Author: Aman Kawadia

  • The Dark Web Beyond Stereotypes: Privacy, Crime and Regulation

    The Dark Web Beyond Stereotypes: Privacy, Crime and Regulation

    The Dark web is a deliberately hidden segment of the internet that is accessed daily via specialised anonymising software by millions of users, ranging from citizens seeking privacy to cybercriminals hiding illegal trade. While many see the Dark web merely as a space full of cybercrime and obscenity operating beyond the reach of law enforcement, experts maintain that this depiction fails to represent its full scope. A recent report by the cybersecurity research institution RAND Corporation noted that the Dark web “may be used for legitimate purposes as well as to conceal criminal or otherwise malicious activities.”

    Public attention toward the Dark web has grown in recent years because of increased ransomware attacks, along with ongoing discussions about digital privacy. Governments argue that “warrant-proof encryption” creates obstacles for police investigations, but digital rights organisations argue that strong encryption should be used to safeguard people’s right to private communication. For many internet users, the Dark web enters public discussion only when a major arrest, ransomware incident or large-scale data breach makes headlines.
    The takedown of major Dark web marketplaces such as Silk Road and AlphaBay has changed public perceptions of the Dark web as lawless.
    At the same time, these events have highlighted the Dark web’s growing political and technological importance by demonstrating how anonymising technologies can empower both illicit networks and activists seeking to bypass restrictive censorship. As governments expand online monitoring and civil society groups push back against censorship, the Dark web has increasingly become a subject of debate where issues of security, privacy, and control come into conflict.

    What is the Dark web?
    The internet is often explained using the iceberg theory, a popular visual metaphor that builds upon the work of computer scientist Michael K. Bergman. In his 2001 seminal white paper, “The Deep Web: Surfacing Hidden Value,” Bergman originally compared searching the internet to “dragging a net across the surface of the ocean,” noting that while much is caught in the net, a wealth of deep information is missed. This concept naturally evolved into the widely used iceberg analogy. Just like the tip of an iceberg, the surface web, which accounts for roughly 4–5 per cent of the internet, includes websites that can be accessed through regular search engines. Below this lies the deep web, which makes up most online content and includes private databases, academic portals, subscription platforms, and medical records.
    The Dark web is a smaller and deliberately hidden part of the deep web, accessible only through specialised software.
    Most of these hidden sites function through an anonymous network, which includes Tor (The Onion Router) and I2P. Tor, developed in the early 2000s with the support of the US Naval Research Agency, uses multiple layers of routing to hide a user’s identity and IP address. These tools are designed to provide anonymity. Usage data states that millions of people use Tor worldwide, with hundreds of thousands of daily users in the United States alone.

    Concerns and risks
    The Dark web is perhaps best known for its association with illegal activities. Dark web marketplaces have long been used to trade drugs, weapons, forged documents, stolen data, and malware. Furthermore, the network’s anonymity is notoriously exploited to facilitate severe human rights abuses, including human trafficking, sex rings, and the distribution of child exploitation material. International law enforcement agencies have conducted joint operations to eliminate major platforms, which resulted in both arrests and asset confiscation.
    Anonymity presents major challenges for investigators. Many transactions on the Dark web involve cryptocurrencies such as Bitcoin or privacy-focused alternatives like Monero, making financial tracing difficult. Authorities argue that encrypted communication tools create a safe environment for organised crime. However, law enforcement agencies have developed new methods, including undercover operations and monitoring concealed platforms, to identify offenders.
    In recent years, hidden forums have increasingly supported wider cybercrime networks. Ransomware groups and fraud rings, together with data brokers, frequently use hidden platforms to plan their attacks and sell stolen information. Companies now depend on Dark web monitoring tools, which help them identify both leaked credentials and initial indicators of data breaches. However, the hidden sites still pose significant dangers to individual users because they use scams, malware and phishing attacks as their main methods of operation.

    Alternative uses
    Despite these risks, the Dark web also serves vital non-criminal purposes. In countries with restrictive media laws and widespread online monitoring, anonymising networks help activists and dissidents to bypass censorship and organise securely. Journalists use Dark web platforms to establish source communication, which protects their sources from potential backlash. Major news organisations operate .onion versions of their websites, which enable whistleblowers to submit information without revealing their identities.

    Government and expert responses
    At the policy level, responses remain divided. Proposals that would give governments special access to encrypted communications have faced strong opposition from technology companies and rights groups. The European Union and United Kingdom court systems, together with their data protection authorities, have issued warnings that any reduction of encryption strength will endanger both free speech rights and individual safety. Monitoring organisations such as Freedom House have observed a worldwide increase in governmental restrictions that control online anonymity, which they believe makes it harder for people to maintain their privacy and obtain information.
    Experts increasingly argue that large-scale monitoring measures are unlikely to eliminate Dark web activity and may instead weaken trust in digital systems. Many call for more targeted enforcement, improved technical capacity, and stronger international cooperation rather than blanket regulation.

    The ongoing debate
    The ongoing Dark web debate shows how digital tensions between different forces in society create their own problems. Governments seek to protect national security while fighting crime, but civil society organisations emphasise the need for people to have the right to privacy and freely express themselves. Both sides continue to debate workable long-term solutions. In some cases, attempts to control the Dark web may push operations into more secretive areas, but the practice of unregulated anonymity creates dangerous situations.
    The Dark web functions as both a criminal space and a space that provides freedom to users. It has developed alongside the policies and technologies designed to regulate it. As surveillance capabilities expand and internet freedoms fluctuate worldwide, the Dark web is likely to remain both a refuge and a regulatory challenge.

    Image Credits: David Whelan/ Creative Commons Zero, Public Domain Dedication

  • Artemis II: Return to Deep Space After 50 Years

    Artemis II: Return to Deep Space After 50 Years

    Mission Overview

    Launched on April 1, 2026 from the Kennedy Space Centre in Merritt Island, Florida after more than 50 years since the Apollo 17 mission, NASA has resumed crewed exploration beyond Earth orbit once again. During this mission, four astronauts have been launched to travel around the moon before returning to Earth. The crew includes NASA astronauts Reid Wiseman, Victor Glover, and Christina Koch, along with Canadian astronaut Jeremy Hansen. The mission is expected to last 10 days, ending with a splashdown in the Pacific Ocean. The mission aims to test critical safety measures required for future deep space exploration.

    Trajectory and Distance

    Artemis II is designed to follow a free return trajectory, allowing spaceflight to loop around the moon and return to Earth using lunar gravity. The mission is expected to set several human spaceflight records, including distance from Earth (406,773 km); distance beyond the Moon (about 7,600 km); and velocity (atmospheric re-entry speed of about 40,000 km/h).

    Mission Objectives and Testing

    Artemis II is mainly designed to check the Orion Spaceflight, NASA’s deep space crew vehicle, designed to carry astronauts beyond low Earth orbit, and its overall performance in deep space conditions. Key systems, including life support, navigation, propulsion and communication, are being tested to ensure they can operate reliably during long duration missions beyond low Earth orbit.

    The astronauts are also carrying out operational tasks such as proximity manoeuvres, handling onboard systems and preparing for emergencies. These activities are intended to assess how effectively both the crew and spaceflight can function together in deep space.

    In parallel with this, the crew is participating in health related experiments, including tracking sleep patterns, studying radiation exposure, and observing how the human body responds in space. The data collected will help scientists to understand the physical and psychological impact of deep space and to improve future deep space missions.

    Radiation exposure is a key concern. During the mission, astronauts are expected to use about 5% of their total lifetime radiation limit, which is roughly equal to the exposure from spending a month on the International Space Station. Studying these radiation exposure levels will help improve protection systems and establish safety for longer missions, including further lunar landings.

    Crew Composition

    The Artemis II crew includes four astronauts, representing both NASA and the Canadian Space Agency.

    The crew consists of NASA astronauts Reid Wiseman (50), the oldest member of the crew, Victor Glover (49), the first Black astronaut assigned to a lunar mission, and Christina Koch (47), the first woman assigned to a lunar mission. Jeremy Hansen (50) is the first non-U.S. citizen to participate in a mission beyond low Earth orbit.

    Launch and Early Mission Phases

    The mission was launched successfully from the Kennedy Space Centre, with the Space Launch System (SLS) generating over 8 million pounds of thrust during liftoff. Post launch, the Orion spaceflight entered a high Earth orbit and later performed a translunar injection burn lasting for approximately six minutes, placing it on a trajectory towards the moon.

    During the initial phase of the mission, astronauts carried out system checks, tested onboard equipment and prepared for the lunar flyby. The Spaceflight has already travelled more than 100,000 miles from Earth and continues to follow its planned trajectory.

    Future Prospects

    Artemis II is part of a broader program focused on returning humans to the moon. The next big mission, Artemis III, is expected to attempt a crewed lunar landing with a focus on the moon’s south pole.

    This region is being studied for the presence of water ice beneath its surface. These resources could be useful for producing fuel and supporting life during future missions. Unlike other missions, Artemis III is designed for long-term exploration rather than short-term visits.

    Artemis II is set to be the first crewed mission beyond low Earth orbit in over five decades. As astronauts travel in deep space and test critical systems, this mission provides data that will help future lunar exploration. It also reflects a broader step toward expanding human presence beyond Earth, with implications for long-term space missions.