The Urgent Need to Secure Cyberspace: Protecting Society and Economy

Every time you pay a bill online, book a train ticket through an app, or send a work document over email, you are operating in cyberspace. So is your bank, your hospital, your city’s power grid, and your government. The world has quietly but completely migrated onto a shared digital infrastructure-and that infrastructure is under relentless attack. Understanding why we need to secure cyberspace is not a technical question; it is a question about how modern society functions, and whether it can continue to do so safely.

A world built on digital networks
The vulnerability of critical infrastructure
State-sponsored threats and persistent access
How widespread is the problem globally?
Economic and commercial risks of unsecured cyberspace
Direct losses to businesses
The risk to online commerce
Threats to privacy and public trust
The consumer trust deficit
Privacy as a fundamental concern
Why regulation alone is not the answer
The limits of national-level responses
The case for international cooperation
Securing cyberspace is a shared responsibility

A world built on digital networks

The scale of society’s dependence on computer networks is difficult to overstate. As the U.S. National Science Foundation notes, critical functions of everyday life-health, government, commerce, education, and transportation-are now deeply intertwined with computing. This is no longer a convenience; it is infrastructure. And like all infrastructure, it has to be protected.

The problem is that the more connected we become, the more we expose ourselves to harm. According to CSIS, cyberattacks on critical infrastructure increased 30 percent globally in a single year, with ransomware attacks alone jumping 9 percent in 2024 and generating a record $16.6 billion in losses. Threat actors range from state-sponsored hacker groups to opportunistic criminal networks-and they are growing bolder and more organized every year.

The vulnerability of critical infrastructure

When cybersecurity professionals talk about “critical infrastructure,” they mean the systems a country cannot function without: power grids, water treatment facilities, financial networks, hospitals, and transportation systems. The U.S. Department of Homeland Security’s CISA identifies 16 such sectors, spanning both public and private domains. A successful attack on any one of them can cascade across the others.

State-sponsored threats and persistent access

The threat to infrastructure is not hypothetical. CSIS reports that in early 2024, a China-linked threat actor known as Volt Typhoon maintained unauthorized access to the operational technology network of a small public utility in Massachusetts for nearly a year-not to cause an immediate blackout, but to map the energy grid and gather intelligence for future attacks. This is a pattern of pre-positioning: embedding access inside critical systems so that disruption can be triggered at a strategically chosen moment. That same year, Check Point Research recorded 1,162 cyberattacks on U.S. utilities alone, a 75 percent year-over-year rise.

Russia has similarly targeted Western infrastructure since at least 2016, while Iran-linked groups have been documented targeting industrial control systems. The U.S. House Committee on Homeland Security has described cyberspace as increasingly becoming the battlefield on which adversaries seek to undermine national sovereignty. Even low-sophistication attacks like distributed denial-of-service (DDoS) continue to cause significant disruption-revealing fundamental gaps in baseline security that remain unaddressed.

How widespread is the problem globally?

It is not just the United States. IT Pro reports that almost 95 percent of critical national infrastructure organizations in the UK experienced a cyberattack in 2024. The Carnegie Endowment for International Peace highlights that cyber attacks on critical infrastructure now span the globe-from Costa Rica’s social security system and Australia’s financial sector to South African ports and Norwegian energy companies. This is not a problem any one country can solve alone.

Economic and commercial risks of unsecured cyberspace

Beyond national security, the economic damage from insecure cyberspace is staggering. Cybersecurity Ventures estimates that cybercrime cost the world approximately $9.5 trillion in 2024. To put that in context: if cybercrime were a country, it would rank as the world’s third-largest economy, behind only the United States and China. Statista’s Market Insights project this figure will climb to $13.82 trillion by 2028.

Direct losses to businesses

The FBI’s 2024 Internet Crime Report recorded 859,532 cybercrime complaints in the United States alone, with total reported losses exceeding $16 billion-a 33 percent increase from the previous year. Investment fraud, business email compromise, and personal data breaches topped the list. But reported figures only capture a fraction of actual harm. Research by Total Assure suggests the real economic impact could be 15 to 35 times higher than official figures, once unreported cases are factored in.

For businesses, the consequences go beyond direct financial theft. When proprietary data or trade secrets are stolen, companies lose their competitive advantage. A UK government-commissioned study by Alma Economics found that cyber attacks targeting intellectual property and knowledge assets cost the UK economy as much as 0.30 percent of its total GDP in 2024 alone. IBM data similarly shows that data theft now accounts for 32 percent of all reported cyber incidents globally, surpassing even extortion-based attacks. Losses extend further still-reputational damage, legal costs, loss of customers, and disruption to operations all compound the financial blow.

The risk to online commerce

E-commerce is particularly exposed. Secureworks notes that cybercrime costs now include not just stolen money but lost productivity, data destruction, post-attack business disruption, and reputational harm. These factors together make cyberspace an unreliable environment for commerce unless actively secured. Without security, suppliers and customers alike hesitate to engage digitally-and that hesitation has a direct economic cost.

Threats to privacy and public trust

Security is inseparable from trust, and trust is the foundation of everything that happens online. When people do not trust that their personal and financial information is safe, they disengage-and that disengagement has real consequences for economic activity and democratic participation.

The consumer trust deficit

Research published in Humanities and Social Sciences Communications identifies consumer fraud, data exploitation, and unethical data practices as central concerns that undermine trust in e-commerce platforms. Studies in consumer research confirm that perceived risk negatively impacts purchasing decisions-meaning even the possibility of a breach can suppress commerce. Around 65 percent of data breach victims report losing trust in the affected company, and 85 percent share their negative experiences with others, compounding reputational damage.

The implications reach beyond individual companies. The U.S. Federal Trade Commission has long argued that if the promise of the global online marketplace is to be fully realized, governments and industry must jointly build consumer trust. Without it, the internet’s potential to support economic growth, democratize access to services, and improve lives remains unrealized. A digital economy built on distrust is a digital economy running at a fraction of its capacity.

Privacy as a fundamental concern

Online transactions require people to share sensitive personal and financial information. As research in the Journal of Computer-Mediated Communication notes, some of the most commonly cited concerns include unfamiliar parties obtaining personal information and hackers stealing financial data during transactions. These fears are not irrational-they are backed by evidence. Without robust security, consumers are forced to choose between participating in the digital economy and protecting themselves. That is not a real choice, and it is not a sustainable situation.

Why regulation alone is not the answer

Cyberspace has no single owner, no fixed borders, and no sovereign authority that governs it universally. This makes it fundamentally different from physical territory, and it makes regulation uniquely difficult. A business in one country, attacked by actors in another, using servers in a third-this is not a hypothetical; it is how most cybercrime works.

The limits of national-level responses

National strategies matter, but they have limits. The U.S. National Strategy for Trusted Identities in Cyberspace (NSTIC) was developed precisely to address the gap between technological capability and consumer security-focusing on authentication, privacy, and trust as policy goals, not just technical problems. Similarly, DHS’s CISA coordinates national efforts through public-private partnerships and the Cyber Safety Review Board. These frameworks are valuable. But they operate within national boundaries, while threats operate across them.

The case for international cooperation

The Carnegie Endowment for International Peace makes a compelling case that the global nature of cyber attacks demands a global response. It points to United Nations frameworks for responsible state behavior in cyberspace-including norms that prohibit intentional damage to critical infrastructure and obligate states to take appropriate protective measures. The EU has moved further than most with its NIS2 Directive, the Critical Entities Resilience Directive, and the proposed Cyber Solidarity Act. The OECD, ASEAN, and the G7 have all issued frameworks for critical infrastructure protection. But international coordination remains fragmented, and effective enforcement across jurisdictions is still an unresolved challenge.

What is increasingly clear, as CSIS concludes, is that voluntary frameworks and inconsistent standards are no longer sufficient. The threat landscape demands a combination of enforceable security requirements, proactive deterrence against state-level actors, and genuine international cooperation. Technology, law, and diplomacy must work together-because cyberspace is where all three intersect.

Securing cyberspace is a shared responsibility

Cybersecurity is sometimes framed as a technical problem for specialists to solve. It is not. It is a societal challenge that touches infrastructure, commerce, governance, and individual rights simultaneously. The stakes-stable power grids, functioning hospitals, trustworthy financial systems, and a digital economy that works for everyone-are too high to treat it otherwise. Governments, private companies, civil society, and individuals each have a role to play, and the absence of any one actor weakens the whole system.

What do you think? As societies become more dependent on digital infrastructure, should securing cyberspace be treated as a public good-like roads or public health-with mandatory standards for everyone operating online? And given that cyber threats cross national borders freely, is the current patchwork of national strategies and voluntary international norms anywhere near adequate to meet the challenge?

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Table of Contents

A world built on digital networks 🔗

The vulnerability of critical infrastructure 🔗

State-sponsored threats and persistent access 🔗

How widespread is the problem globally? 🔗

Economic and commercial risks of unsecured cyberspace 🔗

Direct losses to businesses 🔗

The risk to online commerce 🔗

Threats to privacy and public trust 🔗

The consumer trust deficit 🔗

Privacy as a fundamental concern 🔗

Why regulation alone is not the answer 🔗

The limits of national-level responses 🔗

The case for international cooperation 🔗

Securing cyberspace is a shared responsibility 🔗