In the context of computer security, "integrity" is the "I" in the "CIA" triad, i.e. Confidentiality, Integrity, and Availability. Integrity refers specifically to data being protected from unauthorized changes. The changes could be intentional, accidental, or simple corruption. Intentional changes could be things like an intruder trying to cover his tracks by modifying the log files to delete entries showing his activity or someone hacking into a a school database to change their grade in a class. Man-in-the-middle attacks can be attacks on integrity where a message is intercepted, modified, and then forwarded to the intended recipient. Accidental changes would be things like someone deleting data by executing the wrong command. An example of corruption would be a software flaw that allows overwriting database files when someone inserts a string that is longer than intended in a data field and the input is not validated before the write is executed.
Computer security basically refers to the preventive and resistive measures taken to protect information, ensure integrity of the system and to prevent unauthorized access to information or computing resources. Computer security is required to protect hardware, software, sensitive information and it is enforced using software solutions (antivirus, firewall, encryption, digital certificates, authentication and authorization protocols etc) or hardware solutions (firewall, antivirus, biometrics etc). Along with hardware and software security solutions, formulating and enforcing strict policies and educating about threats are very important for computer security.
Data integrity and data security
privacy, authenticity, integrity, trust
what are the security and safty procedure in a computer environment
There are several aspects to web service security which gives it a purpose including, authentication, authorization, confidentiality, and integrity, non repudiation.
Computer security basically refers to the preventive and resistive measures taken to protect information, ensure integrity of the system and to prevent unauthorized access to information or computing resources. Computer security is required to protect hardware, software, sensitive information and it is enforced using software solutions (antivirus, firewall, encryption, digital certificates, authentication and authorization protocols etc) or hardware solutions (firewall, antivirus, biometrics etc). Along with hardware and software security solutions, formulating and enforcing strict policies and educating about threats are very important for computer security.
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Data integrity and data security
The use of maintenance implies patching. When weaknesses are found in operating systems, programs, and protocols, a fix (patch) removes the vulnerability, and thus, ensures that integrity and security remain. Without fixes you are at risk for ensuring integrity, and utilimately, security.
Confidentiality Integrity Availability
Availability, Confidentiality, Authentication and Integrity
From a computer security perspective it stands for "Confidentiality, Integrity, Availability". In general terms this means: Confidentiality - are only those who should be able to get the information able to get it. Integrity - are changes to data limited to only those that are authorized and intended. Availability - can you get to the information when you want to.
integrity
To achieve data security and integrity.
b. Confidentiality, integrity and availability
availability, confidentiality, integrity, all the above
All of the above. Information security is always always concerned with the three objectives of Confidentiality, Integrity, and Availability.