Bang Nguyen - Embedded System | Cybersecurity | Data Analyst | Automation | Cloud | AI l ML l QE

 I. Health Insurance Portability and Accountability Act (HIPAA):   HIPAA is a federal law in the United States enacted in 1996 to provide individuals with greater access to healthcare insurance and to protect the privacy and security of individuals' personal health information. Under HIPAA, individuals who change or lose their job can continue their health insurance coverage, even if they have a pre-existing condition. HIPAA establishes confidentiality, integrity, and security standards for the storage and transmission of individuals' personal health information, including medical records, billing information, and other related data. The covered entities such as Healthcare providers, health insurances, and healthcare clearinghouses, are required to implement policies and procedures to safeguard individuals' protected health information (PHI). In addition, HIPAA provides individuals the right to access and control their PHI, including the right to request copies of t...

Average Square Footage Calculation On average, a standard server rack, with 20 to 40 servers, occupies around 16-20 square feet (depending on the server size, density, and other factors, and including both the equipment and necessary space for maintenance and airflow). Assuming 20,000 servers with a density of 30 servers per rack to be deployed to a smart data center, then: Number of server racks = (Number of servers) / (Number of servers per rack) = 20,000 / 30 ≈ 667 Total square footage for 20,000 servers = 667 racks × 20 square feet per rack ≈ 13,348 sq ft Design A Smart Data Center Designing a smart data center involves integrating advanced technologies and efficient infrastructure to optimize performance, improve energy efficiency, enhance security, and enable seamless management. Focus areas are below: 1. Location :  Select a location for a smart data center based on factors such as reliable power supply, excellent network connectivity, optimal environmental conditions, proxi...

1. Secure Password Generation:  Use 'secrets' module. import string import secrets alphabet = string.ascii_letters + string.digits password = ''.join(secrets.choice(alphabet) for i in range(16)) print(password) 2. Hashing Passwords: Use 'hashlib' module hashing passwords with SHA-256, SHA-512, etc. Example 1 : import hashlib password = "mysecret" hash_object = hashlib.sha256(password.encode()) hashed_password = hash_object.hexdigest() print(hashed_password) Example 2: Use bcrypt library hashing password and store the hashed password in a MySQL database. import bcrypt import mysql.connector # Connect to MySQL database db = mysql.connector.connect(   host="localhost",   user="yourusername",   password="yourpassword",   database="yourdatabase" ) # Generate a salt for password hashing salt = bcrypt.gensalt() # Get password from user input password = input("Ent...