100 Examples of sentences containing the noun "biometrics"

Definition

Biometrics refers to the statistical analysis and measurement of people's unique physical and behavioral characteristics. It is commonly used for identification and access control, as well as for identifying individuals in groups that are under surveillance. Biometrics can include fingerprint recognition, facial recognition, iris scanning, and voice recognition.

Synonyms

• Biometric identification
• Biometric verification
• Biometric authentication
• Physiological measurement
• Behavioral measurement

Antonyms

• Anonymity
• Impersonation
• Non-identification
• Disguise
• Obscurity

Examples

1. The new security system biometrics has improved the accuracy of identity verification.
2. Many smartphones now use biometrics to unlock the device quickly.
3. Researchers are developing more advanced biometrics to enhance personal security.
4. Companies are increasingly adopting biometrics for employee access control.
5. The use of biometrics in airports has sped up the boarding process significantly.
6. Some critics argue that biometrics can invade personal privacy.
7. The police department introduced biometrics to help solve crimes faster.
8. Biometrics can provide a more secure alternative to traditional passwords.
9. The school implemented biometrics to manage student attendance efficiently.
10. With advancements in technology, biometrics is becoming more reliable.
11. The government is investing heavily in biometrics for national security purposes.
12. Biometrics has the potential to revolutionize online banking security.
13. Many fitness trackers now incorporate biometrics to monitor health.
14. The biometrics used in this system can recognize faces in seconds.
15. Some devices require multiple forms of biometrics for enhanced security.
16. The rise of biometrics has raised concerns about data protection.
17. Biometrics can be used to track employee movements within a building.
18. The research on biometrics aims to improve user experience and safety.
19. Biometrics technology is often paired with encryption for better security.
20. Companies employing biometrics should ensure compliance with privacy laws.
21. The integration of biometrics in smartphones has changed how we access our devices.
22. Devices that utilize biometrics are generally more expensive than traditional ones.
23. The challenge with biometrics is ensuring accuracy in diverse populations.
24. Many banks are now using biometrics to authorize transactions.
25. The effectiveness of biometrics relies heavily on the quality of the data collected.
26. Biometrics can enhance the user experience in various applications.
27. Organizations are exploring the use of biometrics for remote work security.
28. The accuracy of biometrics can be affected by environmental factors.
29. Biometrics can be integrated with artificial intelligence for better results.
30. The trend toward biometrics is likely to continue growing in the coming years.
31. Some biometrics systems are designed to work even in low light conditions.
32. The rapid evolution of biometrics is changing the landscape of personal security.
33. Many people feel more secure using biometrics than traditional passwords.
34. The future of biometrics may include advanced neurological measurements.
35. Various industries are adapting biometrics for their specific needs.
36. The accuracy of biometrics is crucial in law enforcement applications.
37. Biometrics can quickly identify individuals in crowded spaces.
38. The ethical implications of biometrics are widely debated among experts.
39. Some governments have mandated the use of biometrics for citizen identification.
40. The technology behind biometrics is constantly evolving.
41. Biometrics can prevent unauthorized access to sensitive information.
42. The integration of biometrics in public transportation systems is increasing.
43. Many people are hesitant to use biometrics due to privacy concerns.
44. The reliability of biometrics can vary depending on the technology used.
45. Biometrics can help reduce identity fraud in financial transactions.
46. The demand for biometrics is rising in both public and private sectors.
47. Biometrics is an essential component of modern security systems.
48. The implementation of biometrics can streamline operations in various industries.
49. Biometrics technology can analyze voice patterns for identification.
50. The challenge with biometrics is ensuring user consent and understanding.
51. Some users prefer biometrics over PINs for their convenience.
52. The accuracy of biometrics can be tested through various methods.
53. Biometrics technology is becoming more user-friendly and accessible.
54. Many wearable devices now feature biometrics for health monitoring.
55. The use of biometrics has raised questions about data storage and security.
56. Biometrics systems must be regularly updated to maintain accuracy.
57. Some biometrics methods are more intrusive than others.
58. The development of biometrics has been accelerated by advancements in AI.
59. Many companies are investing in biometrics to enhance customer experience.
60. The implementation of biometrics can help improve security protocols.
61. Biometrics can be used for both personal and professional identification.
62. The effectiveness of biometrics can differ across different demographics.
63. Biometrics technology can provide real-time identification solutions.
64. The growing reliance on biometrics has implications for cybersecurity.
65. Many users appreciate the speed of biometrics in accessing their accounts.
66. Biometrics can help verify identity in online transactions.
67. The accuracy of biometrics has come under scrutiny in recent studies.
68. Biometrics systems can be vulnerable to spoofing if not properly secured.
69. The implementation of biometrics can enhance organizational efficiency.
70. Many security experts advocate for the use of biometrics in sensitive areas.
71. The versatility of biometrics allows it to be used in various applications.
72. Some individuals are concerned about the permanence of biometrics data.
73. Biometrics can improve safety in public spaces like airports.
74. The use of biometrics in healthcare can streamline patient identification.
75. Biometrics technology is often combined with other security measures.
76. Some systems require a combination of biometrics for higher security.
77. The global market for biometrics is projected to grow significantly.
78. Biometrics can be used in mobile payments for added security.
79. The accuracy of biometrics can be influenced by user behavior.
80. The trend towards biometrics is reshaping identity management.
81. Biometrics can help prevent unauthorized access to secure areas.
82. The evolution of biometrics has led to more sophisticated systems.
83. Many people prefer biometrics because it eliminates the need for remembering passwords.
84. The integration of biometrics in retail can enhance customer service.
85. Biometrics systems are often subject to regulations and compliance.
86. The use of biometrics can help mitigate risks in financial services.
87. Biometrics technology can be tailored to specific industry needs.
88. Some organizations use biometrics to track employee productivity.
89. The implementation of biometrics in schools can enhance safety measures.
90. Biometrics can provide a seamless user experience in various applications.
91. The reliability of biometrics is critical for maintaining trust in the system.
92. Biometrics can play a vital role in disaster response and management.
93. The future of biometrics may include integration with smart home devices.
94. Some users prefer biometrics due to its accuracy over traditional methods.
95. The development of biometrics is closely monitored by regulatory bodies.
96. Biometrics can help streamline processes in customer service.
97. The technology behind biometrics is constantly advancing.
98. Biometrics can enhance security in government facilities.
99. The implementation of biometrics requires careful planning and execution.
100. Many companies are exploring the potential of biometrics in their operations.