Byzantine Attack Network Projects

Byzantine Attack Network Projects take immediate action on all kinds of threats. The byzantine attack is one of the most dangerous attacks. First of all, this attack turns a set of normal nodes into malicious in any network. Next, the attacker takes control over the network by this set of nodes. In the point of fact, this set of nodes act as the selfish nodes in the network. At last, it enables actions including Packet Drop, Redirection, and so on. As it targets to control the entire network, it degrades the overall performance. 

Byzantine Attack Network Projects Arenas- Vulnerable Networks

• Wireless Sensor Network
• Ad-hoc Networks (Mobile, Vehicle, and so on)
• Multi-controller Software-Defined Networking
• Cognitive Radio Network
• Network Function Virtualization
• Information/Content-Centric Networks

   And more all aforesaid networks are at utmost risk of  byzantine attack. As all these networks are application-specific, they need great attention. With this in mind, we bring novel Byzantine Attack Network Projects in real-time too. 

Discern Severity Level Then Strengthen Byzantine Attack Network Projects

   In simple, the byzantine attack has a multi-level of severity. On account of this fact, it demands multiple parameters to find the severity. We defined these parameters for your info here.

• Attack Scenario
  • Centralized
  • Decentralized
• Attack Basis
  • Dependent 
  • Independent
• Attack Opportunity
  • Probabilistic 
  • Non-probabilistic
• Attack Population
  • Small-Scale
  • Massive or Large-Scale

   When the severity level is open, then it is easy to mitigate the attack. Unlike other threats, cryptography algorithms are in short supply to this attack. The key method is to find the mean nodes in the network. 

TRUST-BASED BYZANTINE ATTACK DETECTION SYSTEMS

• Trust Computation Models
  • Direct or Personal
  • Indirect or Third-Party
• Trust Computation Metrics
  • Packet Delivery Rate
  • Packet Drop Ratio
  • Buffer Length
  • Sequence or Rank Number
  • Residual Energy Level
• Trust Computation Methods
  • D-S Evidence Theory
  • Bayesian Trust Model
  • Neuro-Fuzzy Intelligence
  • Beta Distribution
  • Markov Chain Model
• Trust Computation Steps
  • Composition
  • Formation
  • Propagation
  • Updation and so on

   This info is the base to compute the trust value of a node. Based on the trust value, we can secure the network processes from attack. For a case, Route selection with trusted nodes will resolve the problem of excess packet drop. On top of the trust value, a number of countermeasures are there. 

TRUST-BASED BYZANTINE MITIGATION

• Trust-based routing (AODV, DSR, and so on)
• Cluster Head Selection by Trust Value
• Trusted based Decision Making
• In-Network Processing by Trust
• Sleep Slots for Untrusted Nodes
• Untrusted Node Isolation
• And so on

OTHER MITIGATION POLICIES

• Incentive-based Approach 
• Cryptography Methods (like ECC, AES, TEA, and more)
• Analytical Algorithms (like SVM, ANN, etc.)

   We have intense insights into all of the algorithms and methods in cryptography based projects. So, you can join us without a doubt. Our frequent notices will help you to track the project status. In other words, we keep your project nearer to you. With us, you will gain much more wisdom to grow up your skills. To sum up, we will bear you huge feats even with your small efforts.

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