Bio-metric system Based EVM

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Low cost and Secured Biometric System Based EVM
ACCET 2016
2
PRESENTATION OUTLINES

• BACKGROUND CONCEPT
• SECURITY ISSUES
• SOLUTION- PROPOSED SYSTEM
• DESCRIPTIONS AND MODEL
• FEATURES OF COMPONENT
• CONCLUSION

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What is Electronic Voting System?
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Dilemma of EVM

• EVM can be easily tampered
• Memory module can be detached
• Voting through EVM is banned in many countries

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Security Issues
Clip-on device steals votes from EVMs.
EVM display can be replaced with a look-alike
duplicate display.
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Security Issues (Continued)
Processor in the EVM is designed so that election
software is hard to read out but it is difficult
to verify the correct software.
Attack device is developed to clip on to the
memory chips inside the EVM and steals votes..
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EVM is vetoed around the world

• Ireland abandoned e-voting in 2006 
• In April 2004, California banned 14,000 EVMs 
• In Germany, EVMs were declared unconstitutional
  in March 2009 
• In Netherlands, in 2006, licenses of 1,187 EVMs
  were withdrawn
• Supreme Court of Finland declared the result of
  pilot electronic voting machines invalid in the
  municipal corporation elections of 2009

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ANY SOLUTION?
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Flowchart of Proposed System
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System Description
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Features Of component

• BIOMETRIC SENSOR KY-M6
• Wide Application Range of Fingerprints with
  Different Quality
• Immense Improved Algorithm Flexible Application
• Easy to Use and Expand
• Low Power Consumption Different Security Levels

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Features of component (contd)

• 12-bit Binary counter MC14040B
• It can count up to 2 12 votes
• 16-Bit Serial/Parallel-In, Serial-Out Shift
  Register
• 54F/74F676
• It can stores up to 2 16 information of votes

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Receiving section of Proposed Model
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Conclusion

• Finger-print based authentication
• Enhanced security
• Instant Wireless Counting (Transparent)

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References

• Sudhakar, M. et al TS-India IOSR Journal of
  Electronics and Communication Engineering
  (IOSR-JECE) e-ISSN 2278-8735, Volume 10.
• Cuomo,K.M et al, Circuit Implementation of
  Synchronized Chaos with Applications to
  Communications, Phys. Rev. Lett. 71(1), vol. 71,
  no. 65, pp. 65-68, 1993.
• Harb, B.A et al, Chaos and Bifurcation in A
  Third-Order Phase Locked Loop, Chaos, Solitons
  Fractals 19(3), 667-672, DOI 10.1016/S0960-0779(03
  )00197-8(2004).