There was a time when cybersecurity was treated as a technical issue.
It belonged to the IT department. It was discussed through passwords, antivirus software, firewalls, server patches and office email systems. Senior leadership noticed it only when the website went down, an employee clicked a suspicious link, or a company needed to pass a compliance audit.
That world is gone.
Cybersecurity is no longer only about protecting computers. It is about protecting hospitals, stock exchanges, airports, power grids, telecom networks, banks, defence systems, elections, identity systems, digital payments, government databases, water supply systems, ports, satellites, schools, media platforms and citizens’ trust in the state.
A cyberattack today can stop surgeries, freeze payments, disrupt fuel pipelines, leak military data, manipulate public opinion, paralyse government services, steal citizen identities, damage business continuity and weaken national morale.
That is why cybersecurity has moved from IT departments to national security rooms.
The question is no longer merely: Is our system secure?
The question is: Can our society continue to function when digital systems are attacked?
The Digital State Has Become a Cyber Target
Modern states are digital states.
Governments collect taxes online, deliver welfare through digital platforms, run public procurement through portals, authenticate citizens through identity systems, manage transport through connected infrastructure, regulate banks through digital reporting, and increasingly communicate with citizens through online channels.
This improves speed, transparency and scale. But it also creates exposure.
Every digital service becomes a potential attack surface. Every database becomes a target. Every payment rail becomes a point of vulnerability. Every connected device becomes a possible entry point. The more digital a country becomes, the more serious its cyber risk becomes.
India’s own transformation shows this clearly. A 2025 government backgrounder noted that over 86% of households in India were connected to the internet and that cybersecurity incidents rose from 10.29 lakh in 2022 to 22.68 lakh in 2024, reflecting the expanding scale and complexity of digital threats. The same document stated that the Union Budget 2025–26 allocated ₹782 crore for cybersecurity projects.
This is the paradox of Digital India.
The same systems that empower citizens also create new vulnerabilities. UPI, Aadhaar-linked services, online banking, e-governance, digital health systems, e-commerce and cloud-based enterprise platforms make life faster. But they also make cyber resilience central to national stability.
A country cannot become digitally powerful without becoming cyber-secure.
Cybersecurity Is Now Economic Security
A serious cyberattack does not only damage software. It damages the economy.
A ransomware attack can shut down a factory. A data breach can destroy customer trust. A cyber fraud network can drain citizens’ savings. A supply-chain compromise can infect thousands of companies. A cloud outage can interrupt digital businesses. A phishing campaign can compromise corporate payments. A breach in a bank, exchange, insurer or payment platform can create systemic financial risk.
IBM’s 2025 Cost of a Data Breach Report estimated the global average cost of a data breach at $4.4 million, while noting that ungoverned AI systems are more likely to be breached and more costly when they are. In India, IBM reported that the average organisational cost of a data breach reached ₹220 million in 2025, an all-time high and 13% higher than the previous year.
These numbers show why cybersecurity is now a boardroom issue.
A breach is not simply an IT failure. It is a financial event, a legal event, a reputational event and sometimes a national event. Companies that treat cybersecurity as a cost centre will eventually discover that insecurity is far more expensive.
The same is true for governments. Cyber insecurity raises the cost of digital governance. If citizens do not trust online systems, digital adoption slows. If businesses fear cyber risk, investment suffers. If foreign investors doubt a country’s cyber resilience, strategic sectors become less attractive.
Economic power now depends on digital trust.
Ransomware Has Become Organised Economic Warfare
Ransomware is one of the clearest examples of cybersecurity moving beyond IT.
Earlier, ransomware was often imagined as a criminal locking files and demanding payment. Today, it has become an organised criminal industry. Groups operate with affiliates, negotiators, leak sites, access brokers, payment channels, malware developers and customer-support-like systems for victims.
The model is simple and brutal: enter a network, steal data, encrypt systems, threaten public leakage, disrupt operations and demand payment.
Verizon’s 2026 Data Breach Investigations Report says 48% of breaches now involve ransomware, while noting that payouts are shrinking as more organisations choose not to pay. The same report says 31% of breaches now start with software vulnerabilities, overtaking stolen passwords as the top entry method in its dataset.
This changes the meaning of ransomware.
It is no longer only cybercrime. It is pressure warfare against organisations and societies. Hospitals, schools, local governments, logistics firms, manufacturers and public utilities are not attacked because they are glamorous targets. They are attacked because they cannot afford downtime.
Ransomware understands urgency.
A hospital must restore patient systems. A city must resume services. A factory must restart production. A school must protect student data. A logistics company must move goods. Attackers exploit the fact that some organisations may pay not because they want to, but because delay hurts human beings and public trust.
This is why ransomware must be treated as a national security issue.
Critical Infrastructure Is the New Cyber Battlefield
The most serious cyber risks are no longer limited to websites and corporate email.
The real danger lies in critical infrastructure: power, water, oil and gas, telecommunications, transport, banking, hospitals, ports, airports, railways, defence networks, space assets and emergency services.
These systems are increasingly connected. Industrial control systems, sensors, remote monitoring tools, operational technology networks and cloud-based management platforms have made infrastructure more efficient. But they have also made it more exposed.
Microsoft’s 2025 Digital Defense Report states plainly that cyberattacks are no longer isolated IT issues; they now shape economies, geopolitics and public trust. It also says the stakes extend beyond IT systems into global stability, business continuity and public trust.
This is the heart of the modern cyber problem.
When a social-media account is hacked, the damage may be reputational. When a power grid is attacked, the damage may be civilisational. When hospital systems are locked, lives may be at risk. When telecom networks are disrupted, emergency response weakens. When ports or railways are attacked, supply chains suffer.
Critical infrastructure cybersecurity is therefore not optional. It is the digital equivalent of border security.
Cyberwar Is Already Here, But It Looks Different
Traditional war announces itself through tanks, aircraft, missiles and soldiers. Cyberwar often arrives quietly.
It may begin with a phishing email, a compromised vendor, a stolen credential, a malicious software update, a zero-day exploit, or malware hidden inside a network for months. It may not immediately destroy anything. It may simply collect intelligence, map systems, steal secrets or prepare access for future disruption.
This is what makes cyber conflict dangerous.
A cyberattack can be deniable. Attribution is difficult. The attacker may be a state, a criminal group, a proxy, a contractor, a hacktivist collective or a mixture of all four. The same tools can be used for espionage, sabotage, theft, influence operations or battlefield support.
Microsoft reported that in 2025, nation-state threat actors evolved their cyber and influence operations with more advanced, targeted and scalable tactics, and rapidly adopted AI to produce automated and large-scale influence campaigns.
This means cybersecurity has become part of geopolitics.
States no longer compete only through diplomacy, trade, military deployments and sanctions. They compete through networks, platforms, data theft, influence operations, infrastructure probing and cyber espionage.
A country may be at peace legally while under constant cyber pressure operationally.
AI Has Changed the Cyber Equation
Artificial intelligence is transforming cybersecurity on both sides.
Defenders can use AI to detect anomalies, analyse logs, identify malware patterns, block fraud, automate response, scan vulnerabilities and prioritise alerts. This is essential because modern networks generate too much data for human analysts alone.
But attackers can also use AI.
They can create more convincing phishing messages, generate malicious code faster, automate vulnerability discovery, clone voices, create deepfake identities, scale fraud, conduct reconnaissance and manipulate employees or citizens with greater precision.
The World Economic Forum’s Global Cybersecurity Outlook 2026 says AI is transforming cyber on both sides of the fight, strengthening defence while enabling more sophisticated attacks. It also highlights that cybersecurity risk is accelerating amid AI adoption, geopolitical fragmentation and widening cyber inequity.
Microsoft’s 2025 report adds that threat actors are turning to AI to scale phishing and automate intrusions, while AI-driven phishing is now three times more effective than traditional campaigns in its findings.
This is the new arms race.
AI gives defenders speed. It gives attackers scale. The side that adapts faster will have the advantage.
The Deepfake Threat to Trust
One of the most dangerous cyber risks is not technical disruption, but trust destruction.
Deepfake audio, synthetic video, AI-generated documents, fake identities and automated propaganda can make citizens doubt what is real. A cloned voice can trick an employee into transferring funds. A fake video can create political panic. A fabricated document can move markets. A synthetic identity can bypass verification systems.
Microsoft reported in 2025 that deepfakes and AI-generated IDs are being weaponised to bypass verification checkpoints, and that AI-driven forgeries grew 195% globally in its observed data.
This affects democracy, finance and national security.
Elections depend on trust. Banking depends on identity. Journalism depends on evidence. Courts depend on records. Governance depends on public confidence. If AI makes deception cheap and scalable, societies will need new verification systems.
Cybersecurity is therefore no longer only about protecting networks. It is about protecting reality.
Supply Chains Are the Weak Link
No organisation is secure alone.
A company may have strong internal security, but still depend on vendors, cloud providers, software suppliers, payment processors, logistics platforms, managed service providers, contractors and open-source libraries. Attackers understand this. Instead of attacking the most secure target directly, they often attack a weaker supplier with privileged access.
This is why supply-chain cybersecurity has become a national security concern.
A malicious software update can affect thousands of customers. A compromised vendor credential can open a critical network. A vulnerable open-source library can expose companies globally. A cloud provider incident can cascade across sectors.
IBM’s India breach findings for 2025 listed third-party vendor and supply-chain compromise as one of the top three initial causes of data breaches in India, accounting for 17% of the studied breaches, behind phishing at 18%.
This means cybersecurity cannot be confined to one organisation’s perimeter.
The modern perimeter includes suppliers, platforms, APIs, software libraries, employees’ devices, outsourced services and cloud systems. Security must become ecosystem security.
A weak vendor can become a national vulnerability.
The Identity Problem
For years, cybersecurity focused heavily on network perimeters. But in cloud-based and remote-work environments, identity has become the new perimeter.
Who is logging in? From where? With what device? With what privileges? Is the user human or machine? Is the account compromised? Is the session behaviour normal? Should the system trust this access request?
Attackers increasingly target identity because credentials are the keys to the digital kingdom.
They steal passwords, session tokens, API keys, admin accounts, remote access credentials and service accounts. Once inside, they move laterally, escalate privileges and hide.
This is why zero trust has become central to cyber strategy.
Zero trust does not mean trusting nobody in a social sense. It means no access request should be automatically trusted merely because it comes from inside the network. Every request must be verified, monitored and limited.
In a world of cloud platforms, remote work, AI agents and machine identities, identity security is national security at organisational scale.
Cybersecurity Is Now a Governance Issue
Many breaches are not caused by lack of tools. They are caused by weak governance.
Organisations buy security products but fail to patch systems. They deploy AI without access controls. They collect data without proper classification. They outsource critical functions without security audits. They lack incident-response playbooks. They do not train staff. Boards do not ask hard questions. Regulators react after harm occurs.
IBM’s 2025 report says 63% of organisations globally lacked AI governance policies to manage AI or prevent shadow AI, while 97% of organisations reporting an AI-related security incident lacked proper AI access controls.
This is why cybersecurity belongs in leadership rooms.
A chief information security officer cannot protect an organisation if the board treats security as a technical detail. A national CERT cannot protect a country if ministries, regulators, private firms and citizens do not coordinate. A law cannot create resilience if enforcement capacity is weak.
Cybersecurity is not merely a technology function. It is governance discipline.
India’s Cybersecurity Challenge
India has one of the world’s largest digital populations, one of the fastest-growing digital-payment ecosystems and one of the most ambitious digital public infrastructure models. That gives India enormous opportunity, but also enormous exposure.
A country with population-scale digital systems must also have population-scale cyber resilience.
CERT-In’s 2026 backgrounder says that in 2025, CERT-In handled over 29.44 lakh cyber incidents, issued 1,530 alerts, 390 vulnerability notes and 65 advisories, while empanelling 231 cybersecurity audit organisations. It also conducted 122 cybersecurity drills and exercises involving about 1,570 organisations across sectors including defence, space, atomic energy, telecom, finance, power, oil and gas, transportation, IT/ITeS and state data centres.
These figures show India is building response capacity. But they also show the scale of the challenge.
India must secure not only elite institutions, but ordinary citizens. Cyber fraud, phishing, fake investment schemes, digital arrest scams, UPI fraud, loan-app abuse, SIM misuse and identity theft affect public confidence in digital life.
Cybersecurity in India cannot be only about protecting government servers. It must protect the citizen.
Citizen Cybersecurity Is National Security
A nation is not cyber-secure if only its ministries are protected.
Citizens are often the first targets. Fraudsters call them, message them, impersonate police officers, create fake apps, clone websites, exploit fear, promise investment returns, misuse OTPs and manipulate trust. The weakest point in the cyber chain is often not a firewall. It is a frightened, confused or hurried human being.
This is why cyber literacy matters.
People must know how to identify phishing, protect passwords, avoid suspicious links, verify payment requests, report fraud quickly, secure devices and understand basic digital hygiene. Schools, banks, telecom companies, platforms, employers and government agencies all have a role.
India’s cyber-fraud response includes the 1930 helpline and blocking of SIM cards and IMEIs linked to cyber frauds; the government backgrounder stated that over 9.42 lakh SIM cards and 2,63,348 IMEIs linked to cyber frauds had been blocked.
This is important because cybercrime often depends on telecom and identity infrastructure. If fraudulent SIM networks are disrupted, many scams become harder.
But enforcement must be matched by awareness. Citizens cannot be expected to survive a sophisticated fraud economy alone.
Cybersecurity and Public Trust
Digital governance depends on trust.
If people believe government websites are unsafe, they hesitate to use them. If they fear digital payments, they return to cash. If they worry health data will leak, they avoid digital health records. If companies fear cloud compromise, they delay transformation. If citizens lose trust in online information, democracy suffers.
Cybersecurity is therefore not only about preventing losses. It is about preserving confidence.
A successful cyberattack can produce a second-order effect more damaging than the first: fear. Citizens may begin to distrust systems even after the immediate damage is repaired. Trust, once broken, is hard to rebuild.
This is why transparency matters.
When breaches occur, organisations must disclose responsibly, support affected users, explain corrective actions and cooperate with authorities. Hiding incidents may protect reputation temporarily, but it weakens systemic learning.
Cyber resilience requires a culture where reporting is not treated as shame, but as defence.
The Private Sector Is Now Part of National Defence
Much of the digital infrastructure of modern nations is owned or operated by private companies.
Banks, telecom networks, cloud providers, data centres, hospitals, ports, airlines, payment systems, e-commerce platforms and software vendors all form part of the national digital ecosystem. This means national cybersecurity cannot be achieved by government alone.
The private sector is now part of national defence.
This does not mean every company becomes a military actor. It means companies operating critical systems have public responsibilities. They must invest in security, report incidents, share threat intelligence, conduct drills, protect customer data, maintain backups and design for resilience.
Microsoft’s 2025 report emphasises collaboration across industry peers, CERTs, governments and internal teams as cybercrime industrialises and access brokers sell entry to organisations.
This is the correct direction.
Cyber defence is collective defence. A threat seen by one bank may matter to all banks. A vulnerability found in one telecom system may matter to the entire sector. A ransomware technique used against one hospital may soon be used against another.
Security information must move faster than attackers.
Regulation Is Becoming Tougher
Governments are increasingly moving from voluntary cyber guidance to mandatory regulation.
This includes breach reporting, critical-infrastructure obligations, data protection, cybersecurity audits, supply-chain rules, cloud security standards, financial-sector resilience requirements and penalties for negligence.
This shift is necessary because market incentives alone often underproduce security. Companies may delay patching, underinvest in resilience, avoid disclosure or treat cybersecurity as an expense until a crisis occurs.
But regulation must be intelligent.
Bad regulation creates paperwork without resilience. Good regulation creates accountability, minimum standards, incident reporting, board responsibility, audit discipline and sectoral preparedness.
The objective should not be compliance theatre. The objective should be operational resilience.
A company should not merely prove that it filled forms. It should prove that it can detect, withstand, respond to and recover from cyberattacks.
The Coming Cyber Insurance Question
As cyber risk grows, cyber insurance becomes more important.
Insurance can help organisations manage financial losses, improve risk assessment and encourage better security practices. But cyber insurance also faces a serious problem: systemic risk.
If one vulnerability affects thousands of companies at once, losses can be enormous. If a state-backed attack hits critical infrastructure, is it insurable? If a cloud provider fails, how many clients are affected simultaneously? If ransomware targets an entire sector, can insurers absorb the claims?
Cyber insurance will therefore push companies toward stronger controls, but it cannot replace national resilience.
Insurance pays after damage. Security reduces damage. Resilience ensures continuity.
All three are needed.
Cybersecurity and Small Businesses
Large companies can hire security teams, buy tools and run audits. Small businesses often cannot.
Yet small businesses are deeply exposed. They use digital payments, cloud accounting, e-commerce platforms, WhatsApp business communication, online banking, customer databases and vendor portals. A single phishing attack can destroy them.
This creates a cyber inequity problem.
The World Economic Forum’s 2026 outlook warns that widening cyber inequity is reshaping global risk, as unequal access to resources and expertise increases systemic vulnerability.
This applies within countries too.
If only large corporations can afford security, the economy remains vulnerable through smaller suppliers and service providers. Governments, banks, industry associations and technology platforms must help small firms with affordable cybersecurity templates, awareness, secure defaults, managed services, incident support and insurance access.
A supply chain is only as secure as its weakest participant.
Cybersecurity and the Military
Military systems are increasingly digital.
Command networks, drones, satellites, logistics, radar, communications, missile systems, cyber commands and intelligence platforms all depend on secure digital infrastructure. Militaries must defend their own networks while also preparing for cyber operations as part of modern conflict.
Cyber capabilities can support conventional war by disrupting communications, targeting logistics, spreading disinformation, collecting intelligence and degrading command systems.
But military cyber operations create escalation risks.
A cyberattack on a power grid, hospital system or satellite network during conflict could blur the line between military and civilian targets. Attribution may be uncertain. A state may misread intent. A cyber operation intended as limited pressure could trigger broader escalation.
This is why cyber norms matter.
The world needs clearer rules on attacks against civilian infrastructure, hospitals, electoral systems, nuclear facilities and emergency services. But agreement is difficult because states want flexibility and plausible deniability.
Cyber warfare has entered international politics faster than international law has adapted.
Cyber Diplomacy Becomes Essential
Cybersecurity is now a diplomatic issue.
Countries must cooperate on cybercrime investigations, data requests, ransomware payments, cryptocurrency tracing, extradition, threat intelligence, critical-infrastructure norms, election interference, AI misuse and supply-chain vulnerabilities.
No country can fight cybercrime alone because attackers operate across borders. A victim may be in India, the server in Europe, the cryptocurrency wallet elsewhere, the malware developer in another region, and the money mule in a different country.
Microsoft’s Digital Defense Report recommends harmonised cross-border legal frameworks and tools to enable faster cybercrime disruption.
This is crucial.
If legal cooperation is slow, cybercriminals exploit borders. If evidence-sharing is weak, investigations fail. If countries shelter cybercriminals, deterrence collapses. If geopolitical rivalry blocks cooperation, citizens everywhere suffer.
Cyber diplomacy must become a permanent part of foreign policy.
Offensive Cyber Capability and Deterrence
Defence alone may not deter sophisticated cyber adversaries.
States are increasingly developing offensive cyber capabilities to impose costs, disrupt hostile networks, gather intelligence and signal deterrence. This raises difficult ethical and strategic questions.
Should states hack back? Under what legal authority? Against whom? How can escalation be controlled? What if a cyber operation affects civilian systems? How should democratic oversight function? Can offensive tools leak and be reused by criminals?
Cyber deterrence is more complex than nuclear deterrence.
Nuclear weapons are visible, rare and catastrophic. Cyber weapons are hidden, reusable, deniable and often ambiguous. Deterrence requires attribution, credibility, proportionality and signalling. All are difficult in cyberspace.
Still, cyber deterrence will become increasingly important.
A state that cannot impose costs may become a permanent target. But a state that acts recklessly may create instability. The challenge is to build deterrence with restraint.
The Role of Cyber Hygiene
Amid all the geopolitical complexity, many cyber incidents still begin with basic failures.
Unpatched systems. Weak passwords. No multi-factor authentication. Poor backups. Misconfigured cloud storage. Excessive admin privileges. Lack of employee training. No incident response plan. No asset inventory. No vendor audit.
Cybersecurity often sounds futuristic, but resilience begins with discipline.
The basics are not glamorous. But they matter.
Patch quickly. Back up offline. Use multi-factor authentication. Segment networks. Monitor logs. Train employees. Test recovery. Limit privileges. Secure cloud configurations. Audit vendors. Encrypt sensitive data. Report incidents early.
National cyber strength is built from millions of such ordinary acts.
A country does not become cyber-secure only through elite cyber commands. It becomes cyber-secure when banks, schools, hospitals, small businesses, local governments and citizens practise basic security consistently.
AI Defence Must Be Built Carefully
AI can help defenders, but AI security tools must themselves be governed.
If organisations deploy AI without oversight, they may create new vulnerabilities. AI systems can be manipulated through adversarial prompts, poisoned data, insecure plugins, exposed APIs and improper access controls. Shadow AI — employees using unsanctioned AI tools — can leak sensitive information or create compliance risks.
IBM’s India findings said only 37% of organisations in India reported having AI access controls in place, while nearly 60% had no AI governance policy or were still developing one.
This is a warning.
AI cannot be pasted on top of weak governance. It must be secured by design. Organisations need AI inventories, access controls, data policies, model-risk management, audit logs, red-teaming, vendor review and clear accountability.
AI may become a powerful cyber shield. But unmanaged AI can become a new attack surface.
Cybersecurity and Democracy
Democracy depends on secure information systems.
Voter databases, election infrastructure, political-party systems, media organisations, social platforms, public records and government communication channels are all cyber targets. But the bigger threat may be psychological rather than technical.
A hostile actor may not need to change votes. It may only need to make citizens believe that votes were changed. It may not need to control the media. It may only need to flood the information space with doubt. It may not need to silence every journalist. It may only need to make truth feel uncertain.
This is why election cybersecurity must include both technical and informational defence.
Systems must be secured. Results must be auditable. Misinformation must be countered quickly. Deepfakes must be identified. Public communication must be credible. Political parties must secure their own systems.
Cybersecurity is now part of democratic resilience.
India Needs a Whole-of-Nation Cyber Doctrine
India needs cybersecurity not as a department, but as doctrine.
A serious cyber doctrine should include critical-infrastructure protection, citizen cyber safety, AI security, supply-chain audits, cloud resilience, data protection, cyber diplomacy, cybercrime disruption, public-private threat sharing, cyber-skilling, military cyber capability, secure digital public infrastructure and crisis-response protocols.
It must also define responsibilities clearly.
Who leads during a major cyber crisis? How do sectoral regulators coordinate? What must private companies report? What happens if a bank, telecom operator, hospital network or cloud provider is attacked? How are citizens informed? How are backups restored? How is misinformation managed? How is attribution handled? What diplomatic response follows?
Cyber crisis management cannot be improvised during a crisis.
India’s CERT-In capacity-building, audit empanelment and sectoral drills are important steps, especially given the 2025 drills involving defence, space, atomic energy, telecom, finance, power, oil and gas, transportation and state data centres. But the next phase must move from incident response to national cyber resilience.
The goal is not merely to recover after attacks. The goal is to keep the country functioning during attacks.
Cybersecurity Is Human Security
Cybersecurity is often discussed in technical language, but its consequences are human.
A pensioner loses savings to fraud. A patient’s hospital record is locked. A student’s data is leaked. A small business loses access to accounts. A woman is blackmailed through stolen images. A worker is tricked by a fake job scam. A family is manipulated through digital arrest fraud. A public service portal fails during an emergency.
These are not abstract risks.
Cybersecurity protects dignity, money, privacy, health, mobility and trust.
This is why cyber policy must not be written only for experts. It must speak to citizens. It must make reporting easy. It must reduce shame around victims. It must punish organised fraud. It must make platforms responsible. It must design systems that assume human error and reduce harm.
The citizen should not be the last line of defence. The system should protect the citizen.
Conclusion: The New National Security Room
Cybersecurity has moved from IT departments to national security rooms because the digital world has become the operating system of modern life.
Banks, hospitals, power grids, ports, telecom networks, schools, courts, elections, government services, businesses and citizens now depend on digital systems. To attack those systems is to attack the functioning of society.
The next war may begin with malware before missiles.
The next financial crisis may begin with a breach before a bank run.
The next election crisis may begin with a deepfake before a ballot dispute.
The next public-health disruption may begin with ransomware before a shortage of doctors.
The next national-security failure may begin not at the border, but inside a server, a cloud account, a vendor network or a citizen’s phone.
This does not mean panic is the answer. Discipline is the answer.
Cybersecurity must become part of national planning, corporate governance, citizen education, military strategy, foreign policy and public infrastructure design. It must be built into systems from the beginning, not added after disaster. It must protect both state power and individual rights. It must enable digital growth without creating digital vulnerability.
A secure country in the twenty-first century is not only one that can defend its territory.
It is one that can defend its networks, data, infrastructure, citizens and trust.
Cybersecurity is no longer the work of a back-office team.
It is the front line of national resilience.
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