Tutorial
Physical Layer
Data Link layer
Network Layer
Routing Algorithm
Transport Layer
Application Layer
Network Security
Misc
- Router
- OSI vs TCP/IP
- TCP vs UDP
- Transmission Control Protocol
- TCP port
- IPv4 vs IPv6
- ARP Packet Format
- ARP Table
- Working of ARP
- FTP Client
- FTP Commands
- FTP Server
- I2C Protocol
- Sliding Window Protocol
- SPI Protocol
- IP
- ARP Commands
- ARP
- Address Resolution Protocol
- ARP and its types
- TCP Retransmission
- CAN protocol
- HTTP Status Codes
- HTTP vs HTTPS
- RIP Protocol
- UDP Protocol
- ICMP Protocol
- MQTT protocol
- OSPF Protocol
- Stop and Wait Protocol
- IMAP Protocol
- POP Protocol
- CIFS
- DAS
- DIMM
- iSCSI
- NAS (Network Attached Storage)
- NFS
- NVMe
- SAN
- Border Gateway Protocol
- Go-Back-N ARQ
- RJ Cable
- Difference between Connection-Oriented and Connectionless Service
- CDMA vs. GSM
- What is MAC Address
- Modem vs. Router
- Switch Vs. Router
- USB 2.0 vs 3.0
- Difference between CSMA CA and CSMA CD
- Multiple access protocol- ALOHA, CSMA, CSMA/CA and CSMA/CD
- URI vs URL
- IMAP vs. POP3
- SSH Meaning| SSH Protocol
- UTP vs STP
- Status Code 400
- MIME Protocol
- IP address
- proxy server
- How to set up and use a proxy server
- network security
- WWW is based on which model
- Proxy Server List
- Fundamentals of Computer Networking
- IP Address Format and Table
- Bus topology and Ring topology
- Bus topology and Star topology
- Circuit Switching and Packet switching?
- Difference between star and ring topology
- Difference between Router and Bridge
- TCP Connection Termination
- Image Steganography
- Network Neutrality
- Onion Routing
- Adaptive security appliance (ASA) features
- Relabel-to-front Algorithm
- Types of Server Virtualization in Computer Network
- Access Lists (ACL)
- What is a proxy server and how does it work
- Digital Subscriber Line (DSL)
- Operating system based Virtualization
- Context based Access Control (CBAC)
- Cristian's Algorithm
- Service Set Identifier (SSID)
- Voice over Internet Protocol (VoIP)
- Challenge Response Authentication Mechanism (CRAM)
- Extended Access List
- Li-fi vs. Wi-fi
- Reflexive Access List
- Synchronous Optical Network (SONET)
- Wifi protected access (WPA)
- Wifi Protected Setup (WPS)
- Standard Access List
- Time Access List
- What is 3D Internet
- 4G Mobile Communication Technology
- Types of Wireless Transmission Media
- Best Computer Networking Courses
- Data Representation
- Network Criteria
- Classful vs Classless addressing
- Difference between BOOTP and RARP in Computer Networking
- What is AGP (Accelerated Graphics Port)
- Advantages and Disadvantages of Satellite Communication
- External IP Address
- Asynchronous Transfer Mode (ATM)
- Types of Authentication Protocols
- What is a CISCO Packet Tracer
- BOOTP work
- Subnetting in Computer Networks
- Mesh Topology Advantages and Disadvantages
- Ring Topology Advantages and Disadvantages
- Star Topology Advantages and Disadvantages
- Tree Topology Advantages and Disadvantages
- Zigbee Technology-The smart home protocol
- Network Layer in OSI Model
- Physical Layer in OSI Model
- Data Link Layer in OSI Model
- Internet explorer shortcut keys
- Network Layer Security | SSL Protocols
- Presentation Layer in OSI Model
- Session Layer in OSI Model
- SUBNET MASK
- Transport Layer Security | Secure Socket Layer (SSL) and SSL Architecture
- Functions, Advantages and Disadvantages of Network Layer
- Protocols in Noiseless and Noisy Channel
- Advantages and Disadvantages of Mesh Topology
- Cloud Networking - Managing and Optimizing Cloud-Based Networks
- Collision Domain and Broadcast Domain
- Count to Infinity Problem in Distance Vector Routing
- Difference Between Go-Back-N and Selective Repeat Protocol
- Difference between Stop and Wait, GoBackN, and Selective Repeat
- Network Function Virtualization (NFV): transforming Network Architecture with Virtualized Functions
- Network-Layer Security | IPSec Modes
- Next - Prev Network-Layer Security | IPSec Protocols and Services
- Ping vs Traceroute
- Software Defined Networking (SDN): Benefits and Challenges of Network Virtualization
- Software Defined Networking (SDN) vs. Network Function Virtualization (NFV)
- Virtual Circuits vs Datagram Networks
- BlueSmack Attack in Wireless Networks
- Bluesnarfing Attack in Wireless Networks
- Direct Sequence Spread Spectrum
- Warchalking in Wireless Networks
- WEP (Wired Equivalent Privacy)
- Wireless security encryption
- Wireless Security in an Enterprise
- Quantum Networking
- Network Automation
- Difference between MSS and MTU
- What is MTU
- Mesh Networks: A decentralized and Self-Organizing Approach to Networking
- What is Autonomous System
- What is MSS
- Cyber security & Software security
- Information security & Network security.
- Security Engineer & Security Architect
- Protection Methods for Network Security
- Trusted Systems in Network Security
- What are Authentication Tokens in Network security
- Cookies in Network Security
- Intruders in Network Security
- Network Security Toolkit (NST) in virtual box
- Pivoting-Moving Inside a Network
- Security Environment in Computer Networks
- Voice Biometric technique in Network Security
- Advantages and Disadvantages of Conventional Testing
- Difference between Kerberos and LDAP
- Cyber security and Information Security
- GraphQL Attacks and Security
- Application Layer in OSI Model
- Applications of Remote Sensing
- Seven Layers of IT Security
- What is Ad Hoc TCP
- What is Server Name Indication(SNI)
Cyber security and Information Security
Although the phrases "cybersecurity" and "information security" are sometimes used interchangeably, they really have different meanings. Both are necessary to safeguard sensitive information and systems, but they concentrate on various facets of security. In this post, we will examine the distinctions between information security and cybersecurity and explain why both are essential for safeguarding digital assets.
Cybersecurity: What is it?
Cybersecurity is the process of preventing unwanted access, theft, damage, or exploitation of computer systems, networks, and devices. Protecting digital assets from external dangers including viruses, malware, and hacking attempts is the focus of cybersecurity.
Cybersecurity experts utilize a range of methods, including as firewalls, antivirus software, intrusion detection systems, and encryption, to safeguard digital assets. They also employ vulnerability scanning and penetration testing to find and fix system flaws before attackers can take advantage of them.
Because cyberattacks are getting more frequent and sophisticated, cybersecurity is crucial. It's up to cybersecurity experts to remain ahead of hackers, who are continually coming up with new ways to access networks and steal important data.
Information Security: What is it?
On the other side, information security is the process of ensuring the availability, confidentiality, and integrity of information. Information security is concerned with safeguarding data in any type, including digital and physical.
Data protection, access management, and disaster recovery are only a few of the many subjects covered by information security. Information security experts utilize a range of methods, including as encryption, password rules, and access control systems, to safeguard sensitive data.
Information security is crucial since data breaches can result in major negative effects, such as monetary losses, reputational harm, and legal responsibility. A data leak may occasionally even endanger lives.
Difference between Information Security and Cyber Security
Cybersecurity and information security are fundamentally different in that the former focuses on safeguarding digital assets from external threats while the latter protects data in any format. Protecting computer systems, networks, and gadgets from unwanted access, theft, damage, or exploitation is the focus of cybersecurity. Whether the information is digital or physical, information security is concerned with preserving its availability, confidentiality, and integrity.
Why are both crucial?
Information security and cybersecurity are both essential for safeguarding digital assets. Information security defends against internal hazards like human mistake and neglect, whereas cybersecurity defends against external threats like hackers and viruses.
Because cyberattacks and data breaches are growing more frequent and sophisticated, cybersecurity and information security are both crucial. To defend digital assets from attackers, cybersecurity experts must remain abreast of the most recent threats and vulnerabilities. Professionals in information security must make sure that sensitive data is secure, whether it is stored digitally or physically.
Well, here is a table that compares and contrasts information security with cyber security:
Cybersecurity | Information Security |
---|---|
Emphasizes safeguarding digital assets from external dangers including virus, hackers, and unlawful access. | Focuses on preventing unwanted access, theft, or damage to information, whether it is digital or physical. |
Concerns itself with safeguarding devices, networks, and computer systems. | Focuses on protecting information and data. |
Worried about the integrity, confidentiality, and accessibility of digital assets. | A concern for the availability, confidentiality, and integrity of information in all forms. |
Protects digital assets using firewalls, antivirus software, intrusion detection systems, and encryption. | Uses password restrictions, access control systems, and encryption to safeguard sensitive information. |
Use vulnerability scanning and penetration testing to find and fix vulnerabilities in computer systems and networks. | Use risk assessment and management to identify and reduce data risk. |
Protects against dangers including malware, phishing, ransomware, and other threats. | Protects against dangers including physical theft, human mistake, insider threats, and data breaches. |
Protects digital assets from hacker assaults and unlawful access. | Safeguards digital assets from hacker attacks and unauthorized access. |
Deals with difficult-to-control external hazards. | Handles dangers that are both internal and external, such as neglect and human mistake. |
Focuses on the digital infrastructure's security. | Focuses on the data infrastructure's security. |
Uses monitoring and threat detection to deal with threats to digital assets in real-time. | Uses access control and monitoring to proactively address risks to information. |
Essential for defending against online attacks to sensitive data. | Essential for defending sensitive information from both internal and external dangers. |
To sum up, essential elements of a thorough security programme include both cybersecurity and information security. These may overlap in certain areas, but they each concentrate on a separate component of security, necessitating the use of unique tools and methods to safeguard digital assets and private information. To create successful security plans and defend themselves against cyber attacks, enterprises must fully comprehend the distinctions between the two.