Examine the changing cyberattack and data breach threat landscape in India and assess the government’s approach and initiatives to strengthen the nation’s cybersecurity resilience.
Imagine you want to send a secret message to your friend. There are two main ways to lock it with encryption: Symmetric Encryption (like a secret handshake) Single Key: This is like a secret handshake you both made up. Only you two know the handshake to unlock the message (the key). Fast and Easy: SRead more
Imagine you want to send a secret message to your friend. There are two main ways to lock it with encryption:
Symmetric Encryption (like a secret handshake)
- Single Key: This is like a secret handshake you both made up. Only you two know the handshake to unlock the message (the key).
- Fast and Easy: Sharing secrets with a single handshake is quick and works well for large messages.
- Sharing the Secret: The challenge is getting the secret handshake (key) to your friend securely. If someone else sees it, they can unlock the message!
Use this when:
- Sending large files like videos or photos.
- Encrypting data on your hard drive.
Asymmetric Encryption (like a special lock and key)
- Key Pair: Imagine a special lock with two keys. One key (public key) is like your house key – anyone can have it. The other key (private key) is super secret, like your only spare house key.
- Public for Sending, Private for Opening: Anyone with the public key can lock a message in the special lock (encrypt), but only you with the private key can unlock it (decrypt).
- Slower but Secure: It’s a bit slower than the handshake, but you don’t need to share a secret key directly, making it more secure for some things.
Use this when:
- Sending a secret message to someone you don’t know well (they use your public key to lock the message).
- Digitally signing documents to prove they’re from you (like a wax seal).
Sometimes you can even use both together! Imagine giving your friend a regular lock (public key) to put the message in, then using your secret handshake (symmetric key) to lock it extra securely inside.
Evolving Threat Landscape of Cyber Attacks and Data Breaches in India 1. Nature and Trends of Cyber Threats India faces a rapidly evolving cyber threat landscape characterized by: Increased Frequency and Sophistication: Cyber attacks in India have become more frequent and sophisticated. For example,Read more
Evolving Threat Landscape of Cyber Attacks and Data Breaches in India
1. Nature and Trends of Cyber Threats
India faces a rapidly evolving cyber threat landscape characterized by:
2. Impact of Data Breaches
Data breaches in India have severe consequences:
Government Strategy and Efforts to Enhance Cyber Security Resilience
1. Policy and Legislative Framework
The Indian government has introduced several policies and legislative measures to strengthen cyber security:
2. Institutional Framework and Initiatives
The government has established institutions and initiatives to enhance cyber security:
3. Capacity Building and Awareness
The government is also focused on capacity building and increasing awareness:
4. International Cooperation
India actively engages in international cooperation to bolster cyber security:
Conclusion
The threat landscape of cyber attacks and data breaches in India is evolving rapidly, with increasing frequency and sophistication of threats. The government’s strategy to enhance cyber security resilience involves a comprehensive approach that includes policy and legislative measures, institutional frameworks, capacity building, and international cooperation. These efforts are critical to safeguarding India’s cyber space and ensuring the security of its digital infrastructure.
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