Multi Factor Authentication Research Topics

Multi Factor Authentication Research Topics is one of the most important techniques to be used for the security purpose. Here we discuss about the 2L-MFA based information using a decentralized Blockchain in IoT environment:

  1. Define Two-Layered Multi Factor Authentication Using Decentralized Blockchain in IoT Environment

Initially we first begin with the definition for block chain based MFA. It offers a protective and trustable authentication mechanism. It generates a comprehensive system and supplements a layer of security which secures authorizations in a decentralized ledger. When generating a blockchain, you have to fix a password and major authorizations on the basis of user characteristics for permitting a detail of cloud storage. Allowing MFA utilized on distinct single time use code which is needed for effective login attempts.

  1. What is Two-Layered Multi Factor Authentication Using Decentralized Blockchain in IoT Environment?

Succeeding the definition we look over the detailed description of our proposed 2L-MFA by using a decentralized blockchain in an IoT environment. A decentralized technology which permits transaction of any type of value between multiple candidates not with any engagements of a third party. Blockchain will modify MFA by relocating the centralized network to a decentralized blockchain network. IoT technology is now altering from centralized to distributed systems in which two or more IoT systems are required to interact with everyone to offer valuable facilities to the users.

  1. Where Two-Layered Multi Factor Authentication Using Decentralized Blockchain in IoT Environment used?

After the detailed description we converse about where to utilize this proposed technique. A 2L-MFA is widely employed in different applications and systems to improve protection by requiring users to offer multiple forms of findings before granting permission. It is utilized in places like Payment systems, educational platforms, cloud services, healthcare systems, authentication apps, remote access and government portals.

Why Two-Layered Multi Factor Authentication Using Decentralized Blockchain in IoT Environment technology proposed? , previous technology issues

In this research we specified two main issues, at first the utilization of smart cards as a factor that requires a reader and the second is fingerprint biometric which has not been more powerful in recent years because of its innovative technologies. For the purpose to solve these two main problems in MFA through the IoT environment, a 2L-MFA is proposed.

  • For solving the safety difficulties in resource constrained IoT models, we tackle Lightweight two-factor, three-factor and MFA schemes.
  • Some of the primary issues that were considered are password, fingerprint as biometric, smart card, identity and random number. In the server we have to submit these parameters then it starts the authentication procedure among the user and end-server.
  • Moreover these creatures are then safely preserved in the user’s smart card that is compulsory to login into the server and employing these access keys was generated. If the user requires altering the password then it is important to present a smart card to the reader. In terms of smart cards in the unauthorized party that access to permit the authorized user’s details, for login the smart card is very essential. Unauthorized users will take smart cards to permit the important details over the cloud.
  • By the other way, in existing work for smart card cancellation, the proof of identity of the user, that is the identification will only be verified and then a new smart card has been offered. The identification is not a robust protection identity because it can only be predicted by the physical offline force method.
  • But the biometric is distinct in every person; however it is hacked by special paper and ink. Also the fingerprints were taken from photos. The only important solution is PUF for IoT verification that tackles duplicate users from PUF and the Secrecy key. The creation of the secret key is the same as a password and then it is sensitive to password prediction attacks. An unauthorized user is one factor that definitely verifies all the factors to access the server.
  1. Algorithms / protocols

For our proposed research 2L-MFA we utilize the methods or techniques like Identity-based bidirectional Authentication algorithm with Matrix Index (IBA-MI), Centralized Authentication Control and Distributed Authentication Control Protocol with Blockchain-based Decentralized Authentication modeling scheme (CAC-DAC-BlockAuth) technique, embedded Probabilistic Polynomial-Time Algorithm (ePPTA) with Biometrics-Based Digital Signature (BDS) scheme, Proof of PUF-Enabled authentication consensus mechanism with decentralized authentication and access control mechanism (PoP-DAAC), Decentralized Blockchain-based Authentication protocol with Lightweight multi-factor authentication and authorization scheme based Fuzzy Extractor algorithm (DBA-LMFA-AS-FEA), Elliptic Curve Integrated Encryption Scheme with Java-based Blockchain Network with Honey Bee Optimization algorithm (ECIES-JBN-HBO), Zero Knowledge Proof (ZKP), Token-Based Lightweight User Authentication (TBLUA) protocol, Cancellable Biometric System (CBS) with Secure and Verifiable Multi-Instance Iris Authentication using Blockchain with Homomorphic Encryption (SviaB-HE) algorithm and Advanced Encryption Standard with MD5 Hashing algorithm (AES-MD5).

  1. Comparative study / Analysis

To propose a novel technology that has many features as compared to the previous methods. Several methods that we utilized for this research are as follows:

  • An EECDE method is employed for security based storage of data, in a cloud, and it is also utilized for secure key interchange between linked devices.
  • Encrypting data for authentication by utilizing an IBA-MI technique.
  • Access original data to the user for demanding of server, which creates a private key and digital signature for converting a hash function by using ePPTA method.
  • For authentication on the basis of location information and time stamp “Secure Decentralized Location-based Authentication Scheme” is incorporated.
  1. Simulation results / Parameters

Our proposed research is compared with some of the existing technology parameters to obtain that our methods will give the best outcome. The various parameters or metrics that we compared are Authentication Success Rate, Computational Complexity, Security Constraints Analysis and Time.

  1. Dataset LINKS / Important URL

We proposed a 2L-MFA technique that addresses some existing technology issues by proposing this technique. The following link is utilized to clarify the queries about this proposed research.

  1. Blockchain based Two-Layered Multi Factor Authentication Applications

Some of the applications for our proposed Blockchain-based 2L-MFA to control the decentralized and protective nature of blockchain technology to improve the protection of user verification. The applications are Immutable Authentication Records, User Consent and Privacy, Decentralized Identity Management, Supply Chain Authentication, Smart Contracts for Authentication, Private Key Management, Biometric Data Protection, Tokenization for Access Control and Cross-Platform Authentication.

  1. Topology for Two-Layered Multi Factor Authentication Using Decentralized Blockchain in IoT Environment

The topology for our proposed 2L-MFA using Decentralized Blockchain in IoT Environment will be, 2L-MFA System Model, In First Layer Authentication – IoT Device Authentication, Data Storage and IoT Device Registration are present and in Second Layer Authentication – IoT User Registration, Access Cloud Data and in IoT User Authentication – Authentication based on fingerprint, Authentication based on Matrix, Authentication based on Token, Authentication based on Iris Biometric, Authentication based on Digital Signature and Authentication based on Finger Vein.

  1. Environment for Two-Layered Multi Factor Authentication Using Decentralized Blockchain in IoT Environment

Let’s note the environment to be used for our proposed technique 2L-MFA. This is created definitely for the IoT environment, in that the connected devices interchange the large amount of vulnerable data. In this the first layer authentication contains traditional factors like biometrics or passwords, making sure a fundamental level of protection. And in the second layer controls the decentralized nature of blockchain technology to improve the whole strength of the authentication procedure. Allocating these authentication records along a decentralized ledger, the system becomes more reluctant to the single point of failure or unauthorized attacks. This two layered technique not only strengthens the protection of the IoT framework and also it offers a resilient and scalable answer to the dynamic difficulties that were posed by connecting the device in the IoT environment.

  1. Simulation tools

Software requirements to be required for this research are mentioned below. The tool that was needed to simulate the work is NS 3.26 or Above Version. The programming language here we utilized for this research is C++, Python. Moreover the operating system to do this work is Ubuntu 16.06 [LTS] or Above Version.

  1. Results

The research here we proposed is 2L-MFA and it faces several difficulties in the existing technologies to overcome them. The proposed technology metrics are compared with the existing technology methods and verify that our proposed research gives the best outcomes. This proposed research is executed by using the tool NS 3.26 or above version.

Multi Factor Authentication Research Ideas:

Below we provided are the research topics that were relevant to our proposed technology 2L-MFA and these topics are useful for us when we go through this for any details or information related to this research:

  1. An Eco-Friendly Smartphone-Charging Locker with a Solar Panel and Multi-Factor Authentication
  2. Bypassing Multi-Factor Authentication
  3. Multi-Factor Authentication System With ID Card Credentials For Secure Transactions
  4. Multi-Factor Authentication Modeling using Petri Nets: Review
  5. Password Manager with Multi-Factor Authentication
  6. A Novel Non-Biometric Multi-Factor Authentication System Using Audios and Relationships
  7. MPCAuth: Multi-factor Authentication for Distributed-trust Systems
  8. Understanding Failures in Security Proofs of Multi-Factor Authentication for Mobile Devices
  9. Adaptive, Multi-Factor Authentication as a Service for Web Applications
  10. Implementing a Secure Blockchain-Based Wallet System with Multi-Factor Authentication
  11. Demonstration of Innovative Trusted TLS-IM Multi-Factor Authentication Token
  12. QR-Code Pixelated Antenna with Multi-Factor Authentication for Wireless and Security Applications
  13. Survey on IoT Multi-Factor Authentication Protocols: A Systematic Literature Review
  14. Implementation a Passwordless and Multi Factor Authentication (MFA) Mechanism for Enhancing Login Security in Android Applications
  15. Hybrid Smartwatch Multi-factor Authentication
  16. Secure Mobile Payment Architecture Enabling Multi-factor Authentication
  17. An Experimentation on CoAP Multi Factor Authentication Mechanism with Reputation for Internet of Things Constrained Devices and Low Power Wide Area Network
  18. An Improved Data Backup Scheme Based on Multi-Factor Authentication
  19. An Enhanced Multi-Factor Authentication and Key Agreement Protocol in Industrial Internet of Things
  20. An Automated Multi-Layered Methodology to Assist the Secure and Risk-Aware Design of Multi-Factor Authentication Protocols
  21. Lightweight and Secure Multi-Factor Authentication Scheme in VANETs
  22. A Security Protection Technology Based on Multi-factor Authentication
  23. An Innovative Multi-Factor Authentication Approach
  24. A Survey on the Security in Cyber Physical System with Multi-Factor Authentication
  25. Blockchain-based multi-factor authentication: A systematic literature review
  26. A privacy-preserving multi-factor authentication scheme for cloud-assisted IoMT with post-quantum security
  27. FSMFA: Efficient firmware-secure multi-factor authentication protocol for IoT devices
  28. Intelligent drone-assisted robust lightweight multi-factor authentication for military zone surveillance in the 6G era
  29. Chirp-Loc: Multi-factor authentication via acoustically-generated location signatures
  30. Multi-factor authentication scheme based on custom attributes
  31. Chaotic map based multi-factor authentication protocol for underwater environment monitoring
  32. A Lightweight PUF based Multi-factor Authentication Technique for Intelligent Smart Healthcare System
  33. Using Multi-Factor Authentication for Online Account Security: Examining the Influence of Anticipated Regret
  34. A novel ECC-based provably secure and privacy-preserving multi-factor authentication protocol for cloud computing
  35. Multi-Factor Authentication
  36. Multi-observed Multi-factor Authentication: A Multi-factor Authentication Using Single Credential
  37. Framework for Multi-factor Authentication with Dynamically Generated Passwords
  38. Hostel Out-Pass Implementation Using Multi Factor Authentication
  39. Multi-factor Authentication in Innovative Business Systems of Industrial Clusters
  40. Multi Factor Authentication as a Service (MFAaaS) for Federated Cloud Environments
  41. An Improved Privacy-Preserving Multi-factor Authentication Protocol for Wireless Sensor Networks
  42. Anonymous and Practical Multi-factor Authentication for Mobile Devices Using Two-Server Architecture
  43. Implicit Methods of Multi-factor Authentication
  44. Implementing Open Source Biometric Face Authentication for Multi-factor Authentication Procedures
  45. Security Analysis of Multi-factor Authentication with Legitimate Key Exchange for Vehicle to Vehicle Communication
  46. A Novel Weight Adaptive Multi Factor Authorization Technology
  47. Securing a Question-Based Multi-factor Authentication System Using LSB Steganography Technique
  48. Enabling Multi-Factor Authentication and Verification in Searchable Encryption
  49. Multi-Factor Authentication to Systems Login
  50. A Lightweight Multi-factor Authentication Scheme based on Digital Watermarking Technique