Starlink's Entry into India: 3 CAT 2026 Reading Comprehension Passages with Questions

1. Reading Comprehension Passage

The history of communications technology is, in part, a history of the gradual separation of infrastructure from territory. Roads, ports and telephone exchanges were traditionally built within identifiable jurisdictions, making their ownership and use relatively easy to associate with the authority of a state. Satellite internet complicates this relationship. A user may be located within one country, connected through a constellation of satellites orbiting the Earth, and served by a company whose principal operations lie elsewhere. The resulting network is physically dispersed, commercially controlled and subject to overlapping claims of jurisdiction.

Starlink, SpaceX's satellite internet service, brings this tension into sharper focus. Its low Earth orbit satellites can provide connectivity in areas where terrestrial networks are expensive to deploy or difficult to maintain. For a country such as India, with remote settlements, mountainous terrain and strategically sensitive border regions, this capability has considerable practical value. Yet the very features that make satellite internet attractive also complicate its regulation. A network designed to operate across national boundaries cannot always be governed through mechanisms developed for infrastructure that is physically situated within them.

The security debate, however, is often framed too narrowly. The question is not simply whether a foreign company can access Indian communications. Different layers of a communications system perform different functions: carrying traffic, managing network access, authenticating terminals and maintaining operational control. Control over one layer does not automatically imply unrestricted access to every user's content. Equally, the absence of direct access to content does not eliminate every security concern. Dependence on an external operator may create vulnerabilities through service disruption, changes in access policy, control over critical updates or the inability of domestic authorities to verify how certain network functions are performed. The precise risks depend on the architecture of the system, the operator's practices and the safeguards imposed upon it.

This distinction matters because security policy can be weakened by treating all foreign infrastructure as inherently dangerous. Such a position substitutes the identity of the provider for an assessment of its actual capabilities and constraints. It may also encourage a false sense of security around domestic alternatives, whose ownership does not necessarily guarantee transparency, resilience or effective oversight. Conversely, the claim that commercial incentives alone will ensure responsible conduct is equally inadequate. A company may comply with the laws of its home jurisdiction while facing conflicting demands from the country in which it operates. Even without malicious intent, the interests of a private operator and those of a host state may diverge during a crisis.

India's regulatory challenge, therefore, is not reducible to choosing between unrestricted access and outright exclusion. Requiring local security audits, clear procedures for lawful interception, reliable mechanisms for emergency coordination and enforceable obligations concerning service continuity could reduce particular risks. But these measures are not interchangeable, nor do they guarantee complete security. Interception requirements, for instance, may raise questions about privacy and technical feasibility, while restrictions on network design could increase costs or delay deployment. Moreover, a regulation that exists on paper but cannot be independently verified may offer little more than the appearance of control.

The deeper issue is whether sovereignty should be understood as the exclusive domestic ownership of infrastructure or as the practical capacity to govern systems on which a country depends. The first interpretation is intuitively appealing but difficult to sustain in an interconnected world. The second is more demanding: it requires technical expertise, institutional coordination, credible enforcement and contingency plans for circumstances in which commercial cooperation fails. A state need not own every component of a network to exercise meaningful authority over its use. It must, however, understand the dependencies it accepts and possess credible means of managing them.

Satellite internet thus presents India with a problem that extends beyond one company. Excluding a provider may reduce certain dependencies while leaving other vulnerabilities untouched; admitting it may improve connectivity while introducing risks that existing institutions are not equipped to assess. The quality of the decision depends less on whether the provider is foreign or domestic than on whether the state can identify, evaluate and manage the consequences of relying on it.

Question 1. Which of the following best captures the central argument of the passage?

A. Foreign-controlled satellite networks should be excluded from strategically sensitive countries because their distributed architecture makes effective regulation impossible.

B. The security implications of satellite internet depend less on the nationality of its operator than on a state's ability to understand and govern its technological dependencies.

C. Satellite internet is fundamentally incompatible with national sovereignty because communications infrastructure can no longer be confined within territorial boundaries.

D. Governments should prioritise domestic ownership of communications infrastructure, even if doing so delays connectivity, because commercial incentives cannot ensure national security.

E. The principal challenge posed by satellite internet is the possibility of unauthorised access to user communications, which can be addressed through stronger interception requirements.

Question 2. Which of the following can be most reasonably inferred from the passage?

A. A country that possesses legal authority to regulate a satellite operator also possesses the technical capacity to enforce its regulations.

B. A satellite operator that cannot directly access the content of user communications presents no significant national security risk.

C. Domestic ownership of communications infrastructure may reduce certain external dependencies without necessarily ensuring transparency or resilience.

D. Commercial operators are likely to disregard the laws of their home jurisdictions when these conflict with the interests of host countries.

E. Requiring foreign satellite operators to undergo security audits would eliminate the risks associated with service disruption and external operational control.

Question 3. The author refers to the distinction between carrying communications traffic and accessing its content primarily to:

A. establish that satellite internet operators have no meaningful influence over the security of communications once data transmission begins.

B. demonstrate that technical control over a communications network and access to the information it carries are separate issues, each requiring distinct security assessments.

C. argue that content interception is a less significant security concern than the commercial pricing of satellite internet services.

D. show that existing telecommunications regulations already provide sufficient safeguards for satellite networks operating across national boundaries.

E. suggest that security concerns surrounding foreign satellite operators are largely unfounded because network functions are technically separated.

Question 4. Which of the following scenarios most closely illustrates the author's understanding of effective digital sovereignty?

A. A government prohibits all foreign satellite operators and assumes that domestically owned networks will automatically remain secure during a military crisis.

B. A government permits foreign satellite operators to function without additional safeguards because their commercial interests depend on maintaining uninterrupted services.

C. A government requires foreign operators to store all user data domestically but does not develop the technical capacity to assess network operations or respond to service disruptions.

D. A government permits satellite services under verifiable security obligations, develops the expertise to assess network dependencies and prepares alternatives in case an operator becomes unavailable.

E. A government imposes extensive interception requirements on every satellite operator, regardless of technical feasibility, to establish its authority over communications.

Question 5. Which of the following statements would the author be most likely to disagree with?

A. A country can exercise meaningful authority over a communications network without owning every component of its infrastructure.

B. Security safeguards that cannot be independently verified may provide less protection than their formal existence suggests.

C. Restrictions on foreign satellite operators may reduce some vulnerabilities while leaving other security weaknesses unresolved.

D. The commercial incentives of a private operator are sufficient to align its conduct with the national security interests of every country in which it operates.

E. The regulation of satellite internet requires attention to technical architecture, institutional capabilities and enforceable obligations.

Also Check, CAT VARC Sample Paper

2. Reading Comprehension Passage

War has historically accelerated the development of technologies whose eventual significance extends well beyond the battlefield. Yet the relationship between technological innovation and military power is rarely straightforward. A technology may provide a decisive advantage in one set of circumstances while creating new dependencies that become visible only when the circumstances change. Satellite internet offers a contemporary illustration of this paradox. By enabling communication across territories where conventional networks have been damaged, obstructed or never established, it can preserve operational coordination when other systems fail. But the same capability can also concentrate considerable strategic influence in the hands of a private operator.

The conflict in Ukraine brought this contradiction into public view. Satellite connectivity helped sustain communications when terrestrial infrastructure was disrupted, demonstrating the value of networks that are not wholly dependent on local physical infrastructure. Such systems can connect dispersed units, support civilian communication and help maintain essential services under extreme conditions. Their importance, however, should not be confused with technological self-sufficiency. The ability to access a network is different from the ability to determine how it operates, which users can access it, what services it supports and under what conditions access may be withdrawn.

This distinction becomes especially significant when the infrastructure is privately controlled. Governments and militaries traditionally exercise authority over many of the assets they use, even when those assets are purchased from commercial suppliers. Satellite networks complicate this arrangement because the operator may retain substantial discretion over service provision. Decisions about coverage, terminal access or permissible uses can have consequences that extend into military planning. A private company's commercial or legal considerations may therefore influence outcomes that a state regards as matters of strategic necessity. The difficulty is not necessarily that the company intends to exercise political power; it is that the technical position it occupies may confer such power regardless of its intentions.

It would nevertheless be misleading to conclude that private control inevitably undermines national security. Commercial operators may possess technical capabilities, investment resources and operational experience that governments cannot easily reproduce. Their participation can make advanced communications available more quickly and at lower cost than a wholly state-built alternative. Moreover, private provision does not automatically imply an absence of public oversight. Contracts, regulation, redundancy requirements and clearly defined emergency procedures can constrain the discretion of operators. The relevant question is whether these safeguards remain effective under conditions in which commercial interests, legal obligations and military requirements cease to align.

For India, the lessons of Ukraine cannot simply be transferred from one geopolitical context to another. The strategic environment, institutional arrangements and nature of potential conflicts differ. India's extensive borders, varied terrain and dependence on reliable communications in remote areas make satellite connectivity attractive, but they also make continuity of service important. A network that performs well during ordinary conditions may become strategically problematic if its availability depends on decisions taken outside the country's control. At the same time, rejecting external providers would not necessarily eliminate vulnerability: domestic systems may face technical limitations, concentrated supply chains or their own forms of operational failure.

The more useful lesson, therefore, concerns the distribution of control rather than the nationality of the supplier. If a state relies on a privately operated network for essential functions, it must understand the conditions under which that reliance could fail. This requires more than obtaining assurances from the operator. It may involve testing alternative communications systems, defining the circumstances in which emergency access is required, clarifying responsibility during service interruptions and ensuring that critical operations do not depend on a single provider. Such measures may be costly, and complete redundancy may be impractical. But the cost of resilience must be weighed against the consequences of discovering a dependency only when it can no longer be changed.

There is also a broader political question. Private technology companies are not sovereign states, yet their infrastructure increasingly supports functions that states consider indispensable. Their decisions can consequently acquire public significance without being subject to the same forms of democratic accountability as government decisions. Simply demanding that companies act in the national interest does not resolve this tension, since national interests are neither uniform nor always compatible across jurisdictions. Nor does transferring ownership to the state necessarily solve the problem if technical competence and operational resilience remain inadequate.

The strategic challenge is thus not to eliminate private participation in critical communications, but to prevent access to privately controlled systems from becoming indistinguishable from dependence upon them. A state may rationally rely on an external network while retaining alternative capabilities and meaningful influence over the conditions of its use. What it cannot safely assume is that access granted during ordinary times will necessarily remain available when the operator faces competing pressures. In this sense, the central lesson of satellite internet in warfare is less about the vulnerability of a particular technology than about the political consequences of relying on infrastructure whose control is distributed unevenly.

Question 1. Which of the following best expresses the central argument of the passage?

A. The use of privately operated satellite networks in warfare should be discouraged because commercial entities cannot be expected to prioritise national security over profitability.

B. The strategic value of satellite internet depends not only on its ability to sustain communication but also on whether states can manage the dependencies created by private control.

C. The experience of Ukraine establishes that satellite internet is indispensable to modern warfare and should therefore be placed under direct government ownership.

D. The principal limitation of satellite internet is its inability to replace terrestrial infrastructure completely during prolonged military conflicts.

E. Governments should prioritise technological self-sufficiency over commercial partnerships because external providers inevitably weaken strategic autonomy.

Question 2. Which of the following can be most reasonably inferred from the passage?

A. A state that has alternative communication systems can eliminate the strategic risks associated with privately operated satellite networks.

B. Private satellite operators acquire political authority only when they deliberately use their technological capabilities to influence government decisions.

C. Commercial participation may strengthen a state's communication capabilities while simultaneously increasing its exposure to decisions beyond its direct control.

D. The experience of Ukraine suggests that governments with domestic satellite networks are less vulnerable during military conflicts than those relying on commercial providers.

E. The strategic importance of satellite connectivity makes contractual agreements and regulatory safeguards largely ineffective during military emergencies.

Question 3. Why does the author argue that the lessons of Ukraine cannot simply be transferred to India?

A. Satellite connectivity played a role in Ukraine primarily because its terrestrial infrastructure was disrupted, a condition that is unlikely to arise in India.

B. India's strategic environment and institutional arrangements differ, requiring policymakers to assess satellite connectivity in relation to their own vulnerabilities and operational requirements.

C. India's dependence on remote communications is greater than Ukraine's, making the adoption of satellite internet a more urgent military necessity.

D. Ukraine's experience demonstrates the limitations of private satellite networks but offers little evidence about the broader relationship between technology and military power.

E. India's national security interests are fundamentally incompatible with the commercial objectives of foreign satellite operators.

Question 4. Which of the following situations best illustrates the distinction between access to a network and strategic independence as used in the passage?

A. A government secures affordable satellite connectivity for remote military units but has no alternative communication system if the provider withdraws access.

B. A government develops its own satellite network but lacks the expertise to maintain it during a prolonged emergency.

C. A private operator expands satellite coverage in border regions while complying with the host country's ordinary licensing requirements.

D. A military acquires satellite terminals from multiple vendors but relies on the same external operator for network access and service continuity.

E. A government negotiates lower satellite internet prices by agreeing to a longer commercial contract with its service provider.

Question 5. Which of the following statements would the author be most likely to agree with?

A. Since private technology companies lack democratic accountability, states should retain exclusive ownership of all infrastructure supporting essential public functions.

B. The strategic risks of commercial satellite networks can be adequately addressed by requiring operators to prioritise national interests during military emergencies.

C. The most effective way to secure communications independence is to eliminate external providers, even when domestic alternatives have significant technical limitations.

D. A state's reliance on privately controlled infrastructure becomes strategically dangerous only when the operator has demonstrated an intention to withdraw services.

E. Private participation in critical communications can be compatible with national security if states maintain meaningful oversight, assess potential failures and develop credible alternatives.

Attempt Here, CAT 2026 Reading Comprehension Passages

3. Reading Comprehension Passage

The expansion of digital connectivity is often presented as an unqualified public good. Access to the internet can improve education, enable financial transactions, connect remote communities to public services and reduce the disadvantages imposed by geographical isolation. From this perspective, any technology capable of extending connectivity to underserved populations appears to advance both economic development and social inclusion. Yet the assumption that more connectivity necessarily produces better outcomes overlooks an important distinction: expanding access to a system is not the same as ensuring that the system serves the public interest. The benefits of connectivity depend partly on the institutions through which it is provided and the conditions under which it operates.

Satellite internet illustrates this distinction particularly well. Unlike terrestrial networks, which require extensive physical infrastructure on the ground, satellite systems can provide connectivity to geographically isolated areas without waiting for fibre-optic cables or mobile towers to become commercially viable. For India, where terrain and population density vary considerably, this capability could reduce some of the costs associated with extending internet access. However, satellite networks also introduce dependencies that differ from those associated with conventional telecommunications. Their operation may rely on foreign-controlled infrastructure, specialised equipment and decisions made by operators beyond the immediate reach of domestic institutions. The technology therefore expands one kind of opportunity while potentially creating another kind of vulnerability.

This creates a policy dilemma. Governments have legitimate reasons to impose security requirements on communications infrastructure, particularly where networks could support essential services or operate near sensitive borders. But regulation is not costless. Compliance requirements may raise the price of deployment, delay the introduction of services or discourage providers from entering markets where uncertainty is high. These costs may be borne disproportionately by communities that already lack reliable alternatives. A restriction designed to protect national security can therefore have consequences for digital inclusion, even if its stated objective is unrelated to access.

It would be tempting to conclude that governments should consequently minimise regulation and allow market competition to determine the pace of expansion. That conclusion, however, assumes that the market adequately accounts for the public costs of insecurity. A provider may have strong incentives to expand its customer base without necessarily bearing the full consequences of a service interruption during a national emergency. Similarly, a user may value affordable connectivity without being in a position to evaluate the security implications of the network carrying their communications. Market prices alone cannot be expected to incorporate every consideration relevant to collective welfare.

The opposite conclusion, that security concerns should always take precedence over access, is equally problematic. Security is not an indivisible objective that increases automatically with every additional restriction. Some measures may address identifiable vulnerabilities, while others may impose substantial costs without producing verifiable improvements. Excessively broad restrictions can also create their own forms of dependence by limiting competition or preventing the development of alternative services. A government that excludes a potentially useful technology without assessing the available substitutes may protect itself against one risk while making the population more vulnerable to another.

The difficulty, then, lies in distinguishing between measures that reduce meaningful risks and measures that merely signal caution. This requires a more demanding approach to regulation. Security obligations should be proportionate to the functions a network performs and the consequences of its failure. Requirements concerning emergency coordination, operational transparency, lawful access and service continuity may be justified where they address clearly identified vulnerabilities. But their effectiveness should be assessed rather than presumed. A regulation that is technically impractical, impossible to verify or unrelated to the risk it claims to address may generate compliance costs without delivering corresponding public benefits.

Such an approach also requires governments to recognise that digital inclusion and national security are not necessarily competing objectives. Reliable connectivity can itself contribute to resilience by enabling emergency communication, improving access to public information and reducing dependence on a narrow set of terrestrial networks. The relevant comparison is therefore not between a secure country without connectivity and a connected country without security. It is between different ways of organising connectivity, each with its own distribution of benefits, risks and costs. A well-designed satellite network may strengthen resilience, while a poorly governed one may introduce vulnerabilities that outweigh some of its advantages.

The deeper challenge is institutional rather than purely technological. Governments must possess the expertise to assess network architecture, the administrative capacity to enforce rules and the willingness to revise requirements when evidence changes. They must also account for the people who bear the costs of policy decisions, including those whose access remains limited because deployment becomes too expensive. Without these capacities, regulation may become either a substitute for genuine security or an obstacle to useful innovation.

India's choices regarding satellite internet should therefore be evaluated not by asking whether connectivity or security deserves priority in the abstract, but by examining how specific arrangements distribute risks and benefits. The objective is neither to eliminate every conceivable vulnerability nor to maximise access regardless of consequence. It is to develop a system in which connectivity can expand without creating dependencies that the state is unable to manage. Achieving that balance is difficult precisely because neither access nor security can be measured adequately by a single indicator.

Question 1. Which of the following best captures the central argument of the passage?

A. Digital inclusion should take precedence over security because the economic and social benefits of connectivity generally outweigh the risks associated with foreign-controlled infrastructure.

B. Governments should impose uniform security requirements on all communications networks because differentiated regulation creates uncertainty and discourages investment.

C. The expansion of digital connectivity should be governed by proportionate, verifiable security measures that account for both the benefits of access and the costs of regulation.

D. Satellite internet is inherently more vulnerable than terrestrial connectivity, making its expansion into underserved regions an unsuitable public policy objective.

E. The primary responsibility for balancing digital inclusion and national security should rest with private providers, since they possess greater technical expertise than governments.

Question 2. Which of the following can be most reasonably inferred from the passage?

A. A reduction in regulatory requirements will necessarily improve digital inclusion without significantly affecting national security.

B. A policy may achieve its stated security objective while still producing a negative overall outcome if its costs disproportionately affect communities without alternatives.

C. Market competition cannot contribute to digital inclusion because private providers are primarily concerned with expanding their customer base.

D. Connectivity provided through satellite networks is more likely to improve national resilience than connectivity provided through terrestrial infrastructure.

E. Governments that lack technical expertise should prohibit satellite internet until they develop the capacity to regulate it effectively.

Question 3. The author discusses both the risks of excessive regulation and the limitations of market competition primarily to:

A. establish that neither government intervention nor market mechanisms can provide a satisfactory basis for regulating satellite internet.

B. demonstrate that the costs of regulation are more immediate and measurable than the risks associated with insufficient oversight.

C. argue that security requirements should be determined by private operators because governments cannot accurately assess technological vulnerabilities.

D. show that both unrestricted market provision and indiscriminate regulation can produce undesirable outcomes, making evidence-based assessment necessary.

E. suggest that the conflict between digital inclusion and national security can be resolved only by developing domestically owned satellite infrastructure.

Question 4. Which of the following hypothetical situations best illustrates the author's preferred approach to regulating satellite internet?

A. A government delays all satellite internet licences until providers can demonstrate that their networks are entirely free of security vulnerabilities.

B. A government exempts providers serving remote communities from security requirements because the social benefits of connectivity outweigh the risks.

C. A government imposes identical compliance obligations on all providers, regardless of their network architecture, operational role or potential impact during an emergency.

D. A government allows providers to determine their own security standards but requires them to publish annual reports on the number of users connected.

E. A government identifies specific network vulnerabilities, imposes technically feasible safeguards, verifies compliance and evaluates whether the resulting costs unduly restrict access.

Question 5. Which of the following statements would the author be most likely to disagree with?

A. The social benefits of satellite connectivity may be reduced when regulatory costs make services unaffordable for communities lacking alternatives.

B. Connectivity can contribute to national resilience by improving emergency communication and reducing dependence on a limited set of terrestrial networks.

C. Security regulations should be assessed according to their actual effectiveness rather than accepted as beneficial merely because they impose restrictions.

D. The existence of security risks is sufficient justification for imposing restrictions, even when their effectiveness cannot be verified and their costs are substantial.

E. Governments need technical expertise and administrative capacity to balance digital inclusion with the security requirements of communications infrastructure.

Check Here, Top 25 Reading Comprehension Passages to Practice for CAT 2026

Other Resources to Ace CAT VARC 2026