Exploring Hidden Horizons Of the Internet
By Tom Seest
Unveiling the Secrets Of the Deep Web
At BestCybersecurityNews, we help entrepreneurs, solopreneurs, young learners, and seniors learn more about cybersecurity.
The deep web is an obscure part of the internet that cannot be accessed via traditional search engines like Google. Here you’ll find secure internet databases such as bank accounts, email messages, medical records and more that cannot be accessed via traditional search engines like Google.
To access the deep web, you’ll need a special browser such as Tor. Also known as “Onion Routing,” this network browser uses random paths of encrypted servers to hide your activity from surface web search engines.
Unveiling the Secrets Of the Deep Web
Table Of Contents
How Does the Deep Web Impact Cybersecurity?
The Deep Web is an expansive network of sites that are not indexed by search engines, such as protected internet databases and private information. This part of the internet makes up only 5-10% of total internet coverage – comprising protected databases, private information and any site unable to accept logins through standard browsers. As such, this part only makes up a fraction of total web activity (between 5-10%).
The surface web is the portion of the world wide web that can be accessed with a standard Internet connection and popular search engines like Google, Bing, and Yahoo. Also referred to as clearnet or surface web, this small portion of the internet makes up part of what makes up the surface web.
Accessing the surface web can be done with either a standard web browser or downloading an application such as Google Chrome or Firefox. All websites listed on the surface web are indexed by search engines and can be accessed with valid URLs.
On the surface of the web, you’ll come across many social media websites, online shopping websites, and other commonly-used public resources. Many of these are labeled with registry operators like.com or.org and form part of what’s known as the open web.
Cybersecurity professionals have been increasingly discussing the Deep Web and Dark Web in recent years as cyberattacks become more frequent and widespread. However, it should be noted that these terms are not interchangeable; there are some key distinctions between them.
The deep web is an expanse of unindexed pages, while the dark web is a subset that uses specialized privacy browsers and encryption to conceal activity. It’s commonly utilized by activists, whistleblowers, and government agencies in order to safeguard their identities and communications.
Cybercriminals often use the dark web to steal information and carry out illegal activities. Examples of illicit trade on the dark web include selling drugs, weapons, and other goods.
The dark web is an underground network built upon encryption and routing technologies. Initially created to protect government intelligence communications, it’s now used by many groups looking for anonymity online.
To access the dark web, you’ll need a browser that runs on a technology known as Onion Router or Tor. The Onion Router is an inter-relay routing system developed in 1990s by U.S. Naval Research Laboratory that continues to be widely used today by governments, dissidents, and activists seeking to avoid surveillance or protect their identity.
How Does the Deep Web Impact Cybersecurity?
Why Should You Care About the Dark Web?
Cybersecurity experts refer to the dark web as an illegal digital space used by hackers and cybercriminals for exchanging information. It contains stolen business data, passwords and other confidential details that could be exploited to break into organizations. Furthermore, it hosts numerous criminal websites and marketplaces that target businesses and consumers with malware, ransomware attacks, phishing attempts and more.
Though the dark web is not always beneficial, it does serve a useful purpose for some groups of people. For instance, whistleblowers, activists and journalists often rely on it to communicate anonymously in countries with censorship policies. Doing so helps them protect their identities and avoid retribution from governments or law enforcement agencies.
Cybersecurity specialists and researchers can benefit from the dark web. By monitoring hackers’ activities, they can detect potential risks early on and protect their organizations from major setbacks.
For instance, a cybersecurity professional might discover stolen credentials being sold on a dark web forum and track down the source of the hack and arrest its perpetrator. Furthermore, they could uncover that someone is selling malware and other malicious software to gain access to an organization’s network.
Security professionals may find the dark web useful in the form of Tor, a network browser used by those wanting to explore deep into the internet without being discovered by Google or other search engines. Tor utilizes onion routing, an encrypted protocol that makes tracing traffic more challenging for attackers.
Users of the dark web have access to sites hosting illegal content, such as drug trafficking, child pornography, hitmen for hire, gore and body parts, human trafficking, weapons, and black market activity. Despite Silk Road’s closure (described as “the Amazon of the dark web”), some of these marketplaces persist due to the high levels of anonymity they offer.
Thankfully, many dark web users understand that although their activities may appear anonymous, associating with them may carry legal repercussions. As evidenced by recent high-profile takedowns of dark web marketplaces like Silk Road, Alpha Bay and Wall Street Market, hundreds were arrested.
Why Should You Care About the Dark Web?
How can Tor Browser keep you anonymous?
Tor Browser is a privacy-focused web browser that enables users to browse the Internet anonymously. This is accomplished by routing traffic through thousands of volunteer-run servers known as relays, making it impossible for anyone to identify its source or location.
This software is free for download on Linux, macOS and Windows and it’s open-source – meaning it was not developed with profit in mind by any government or law enforcement agency.
Anonymity in this network is ensured through “onion routing,” a technology that encrypts messages one layer at a time and sends them through multiple nodes. At each node, the encryption is peeled away, leaving only the destination address and information about where the message will go next.
Once decrypted, the data is sent to an “exit node,” where it will be forwarded on to its intended destination. You can use tools like SEON (available here) to view the destination IP addresses of traffic sent through the Tor Browser.
Though effective, this technique still leaves gaps in your browsing security. Therefore, if you want to surf the web securely, make sure that your IP address never leaks out.
Furthermore, it’s best to avoid any browser plugins or torrent applications that might leak your IP address and expose you to tracking. Instead, opt for a VPN as a way of helping prevent this from occurring.
Finally, ensure you only use HTTPS sites while using Tor Browser. This will guarantee your web traffic is encrypted and no third parties can view or access any data as it travels between exit node and its final destination server.
If you’re a serious privacy defender, it’s wise to keep an eye on the Tor project’s security page. Here, they provide warnings about vulnerabilities in both their network and browser that could allow malicious actors to compromise your privacy or identity.
How can Tor Browser keep you anonymous?
Have you explored the hidden corners of the Dark Web?
The Dark Web Marketplace is a cybercriminal market where criminals sell illegal goods and services, such as cybersecurity-related tools. These sites promote illicit items such as counterfeit money, drugs, false passports, stolen items and fraudulent gambling tickets.
Cybersecurity-related goods and services sold on these markets include off-the-shelf software exploit kits, keyloggers, spyware, adware, rootkits and ransomware. These tools enable hackers to access organizational data as well as other sensitive information.
These products are often purchased with cryptocurrency, which keeps users anonymous while transacting with one another. This business model has made the dark web an attractive and profitable platform for cybercriminals to conduct their illegal activities.
However, the dark web can be a hazardous environment for both businesses and consumers alike. These websites are particularly vulnerable to attacks, becoming prime targets for malware and ransomware infections.
Law enforcement continues to struggle to shut down these sites, yet new ones continue to spring up. One such example is Styx, an online marketplace specializing in identity theft, financial fraud and money laundering.
Organizations operating in these marketplaces must understand the potential threats and how to safeguard their assets. This includes safeguarding customer data, safeguarding systems against attacks, securing mobile devices and making sure network security measures are put in place.
Additionally, organizations must stay abreast of the most up-to-date Cyber Threat Intelligence (CTI). This involves scanning the dark web for trends and emerging risks.
These tools offer valuable insight into attackers’ tactics and motivations. CTI also assists organizations in deciding whether they should take action to thwart or mitigate a potential threat.
The dark web is a lucrative market for malicious cybercriminals who sell pre-made tools to infect networks and devices with malware. These may include exploit kits, keyloggers, information stealers, Trojans and worms that replicate themselves automatically.
Law enforcement agencies around the world are continuously monitoring the dark web for trends and developing tools to combat cybercrime on these sites. To protect your organization against these risks, educate employees and implement robust security measures.
Have you explored the hidden corners of the Dark Web?
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