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National Technology Day: How Tech has Changed the Way We Live

What was life like twenty years ago? What technology did we use? How did we get work done in 2002? While twenty years may seem like a relatively short period of time, our everyday lives have drastically changed over the past two decades. We went from flip phones to iPhones, from CDs to music and video streaming, from printed-out MapQuest papers to instant GPS directions. In the past twenty years, modern technology has changed nearly every aspect of our lives. 

Because of the incredible technological advances we’ve seen in the past twenty years, AXEL founded National Technology Day, a holiday celebrated every year on January 6th. On National Technology Day, we encourage everyone to reflect on the advances made in business, culture, and entertainment. From maximizing efficiency at the office to sharing your own media online, technology has changed the way we live and will continue to change our lives in the future. While it’s unclear what the world will look like in twenty years, we do know one thing: Technology will continue to innovate.

With that said, here are a few ways how recent technological advances have radically impacted our everyday lives:

How Tech Changed Public Health

Undoubtedly, one of the greatest technological triumphs in public health in the past twenty years has been the widespread use of messenger RNA (mRNA) vaccines. Most COVID-19 vaccines are mRNA vaccines, and with billions of doses administered in one year, these high-tech vaccines have saved countless lives. But how are mRNA vaccines different from traditional vaccines? With an mRNA vaccine, a weakened pathogen isn’t injected into your body like with traditional vaccines. An mRNA vaccine delivers “coded” mRNA to your immune cells, and using that code, your immune cells can produce proteins that are found on the specific pathogen [1].

The development of mRNA vaccines was made possible by technological advances in the pharmaceutical industry. Although they are relatively new today, mRNA vaccines have been studied and theorized for decades. Finally, modern technology caught up with researchers, and a new soldier in the war on infectious diseases was created.

While vaccines have certainly had a massive impact on the world, they aren’t the only way that technology has changed public health. An obvious example is the rise of fitness and health trackers. Today, about one in five Americans use a fitness tracker and corresponding app [2]. With these trackers, users can track their steps taken, calories burned, steps climbed, blood pressure, sleep quality, and dozens of other metrics. While research on their effectiveness has been mixed, fitness trackers give people fun, convenient ways to check on their health [3].

How Tech Changed Education

If the pandemic taught us one thing, it’s that technology allows us to be connected, even when we can’t be physically present together. This was particularly apparent when schools across the world were closed and classes were taught online. Although there are certainly valid criticisms of e-learning, the fact that instruction was able to continue in the midst of a pandemic highlights just how much technology allowed education to evolve. Now, almost every lecture or assignment can be completed online, ensuring that education can continue even after future pandemics or natural disasters.

While e-learning is certainly new, the advancement of technology has always correlated with expanded access to education [4]. Think about it: 500 years ago, the only educational materials were books, and books were only available to the extremely well-off. However, the technological innovation of the printing press made books far more available for middle and lower-class people. Now, thanks to the Internet, there are millions of educational websites and videos available to all. Today, a student can learn calculus or biology from reliable sources on their own time, for free. While some may criticize technology for “dumbing down” our youth, it’s a simple fact: Technological progress leads to greater access to education.

How Tech Changed Business

Even before the pandemic, technology was radically changing the modern office. One of the biggest changes in the past twenty years has been the way employees share information with each other. Although email existed twenty years ago, it was certainly in its infancy, and when files needed to be shared, physical documents were printed off and delivered. Now, most documents are shared electronically, without the need for paper and ink, helping to save businesses time and money. Outside of file-sharing, even the way workers communicate with each other has greatly changed. Today, software applications like Slack make it easy for employees to communicate without anyone being left out of the loop. Technological advances have made office communication digital and instantaneous, making the necessary transition to remote work during the pandemic relatively simple.

Outside of office communication, technology has allowed businesses to increase efficiency in nearly every department. From resumé software to digital marketing, technology has greatly changed the way businesses operate. Unfortunately, this also means that the businesses that haven’t embraced technology are at risk of going under. After all, if your business doesn’t have a digital presence, such as social media or a simple website, it may as well not exist. 

Technology has fundamentally changed the way work gets done in the United States, and it’s not done changing either. In twenty years, Mark Zuckerberg’s vision of the “Metaverse” may become our everyday office. One thing is known: If it can save money, businesses will continue to test and use innovative modern technology.

How Tech Changed Cybersecurity

Twenty years ago, “cybersecurity” was little more than simply having a password. Unfortunately, as technology has progressed, so have cybercriminals. Today, features like encryption, multi-factor authorization, and artificial intelligence are the norm when it comes to cybersecurity. 

It’s no coincidence that the technological advancement of computers and their related technologies is correlated with the number of cybercriminal attacks [5].

In 2002, cybercriminals mostly utilized phishing attacks to make their money. Cybercriminals used fake emails and pop-ups to trick users into divulging their names, addresses, credit card information, or even Social Security numbers. Thankfully, most of these phishing attacks were easy to identify [5]. However, cybercriminals quickly learned even more efficient methods of making money. Today, ransomware is the main tool that cybercriminal organizations use to wreak havoc around the world. Much more efficient than individual phishing emails, ransomware can shut down an entire business, forcing executives to pay millions in order to get their data back. Put simply, as technology has advanced, so too have cybercriminals. It’s an unfortunate fact, but all hope is not lost.

While cybercriminals are taking advantage of modern technology for a quick buck, more savory organizations are also working to prioritize security. Even AXEL is utilizing modern cybersecurity technology in innovative ways to protect users. One of AXEL’s patents, US11159306B2, describes a token identification system that allows users to perform transactions privately, while making the transaction verification public. This technology prioritizes the digital privacy of users, secures the specific aspects of the transaction, and offers public verification. Patents like this are being presented, approved, and utilized every day, creating a more private, secure Internet. So while cybercriminals may be quick to exploit technological flaws, an army of individuals and businesses are ready to fight for digital security.

About AXEL

Technology will continue to advance, and our lives will become more digitized than ever before. That’s why data security and user privacy remain as important as ever. At AXEL we believe that privacy is a human right, and that your information deserves the best protection. That’s why we created AXEL Go. AXEL Go uses military-grade encryption, blockchain technology and decentralized servers to ensure it’s the best file transfer software on the market. Whether you need cloud video storage or cloud file management, AXEL Go is the secure file hosting solution. If you’re ready to try the best file sharing app for PC and mobile devices, try two free weeks of AXEL Go here.

[1] Dolgin, Elie. “The Tangled History of mRNA Vaccines.” Nature News. Nature Publishing Group, September 14, 2021. https://www.nature.com/articles/d41586-021-02483-w

[2] “19% Of Americans Use Wearable Fitness Trackers and MHealth Apps.” Mercom Capital Group, October 13, 2021. https://mercomcapital.com/90-americans-wearable-mhealth-apps/#:~:text=According%20to%20a%20new%20survey,or%20tablet%20app%20(32%25)

[3] Marks, Adam. “Do Exercise Trackers Make You Healthier?” Ace.edu, February 16, 2021. https://www.ace.edu/blog/post/2021/02/16/do-exercise-trackers-make-you-healthier

[4] “How Has Technology Changed Education?” Purdue University Online.. https://online.purdue.edu/blog/education/how-has-technology-changed-education

[5] Acharjee, Sauvik. “The Evolution of Cybercrime: An Easy Guide (2021).” Jigsaw Academy, February 13, 2021. https://www.jigsawacademy.com/blogs/cyber-security/evolution-of-cybercrime/

The World’s Top Hacking Groups – Part 2

In Part 1 of AXEL’s feature on the world’s top hacking groups, we featured some of the leading cultivators of chaos in the world. From state-sponsored groups like Bureau 121 to leaderless hacktivist organizations like Anonymous, no two hacking groups are the same. Each organization has different personnel, goals, and methods of achieving those goals, with some more successful than others. In a way, these criminal syndicates are extremely similar to traditional businesses: If you’re financially successful, your group will flourish. If you struggle to make steady income, you’ll lose employees and, eventually, your entire company.

However, just as it is in the business world, there are some hacking groups that are seemingly too big to fail. Typically, these groups are state-sponsored, and receive oodles of cash for security purposes. While these state-sponsored groups may rarely grab headlines, these are the syndicates that truly hold the most power. After all, an independent hacker group can be taken down with a thorough investigation. A hacker group supported by a powerful nation is extremely unlikely to ever face investigations or oversight from other nations.

These four groups represent some of the most powerful hacking organizations in the world:

Cozy Bear

Cozy Bear is yet another Russian state-sponsored hacking group that focuses on attacking Western governments and media [1]. This group, however, seemingly has an intense focus on the United States. In 2014, the group hacked the State Department and the White House’s email systems, and in 2020, breached the Commerce and Treasury departments [2]. As part of Russia’s foreign intelligence service, Cozy Bear, along with sibling hacking group Fancy Bear, hacked into the Democratic National Committee (DNC) in 2016. Oddly enough, Cozy Bear and Fancy Bear were unaware of each other’s activities, and both independently hacked the political committee [3].

Although Cozy Bear and Fancy Bear both breached the DNC’s servers in 2016, Cozy Bear’s latest actions show that these hacks aren’t done for partisan purposes. In July 2021, the group breached the servers of the Republican National Committee (RNC) [4]. Ultimately this highlights Russia’s main strategy regarding cyberwarfare. The goal isn’t to make sure a certain candidate wins; it’s to undermine faith in the electoral process, thus lowering confidence in the nation itself. While Russia may have a preferred candidate every four years, it’s cybersecurity actions show a clear, nonpartisan strategy to simply embarrass the United States and decrease faith in its political processes. And Cozy Bear is just one of many groups Russia uses to further this goal.

REvil

One of the newest hacking groups in the world is also one of the most notorious. REvil is a private Russian group that makes millions from its ransomware attacks on businesses. The group initially gained attention in May 2020, when it hacked an entertainment-focused law firm and stole a number of files from the firm. REvil threatened then-President Donald Trump to release compromising documents unless the group received a massive USD $42 million ransom [5]. However, cybersecurity researchers quickly believed that this was a bluff, and no compromising documents were ever released by REvil [6].

Unfortunately, REvil’s initial failure did not deter the group. In 2021, the group was responsible for two massive cyberattacks. First, in May 2021, REvil breached JBS Foods, the world’s largest beef producer. This attack forced the company to shut down some of its food processing plants, threatening a potential beef shortage. However, just one day after the initial attack, JBS paid a USD $11 million ransom to REvil to decrypt its servers [7]. While the quick payment ensured there would be no major shortages, it showed how desperate businesses can be if hit with a devastating ransomware attack. Just a month later, REvil attacked Kaseya, a networks, systems, and IT software company. This attack shut down Kaseya’s main software, ultimately affecting up to 1,500 businesses worldwide. The impacts of this attack were felt worldwide, with a Swedish grocery store chain closed because of inoperable cash registers, and New Zealand schools being taken offline [8].

Thankfully, in October 2021, REvil itself was forced offline by a multi-country operation led by the United States [9]. While this doesn’t mean REvil will never pop up again, the crackdown on ransomware shows that even the most notorious private hacking groups can be stopped.

Chinese Cyber Operations

While not much is known about China’s cyber operations, we do know that their attacks have been effective. In 2010, China was the culprit behind Operation Aurora, an advanced, highly-sophisticated attack on dozens of American companies, including Google and Adobe [10]. In the attack, China stole intellectual property, along with access to the Gmail accounts of two high-profile human rights activists.

Following this complex cyberattack, China was accused of executing one of the worst cyberattacks of all time: The Equifax data breach. In February 2020, the United States charged four members of China’s People’s Liberation Army with the 2017 hack that leaked personal information of over 150 million Americans [11]. While the United States has no way of extraditing the four soldiers for trial, this claim highlighted the sheer power of state cyber operations groups. The Equifax hack had a profound effect on everyday Americans, and caused concern that extremely effective and damaging cyberattacks could become commonplace in the future.

In the present, China’s cyber operations have expanded. This escalation is fueled by the desire for more intelligence, particularly from the United States amid rising tensions between the two global superpowers [12]. In fact, Western governments have accused China of hacking into Microsoft’s Exchange company server. This hack affected about 250,000 organizations worldwide, allowing Chinese hackers to pilfer through company emails for intelligence. While this hack was not nearly as impactful as the Equifax breach, it highlights China’s renewed focus on gathering massive amounts of intelligence on the United States and other Western nations.

NSA Tailored Access Operations

While many of the world’s top hacking groups operate far from North America, the world’s most powerful group is undoubtedly within American borders. The National Security Administration’s (NSA) Tailored Access Operations group gathers intelligence from foreign targets by hacking into devices, stealing data, and monitoring communications. Additionally, the group develops software that can destroy a foreign target’s computer and networks [13]. The group is responsible for developing malware that targeted Iran’s nuclear program, along with regularly breaching Chinese computer networks for gathering intelligence.

The United States’ targeted surveillance capabilities should come as no surprise. After all, the NSA is well-known for its mass surveillance techniques. Tailored Access Operations is relatively similar to other state cyber operations groups: It uses targeted surveillance to gather intelligence, and uses sophisticated malware to attack its targets. Of course, because it’s the NSA, there is the possibility that the group has even more publicly unknown high-tech resources for cyberattacks. While Tailored Access Operations works in the shadows, the strength of the NSA, and the United States in general, make this group the most powerful hackers in the world.

About AXEL

Some of these powerful hacking groups will, unfortunately, continue to wreak havoc in 2022. That’s why data security and user privacy remain as important as ever. At AXEL we believe that privacy is a human right, and that your information deserves the best protection. That’s why we created AXEL Go. AXEL Go uses 256-bit encryption, blockchain technology and decentralized servers to ensure it’s the best file transfer software on the market. Whether you need cloud video storage or cloud file management, AXEL Go is the secure file hosting solution. If you’re ready to try the best file sharing app for PC and mobile devices, try two free weeks of AXEL Go here.

[1] Meyer, Josh. “Cozy Bear Explained: What You Need to Know about the Russian Hacks.” NBCNews.com. NBCUniversal News Group, September 15, 2016. https://www.nbcnews.com/storyline/hacking-in-america/cozy-bear-explained-what-you-need-know-about-russian-hacks-n648541

[2] Nakashima, Ellen, and Craig Timberg. “Russian Government Hackers Are behind a Broad Espionage Campaign That Has Compromised U.S. Agencies, Including Treasury and Commerce.” The Washington Post. WP Company, December 14, 2020. https://www.washingtonpost.com/national-security/russian-government-spies-are-behind-a-broad-hacking-campaign-that-has-breached-us-agencies-and-a-top-cyber-firm/2020/12/13/d5a53b88-3d7d-11eb-9453-fc36ba051781_story.html 

[3] “Bear on Bear.” The Economist. The Economist Newspaper, September 22, 2016. https://www.economist.com/united-states/2016/09/22/bear-on-bear

[4] Turton, William, and Jennifer Jacobs. “Russia ‘Cozy Bear’ Breached GOP as Ransomware Attack Hit.” Bloomberg.com. Bloomberg, July 6, 2021. https://www.bloomberg.com/news/articles/2021-07-06/russian-state-hackers-breached-republican-national-committee

[5] Collier, Kevin, and Diana Dasrath. “Criminal Group That Hacked Law Firm Threatens to Release Trump Documents.” NBCNews.com. NBCUniversal News Group, May 16, 2020. https://www.nbcnews.com/tech/security/criminal-group-hacked-law-firm-threatens-release-trump-documents-n1208366

[6] Vanian, Jonathan. “Everything to Know about Revil, the Group behind Several Devastating Ransomware Attacks.” Fortune. Fortune, July 8, 2021. https://fortune.com/2021/07/07/what-is-revil-ransomware-attack-kaseya/

[7] Abrams, Lawrence. “JBS Paid $11 Million to REvil Ransomware, $22.5m First Demanded.” BleepingComputer. BleepingComputer, June 10, 2021. https://www.bleepingcomputer.com/news/security/jbs-paid-11-million-to-revil-ransomware-225m-first-demanded/

[8] Satter, Raphael. “Up to 1,500 Businesses Affected by Ransomware Attack, U.S. Firm’s CEO Says.” Reuters. Thomson Reuters, July 6, 2021. https://www.reuters.com/technology/hackers-demand-70-million-liberate-data-held-by-companies-hit-mass-cyberattack-2021-07-05/

[9] Bing, Christopher, and Joseph Menn. “Exclusive Governments Turn Tables on Ransomware Gang Revil by Pushing It Offline.” Reuters. Thomson Reuters, October 21, 2021. https://www.reuters.com/technology/exclusive-governments-turn-tables-ransomware-gang-revil-by-pushing-it-offline-2021-10-21/

[10] Zetter, Kim. “Google Hack Attack Was Ultra Sophisticated, New Details Show.” Wired. Conde Nast, January 15, 2010. https://www.wired.com/2010/01/operation-aurora/

[11] Perez, Evan, and Zachary Cohen. “US Charges 4 Members of Chinese Military with Equifax Hack.” CNN. Cable News Network, February 11, 2020. https://www.cnn.com/2020/02/10/politics/equifax-chinese-military-justice-department/index.html

[12] Sabbagh, Dan. “Experts Say China’s Low-Level Cyberwar Is Becoming Severe Threat.” The Guardian. Guardian News and Media, September 23, 2021. https://www.theguardian.com/world/2021/sep/23/experts-china-low-level-cyber-war-severe-threat

[13] Peterson, Andrea. “The NSA Has Its Own Team of Elite Hackers.” The Washington Post. WP Company, August 29, 2013. https://www.washingtonpost.com/news/the-switch/wp/2013/08/29/the-nsa-has-its-own-team-of-elite-hackers/

The World’s Top Hacking Groups – Part 1

Click here to read Part 2 of AXEL’s blog on the world’s top hacking groups

Ever since the invention of computers, there have been hackers. However, in the early history of computers, “hackers” weren’t seen as shadowy, havoc-wreaking figures, but simply as enthusiasts. These early hackers tinkered with computers, and ended up creating some of the earliest computer programs. But as computers rapidly gained popularity in the 1980s, cybersecurity cracks were starting to show, and skilled individuals took advantage. In 1989, Joseph Popp created the first ransomware device: A floppy disk sent to world health professionals disguised as medical research. When inserted, the disk locked the user’s computer, and demanded the victim mail $189 to a PO Box in Panama [1]. 

While this early example of hacking is easy-to-understand, modern hacking and ransomware is far more complicated, not just from a technological standpoint, but from an organizational standpoint as well. Gone are the days of individual, hoodie-clad loners furiously typing on their computers in the dark. Today, the people who carry out the world’s worst hacks are part of hacking groups. After all, hackers are smart, and realize that they can do more damage working together, rather than alone. Most of the world’s worst hacks have occurred at the hands of a few hacking organizations, committed to causing chaos around the globe.

These groups have the money and manpower to cause digital devastation on a global scale:

Bureau 121 & Lazarus

North Korea has long been a mysterious, yet aggressive nation, and its state-sponsored hacking group is no exception. Although not much is known about Bureau 121, cybersecurity experts have tied the group to the North Korean government. However, because of the country’s poor infrastructure, experts believe that Bureau 121 plans and executes its operations in Shenyang, China, a city just 100 miles from the North Korean border [2]. The organization mostly targets South Korean businesses, unsurprisingly. One of its biggest attacks was a ransomware attack on South Korea’s Hydro & Nuclear Power Company, resulting in a massive data breach.

While North Korean hackers mostly focus on their South Korean neighbors, it gained worldwide notoriety when Lazarus Group, an affiliate of Bureau 121, attacked Sony Pictures. First, the group leaked thousands of emails between Sony Pictures executives, and leaked unannounced, upcoming films from the studio. More concerningly, the group threatened to commit acts of terrorism at movie theaters unless Sony’s film “The Interview,” a comedy whose plot includes the assassination of Kim Jong-Un, North Korea’s leader, was pulled from theaters [3]. The United States quickly tied the hack to North Korea, but because of the countries’ icy relationship, no arrests have been made.

Syrian Electronic Army

The Syrian Electronic Army (SEA) was formed during the Arab Spring, a series of anti-government protests and uprisings in the Middle East in the early 2010s. It was created to protect controversial Syrian President Bashar al-Assad from Syrian dissidents during the widespread protests [4]. Interestingly, cybersecurity experts are unsure if the group is sponsored by the Syrian government, or is simply a group of pro-Assad hackers [5]. In either case, the SEA is a vehemently pro-Assad organization that has two goals: Punish media organizations that are critical of Assad, and spread Syria’s state-sponsored narrative [4].

One of the SEA’s most famous hacks occurred in 2013, when the group hacked into the Associated Press’ Twitter account and falsely reported that then-President Obama was injured in an explosion at the White House [6]. This single Tweet caused stocks to plummet, highlighting just how much damage can be caused from hackers thousands of miles away. In addition to this notable AP hack, the SEA has hacked Western media organizations, including Facebook, Microsoft, and The New York Times.

Fancy Bear

Although this group may have a cuddly name, its actions are anything but soft. Cybersecurity experts widely believe Fancy Bear to be a Russian-sponsored hacking group responsible for a variety of hacks to advance Russian interests [7]. The group has committed attacks on Germany’s Parliament, French President Emmanuel Macron, and a variety of other Western governments [8]. The group typically uses well-disguised phishing emails to gain access to restricted information.

Fancy Bear used this strategy to pull off its most daring, consequential hack: an attack that leaked thousands of Democratic National Committee (DNC) emails in 2016 [9]. The cyberattack resulted in the public reveal of thousands of DNC emails, many of which were seen as controversial or simply embarrassing. While many countries spy on others during elections, this was one of the first times a foreign country was able to successfully meddle in a United States election. Although it’s impossible to determine if the 2016 Presidential election would have been different if Fancy Bear didn’t commit the attack, this hack showed how valuable, and devastating, cyberattacks can be before elections.

Anonymous

Perhaps the most famous hacking organization in the world, Anonymous is unlike any other group. Anonymous is decentralized, with no leader or physical hub. While this may sound like a disadvantage, this organization ensures that the group can continue its activities even if members drop out or are apprehended. Anonymous is a “hacktivist” group, and does not have specific goals or enemies. However, Anonymous certainly has a broad aspiration to promote freedom of speech and diminish government control [10].

Anonymous gained notoriety during its 2008 cyberattacks on the Church of Scientology, when the group managed to shut down the Church’s website. Following this attack, the organization gained popularity around the world, expanding the group’s hacking capabilities (and potential targets). The group targeted Tunisia’s government during the Arab Spring protests, Visa and MasterCard for declining to do business with WikiLeaks, and Bank of America for its shady mortgage practices [11].

Since 2008, Anonymous has continued to attack governments and organizations that break the group’s core beliefs. However, the long-term impact of these attacks are often negligible. Anonymous’s main strategy is a distributed denial of service (DDoS) attack. While DDoS attacks are successful in shutting down websites and gaining notoriety, once the website is back up, there are few long-term effects of Anonymous’s involvement. So although Anonymous is one of the most notorious hacking collectives in the world, more organized groups are able to cause greater long-term effects with their cyberattacks.

About AXEL

Hacking groups aren’t going away any time soon. That’s why data security and user privacy remain as important as ever. At AXEL we believe that privacy is a human right, and that your information deserves the best protection. That’s why we created AXEL Go. AXEL Go uses 256-bit encryption, blockchain technology and decentralized servers to ensure it’s the best file transfer software on the market. Whether you need cloud video storage or cloud file management, AXEL Go is the secure file hosting solution. If you’re ready to try the best file sharing app for PC and mobile devices, try two free weeks of AXEL Go here.

[1] Kelly, Samantha Murphy. “The Bizarre Story of the Inventor of Ransomware.” CNN. Cable News Network, May 16, 2021. https://www.cnn.com/2021/05/16/tech/ransomware-joseph-popp/index.html

[2] Lee, Dave. “Bureau 121: How Good Are Kim Jong-Un’s Elite Hackers?” BBC News. BBC, May 29, 2015. https://www.bbc.com/news/technology-32925503

[3] VanDerWerff, Emily, and Timothy Lee. “The 2014 Sony Hacks, Explained.” Vox. Vox, January 20, 2015. https://www.vox.com/2015/1/20/18089084/sony-hack-north-korea

[4] Harding, Luke, and Charles Arthur. “Syrian Electronic Army: Assad’s Cyber Warriors.” The Guardian. Guardian News and Media, April 30, 2013. https://www.theguardian.com/technology/2013/apr/29/hacking-guardian-syria-background

[5] Perlroth, Nicole. “Hunting for Syrian Hackers’ Chain of Command.” The New York Times. The New York Times, May 17, 2013. https://www.nytimes.com/2013/05/18/technology/financial-times-site-is-hacked.html?pagewanted=all&_r=0

[6] Moore, Heidi, and Dan Roberts. “AP Twitter Hack Causes Panic on Wall Street and Sends Dow Plunging.” The Guardian. Guardian News and Media, April 23, 2013. https://www.theguardian.com/business/2013/apr/23/ap-tweet-hack-wall-street-freefall

[7] O’Flaherty, Kate. “Midterm Election Hacking — Who Is Fancy Bear?” Forbes. Forbes Magazine, August 23, 2018. https://www.forbes.com/sites/kateoflahertyuk/2018/08/23/midterm-election-hacking-who-is-fancy-bear/?sh=5bccc7aa2325

[8] Hern, Alex. “Macron Hackers Linked to Russian-Affiliated Group behind US Attack.” The Guardian. Guardian News and Media, May 8, 2017. https://www.theguardian.com/world/2017/may/08/macron-hackers-linked-to-russian-affiliated-group-behind-us-attack

[9] Frenkel, Sheera. “Meet Fancy Bear, the Russian Group Hacking the US Election.” BuzzFeed News. BuzzFeed News, October 15, 2016. https://www.buzzfeednews.com/article/sheerafrenkel/meet-fancy-bear-the-russian-group-hacking-the-us-election

[10] Sands, Geneva. “What to Know About the Worldwide Hacker Group ‘Anonymous.’” ABC News. ABC News Network, March 19, 2016. https://abcnews.go.com/US/worldwide-hacker-group-anonymous/story?id=37761302

[11] “The 10 Craziest Hacks Done by Anonymous.” Complex. Complex, May 31, 2020. https://www.complex.com/pop-culture/2011/08/the-10-craziest-anonymous-hacks/

Enron, Ethics, and the Fight for Privacy

In the modern history of business, few names are as synonymous with corruption, deceit and greed as Enron. For years, the Texas-based energy giant engaged in rampant, systematic accounting fraud, covering up massive losses through shady, illegal business practices. After years of abnormally high stock prices, the massive fraud of Enron was uncovered in 2001. Following these revelations, on December 2, 2001, Enron filed for bankruptcy. It was a swift downfall for a formerly massive energy corporation. However, many executives and insiders were aware of Enron’s deceptive accounting practices before the public knew, and took decisive (and illegal) action[1].

In mid-2001, Enron announced a massive USD $638 million loss in its third quarter, shocking investors. Following this report, accountants at Arthur Andersen, Enron’s auditor, began shredding documents related to the fraud[2]. Andersen did this to hide Enron’s documents from the Securities and Exchange Commission (SEC). However, revelations of this illegal shredding came out quickly, and Arthur Andersen, the company itself, was convicted of obstruction of justice. And because the SEC did not allow felons to hold Certified Public Accountant (CPA) licenses, this ruling effectively put Arthur Andersen out of business, costing 85,000 innocent employees their jobs[2].

Arthur Andersen’s illegal paper shredding was one of the most infamous aspects of the Enron scandal, highlighting how far the auditing agency went to protect its client. Unfortunately, this illegal act caused tens of thousands of innocent employees who knew nothing about Enron’s blatant fraud to lose their jobs. However, there’s more to the story than just deception and fraud. Enron and Arthur Andersen’s actions highlight just how important ethics are when handling clients’ documents.

AXEL’s Layers of Protection

Here’s the thing: Protecting your clients and their privacy isn’t an inherently bad thing. After all, that’s exactly what a business should do for its customers. Arthur Andersen, unfortunately, just went way too far, breaking laws and ethics to protect its client. A business ought to do everything in its power to protect its client, while also upholding the law and ethics. And that’s exactly what AXEL does. In fact, AXEL even “shreds” documents too, but we do it to protect you from cybercriminals, not the feds.

Whenever you use AXEL’s network, your documents are split up into digital shards and sent to dozens of different servers across the world. This shredding technique keeps your files safe because even if a hacker compromises a single server, they don’t have access to the full file. This means your file remains whole for you, but separate and illegible for any potential cybercriminals. It’s a vital part of AXEL’s decentralized technology, giving users another layer of protection against cybercrime.

Privacy isn’t the Problem

When Arthur Andersen shredded Enron’s documents, that was an explicitly illegal and unethical act. The accounting firm knew that Enron’s numbers were fudged, and were trying to cover their tracks, as well as Enron’s. However, the problem with Arthur Andersen isn’t what they did. It’s why they did it. Doing everything to keep your client’s files private is perfectly ethical. Doing everything to keep your client’s files private because you know they committed illegal acts is absolutely unethical. So what can we learn from Enron and Arthur Andersen’s actions? Well, if you commit illegal acts, you’re probably going to get caught. But more importantly, there’s nothing wrong with desiring privacy.

For years, anti-privacy activists and lawmakers have repeated a slogan: “If you have nothing to hide, you have nothing to fear.” This Orwellian saying has especially gained popularity in today’s era of mass surveillance, where nearly everything we do is being recorded in some form. Taking a walk outside? There will be cameras to keep an eye on you on street corners. Staying in to go online shopping? Your computer will remember every single search and click. With surveillance taking place inside and outside our homes, it’s easy to forget how much we’re being tracked by governments, businesses and advertisers. With the sheer amount of surveillance occurring in our everyday lives, who can blame anyone who is searching for more privacy?

However, just because this surveillance is happening doesn’t mean it has to stay this way. At AXEL, we believe privacy is a human right. That’s why all of our products and technologies are made with one focus in mind: Privacy. Nearly every popular online space is controlled by a few megacorporations that have shown time and again that they don’t care about privacy. They collect data about you, track you, and know every detail about your life. However, this bleak reality doesn’t have to be our future as well. A better, more private digital future is possible. And AXEL is leading that charge.

Keep Your Clients Safe (Legally)

Whether it’s a small business, massive corporation or mid-sized law firm, it’s their responsibility to protect their clients. Of course, that responsibility ends once a client asks you to break the law like Enron, but a business or firm ought to do everything to protect its customers. And in today’s digital age, protecting customers means protecting them online as well. From ransomware to data leaks, there are a variety of digital threats that are ever-present. Clients and customers don’t only give money to a business; they give them their trust as well. It’s up to businesses and firms to uphold that trust by recognizing digital threats and taking appropriate precautions.

One way to take action is to use AXEL Go, the innovative, secure file-sharing software. AXEL Go uses 256-bit encryption, blockchain technology and decentralized servers to ensure it’s the best file sharing storage software on the market. Whether you need cloud video storage or cloud file management, AXEL Go is the secure file hosting solution. There are a variety of cloud storage options available to businesses and individuals, but none can match the security and simplicity of AXEL Go. If you’re ready to take back your data security, get two free weeks of AXEL Go here.

[1] Bondarenko, Peter. “Enron Scandal: Downfall and Bankruptcy.” Encyclopædia Britannica. Encyclopædia Britannica, Inc., November 30, 2021. https://www.britannica.com/event/Enron-scandal/Downfall-and-bankruptcy

[2] Dowell, Steve. “The Decline and Fall of Arthur Andersen.” ToughNickel. ToughNickel, February 24, 2015. https://toughnickel.com/industries/The-Decline-and-Fall-of-Arthur-Andersen

The History and Modern Uses of Encryption

Codebreaking has long been a staple of futuristic sci-fi movies. So many times when we go to the movie theater, we’ll see a sunglasses-donned man typing furiously at his computer, trying to break a seemingly unbreakable computer code. And more often than not, the man cracks the code in just a matter of seconds, showing the audience just how astute the man is. However, this stereotypical portrayal of hackers and codebreaking, thankfully, is not grounded in reality.

In the real world, encryption technologies are much more complicated than Hollywood likes to present. No single hacker is ever breaking modern encryption technology by themselves, thanks to its incredible security in the modern-day. But, what exactly is encryption? It’s certainly used as a cybersecurity buzzword, but what about encryption actually keeps your files safe? 

Well, simply put, encryption is a code. A user enters legible information, known as plaintext, and then encryption software encodes the plaintext into ciphertext, an illegible string of characters. It can be a code as simple as A=1, B=2, C=3 and so on, or something as complicated as AXEL Go’s 256-bit encryption. After the translation from plaintext into ciphertext, only authorized members with a “key”, a piece of information that decrypts encoded information, can translate the ciphertext back to readable plaintext. This relatively simple process has revolutionized cybersecurity, allowing an extra, vital layer of protection between someone’s information and unauthorized users.

The History of Encryption

Some may believe that encryption started with the invention of the computer. However, the practice of encoding information has been popular (and necessary) long before the Digital Revolution. Encryption was first used by Ancient Greeks and Egyptians to conceal secret information. In fact, the earliest known example of encryption was found in ancient Mesopotamia, when a scribe used symbols to hide a formula for pottery glaze[1]. Later, this method was used to protect military secrets and strategies, a practice still used today. 

Centuries later, encryption technology became much more advanced. By the beginning of World War II, encrypted communications during war was the norm for all nations. The Axis powers used an Enigma machine, an encryption device that used rotating wheels to scramble plaintext into ciphertext. However, the Allied powers quickly learned how to decrypt these messages through brute force, using computers to try all combinations until the key was discovered[2]. Although computers were just in their infancy during World War II, the successful decryption of the Enigma machine highlighted just how powerful and secure computers can be, especially in the field of encrypted communications.

Following the Allied victory, encryption technology advanced exponentially. Computers gained more and more processing power, making encryption devices, such as the Enigma, artifacts of the past. Now, computers have become so powerful that brute force attacks simply are not feasible. For example, the United States military and AXEL Go use the Advanced Encryption Standard (AES), which contains a 256-bit sized encryption key. While 256 bits may not seem like a lot, this means that there are 2256 possible key combinations, or 1.158 x 1077 combinations. To put this number in perspective, there are only an estimated 7.5 x 1018 grains of sand on Earth[3]. It’s safe to say that modern-day encryption is incredibly secure.

How is Encryption Used Today?

In the earlier days of encryption, cracking encryption keys was difficult, but not impossible. Now, however, cracking modern-day encryption technology is impossible without human error. That’s because it would take the world’s most powerful supercomputer millions of years to go through the number of possible key combinations in AES encryption[4]. Because of this incredible amount of security, encryption isn’t just used by governments any more. Any large company that stores customer data uses encryption as an extra layer of defense against unauthorized cybercriminals. With encryption, even if attackers gain access to a company’s data, they’d need a key to translate the ciphertext into legible plaintext. And as long as the encryption key is stored safely, no outsiders will be able to decrypt that data.

However, it’s important to note that not all encryption is built the same. In fact, there are two broad categories of encryption: Symmetric Key and Public Key. Symmetric Key encryption uses the same key to encrypt and decrypt the data. This simpler method is the most used, as it executes the encryption quickly[5]. Public Key, however, uses a public, shared key for encryption, and a different, private key for decryption. Because of the complex logic required for Public Key encryption, it is not as popular[5].

Unfortunately, some have begun to use the incredible power of encryption for less-than-savory reasons. Cybercriminals typically use encryption during ransomware attacks to encrypt the victim’s files. And because modern-day encryption is so secure, victims typically must either pay the ransom to the cybercriminals in exchange for the decryption key, or simply lose all of their encrypted files forever[6]. Even worse, the targets of these attacks can range from individuals to entire governments. That’s why it’s important to use cybersecurity strategies when handling any amount of shared cloud files. While encryption technology has done so much good in the fields of secure communications and cybersecurity, it has also been taken advantage of by criminals who wish to harm individuals and businesses for a quick buck.

Why Encryption Matters

From its humble beginnings in Ancient Mesopotamia to its complex usage today, encryption has been a useful tool for centuries because of one simple philosophy: Not everything should be public. Whether you’re handling your government’s top-secret documents or your grandmother’s top-secret pumpkin pie recipe, encryption is the best way to ensure secure communications. 

AXEL believes that privacy is a human right, and that your information ought to be protected. Put simply, we believe that you should control your data and who gets access to it. That’s why we created AXEL Go. AXEL Go uses AES encryption, blockchain technology and decentralized servers to ensure it’s the best file transfer software on the market. Whether you need cloud video storage or cloud file management, AXEL Go is the secure file hosting solution. In today’s Digital Age, secure file sharing is a necessity for businesses and individuals. If you’re ready to try the best file sharing app for PC and mobile devices, get two free weeks of AXEL Go here.

[1] “History of Cryptography.” Binance Academy. Binance Academy, August 24, 2021. https://academy.binance.com/en/articles/history-of-cryptography

[2] “Colossus.” The National Museum of Computing. Accessed November 23, 2021. https://www.tnmoc.org/colossus

[3] Dotau, Sean. “All You Need to Know about 2^256.” Talk Crypto Blog, April 8, 2019. http://www.talkcrypto.org/blog/2019/04/08/all-you-need-to-know-about-2256/

[4] Nohe, Patrick. “What Is 256-Bit Encryption? How Long Would It Take to Crack?” Hashed Out by The SSL Store, June 11, 2021. https://www.thesslstore.com/blog/what-is-256-bit-encryption/

[5] “Exploring the Differences between Symmetric and Asymmetric Encryption: Cyware Hacker News.” Cyware Labs. Cyware, November 30, 2019. https://cyware.com/news/exploring-the-differences-between-symmetric-and-asymmetric-encryption-8de86e8a

[6] Johansen, Alison Grace. “What Is Encryption and How Does It Protect Your Data?” Norton, July 24, 2020.                   https://us.norton.com/internetsecurity-privacy-what-is-encryption.html

Self-Driving Cars are Here. Are Businesses, Consumers, and Lawyers Ready?

The introduction of the automobile changed not only American transportation, but American culture as well. While automobiles had existed since the late 1800s, they were typically very expensive and unreliable. However, in 1908, Ford released the Model T, an automobile made for the middle class. Sold for a measly USD $850 (a less measly USD $23,000 in today’s dollars), the Model T rapidly gained popularity in the United States [1]. Ultimately, the introduction of affordable mass-market automobiles led to the car-centric transportation system the United States has today. For over a century, this system has persisted, with wide interstate highways and large parking lots dominating American cityscapes.

But even after a century of automobile innovation, relatively little has changed about the fundamentals of driving. At least one passenger must control the car at all times, and if they lose control, even for a split-second, there could be disastrous consequences. Now, in 2021, those fundamentals are beginning to change. With massive tech companies like Uber and Amazon investing heavily in this emerging technology [2], it’s fair to wonder: How soon will self-driving cars become the norm? And how will this eventual change affect tech, law, and culture?

History of Autonomous Vehicles

One of the first autonomous vehicles came just a few years after the popularization of the automobile. However, this car was far from a technological masterpiece, closer to a life-size RC car than an automotive revelation. In 1925, electrical engineer Francis Houdina paraded a driverless sedan with a massive antenna down the streets of New York City. He controlled the car via remote control in a trailing vehicle. Ironically, the car crashed into another automobile full of journalists during the parade [3]. Despite the embarrassing end to the initial showcase, radio-controlled cars became tourist attractions for the next decade. Spectators were amazed by driverless cars, and automobile companies noticed. In 1935, Chevrolet even advertised the benefits of self-driving cars in an automobile safety video [4]. Even when mass-market automobiles were just beginning to flourish, a future filled with autonomous vehicles was dreamt by consumers and automakers alike. However, while automobile companies continued research and development into self-driving cars, it amounted to little else but prototypes and tourist gimmicks.

Beginning in the early 2010s, these prototypes and gimmicks began to have legitimate functionality. Cars manufacturers began to include features that were previously limited to autonomous vehicle prototypes. For example, in 2013, Mercedes-Benz released a luxury car featuring automatic braking, adaptive cruise control and parking assistance [5]. While this tech was exclusive to high-end cars years ago, features like parking assistance and automatic braking are regularly included in more affordable cars today. However, the biggest step toward a future with self-driving cars was made by Tesla. The electric-vehicle company introduced its “autopilot” software in 2015, allowing drivers to take their hands off the wheel while driving [6]. While Tesla’s autopilot feature isn’t fully autonomous, it is one of the first auto manufacturers to produce a mass-market vehicle with significant autonomous capabilities.

Why Autonomous Could be the Future

First and foremost, auto manufacturers are embracing self-driving cars because of their safety. Put simply, humans are not better drivers than robots. Self-driving cars would be able to make split-second decisions quicker than humans. Additionally, an autonomous vehicle future could wipe out incapacitated driving, which makes up 10% of all car crashes [7]. Altogether, one study states that a future with fully autonomous vehicles could cut traffic accidents by at least 34% [7]. While 34% fewer crashes may not seem like a massive decrease, it could have life-saving effects. There were an estimated 36,120 car crash fatalities in 2019 in the United States [8]. If 34% of those crashes were averted by autonomous vehicles, it could save over 12,000 lives each year.

Finally, consumers are drawn to autonomous vehicles because of their convenience. Self-driving cars could put an end to the stresses and anxieties of driving. After all, driving has always required the driver’s complete attention; to the point where eating while driving is heavily discouraged, and texting while driving is illegal in most states. Driving requires full, undivided attention. And for heavy-traffic areas or long road trips, this can be inconvenient for drivers. A future where drivers can send emails, talk to passengers or even nap is incredibly appealing to most drivers. While fully autonomous vehicles are still a long way away, it’s clear why consumers are interested in self-driving cars as well.

Why Autonomous Cars Could Flounder

One of the biggest obstacles facing automakers isn’t one of technological capability, but legal culpability. Right now, in almost every car crash, one of the affected drivers is at fault. Most importantly, the at-fault driver is often on the hook for financial penalties. But if all vehicles are autonomous, and there’s a crash, who is responsible? Because we are nowhere near this level of automation yet, we simply don’t know what the law will be in the era of self-driving cars. Could auto corporations be found at fault? If they are, why would companies continue to make autonomous vehicles if each one could mire the company in a lawsuit? Simply put, there are massive legal questions regarding autonomous vehicles that we don’t know the answer to, and won’t know until self-driving cars are much more integrated into society.

Finally, concern among consumers regarding privacy could cause the future of self-driving cars to sputter. Autonomous vehicles could become yet another device that collects and sells your personal data to advertisers. Even worse, these self-driving cars would have access to loads of unique data points, including travel histories and voice recordings. And because self-driving cars require software updates for new roads, even cars could become subject to ransomware attacks and other cybercrime. While autonomous vehicles can offer unparalleled convenience for their users, they can also force new, invasive forms of surveillance.

Stay Safe with AXEL Go

While AXEL Go can’t protect your autonomous car from ransomware (yet), it can protect your most important files from cybercrime. Offering industry-leading encryption and decentralized blockchain technology, AXEL Go is the best way to protect yourself or your business from data breaches and cybercrime. With AXEL Go, there’s no compromise between security and privacy rights. After all, our business is protecting your data, not collecting it. If you’re ready to try the most secure file-sharing and storage software, get two free weeks of AXEL Go here. 

[1] History.com Editors. “Model T.” History.com. A&E Television Networks, April 26, 2010. https://www.history.com/topics/inventions/model-t

[2] Palmer, Annie. “Amazon Zoox Unveils Self-Driving Robotaxi.” CNBC. CNBC, December 14, 2020. https://www.cnbc.com/2020/12/14/amazons-self-driving-company-zoox-unveils-autonomous-robotaxi.html

[3] Engelking, Carl. “The ‘Driverless’ Car Era Began More than 90 Years Ago.” Discover Magazine. Discover Magazine, May 17, 2019. https://www.discovermagazine.com/technology/the-driverless-car-era-began-more-than-90-years-ago

[4] Chevrolet Presents: The Safest Place. YouTube. YouTube, 2013. https://www.youtube.com/watch?v=cilh7br-P80

[5] Ingraham, Nathan. “Mercedes-Benz Shows off Self-Driving Car Technology in Its New $100,000 S-Class.” The Verge. The Verge, May 18, 2013. https://www.theverge.com/2013/5/18/4341656/mercedes-benz-shows-off-self-driving-car-technology

[6] Golson, Jordan. “Volvo Autonomous Car Engineer Calls Tesla’s Autopilot a ‘Wannabe’.” The Verge. The Verge, April 27, 2016. https://www.theverge.com/2016/4/27/11518826/volvo-tesla-autopilot-autonomous-self-driving-car

[7] Baldwin, Roberto. “IIHS Study: Autonomous Cars Won’t Avoid Majority of Vehicle Crashes.” Car and Driver. Car and Driver, November 10, 2020. https://www.caranddriver.com/news/a32783046/iihs-autonomous-cars-not-as-safe-study/

[8] Media, NHTSA. “Early Estimates of 2019 Motor Vehicle Traffic Data Show Reduced Fatalities for Third Consecutive Year.” NHTSA. NHTSA, May 5, 2020. https://www.nhtsa.gov/press-releases/early-estimates-2019-motor-vehicle-traffic-data-show-reduced-fatalities-third