What Makes a Country Technologically Secure?

Security used to have a visible shape. Soldiers, ships, aircraft, tanks, and borders. Today, much of a nation’s security sits out of sight - in cables on the seabed, satellites in orbit, chips the size of a fingernail, software running critical infrastructure and minerals processed in a handful of places. 

While the traditional elements of security still matter, they are now not enough. A country can have a capable military and still be vulnerable if its power grid depends on imported controllers, its communications depend on infrastructure it cannot repair, its satellites rely on foreign technologies, or its factories can be disrupted by a single supplier withdrawing a critical component.

These are not merely economic vulnerabilities. These are questions of technological security.

Technological security is not about eliminating every external dependency. No country can do that. It is about having choices, the ability to build, repair, replace and understand the technologies on which national resilience depends.

Critical Infrastructure: The Systems We Only Notice When They Fail

Power grids, water systems, railways, ports, refineries and financial networks are increasingly software-driven. They depend on industrial control systems, sensors, communications networks and automated platforms, often sourced from a limited number of global vendors.

The vulnerability is therefore not simply whether a system works today. It is whether a country can maintain and restore it when supply chains, software updates, technical support or external access are disrupted.

That is the first test of technological security: Can critical infrastructure continue to function when external dependencies become unavailable

Communication Networks: The Internet Has A Physical Address

Much of the world’s intercontinental data travels through physical infrastructure on the ocean floor.

For India, that creates another strategic question: not merely whether data can move, but whether the country can monitor, maintain and repair the infrastructure through which it moves.

India’s dependence on foreign cable-repair capability is a reminder that resilience extends beyond encryption and cybersecurity. It includes landing stations, monitoring systems, repair expertise and the ability to restore connectivity when infrastructure is damaged.

Access is useful. Control over critical capability is strategic.

Satellites: Infrastructure Above The Infrastructure

Satellites quietly support navigation, communications, weather forecasting, agriculture, disaster response, maritime activity and national security.

India is now building significant capability in this domain. Its space economy is projected to grow from around $8.4 billion in 2022 to approximately $44 billion by 2033, while its private space ecosystem has expanded dramatically.

The significance goes beyond the number of satellites.

India is increasingly moving from being a user of space technology to becoming a builder of strategic space capability, with private Indian companies playing a growing role alongside ISRO.

That transition matters because strategic autonomy is ultimately about having domestic capability where dependence could become a vulnerability.

Cyber Resilience: What if a Breach Happens?

Cybersecurity is often about preventing attacks but resilience is about being able to handle the situation when an attack gets through. 

In 2025, CERT-In handled more than 29.44 lakh cyber incidents and issued 1,530 security alerts and 390 vulnerability notes. It also recognised 231 cybersecurity audit organisations and conducted 122 drills and exercises involving critical sectors and national-security institutions.

Resilience is built through audits, drills, skilled personnel, secure systems, rapid recovery and technologies that reduce unnecessary external dependencies.

Here, India’s engineering talent is not simply an economic resource. It is a strategic asset.

Strategic Technologies and Materials: The Chokepoints

Beneath infrastructure, communications, space and cybersecurity lies a more fundamental question:

Who makes the components?

Semiconductors provide one answer. Taiwan accounts for a dominant share of global foundry capacity and an even larger share of leading-edge semiconductor manufacturing. That concentration creates strategic exposure for every industry that depends on advanced chips.

Rare earths provide another. China dominates global rare-earth processing and permanent-magnet production, creating dependencies across electric vehicles, wind turbines, electronics, aerospace and defence.

These are technological chokepoints - narrow points through which enormous economic and strategic value flows.

India is beginning to address them. The government has approved a ₹7,280 crore scheme to establish integrated manufacturing capacity for 6,000 tonnes per annum of rare-earth permanent magnets. Semiconductor fabrication and packaging capabilities are also being developed domestically.

The objective is not to make everything in India.

It is to ensure that India has credible alternatives where dependency could become a strategic vulnerability.

The Common Thread

Technological security does not mean zero dependency. It means having options.

Four questions capture the idea:

• Can we build it? Do we have domestic design, engineering and manufacturing capability?
• Can we repair it? Do we possess the skills and infrastructure to maintain critical systems?
• Can we replace it? Is there an alternative if a supplier or country becomes unavailable?
• Can we see it? Can we understand what is happening across our infrastructure, networks, oceans and orbital environment?

If the answer is yes, a country has choices.

If it is no, someone else may ultimately be making the decision.

Where this Leaves India

India’s transition is already underway. Policy is moving from intent to implementation across semiconductors, space, critical minerals, cybersecurity and research and development. More importantly, a new generation of Indian companies is building capabilities in areas ranging from imaging payloads and secure communications to underwater robotics, navigation systems, advanced materials and strategic electronics.

These are not always the technologies that make headlines. But they are the technologies that determine whether a country can operate, adapt and recover when the world becomes less predictable.

The question for India is no longer whether it can build technological security. It is how much of the critical technology stack it chooses to build, control and understand.

MGF Kavachh invests in early-stage Indian companies building strategic and sovereign capabilities across defence and aerospace, space, critical communications, critical minerals and advanced materials, cybersecurity and semiconductors.