
IT companies that have previously relied on fixing computer problems or providing data breach investigative services as their core business have realized there is big money to be made from providing cybersecurity services to prevent problems. An increasing number of IT companies are now capitalizing on high profile data breaches and demand for preventative solutions from SMBs and are now providing these services.
In order to capitalize on the opportunity for sales and to make sure clients do not start looking elsewhere, managed service providers need to make sure that they offer a full suite of cybersecurity solutions. Solutions that will keep their clients protected from the barrage of cybersecurity attacks that are now occurring.
Fortunately, the move away from hardware-based solutions to cloud-based services is making it easier for managed services providers. Cloud-based solutions are not only cheaper for clients, they are easier for MSPs to deliver and manage. While providing solutions that prevent cyberattacks may have been impractical and provided little return for the effort, that is no longer the case.
There are many potential cybersecurity solutions for managed service providers, although one area in particular where MSPs can take advantage is to offer solutions to prevent phishing attacks. Phishing – obtaining sensitive information from employees – is one of the main ways that cybercriminals gain access to networks and sensitive data.
Companies are spending big on network security to prevent direct attacks, yet cybercriminals know all too well that even multi-million-dollar security defenses can be breached. The easiest way to gain network access is to be provided with it by employees.
It is much easier to fool an employee into downloading malware, ransomware, or revealing their email or login credentials that it is to find security vulnerabilities or use brute force tactics. All it takes is for a phishing email to reach the inbox of an employee.
Anti-phishing training companies, which provide security awareness training for employees and teach them how to identify phishing emails, know all too well that training alone is ineffective. Some employees are poor at putting training into practice.
Even if security awareness training is provided, employees will still open email attachments from strangers and click on links sent to them in emails. Furthermore, cybercriminals are getting better at crafting emails to get links clicked and malware-ridden attachments opened.
We have already seen this year (and last tax season) how effective phishing emails can be. At least 145 companies in the United States (that we know about) emailed W-2 Forms of employees to scammers via email last year. This year looks like it will be even worse.
A high percentage of malware infections occur as a result of spam emails with infection either through email attachments (downloaders) or links to malicious sites where malware is silently downloaded. The same is true of many ransomware infections.
Given the high risk of a phishing attack occurring or information-stealing malware and ransomware being installed, organizations are happy to pay for managed solutions that can block phishing emails, prevent malware-infecting emails from being delivered, and stop employees from visiting malicious links.
MSPs can take advantage by providing these services. Since cloud-based solutions are available that offer the required level of protection, adding these solutions to an MSPs service stack is a no brainer. Cloud-based solutions to protect against phishing, malware, and ransomware infections require no hardware, no site visits, and require little management overhead.
TitanHQ can provide cloud-based solutions ideal for inclusion in MSPs service stacks. TitanHQ’s email and web protection solutions – SpamTitan and WebTitan – are effective at blocking a wide range of email and web-borne threats.
SpamTitan blocks over 99.97% of spam email, has a low false positive rate and blocks 100% of known malware. Inboxes are kept spam and malware free, and an anti-phishing component prevents phishing emails from being delivered to end users.
WebTitan offers excellent protection from web-borne threats, protecting employees and networks from drive-by malware and ransomware downloads and blocking links to malicious websites.
Furthermore, these solutions can be run in a public/private cloud, can be provided in white-label format ready for MSP’s branding, have low management overhead and include generous margins for MSPs.
If you are an MSP and are looking to increase the range of cybersecurity services you can offer to clients, give TitanHQ a call today and find out more about the our cybersecurity solutions for managed service providers.
With our cybersecurity solutions for managed service providers, you can improve your cybersecurity portfolio, provide better value to your clients and boost your bottom line.
A law firm phone hacking incident has resulted in an Alexandria, VA attorney being sent a staggering $65,000 phone bill. The attorney’s phone system was hacked and used to make a slew of international phone calls in the middle of the night to numbers in Algeria and Serbia.
In total, 195 phone calls were made through the law firm’s phone system in just 45 minutes. Since the incident occurred in the middle of the night, no one noticed. The small law firm only employs three people, none of whom were in the office at the time.
Attorney David Chamowitz was informed by his service provider via email about the calls and the charges. This law firm phone hacking incident was not a one off. Even though the attorney changed the password on his system, he was attacked again suggesting the hacker had a backdoor into the system. To ensure that future calls were not made, the attorney has had to switch off long distance call capabilities.
The hacker responsible was unlikely to be looking to speak to friends and relatives abroad. This type of scam involves making calls to premium rate international numbers, with the hackers making money from those calls. The charges for the calls can be extortionate, as Chamowitz discovered. Many other small to medium sized businesses have been targeted by hackers and have had to foot the bill for the calls. Phone charges totaling tens of thousands of dollars can easily be racked up.
As was the case with Chamowitz, the attack occurred at a time when it was unlikely to be noticed. Calls are usually made outside of business hours, often in the middle of the night.
Flaws in security systems are exploited to gain access to voicemail systems, although more commonly, hackers take advantage of poor security controls such as default login credentials left active on voicemail systems. Small businesses may implement firewalls and a host of security measures to protect their computers from attack, yet do not realize that voicemail system hacks are also possible.
The default credentials can easily be found online via the search engines or they can be easily guessed. Usernames of ‘admin’ are common and passwords are often set to 1234.
As this law firm phone hacking incident shows, any system that can be accessed externally can be hacked. Whether that is a computer, server, router, IoT device or phone/voicemail system.
To protect against voicemail system hacks it is important to ensure that default credentials are changed and strong passwords are set. A PBX firewall should be employed and calls logs should be monitored. If there is no need for your business to make international or premium rate calls, speak to your service provider and try to block those calls. Also, consider setting the system to not permit outbound calls at certain times (outside of office hours) and disable external access to the phone system/voicemail when the office is closed.