- DCN Tutorial
- Data Comm & Networks Home
- DCN - Overview
- DCN - Computer Network Types
- DCN - Network LAN Technologies
- DCN - Computer Network Topologies
- DCN - Computer Network Models
- DCN - Computer Network Security
- Physical Layer
- DCN - Physical Layer Introduction
- DCN - Digital Transmission
- DCN - Analog Transmission
- DCN - Transmission media
- DCN - Wireless Transmission
- DCN - Multiplexing
- DCN - Network Switching
- Data Link Layer
- DCN - Data Link Layer Introduction
- DCN - Error detection and Correction
- DCN - Data Link Control & Protocols
- Network Layer
- DCN - Network Layer Introduction
- DCN - Network Addressing
- DCN - Routing
- DCN - Internetworking
- DCN - Network Layer Protocols
- Transport Layer
- DCN - Transport Layer Introduction
- DCN - Transmission Control Protocol
- DCN - User Datagram Protocol
- Application Layer
- DCN - Application Layer Introduction
- DCN - Client-Server Model
- DCN - Application Protocols
- DCN - Network Services
- DCN Useful Resources
- DCN - Quick Guide
- DCN - Useful Resources
What is the difference between Software Encryption and Hardware Encryption?
To begin with, let us understand what hardware encryption is.
Hardware Encryption
Hardware Encryption uses hardware tools to encrypt information. A separate processor is dedicated to the function of authentication and encryption and is provided with a random number generator.
Hardware encryption is self-contained within the device itself and doesn’t need any extra software. This can be established on external hard drives or solid-state drives called Self-Encrypting Drives (SEDs), and on smartphones; Apple’s Touch ID and ace ID are examples of hardware encryption.
Advantages of Hardware Encryption
The advantages of hardware encryption are as follows −
The encryption process is separate from the host device and does not overload the host system or affect performance.
The encryption is continually on and cannot be wounded by malware or endusers.
When the encryption key is removed for redeployment, no traces of previously saved information can be recovered.
Disadvantages of Hardware Encryption
The disadvantages of hardware encryption are as follows −
Physical hardware to deploy and manage.
It is less cost-effective in smaller environments.
Software Encryption
Software Encryption uses software tools to encrypt information. Its cryptography depends on either a public key or symmetric key encryption and generally depends on a password.
Advantages of software encryption
The advantages of software encryption are as follows −
It does not need additional hardware.
It is cost-effective to implement.
Disadvantages of software encryption
The disadvantages of software encryption are as follows −
It has slow performance and can require complex driver and software installations.
It is achievable for end-users or viruses to eliminate software encryption solutions from drives.
Vulnerable to brute force attacks with simple password cracking software simply accessible online.
It is improperly redeploying software encrypted drives will leave traces of previously saved data even if it’s been eliminated.
Differences
The major differences between Hardware encryption and software encryption are as follows −
| Hardware Encryption | Software Encryption |
|---|---|
| Hardware encryption doesn’t need any software installation. | Software encryption needed software installation in the host computer. |
| Hardware encrypted devices don’t slow down the host computer because all of the encrypting happens within the independent processor. | Software encryption can make computers slower because the software depends on the computer’s processing resources to run the encryption and it can also need software updates from time to time. |
| Hardware encryption is more cost-efficient because it doesn’t need additional software installation. | Software-based encryption is more cost effective. |
| It can encrypt data only at rest. | It can encrypt information in transit and at rest. |
| A new encryption key was created for each chunk. | New encryption key generated for each user and storage policy copy sequence. |
- Related Articles
- What is the difference between Tokenization and Encryption?
- What is the difference between Encryption and Cryptography?
- What is the difference between Hashing and Encryption?
- What is the difference Between Encryption and Encoding?
- Difference between Encryption and Decryption
- Difference between Tokenization and Encryption
- Difference between Hardware and Software
- What is the difference between Hardware firewalls and Software Firewalls?
- What is the difference between Hashing and Encryption in Information Security?
- What is the difference between Encryption and Steganography in Information Security?
- Top 10 Encryption Software for Maximum Security
- What is Cloud Encryption?
- What is the Blowfish encryption algorithm?
- Difference between hardware serial and software serial in Arduino
- What is JavaScript AES Encryption?
