Top 9 Best Encryption Simulator

Top 9 Best Encryption Simulator

A practice of protecting data from illegitimate users’ views and access through math-logic functions is known as encryption. By the by, it has an intention to ensure security and privacy over network information. Moreover, the information can be anything like personal information, classified information, etc. Specifically, the encryption process is implemented by converting plain text into cipher text for data protection. This page narrates you about comprehensive information of various encryption simulator along with different encryption algorithms, performance analysis parameters, etc.!!!

Majorly, cryptography involves two classifications such as symmetric key encryption and asymmetric key encryption. Here, asymmetric key encryption is also referred to as public-key encryption. To the great extent, cryptography is further classified into several categories in recent days. These budding encryption classifications make cryptography spread widely in various research areas by attracting a larger research community. Here, we have given you some important encryption classifications. 

Classifications of Encryption Algorithms

  • Asymmetric Key Cryptography
  • Symmetric Key Cryptography
    • Modern Cryptography
      • Block Cipher
      • Stream Cipher
    • Classical Cryptography
      • Substitution Cipher
      • Transposition Cipher

How to choose the best encryption algorithm? 

Now, we can see in what way encryption algorithms are selected. Here, we have specified the parameters that are used to evaluate the efficiency of the algorithm using encryption simulator. Only a few cryptography algorithms are dependent on complex mathematics. For instance: While you are dealing with quantum cryptography algorithms, there are several metrics to evaluate various nature of problems. Some of the metrics are success rate, eavesdropper equivocation, etc. Further, the encryption algorithm can also be improved by following elements,

  • Key-updating Method
  • Key Length
  • The complexity of the Algorithm (key generation, encryption, and decryption)
  • Attack Approaches (Required time and number of steps for best attack)

To select optimal symmetric key encryption, analyze several elements of cryptosystems. As well, they are tolerant against attacks (known and chosen plain text attacks, differential, and exhaustive attacks, ciphertext only attacks, etc.), long-secret keyspace, encryption effect, and other statistical analysis methods.

Further, you can accurately assess the performance of the algorithm utilizing speed analysis and security analysis. Then, choose the best algorithm by comparison of different encryption algorithms. For your information, here we have listed out a few extensively preferred encryption algorithms. Along with this, we have also mentioned the key characteristics of each algorithm. While algorithms comparison, key characteristics also play a significant role. Our developers have constructed a huge number of cryptographic encryption applications/cryptosystems by using the below algorithms. Moreover, we also support other emerging algorithms to tackle complex research problems. 

Top 9 List of Encryption Simulator

Top Encryption Algorithms 

  • AES
    • Block/Cycles – 220+
    • Tech(µm) – 0.13
    • Area (GE) – 2400+
    • Block Length – 128
    • Throughput @100KHz (Kbps) – 55.4
    • Key Size – 128
    • Area/Throughput – 0.023579
  • DESL
    • Block/Cycles – 140+
    • Tech(µm) – 0.18
    • Area (GE) – 1800+
    • Block Length- 64
    • Throughput @100KHz (Kbps) – 45.1
    • Key Size – 56
    • Area/Throughput – 0.024000
  • LED
    • Block/Cycles – 1800+
    • Tech(µm) – 0.18
    • Area (GE) – 1200+
    • Block Length – 64
    • Throughput @100KHz (Kbps) – 3.2
    • Key Size – 128
    • Area/Throughput – 0.002732
    • Block/Cycles – 30+
    • Tech(µm) – 0.18
    • Area (GE) – 1500+
    • Block Length – 6
    • Throughput @100KHz (Kbps) – 198.0
    • Key Size – 128
    • Area/Throughput – 0.127544
  • HIGHT 
    • Block/Cycles – 30+
    • Tech(µm) – 0.25
    • Area (GE) – 3000+
    • Block Length – 64
    • Throughput @100KHz (Kbps) – 184.2
    • Key Size – 128
    • Area/Throughput – 0.061237
  • LEA-128-SPEED
    • Block/Cycles – 20+
    • Tech(µm) – 0.13
    • Area (GE) – 5400+
    • Block Length – 128
    • Throughput @100KHz (Kbps) – 525.6
    • Key Size – 128 
    • Area/Throughput – 0.098673
  • Humming Bird2
    • Block/Cycles – 20+
    • Tech(µm) – 0.18
    • Area (GE) – 2100+
    • Block Length – 16
    • Throughput @100KHz (Kbps) – 79.9
    • Key Size – 128
    • Area/Throughput – 0.037102
  • DES XL
    • Block/Cycles – 140+
    • Tech(µm) – 0.18
    • Area (GE) – 2160+
    • Block Length – 64
    • Throughput @100KHz (Kbps) – 42.9
    • Key Size – 184
    • Area/Throughput – 0.02000

Now, we can see in what way the encryption algorithms are executed in cryptography projects. For that, we have taken transposition ciphers and symmetric key cryptography. 

In this, we have specified the procedure of implementation for each. In general, every algorithm undergoes encryption (plain-text to cipher-text) and decryption (cipher-text to plain-text) operations using encryption simulator. Further, there are many users and objectives in each algorithm.

On knowing the purpose of the algorithm in advance, we are proficient to recommend you an appropriate encryption algorithm based on your project needs. Before selecting the best algorithms, inspect the computation time, speed, working procedure, accuracy, key size, throughput, etc. 

How do encryption Algorithms Works?

  • Transposition Ciphers
    • The main motive of this method is to use character’s position for encryption and inverse function for encryption 
    • Collect units of plain text and shift them based on requirements 
    • Then, ciphertext creates plain text premutation and change unit order for plain text reordering
  • Symmetric Key Cryptography
    • Encrypt and Decrypt the information using the same shared key
    • For instance: Data Encryption Standard (DES)

To the great extent, we have also listed the few best encryption algorithms that are sure to yield the best results. Let’s have a quick look over them. 

What are the best encryption algorithms?

  • AES
  • RSA 
  • Twofish 
  • HMAC 
  • MD5 
  • Blowfish 
  • TripleDES
  • IDEA 

There is no special tool to analyze algorithm robustness in cryptography. Some tools can examine the properties of algorithms based on algorithm type. Using these properties, the encryption simulator can do a comparative study and find the best performance. To simulate proper encryption algorithms and crypto attacks analytically, different platforms are required. 

These platforms need to support various encryption algorithms stream ciphers and block ciphers. Further, it enables you to simulate algorithms at different key lengths, block lengths, number of rounds, etc. In the following, we have itemized vital encryption simulator which are globally accepted as the best cryptography simulator for encryption.

What are the encryption simulator? 

  • Matlab 
    • Used to encrypt image and enable to test the robustness of encryption algorithm by image 
    • From the encrypted image, perform mean value analysis, histogram analysis, keyspace analysis, and adjacent pixel correlation analysis
    • Further, find encryption speed and quality for various images of various size
    • To find the robustness, compare the computed factors with other algorithms
  • Python (BASE64) 
    • Base64.encode(input, output) 
      • Used to encrypt the specified input value and store the encrypted result as an object
    • base64.decode(input, output) 
      • Used to decrypt the specified input value and store the decrypted result as an object
    • Used to implement Multiprecision integer and rational arithmetic cryptographic library
  • Java and .NET
    • Used to simulate cryptography models and cryptosystem
  • Python (Pyperclip) 
    • Used to execute cross-platform module for clipboard copy-paste
    • Install the package using command “pip install pyperclip”
    • Here, main() function calls encryptMessage() which initialized at bottom of code to get suitable results
    • As well, it uses len() function to split characters and iterate based on column
  • JCrypTool 
    • Used to implement post-quantum techniques for signature
    • Because java, it is platform-independent 
    • Support Windows, Linux, and Mac operating systems
  • Python (PyCrypto) 
    • Used to encode and decode files before communication 
    • Install this plugin by below command
    • pip install pycrypto
  • CrypTool 
    • Used to perform cascades execution and visual programming for cryptographic algorithm
    • Comprises a massive number of cryptoanalysis techniques
    • Support Windows operating system
  • Python (cryptography) 
    • Used to all kinds of cryptographic techniques and models
    • For that, specifically introduced cryptography library with recipes and primitives
    • Support PyPy 5.3+, Python 2.7, and Python 3.4+
    • Install the library using command “pip install cryptography”
    • Further, different packages support more cryptographic algorithms based on low-level interfaces and high-level recipes 
    • For instance: key derivation methods, symmetric ciphers, and message digests 

How to implement Onetime Pad Encryption using Python? 

In python, the one-time-pad cipher process can be implemented by a hacky implementation module. The implementation module is called as One-Time-Pad package. Moreover, this package includes a command-line encryption simulator tool. And also, this one-time-pad cipher algorithm has a similar function to the general encryption algorithm

For your reference, here we have given you a one-time-pad package installation command along with a one-time-pad cipher generation implementation code.

Installation Command

pip install onetimepad

onetimepad (for command line)

Implementation Code for One-Time Pad Cipher Generation

  • import onetimepad
  • ciphertext = onetimepad.encrypt(‘hello message’, ‘secret key’)
  • print(“Encrypted Message is “)
  • print(ciphertext)
  • print(“Decrypted Message is “)
  • message = onetimepad.decrypt(ciphertext, ‘secret key’)
  • print(message)

How to implement the DES algorithm using Python? 

Next, we can see the implementation of the DES algorithm (encryption algorithm) using python. Among several symmetric key algorithms, Data Encryption Standard (DES) has attained a notable position in the research field of cryptographic encryption. By knowing the importance of the DES algorithm, python includes a special package called pyDES.  Further, it provides you with complete logic over the DES algorithm. For your knowledge, here we have given you the DES package installation command along with the DES algorithm implementation code.

Installation Command

pip install pyDES (for installing DES package in python)

Implementation Code for DES Algorithm  

  • import pyDes
  • in_string = “Sense Value”
  • new_resobj = pyDes.des(“DES_METHOD”, pyDes.CBC, “\0\0\0\0\0\0\0\0”, pad=None, padmode=pyDes.PAD_PKCS5)
  • enc_obj = k.encrypt(in_string)
  • print “Encryption Completed: %r” % enc_obj 
  • print “Decryption Completed: %r” % new_resobj.decrypt(enc_obj)
  • assert newresobj.decrypt(enc_obj) == in_string

In the above code, padmode is the important variable which calls all DES-related packages. So that, all encryption and decryption functions are automatically performed effectively in a specified manner. In addition, we have also included the factors used for the comparative study of encryption algorithms. 

Our technical professionals are intelligent to address key factors of the encryption algorithm and perform a comparison to analyze the efficiency of each algorithm. Also, we know factors that enhance the efficiency of encryption algorithms in the designing and implementation phases. So, emphasize those factors and improve your system performance by all means. 

How to compare the different encryption algorithms? 

  • Verify keyspace
  • Do a comparison between encryption and decryption techniques for analyzing mathematical strength
  • Verify key strength
  • Implement advanced attack detection techniques
    • Attacks – brute force attacks, dictionary attacks, known partial key, etc.
  • Check algorithm complexity between encryption and decryption 
  • Encryption quality
    • Image – standard deviation, correlation coefficient, adjacent pixels, unified average changing intensity (UACI), number of pixels change rate (NPCR), entropy analysis, etc.

How to evaluate the performance of the encryption algorithm?

As a whole, the performance of the cryptographic algorithm is assessed by communication complexity and other computational parameters such as energy usage, processing time, memory, communication overhead, etc. Further, it also includes several performance evaluation parameters based on project requirements. Our developers will support you to choose the best-fitting performance parameters that are sure to enhance the efficiency of your proposed encryption algorithms. Here, we have given you some important parameters of cryptographic encryption techniques.

Performance Metrics for Encryption

  • Cost
  • Key Length
  • Susceptibility Vs Known Attacks
  • Encryption Time
  • Cipher Randomness 
  • Correlation Data
  • Application Flexibility Vs Various Platforms
  • Computation Time Vs Varied Data Format

On the whole, we have sufficient resources like a strong technical team, research sources, and development technologies to support you in every aspect of encryption-oriented research. Also, we have several research areas with unique research/projects ideas to support you from the beginning of your research journey.

Further, we give intense guidance on the development of your cryptographic encryption projects using the best-fitting encryption simulator. We assure you that our proposed encryption algorithms are best to attain high-quality precise results. In addition, we also serve you in preparing a well-organized manuscript for your selected project. So, connect with us to achieve all the services in one place. 

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Technology Ph.D MS M.Tech
NS2 75 117 95
NS3 98 119 206
OMNET++ 103 95 87
OPNET 36 64 89
QULANET 30 76 60
MININET 71 62 74
MATLAB 96 185 180
LTESIM 38 32 16
CONTIKI OS 42 36 29
GNS3 35 89 14
NETSIM 35 11 21
EVE-NG 4 8 9
TRANS 9 5 4
PEERSIM 8 8 12
RTOOL 13 15 8
VNX and VNUML 8 7 8
WISTAR 9 9 8
CNET 6 8 4
ESCAPE 8 7 9
VIRL 9 9 8
SWAN 9 19 5
JAVASIM 40 68 69
SSFNET 7 9 8
TOSSIM 5 7 4
PSIM 7 8 6
ONESIM 5 10 5
DIVERT 4 9 8
TINY OS 19 27 17
TRANS 7 8 6
CONSELF 7 19 6
ARENA 5 12 9
VENSIM 8 10 7
NETKIT 6 8 7
GEOIP 9 17 8
REAL 7 5 5
NEST 5 10 9

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