North Korean Hackers Targeting Healthcare

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North Korean Hackers Targeting Healthcare
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Hackers Targeting Healthcare

The U.S. Cybersecurity & Infrastructure Security Agency (CISA) has issued a new advisory regarding cybersecurity. This advisory details recent observations of TTPs used in North Korean ransomware operations. 

These operations have targeted public health and other critical infrastructure sectors, highlighting the ongoing threat posed by the malicious actors.

Several agencies have compiled this report on the matter, and the agencies involved can be found here:-

  • NSA
  • FBI
  • CISA
  • U.S
  • HHS
  • The Republic of Korea National Intelligence Service and Defense Security Agency

It is believed that the funds extorted in this manner have been used to support the National Objectives and Priorities of the North Korean Government.

EHA

According to the United States Cybersecurity & Infrastructure Security Agency (CISA), North Korean hackers have not only relied on privately-developed ransomware to attack healthcare systems in South Korea and the United States but also utilized about a dozen different strains of file-encrypting malware. 

This information serves as a wake-up call for organizations in the healthcare sector to step up their cybersecurity measures and be aware of the evolving tactics used by these malicious actors.

Hackers Targeting Healthcare

North Korean threat actors have developed a methodology for acquiring the necessary infrastructure for conducting cyber attacks. This is achieved by creating fake personas and accounts, which they then use to obtain cryptocurrency through illegal means.

They often rely on foreign intermediaries who can help them conceal the trail of money they have made.

Cybercriminals have found ways to conceal their true origin and location when carrying out hacking activities. They do this by using virtual private networks (VPNs) and virtual private servers (VPSs) or by routing their activities through third-party IP addresses. 

This makes it difficult for investigators and security personnel to trace the source of the attack and identify the individuals or groups behind it.

The process of compromising a target system or network involves taking advantage of various vulnerabilities in order to gain access and increase the level of privileges. By exploiting these vulnerabilities, attackers can gain entry into a target network and carry out their malicious activities. 

Flaws exploited:-

Once they have successfully gained initial access to a target network, North Korean hackers conduct extensive reconnaissance and lateral movement to gather information and expand their presence within the network. This is accomplished by executing shell commands and deploying additional payloads.

Observable TTPs

Here below we have mentioned all the TTPs that are observed by the security analysts:-

  • Acquire Infrastructure
  • Obfuscate Identity
  • Purchase VPNs
  • Purchase VPSs
  • Gain Access
  • Move Laterally and Discovery
  • Employ Various Ransomware Tools
  • Demand Ransom in Cryptocurrency

Mitigations

Here below we have mentioned all the mitigations recommended by the security experts:-

  • It is important to authenticate and encrypt connections in order to limit access to data.
  • On internal systems, use standard user accounts instead of administrative accounts in accordance with the principle of least privilege.
  • Disable network device management interfaces that are weak or unnecessary.
  • Through the use of cryptography, protect the stored data by masking and rendering unreadable the PAN value when displayed.
  • Personally identifiable information should be collected, stored, and processed in a manner that is secure.
  • A multilayer network segmentation strategy should be implemented and enforced.
  • Monitor IoT devices to determine whether there is a compromise that is causing them to behave erratically as a result.
  • Backups should be maintained on a regular basis, and the ability to restore the data should be tested regularly.
  • An incident response and communications plan for cyber incidents should be developed, maintained, and executed.
  • The first thing you should do is make sure the operating system, software, and firmware are updated as soon as they are available.
  • Secure and monitor RDP, or any other potentially risky service that you use.
  • Educate your users on the risks of phishing and implement phishing exercises for them.
  • Make sure that as many services as possible require phishing-resistant MFA
  • Always use strong and unique passwords.
  • For software to be installed, administrator credentials must be provided.
  • Make sure that any user account with elevated or administrative privileges is being audited.
  • All hosts should be equipped with antivirus and antimalware software that is regularly updated.
  • Ensure that you are using a secure network at all times.
  • If you receive emails from outside the organization, consider adding a banner to the email.
  • Take advantage of CISA’s Automated Indicator Sharing (AIS) program, which is being offered at no cost to all participants.

Network Security Checklist – Download Free E-Book


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Tor And I2P Networks Embraced Multiple DDoS Attacks

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Tor And I2P Networks Embraced Multiple DDoS Attacks
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The decentralized networks Tor and I2P suffered numerous DDoS attacks, causing users to face slow browsing. The news received confirmation after Tor officially disclosed the issue following back-to-back user complaints. While they’re addressing the matter, the issue may persist as the attacks keep hitting the networks at intervals.

Tor And I2P Faced DDoS Attacks

Tor and I2P users are persistently bearing slow browsing speeds. The problem affected dark web users globally, causing trouble for privacy freaks.

While it remained an issue, Tor officials have now confirmed suffering DDoS attacks numerous times over the past few months. According to a recent post from the Executive Director of the Tor Project, Isabela Dias Fernandes, confirmed multiple attacks over the past 7 months.

For at least 7 months, several different types of ongoing denial of service (DoS) attacks have affected the Tor network. At some points, the attacks impacted the network severely enough that users could not load pages or access onion services.

Fernandes explained that Tor officials have been working hard to mitigate the issues. But the attacks keep repeatedly happening, with a different pattern each time. Perhaps, that’s why the attackers keep succeeding in disrupting Tor’s connectivity.

We have been working hard to mitigate the impacts and defend the network from these attacks. The methods and targets of these attacks have changed over time and we are adapting as these attacks continue.

For now, Tor hasn’t successfully identified the threat actor(s) behind these attempts and their possible intentions. Nonetheless, they will continue working on strengthening the Tor network.

Alongside Tor, the other popular network I2P is also facing similar threats, as confirmed via an announcement on I2P’s subreddit.

As revealed, the network is facing DDoS attacks for the past few days (unlike the months-long attempts against Tor). The attackers keep flooding the network with floodfill routers, ultimately creating a widespread denial of service. I2P has admitted the poor performance and connectivity issues that trouble its users.

News and Weather Updates from i2p

Again, the exact identity of the attackers behind these attacks is unknown. Nor is it confirmed whether the two networks had been targeted by the same threat actor(s).

While the officials keep working on addressing the matter, users might have to bear with such issues meanwhile.

Let us know your thoughts in the comments.


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Mortgage Broker 8Twelve Exposes Data of Canadian Residents

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Mortgage Broker 8Twelve Exposes Data of Canadian Residents
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GOOD: 8Twelve secured its server and was swift in restricting public access within hours of being alerted by the good folks at Website Planet.

Toronto-based 8Twelve Financial Technologies, a mortgage broker, was found to have a misconfigured database exposed to the public. The database contained the personal information of more than half a million individuals.

According to cybersecurity researchers at Website Planet, who identified the server, it was worse: the data was left exposed without any security authentication or password.

However, after researcher Jeremy Fowler and the Website Planet staff sent a responsible disclosure notice to the company, 8Twelve was swift in restricting public access within hours of the discovery.

The database contains 717,814 records of thousands of Canadian residents, with information related to mortgage loans, including

Full names

Phone numbers

Email addresses

Physical addresses and more.

Many of the records appeared to be mortgage leads of people who want to buy a house, refinance, obtain an equity line of credit, or purchase an investment property, the report states.

According to Website Planet, the database contained applicants’ names, emails, and phone numbers for work, home, and cell. Some records contained physical addresses, states, or provinces. As most of the data can relate to a specific individual, the data found in the records can be considered Personally Identifiable Information (PII).

Information submitted by the applicants about their financial standing, such as their credit scores, bankruptcies, savings, finances, and other data required to start the loan application process was also found on it.

Aside from applicant information, Website Planet reported that the records also included eight twelve employee names, email addresses, and internal notes about the prospective loan or customer, indicating whether an applicant was creditworthy or not. 

Mortgage Broker 8Twelve Exposes Data of Canadian Residents
Exposed data (Image provided by Website Planet)

Potential Dangers

A misconfigured database can be a major source of concern for organizations, as it can cause data breaches and other security issues. Not only can a malicious actor gain access to sensitive information stored in the database, but they may also be able to alter or delete existing data.

Furthermore, a misconfigured database can lead to an organization facing hefty compliance penalties due to its inability to protect customer data from unauthorized access.

The most common way for databases to become misconfigured is when their settings are not properly maintained or upgraded with the latest security protocols. This often leads to less secure authentication methods being used, as well as outdated encryption algorithms, which leaves them vulnerable to attack.

As businesses increasingly rely on databases for storing and managing their data, it’s essential that they ensure they’re properly configured and regularly monitored in order to protect against potential dangers.

  1. U.S. No Fly List Leaked on Hacker Forum
  2. Truck Brokerage Company Leaking 140GB of Data
  3. Servers Exposed 579 GB of Users’ Website Activity
  4. US & China Exposed Most misconfigured Databases
  5. US Military’s Social Media Spying Campaign Exposed

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Cyber attack against Royal Mail linked to Russia

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Cyber attack against Royal Mail linked to Russia
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A cyber attack against the UK postal service Royal Mail which saw the company request that customers stop sending mail abroad via its services has been linked to Russian hackers.

Royal Mail informed the public of the cyber attack on January 11, saying it had caused “severe disruption” to the computerized systems used to send mail abroad. The company “immediately launched an investigation into the [cyber] incident” and utilized the help of the UK’s National Cyber Security Centre, Information Commissioner’s Office and National Crime Agency to halt further attacks.

The system affected by the cyber attack has been used at six Royal Mail sites including at the company’s Heathrow Airport distribution center and has been used to track and trace items sent abroad, as well as to prepare mail to be dispatched overseas.  

In the wake of the “cyber incident”, as it was referred to by Royal Mail, the company asked customers to stop sending mail abroad due to severe delays, which included being temporarily unable to export or dispatch items. There were also minor delays to incoming mail to the UK from overseas, although domestic mail was not affected by the attack.

On January 12, it was reported by multiple news sites that the previously referred to “cyber incident” was in fact a cyber attack against Royal Mail by Russian ransomware-as-a-service (RaaS) gang LockBit.

Printers at Royal Mail distribution center in Belfast, Northern Ireland, began to print letters from the gang. The letters allegedly informed those in the office that LockBit black ransomware was responsible for the disruption and that “your [sic] are stolen and encrypted” and a threat to post it online if the ransom demands are not met.

Cyber security news site Bleeping Computer reported that it had seen an unredacted version of the ransom letter and confirmed that it did include “the Tor websites for the LockBit ransomware operation”. The site noted, however, that the decryption ID provided in the note that would allow Royal Mail to communicate with the malicious actors did not work. Bleeping Computer said it was unclear whether the ID was deleted after the ransom note was circulated or if negotiations were moved to a new ID to “avoid scrutiny from journalists and researchers”.

The Royal Mail has not publicly said that LockBit was responsible for the attack.

What is LockBit?

LockBit is a Russian RaaS organization that uses double extortion methods in its cyber attacks. In double extortion attacks, malicious actors both steal and encrypt sensitive data, which places additional pressure on the victim to pay the ransom.

The gang has been active since 2019 and has quickly become notorious. It was found by Digital Shadows that LockBit was responsible for 38 percent of ransomware attacks worldwide from January 2022 to March 2022. 
Using its malware tool Stealbit and encryption system Lockbit 2.0, the gang automates data exfiltration to extort its victims.

The gang has attack a number of large organizations and corporations including the French Ministry of Justice, Bridgestone Americas, Thales Group and Bangkok Airways. 


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KillNet hits healthcare sector with DDoS attacks

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KillNet hits healthcare sector with DDoS attacks
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According to CISA, the pro-Russian KillNet group is actively targeting the US and European healthcare sectors with DDoS attacks.

At the end of January, the Health Sector Cybersecurity Coordination Center warned that the KillNet group is actively targeting the US healthcare sector with distributed denial-of-service (DDoS) attacks.

The Cybersecurity and Infrastructure Security Agency (CISA) says it helped dozens of hospitals respond to these DDoS incidents.

DDoS

A distributed denial-of-service attack uses numerous systems to send network communication requests to one specific target. Often the attackers use enslaved computers, “bots”, to send the requests. The result is that the receiving server is overloaded by nonsense requests that either crash the server or keep it so busy that normal users are unable to connect to it.

This type of attack has been popularized by numerous hacker groups, and has been used in state-sponsored attacks conducted by governments. Why? Because they are easy to pull off and hard to defend against.

KillNet

KillNet is a pro-Russian group that has been notably active since January 2022. Until the Russian invasion of Ukraine, KillNet was known as a DDoS-for-hire group. Now they are better known for the DDoS campaigns launched against countries supporting Ukraine. In previous campaigns the gang has targeted sites belonging to US airlines, the British royal family, Lithuanian government websites, and many others, but now their main focus has shifted to the healthcare sector. Not for the first time by the way—the group has targeted the US healthcare industry in the past too.

These attacks are not limited to the US. Recently, the University Medical Center Groningen (UMCG) in the Netherlands saw its website flooded with traffic. That attack was attributed to KillNet by the country’s healthcare computer emergency response team, Z-CERT.

The KillNet group runs a Telegram channel which allows pro-Russian sympathizers to volunteer their participation in cyberattacks against Western interests. This sometimes makes it hard to attribute the attacks to this particular group since the attacks will originate from different sources.

The attacks

KillNet’s DDoS attacks don’t usually cause major damage, but they can cause service outages lasting several hours or even days. For healthcare providers, long outages can result in appointment delays, electronic health records (EHRs) being unavailable, and ambulance diversions.

According to CISA, only half of the KillNet attacks have been able to knock websites offline. CISA says it worked with several tech companies to provide free resources to under-funded organizations that can help them reduce the impact of DDoS attacks. It also plans to continue working with the US Department of Health and Human Services (HHS) to communicate with hospitals about government assistance and third-party services.

Mitigation

Although it can be difficult to mitigate DDoS risks, the Health Sector Cybersecurity Coordination Center (HC3) is encouraging healthcare organizations to enable firewalls to mitigate application-level DDoS attacks and use content delivery networks (CDN).

Scrambling for a solution at the moment you find out that you are the target of a DDoS attack is not the best strategy, especially if your organization depends on Internet-facing servers. So, if you don’t have an “always-on” type of protection, make sure you at least have a plan or protocols in place that you can follow if an attack occurs.

Depending on the possible consequences that would do the most harm to your organization, the chosen solution should offer you one or more of these options:

  • Allow users to use the site as normally as possible.
  • Protect your network from breaches during an attack.
  • Offer an alternative system to work from.

The least you should do is make sure you’re aware of the fact that an attack is ongoing. The sooner you know what’s going on, the faster you can react in an appropriate manner. Ideally, you want to detect, identify, and mitigate DDoS attacks before they reach their target. You can do that through two types of defenses:

  • On-premise protection (e.g. identifying, filtering, detection, and network protection).
  • Cloud-based counteraction (e.g. deflection, absorption, rerouting, and scrubbing).

The best of both worlds is a hybrid solution that detects an attack on-premise early on and escalates to the cloud-based solution when it reaches a volume that the on-premise solution cannot handle. Some DDoS protection solutions use DNS redirection to persistently reroute all traffic through the protectors’ network, which is cloud-based and can be scaled up to match the attack. From there, the normal traffic can be rerouted to the target of the attack or their alternative architecture.

CISA encourages all network defenders and leaders to review these three documents:

Ransomware warning

Several security agencies and providers have warned that DDoS attacks are being used as cover for actual intrusions involving ransomware and data theft. In these attacks, the DDoS acts as a smokescreen, drawing attention from the far greater danger posed by the ransomware.

We don’t just report on threats—we remove them

Cybersecurity risks should never spread beyond a headline. Keep threats off your devices by downloading Malwarebytes today.


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Malicious actors gain access to GitHub source code

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Malicious actors gain access to GitHub source code
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GitHub has reported that a malicious actor gained access to a set of repositories used in the planning and development of GitHub Desktop and text and source code editor Atom.

The source code repository said that it became aware of the data breach after “unauthorized access” was detected on its servers on December 7, 2022. A set of encrypted code-signing certificates were stolen during a breach. GitHub reported that the certificates were password-protected and there was “no evidence of malicious use”.

The hacker gained access to the source-code repositories on December 6, 2022, after using a compromised Personal Access Token (PAT) associated with a machine account to clone repositories from its Atom, desktop and “other deprecated GitHub-owned organizations”.

As a preventative measure, GitHub has said that it will “revoke the exposed certificates used for the GitHub Desktop and Atom applications” meaning users must update their applications before February 2, 2023, to continue using them.

CircleCI phishing attack against GitHub

On September 16, 2022, GitHub reported a phishing attack that involved a malicious actor posing as code integration and delivery platform CircleCI in order to harvest login credentials and authentication codes from employees and gain access to various user accounts.

The phishing site used by the hacker relayed time-based-one-time-passwords (TOTP) two-factor-authentication codes to the hacker in real time, allowing them to gain access to accounts protected by TOTP two-factor authentication. Accounts protected by hardware security keys were not vulnerable to this attack.

Throughout the attack, the malicious actor was able to gain access to and download multiple private code repositories and use techniques to preserve their access to the account even in the event that the compromised user or organization changed their password.

GitHub supply-chain attack affects 83 million developers

On August 3, 2022, a cyber attack against GitHub was discovered by software developer Stephen Lacy. During the attack, a bad actor cloned and added malicious code to more than 35,000 GitHub repositories while keeping the code’s original source code.  

Almost 40 percent (13,000) of the repositories affected originated from a single organization, referred to as “redhat-operator-ecosystem” on the site, a spoof of RedHat OpenShift Ecosystem.

The cloned projects attempted to trick users into clicking on them by spoofing genuine user accounts, using names very similar to the original projects they were clones of and using legitimate-sounding organization names. 

The malicious code allowed the repositories to collect information on the environment they were executed in, for example information on the device that executed it and its user. It also had the potential to collect other sensitive data.

The code could also download additional malware from a third-party site allowing it to further exploit any application or environment that was using the malicious cloned code originally introduced to the GitHub repositories.

The weaponized code could lead to developers accidentally downloading cloned code repositories which contain the malicious code. If used in their applications, this would then lead them to exposing their users to code which includes malware. With an 83-million-strong developer audience, the ramifications could prove devastating.

The attack was reported to GitHub by Lacy, who claimed to have “cleaned up” the attack and stopped it spreading further by removing the affected projects and organizations. 


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Apple Executive Explains the HomePod’s Return to Market

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Apple Executive Explains the HomePod’s Return to Market
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HomePod

In a recent discussion, Apple’s VP of hardware engineering Matthew Costello explains why the tech giant rereleased the full-sized HomePod. 

In March 2021, Apple announced that it was discontinuing the original full-sized HomePod after four years on the market. Instead, the company would now focus on the HomePod mini introduced the previous year, says the press release. 

However, Apple has changed its perspective on the full-sized HomePod. 

A few days ago, the Cupertino-based tech giant released a video to announce a second-generation full-sized HomePod with the same design as the original. Furthermore, the new smart speaker will start shipping to buyers tomorrow. 

So why did Apple bring back the OG HomePod? 

Well, Apple’s VP of hardware engineering, Matthew Costello, answers the question in an interview with TechCrunch. The Apple executive also offers fascinating insights into the second-ten HomePod’s limitations. 

Let’s dive right in. 

Why Apple Reintroduced the Full-Sized HomePod and its Wi-Fi 4 Limitation

Costello suggested that Apple had analyzed specific data from the HomePod mini and original HomePod. Then it repurposed that information into creating a new smart speaker that can attain several experience goals. 

“We deeply studied the learnings from the first HomePod and HomePod mini,” says the VP of hardware engineering. “And we introduced the new HomePod when it was able to achieve our broad range of experience goals.”

While the first-generation HomePod supports Wi-Fi 5, the newly-announced version uses Wi-Fi 4 connectivity. Unfortunately, Costello was unable to explain the reason for the step back. He noted that it should not affect performance. 

“HomePod features Wi-Fi 4 connectivity that allows us to target exactly what works best in the entire system,” Costello tells TechCrunch. “Making sure Siri requests are responsive, and ensuring a consistent experience for all you are listening to, controlling your smart home accessories and more — all while being energy efficient.”

The Apple executive also explains why it’s impossible to pair the new HomePod with an original model. Costello says:  

“When creating a stereo pair, it’s important that the audio characteristics match for an optimal, balanced experience. The new HomePod delivers immersive, room-filling sound users love — with even more detail, clarity, and layers than the original HomePod — so we wanted the acoustical imaging to be as pure and consistent as possible from generation to generation.”

The second-generation HomePod launches on Friday in the United States, Canada, Germany, Spain, Italy, U.K. Japan, and Australia. It’s currently available to pre-order for $299.


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Previously banned accounts are making Twitter millions of dollars

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Previously banned accounts are making Twitter millions of dollars
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Elon Much made some major changes to Twitter, bringing forth a new age for the bird app. This included bringing back accounts that were once exiled from the platform. Well, it turns out that Twitter is going to make millions of dollars from previously banned accounts.

So, Twitter has gone through several changes over the past couple of months, and that involved bringing back people who were kicked off of the platform. This includes people like Gateway Pundit, Robert Malone, and Andrew Tate. Of all the changes the billionaire brought, this one has definitely caused some backlash.

Twitter will make millions from previously banned accounts

So, this definitely isn’t a good look for Twitter, as the company will make a lot of money off of the back of previously banned accounts. As you know, the company makes money from ad revenue. The more traction that an account gets, the more money that Twitter makes from ad interactions.

So, larger accounts keep Twitter fed. Now, a new report from the Center for Countering Digital Hate (CCDH) (via Engadget) suggests that a handful of previously banned accounts is wracking up a pretty penny for the site. The CCDH looked into 10 of the top banned accounts and discovered that the company will make about $19 million each year from those accounts.

That’s a lot of money, but it’s unfortunate that these accounts were banned for “publishing hateful content and dangerous conspiracies.” Again, that’s a bad look on the company, as accounts like these caused such an uproar on the platform.

We know that Elon Musk is a big supporter of freedom of speech, so that’s the prime reason that he brought them back. However, the added money could possibly be the icing on the cake. Musk is on a mad dash to make Twitter more profitable as a company. This included cutting a ton of jobs, making Twitter Blue more expensive, and other extreme measures.

We’ll just have to see how this change affects Twitter’s culture as a whole. Only time will tell.


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All you need to know to watch the Biggest Game of the Year

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All you need to know to watch the Biggest Game of the Year
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The biggest sporting event of the year, is set to take place on February 12, 2023. That would be Super Bowl LVII or Super Bowl 57.

This year, we have two teams that have won Super Bowls in the last five years, which doesn’t happen often. But we have the AFC Champion Kansas City Chiefs, taking on the NFC Champion Philadelphia Eagles. And it’ll be taking place at State Farm Stadium in Glendale, Arizona. This stadium has been home to a number of Super Bowls in the past.

It’s also the first year that we have two African-American Quarterbacks playing each other in the Super Bowl in the Chief’s Patrick Mahomes and the Eagles’ Jalen Hurts. We also have the Kelce brothers playing each other in the Super Bowl. Which means their parents are rooting for both teams, of course.

Who’s playing in the Super Bowl?

This year, the two teams in the Super Bowl match up really well. Both finished the season at 14-3, and have won their two playoff games for a record of 16-3 this year. Both teams have also scored 546 points, which is pretty incredible. And as mentioned before, both teams have a Kelce brother playing. So this could be one of the more competitive Super Bowls we’ve seen in recent memory.

Currently, Philadelphia is a 1.5-point favorite over Kansas City. So it’s essentially a toss-up, according to Las Vegas. This is going to be a game you won’t want to leave after halftime. As it could come down to the last play of the game. Just like it did for Kansas City when it played Cincinnati two weeks ago to get to the Super Bowl.

What time does the Super Bowl start?

The Super Bowl will take place on February 12. Kick-off is set for 6:30PM EST. This is the same time that it kicks off every single year.

However, since this is the biggest sporting event of the year, there will be many hours of pre-game coverage starting earlier in the day. And even some the day before the Super Bowl.

This year, the Super Bowl will be on FOX. The three major networks that carry NFL games (CBS, FOX, and NBC) rotate who hosts the Super Bowl. And this year, it’s FOX’s turn to host the Super Bowl (last year, it was NBC, and next year will be CBS).

How To Watch Super Bowl 2023

There are many, many ways to watch the Super Bowl this year. Any streaming service that has FOX available, will be a good option. You can also watch via an OTA antenna, Peacock, or even on NBCSports’ website for free. Which for cordcutters, that might be the best bet.

OTA Antenna

FOX is a “local” channel, meaning that it is free. And all you need to do is get an antenna and put it in your window to get it and a few other channels. Since you aren’t going to be paying monthly for this antenna, it’s the cheapest way to get NBC for the Super Bowl and beyond. It will also include channels like ABC, FOX, and NBC, as well as a few others, depending on your market.

Amazon has a few great options for OTA Antennas that won’t cost a fortune. Like this one here, that is priced at $25.99. It offers 120-mile range too. Which is going to be good for those that are in the sticks and might be far away from a particular market.

Fubo TV

Fubo TV is not cheap necessarily, but it does have a ton of channels available, which makes its $59.99 per month price, pretty good.

super bowl 2020

For that $59.99 price tag, you are getting 103 channels included, as well as 500 hours of cloud DVR space. And in that 103 channels, you are getting all of your locals and that does include NBC. There is of course, a free trial available. So if you were looking to try it out before you purchase, you can do that too.

YouTube TV

This is going to be the most popular option, simply because of the features and its price. YouTube TV has all of the local channels in all (but a handful of) markets around the country. So it most likely has your local FOX affiliate.

YouTube TV also offers 70+ channels for $49.99 per month, making it cheaper than Fubo TV. But where it really shines is in its cloud DVR. You see, YouTube TV allows you to record everything, since it offers unlimited cloud DVR. Which you can access from anywhere, and all content stays in your DVR for nine months. That’s a feature that you will not find anywhere else.

Watch on FOX Sports

Typically, Fox will also show you the game for free on FOX Sports. So you can watch it on your smartphone, laptop or on the big screen with the FOX Sports app. Since the Super Bowl is always on a “free” channel, it’s typically available to stream for free, which is definitely nice to see.

Wrap Up

Whether you watch football or not, you’re going to want to watch Super Bowl 2022. There won’t be any other content on, as other networks know not to even try to compete with the Super Bowl. And there are plenty of other reasons to watch. A lot of people watch the ads, which the ads during the Super Bowl are some of the best of the year and most expensive. It’s reported that a 30-second ad during the Super Bowl this year is running $7 million.

On top of that, we have the Apple Music Halftime show, headlined by Rihanna. Who is a nine-time Grammy winner, she has had 14 number-ones and 31 top-10 singles in the US. Now the real question is who will Rihanna bring with her to her halftime show? Last year, in LA we had Eminem, 50 Cent, Snoop Dogg and Dr Dre. Which made for a pretty epic halftime show. Though this year, the sponsor is no longer Pepsi, it’s now Apple Music. So things might change.


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Dark Web Hitman Paid with BTC to Murder Teen Victim

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Dark Web Hitman Paid with BTC to Murder Teen Victim
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The 31-year-old man paid $20,000 to a supposed murder-for-hire website on the dark web, which turned out to be a scam.

A resident of Haddonfield, New Jersey, John Michael Musbach pleaded guilty before U.S. District Judge Joseph H. Rodriguez for hiring a hitman to murder a 14-year-old, the Department of Justice said on Tuesday.

The 31-year-old exchanged sexually explicit photographs and videos with the then-13-year-old victim during the summer of 2015. After the victim’s parents found out about the inappropriate contact, they informed law enforcement, who identified Musbach in the case, the Department of Justice revealed.

Musbach intended to have the victim killed so that the victim would be unable to testify against him in the pending criminal case.

Dark Web Hitman Paid with BTC to Murder Teen Victim
John Michael Musbach (Image credit: The DoJ)

According to the DoJ’s press release, from May 7, 2016, to May 20, 2016, Musbach remained in contact with the administrator of a murder-for-hire website on the dark web.

“Musbach asked if a 14-year-old was too young to target, and upon hearing that the age was not a problem, paid approximately 40 bitcoin (approximately $20,000 at the time) for the hit,” prosecutors said. 

Upon making the payment, Musbach maintained contact with the administrator, inquiring about when the murder would take place. When the website manager attempted to charge him an additional $5,000 for carrying out the attack, Musbach decided to cancel the hit and asked for a refund.

The website’s administrator then admitted that the website was a scam and threatened to turn him over to law enforcement.

Musbach faces a maximum penalty of 10 years in prison and a fine “of the greater of $250,000, twice the gross profits to Musbach or twice the gross losses of the victim of his offence”  for his attempts to have the teen murdered.

He is scheduled to be sentenced on June 13th, 2023.

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