It’s the holiday season, and you know what that means: lots of gift-giving and online shopping. Regardless of what you and your family celebrate this holiday season, you should be prepared to handle the influx of phishing attacks which always surface around this time every year, including both the usual methods and the more sophisticated ones.
For millions of people, the rubber ducky is a benign reminder of childhood. Depending on when you were a child, the rendition of Sesame Street’s Ernie singing “Rubber Duckie, you’re the one,” is ingrained in your mind every time you hear the term. Unfortunately, the Rubber Ducky we are going to tell you about today has only fond recollection for people who are looking to breach networks they aren’t authorized to access or deliver malware payloads that are designed to cause havoc.
It probably isn’t a question you’ve put much thought to, but tell me: who do you think feels the greatest impact from card skimming schemes, where a payment card’s data is captured so a cybercriminal can make use of the card’s associated account? While it isn’t a good situation for anyone, some are impacted more than others.
WhatsApp is one of the world’s most popular messaging applications. With over 2 billion users, WhatsApp is known for its relative security, as it is one of the few messaging applications that offers end-to-end encryption. A modified version of WhatsApp, called YoWhatsApp, has been reportedly deploying malware.
How often do you get emails from individuals claiming to be working with a business who wants to do business with yours or sell you a product, completely unsolicited and even perhaps a bit suspicious? These types of messages can often land small businesses in hot water, as it only takes one phishing email landing in the wrong inbox at the wrong time to put your business in jeopardy.
These attacks work similarly to how a phishing attack or a spoofed email would, as a user is promised one thing but winds up receiving something very different. While a malicious application may perform the task it claims to, it also may redirect the user to a phishing website or ad (making the cybercriminal some money) or simply steal some of the user’s information, like their birthday or email address.
To begin, let’s examine the data that we currently have available, courtesy of Statista: in 2019, there were a total of 1,473 data breaches recorded. The first half of 2020 saw 540 breaches reported. Crunching the numbers, these 33 percent fewer breaches have impacted what other sources assert to be 66 percent fewer people.
We aren’t alone in believing so, either. A recent study examined twenty such AI-integrating cybercrimes to see where the biggest threats would lie.
Here, we’re looking at the results of this study to see what predictions can be made about the next 15 years where AI-enhanced crime is concerned. Here’s a sneak preview: Deepfakes (fake videos of celebrities and political figures) will be very believable, which is very bad.
To put it bluntly, diversion. With so much attention rightly given to COVID-19 right now, there are many who are remaining in their homes as much as possible to try and prevent the pathogen from propagating. This approach makes the Internet even more important to so many people. Not only are many businesses operating remotely, many rely on support services and other online functions for their in-house processes. Otherwise, people who cannot work remotely are seeking ways to pass the time, turning to social media and other online services for that.
Providence Health Plan - 122,000 members of the Providence Health Plan had personal information leaked when an unauthorized party accessed the company’s servers. Information that was stolen included plan member names, addresses, email addresses, dates of birth, Social Security numbers, member ID numbers, and subscriber numbers.
Facebook - Facebook had an unprotected server with over 419 million records accessed. Users had their Facebook’s user ID and phone number exposed. In some cases, user’s names, genders, and locations were also leaked.
Dealer Leader, LLC. - 198 million prospective car buyers were left exposed by an unprotected server. The information that was left out there included names, email addresses, phone numbers, addresses, and IPs.
DoorDash - The popular food delivery app had 4.9 million customers’ information breached by a third-party. The information left exposed included the names, delivery addresses, phone numbers, hashed passwords, order history, and the last four numbers of each’s credit card number. In the same hack, over 100,000 delivery drivers had their driver's license information leaked.
Zynga - The mobile game maker, Zynga, the developer of popular mobile games such as Farmville and Words with Friends has announced that 218 million players had their data exposed after their network was breached by a hacker. The company had player names, email addresses, login IDs, phone numbers, Facebook IDs and more left exposed.
Methodist Hospitals of Indiana - The Methodist Hospitals of Indiana fell victim to an email phishing scam and it allowed hackers to steal 68,000 records that included names, addresses, dates of birth, Social Security numbers, driver’s licenses, and more.
Autoclerk - Autoclerk, a hotel property management software developer had an open database infiltrated exposing data that included names, dates of birth, home addresses, phone numbers, dates of travel, travel costs, room numbers, and some masked credit card details of hundreds of thousands of guests.
Kalispell Regional Healthcare - Over 130,000 Social Security numbers, addresses, medical record numbers, dates of birth, medical histories and treatment information, and names of treating physicians were exposed by hackers.
Adobe - Data was exposed that included email addresses, usernames, location, Adobe product licenses, account creation dates, and payment statuses. 7.5 million users were affected.
Network Solutions - The world’s oldest domain name provider has been exposed in a hack. Millions of individuals’ data that included names, addresses, phone numbers, email addresses, and service information was compromised.
Texas Health Resources - The Texas-based health care provider reported a data breach where 82,000 patient records were exposed. Included in the breach were names, addresses, email information, health information, and more.
Disney Plus - The brand-spanking-new Disney+ streaming service had new user account information hijacked by hackers. Login credentials wound up on the Dark Web soon after.
Magic the Gathering - The popular online strategy game has reported that an unsecured website database has exposed 452,000 player records that include names, usernames, and more.
State of Louisiana - The State of Louisiana has been a victim of a ransomware attack that took down many state agencies’ servers. Although no data is said to be lost, the state’s crucial computing infrastructure was down for several days as systems were restored from backup.
Macy’s - Macy’s had their ecommerce site hacked. Hackers embedded malicious code into their checkout page and put a skimming code on the company’s Wallet page. The malware retrieved names, addresses, phone numbers, email addresses, payment card numbers, card security codes, and card expiration dates.
T-Mobile - T-Mobile had over a million customers’ information accessed by a hacker. Information accessed included names, billing addresses, phone numbers, rates, and calling features.
Unknown - An unsecured server containing over 622 million email addresses and 50 million phone numbers, and millions of pieces of other information was discovered. It is unknown what organization this data is tied to as the time of writing.
With hundreds of millions of records being exposed each month, it’s hard to feel confident about giving your personal or financial information to anyone in the current threat landscape. If your business needs help trying to be secure, call us today at (604) 513-9428.
Before we get into the manipulation of the URL, let’s define its parts.
The first part of the URL is called the protocol, which tells the computing network which language is being used to communicate on said network. Most of the time, the URL will use the protocol “HTTP”. The HyperText Transfer Protocol makes it possible to exchange web pages. Other protocols that are used include File Transfer Protocol, News, and Mailto.
The second part of the URL is the ID and password, which makes it possible to access secure servers on the network. This part is typically removed because the password will be visible and transfer unencrypted over the computer network.
The third part of the URL is the server name. It allows users to access information stored on specific servers whether through a domain or the IP address associated with the server.
The fourth part of the URL is the port number. This number is associated with a service and tells the server what type of resources are being requested. The default port is port 80, which can be left off the URL as long as the information that is being requested is associated with port 80.
Finally, the fifth, and last, part of the URL is the path. The path gives direct access to the resources found tied to the IP (or domain).
By manipulating parts of the URL, a hacker can gain access to web pages found on servers that they wouldn’t normally have access to. Most users will visit a website and then use the links provided by the website. This will get them to where they need to go without much problem, but it creates their own perimeters.
When a hacker wants to test the site for vulnerabilities, he’ll start by manually modifying the parameters to try different values. If the web designer hasn’t anticipated this behavior, a hacker could potentially obtain access to a typically-protected part of the website. This trial and error method, where a hacker tests directories and file extensions randomly to find important information can be automated, allowing hackers to get through whole websites in seconds.
With this method they can try searching for directories that make it possible to control the site, scripts that reveal information about the site, or for hidden files.
Directory traversal attacks, also known as path traversal attacks, are also popular. This is where the hacker will modify the tree structure path in a URL to force a server to access unauthorized parts of the website. On vulnerable servers, hackers will be able to move through directories simply.
Securing your server against URL attacks is important. You need to ensure that all of your software is updated with the latest threat definitions, and keeping a detailed configuration will keep users in their lanes, even those who know all the tricks.
The IT experts at Coleman Technologies can help you keep your business’ IT infrastructure from working against you. Call us today at (604) 513-9428 for more information about how to maintain your organization’s network security.
On May 8, 2019, almost a year to the day after the first transaction was made, an Amazon spokesperson claimed that the company had completed investigating the compromised accounts, and had been the victim of an “extensive” fraud. The extent of the fraud was large enough where two banking companies, Barclays and Prepay Technologies (who is a partial subsidiary of Mastercard) are caught up in the crime.
Ultimately, Amazon neglected to disclose the true scope of the hack, but a report by Bloomberg indicated that over one billion dollars were dispersed to merchants in 2018 via Amazon Capital Services U.K. While there is currently no figure provided by the company, if large portions of that money was subverted, it could rank as one of the largest hacks in the history of online commerce, and certainly the biggest fraud that has involved Amazon.
Amazon, which has a business model built to be largely automated, has done a remarkable job of keeping personally identifiable information from being hacked over the years, but in today’s threat-persistent culture, even the most secure companies can have situations happen to them that jeopardize their ability to complete financial and information transactions, regardless of how much they invest in cybersecurity.
Just because this article mentions a major fraud involving the world’s largest online retailer in no way means that hackers have moved on from trying to hack small businesses. Small businesses face the majority of hacking attacks, mainly because they have the least amount of security to thwart. In fact, if Amazon can fall victim to phishing attacks, it’s not a stretch to believe that your company is susceptible. With millions of phishing messages sent every day, many of which target small businesses, having a strategy to educate your staff is extremely important.
The best way to go about doing that is to be proactive. Getting your staff to understand that they are on the front lines of a never-ending cyberwar and what they need to learn in order to keep themselves, and your organization free from the serious risks that come from falling victim of phishing attacks. Some things you can prioritize:
With these four tips you can go a long way toward protecting your business, and your staff, from the detrimental characteristics of a phishing attack.
If you need help with your organization’s cybersecurity, or if you simply want some help outlining a strategy to use, contact the IT professionals at Coleman Technologies today at (604) 513-9428.
Let’s face it… blockchain technology is a human invention, which means that there are going to be some flaws.
Admittedly, the concept behind the blockchain makes this hard to believe: every transaction made through the blockchain, financial or data-based, is given a permanent, designated “block” in the chain. Before the transaction is completed, the rest of the network needs to approve this new block’s validity. The block is then added to the chain, where it cannot be altered and provides an unchangeable record of the transaction - to undo it, a new block would be created. It is only then that the transaction is completed.
While this method may seem foolproof, even “unhackable”, this just isn’t the case. In March of 2014, cybercriminals managed to steal $450,000,000 worth of Bitcoin through a transaction mutability vulnerability, and in June of 2016, cybercriminals managed to steal approximately $60,000,000 by leveraging a recursive calling vulnerability.
Again, as a human creation, there are going to be some flaws in blockchain platforms. One investigation revealed that some blockchain and cryptocurrency platforms had over 40 vulnerabilities.
Many of blockchain’s vulnerabilities have more to do with the nature of the platform as well. One such vulnerability is known as a 51% vulnerability, and is associated with mining cryptocurrencies. Let’s assume you are a cryptocurrency miner. If you manage to accumulate hashing power that exceeds more than half of what the blockchain contains, you could leverage a 51% attack to manipulate the blockchain to your own advantage.
Naturally, more popular blockchains, like Bitcoin, are far too expensive to be practical targets, but smaller coins are much more affordable to attack and can be lucrative for hackers. In 2018, 51% attacks were leveraged against less popular cryptocurrencies, netting the attackers approximately $20 million.
Using a blockchain requires a user to have a private key. Naturally, if this key were to be stolen, those cybercriminals who stole it would be able to access and tamper with that user’s blockchain. What’s worse, because the blockchain is decentralized, these kinds of actions are difficult to track and even harder to undo.
As you might imagine, most breaches involving a blockchain are in some way tied to an end user. In 2017, a fraudulent cryptocurrency wallet service was left up for months as the cybercriminal responsible allowed people to funnel their cryptocurrencies into it before stealing $4,000,000 - out of a reported total of $2 billion being stolen since 2017 began. In January 2018, it was disclosed that hackers stole private keys with malware, taking over $500,000,000 in NEM coins (a now-effectively-worthless cryptocurrency established by a nonprofit).
If hackers are able to steal from a purportedly “unhackable” technology, what’s to stop them from stealing from your business?
Cybersecurity solutions from Coleman Technologies, that’s what. We can set up the security solutions your business needs to protect its data, and monitor your systems to detect breaches preemptively, preventing a security issue from happening. To learn more about what we can do, reach out to us at (604) 513-9428.
Believe it or not, even a small business with a handful of clients has data worth stealing. You’re in business to make money, and by virtue of this fact, you likely collect and store financial information. In fact, you collect a ton of valuable data. The type of data that hackers are looking for.
In addition to all of the financial details you collect, there is also all of the contact information regarding leads, clients, and customers. With so many emails and phone numbers stored on your infrastructure, hackers can have a field day. They will have all the information they need to steal funds, distribute malware, and create unpleasant situations for your business.
Not all hackers have any specific goal in mind when they hack you. Sometimes all they want to do is make your life miserable. The unpredictability associated with hackers is one of the most dangerous parts of them, as they can take advantage of any overlooked vulnerabilities to create a problematic situation for you.
If your business falls victim to a hacker, it’s certain to affect your business' operations. In some cases, it could be subject to compliance fines that could break your budget and put your business at greater risk. Furthermore, you could lose access to important data that makes your business work, threatening its future and all but guaranteeing that recovery can never happen. Therefore, the importance of protecting your network can never be overstated.
Coleman Technologies can help your business implement the security solutions needed to maximize protection from threats. To learn more about what we can do for your organization, reach out to us at (604) 513-9428.
As a rule, spear phishing is a much more precise and personalized process. To keep to the “fishing” analogy, a generalized phishing campaign casts a wide net, trying to snare as many victims as possible with their scam. Utilizing vague and generic language, the ‘typical’ phishing attack is made to appear to come from a large organization, informing the user of some need for the user to take action, resulting in the hacker gaining access to the user’s information. This methodology makes the typical phishing attack fairly effective against many people, while simultaneously easier to spot if one knows the warning signs.
By comparison, spear phishing is far more precise. Instead of trying to find value in the quantity of targets snared in a trap, spear phishing takes the opposite tack. Using a highly targeted approach, spear phishing attacks are directed toward a specific individual within an organization.
This specified approach means that the generic messages that many phishing attempts leverage simply won’t be enough to fool the intended target. Instead, the hacker has to play investigator, seeking out as much information as they can about their intended target. Where do they work? What is their position in the company? Who do they frequently communicate with? Once the hacker has collected enough information to create a convincing message, they will typically spoof an email to their target. This email will usually contain some reference to a known contact or some in-progress project to make it more convincing and will request that the recipient download a file via a provided link.
However, while the link will direct to what appears to be a Google Drive or Dropbox login page, it is just another layer to the deception. Entering credentials into this page will give them right to the hacker for their use, breaching the user’s security and putting the entire business at risk in one fell swoop.
Due to how spear phishing works, the messages sent by hackers need to be as convincing as possible. Combining extensive research with some practical psychology, a hacker has more ammunition to power their attacks.
As mentioned above, spear phishing is far less generic than the average phishing attempt. By referencing specific people, things, and events that mean something to the target, or appearing to come from an internal authority (a manager, perhaps, or even the CEO), the hacker can create a message that is less likely to be questioned. If the hacker writes their messages without any spelling or grammatical errors, as many spear phishers do, it only becomes more convincing.
These hackers are so reliant upon their target being fooled; many will purchase domains that strongly resemble an official one. For instance, let’s say you owned the domain website-dot-com. If a hacker decided to pose as you to launch a spear phishing attack, they might purchase the domain vvebsite-dot-com. Without close inspection, the switch may not be noticed - especially if the hacker creates a good enough lookalike website.
Of course, the research that a hacker has to do to successfully pull off a spear phishing attack is extensive - not only do they have to identify their target, they also have to figure out the best way to scam this target. Generally speaking, a hacker seeking to leverage spear phishing will focus their efforts on anyone in an organization who could potentially access the information that the hacker wants but isn’t high up enough in the organization to question an assignment from above.
Or, in more certain terms, a business’ end users.
In order to minimize the chances that a spear phishing attack will be successful against your company, you need to make sure that everyone subscribes to a few best practices. For example:
While spear phishing is a considerable threat to your business, it is far from the only thing you need to worry about. Coleman Technologies can help your business secure its IT solutions and optimize them for your use. To learn more, subscribe to our blog, and give us a call at (604) 513-9428.
Numbers are still coming in as far as how widespread this issue is. As of Monday, cybersecurity firm Kaspersky Lab said potentially thousands of Asus computers were infected, but on Tuesday that number has potentially broken a million.
This type of attack is called a Supply-Chain Compromise and is one of the most frightening kinds of cybersecurity threats out there. Asus’s software update system was compromised by hackers, putting a backdoor into consumer devices. The scariest part is that this backdoor was distributed last year and it’s just being noticed now.
The good news is this has given Asus plenty of time to plug up the security holes on their end, but if you own an Asus device there is still a chance that it is infected with malware from the initial attack.
First and foremost, no matter what brand of computer or laptop you have, you need to make sure you have antivirus, and that antivirus needs to be licensed and kept up-to-date.
If you have an Asus device, Asus has released an update in the latest version of their Live Update Software. They’ve also patched their internal systems to help prevent similar attacks from happening in the future. You’ll want to make sure you have Live Update 3.6.9 installed.
Asus has also released a security diagnostic tool that will check your system to see if it has been affected. Click here to download the tool.
We HIGHLY encourage you to reach out to Coleman Technologies if you are running any Asus hardware. It’s better to be safe than sorry.
The Basics: Viruses and Malware
Your computer depends on software to run, whether it’s the operating system or the software solutions on the device itself. Viruses are created to make changes to this code, and the results can vary in scope and scale. They can go from being minor annoyances to major time wasters. Malware is a bit more dangerous in scope. It stands for “malicious software,” and its intentions are right in the name. Hackers develop malware for various purposes, but for the most part, it’s with the intention of stealing, altering, or destroying data, depending on what nefarious plot the hacker is using it for.
The More Dangerous: Ransomware and Spyware
There are other more specialized types of malware that are designed for specific purposes. Ransomware, for instance, is designed to extort money from unsuspecting victims. It encrypts files located on the infected device, only decrypting them when a ransom has been paid to the hacker responsible. These kinds of threats are quite popular with hackers as they can be used to target a considerable number of victims in a short amount of time. Spyware is also a popular threat that allows hackers to steal information in a covert manner through various means, including backdoor infiltrations, keyloggers, and so much more. This is particularly dangerous to your business’ intellectual property.
The Vehicle: Spam and Phishing Attacks
Cybersecurity threats are the most dangerous when they can be concealed. After all, you never hear in the news about how a brute-force attack exposed millions of health records or passwords to the world. No, the most devastating data breaches are typically those that occur over an extended period of time, shielded from the eyes of security professionals and network administrators. Spam and phishing attacks that deceive users into clicking on links or downloading suspicious files play a key role in allowing threats into a network. It’s more important than ever before to be cautious while online, as there is no telling who might try to trick you into exposing your network to threats.
Protect Your Business with Proactive Tools and Best Practices
Thankfully, while it’s easier for threats to make their way through your defenses, the defenses put into place by businesses are much more substantial than in previous years. A Unified Threat Management (UTM) solution is easily the most comprehensive security tool on the market today, combining well-known methods of cybersecurity into an easy and accessible package. This includes a firewall, antivirus, spam blocker, and content filter to minimize the chances of threats manifesting on your network in the first place, as well as solutions to mitigate threats that do make it through your defenses. This can be further augmented through industry best practices that dictate how and when to share data.
To learn more about how your organization can take advantage of security solutions, reach out to us at (604) 513-9428.
Coleman Technologies has been serving the British Columbia area since 1999, providing IT Support such as technical helpdesk support, computer support and consulting to small and medium-sized businesses. Our experience has allowed us to build and develop the infrastructure needed to keep our prices affordable and our clients up and running.
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