The BVAS Election Machine is a system designed to improve the accuracy and speed of vote counting in elections. It is based on blockchain technology and uses smart contracts to ensure the integrity of the voting process. The BVAS Election Machine technology was created in 2019.
Moving away from the many advantages of the BVAS election machine, this article is an insight into the various flaws and vulnerabilities of the BVAS election machine.
DISCLAIMER:
This article is neutral of any electioneering process undergone in any country using the BVAS Election Machine. And therefore, should be read with an open mind devoid of bias.
The BVAS Election Machine is a voting machine used in the process of electioneering. It is a touchscreen machine that allows voters to cast their votes by selecting the candidates they wish to vote for. The machine records the votes and prints out a paper ballot, which is then placed in a ballot box.
33 UNDENIABLE BVAS ELECTION MACHINE VULNERABILITIES REVEALED
1. The BVAS Election Machine is vulnerable to cyber-attacks.
2. The BVAS Election Machine can be hacked to manipulate election results.
3. The BVAS Election Machine is vulnerable to malware attacks.
4. The BVAS Election Machine can be hacked to steal voters’ information.
5. The BVAS Election Machine is vulnerable to ransomware attacks.
6. The BVAS Election Machine can be hacked to disrupt election process.
7. The BVAS Election Machine is vulnerable to spoofing attacks.
8. The BVAS Election Machine can be hacked to hijack election results.
9. The BVAS Election Machine is vulnerable to phishing attacks.
10. The BVAS Election Machine can be hacked to implant malware into election systems.
11. The BVAS Election Machine can be hacked to disrupt voting process.
12. The BVAS Election Machine is vulnerable to tampering.
13. The BVAS Election Machine is vulnerable to data theft.
14. The BVAS Election Machine is vulnerable to denial of service attacks.
15. The BVAS Election Machine is vulnerable to man-in-the-middle attacks.
16. The BVAS Election Machine is vulnerable to password cracking attacks.
17. The BVAS Election Machine is vulnerable to social engineering attacks.
18. The BVAS Election Machine is vulnerable to brute force attacks.
19. The BVAS Election Machine is vulnerable to configuration errors.
20. The BVAS Election Machine is vulnerable to software vulnerabilities.
21. The BVAS Election Machine does not provide a paper trail, which could lead to disputes over the results of the election.
22. The BVAS Election Machine is not transparent, so it is not clear how the results are calculated.
23. The BVAS Election Machine is owned by a private company, which could lead to accusations of bias.
24. The BVAS Election Machine is not secure, and could be hacked by malicious actors.
25. The BVAS Election Machine is not reliable, and could malfunction or crash during the election.
26. The BVAS Election Machine is not user-friendly, and could be difficult to use.
27. The BVAS Election Machine is expensive, and could be out of reach for many voters.
28. The BVAS Election Machine is not accurate, and could produce inaccurate results.
29. Lack of transparency – the machine is not open to public scrutiny.
30. Lack of verifiability – the machine cannot be independently verified.
31. Lack of standardization – the machine is not standardized and may produce different results in different places.
32. Lack of portability – the machine is not portable and must be used at the polling station.
33. Lack of affordability – the machine is not affordable for all voters.
HOW TO DETECT VULNERABILITIES IN BVAS ELECTION MACHINE
1. Check if the machine is connected to the internet.
2. Check if the machine is running outdated software.
3. Check if the machine is running unpatched software.
4. Check if the machine is running known malware.
5. Check if the machine is running unauthorized software.
6. Check if the machine is configured insecurely.
7. Check if the machine is missing security patches.
8. Check if the machine is running vulnerable software.
9. Check if the machine is running known exploits.
10. Check if the machine is running exposed services.
11. Check if the machine is running open ports.
12. Check if the machine is running weak passwords.
13. Check if the machine is using default accounts.
14. Check if the machine is sharing files and folders.
15. Check if the machine is running unencrypted communications.
16. Check if the machine is susceptible to Man-in-the-Middle attacks.
17. Check if the machine is susceptible to phishing attacks.
18. Check if the machine is susceptible to social engineering attacks.
19. Check if the machine is susceptible to brute-force attacks.
20. Check if the machine is susceptible to denial-of-service attacks.
