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When did arch rivals IBM and Apple Computers Inc. decide to join hands?
IBM and Apple Computers Inc. decided to join hands in 1991.
IBM and Apple Computers Inc. decided to join hands in 1991.
See lessA computer program that converts an entire program into machine language at one time is called a/an
A computer program that converts an entire program into machine language at one time is called a compiler.
A computer program that converts an entire program into machine language at one time is called a compiler.
See lessWhich of the following computer is not invented by J.P. Eckert and John Mauchly?
The computer not invented by J.P. Eckert and John Mauchly is the IBM PC (Personal Computer). Eckert and Mauchly were instrumental in the development of the ENIAC (Electronic Numerical Integrator and Computer) and the UNIVAC I (UNIVersal Automatic Computer I), but the IBM PC was developed by IBM andRead more
The computer not invented by J.P. Eckert and John Mauchly is the IBM PC (Personal Computer). Eckert and Mauchly were instrumental in the development of the ENIAC (Electronic Numerical Integrator and Computer) and the UNIVAC I (UNIVersal Automatic Computer I), but the IBM PC was developed by IBM and released in 1981, after the contributions of Eckert and Mauchly to the computer science field.
See lessAll telnet operations are sent as ________
All telnet operations are sent as plain text.
All telnet operations are sent as plain text.
See lessTelnet protocol is used to establish a connection to
Telnet protocol is used to establish a connection to a remote host or server, allowing for a user to log in and interact with that remote system as if they were directly connected to it. Telnet provides a bidirectional interactive text-oriented communication facility using a virtual terminal connectRead more
Telnet protocol is used to establish a connection to a remote host or server, allowing for a user to log in and interact with that remote system as if they were directly connected to it. Telnet provides a bidirectional interactive text-oriented communication facility using a virtual terminal connection over TCP/IP. It’s traditionally used for remote command-line access, administrative tasks, and accessing network services, but it’s not secure for sensitive communications as it does not encrypt data, making it susceptible to interception. Secure Shell (SSH) is often used as a more secure alternative.
See lessTelnet protocol is used to establish a connection to
Telnet protocol is used to establish a connection to a remote computer or network equipment over the internet or local area networks. It allows a user to log into another computer/device and manage it as if the user were physically present at the terminal. Telnet is often used for administrative tasRead more
Telnet protocol is used to establish a connection to a remote computer or network equipment over the internet or local area networks. It allows a user to log into another computer/device and manage it as if the user were physically present at the terminal. Telnet is often used for administrative tasks, including configuring network devices or servers and accessing applications and data. However, because it sends data, including passwords, in plain text without encryption, it is considered insecure for use over public networks and has largely been replaced by SSH (Secure Shell) for secure remote login and command execution.
See lessProcess of identifying any individual
The process of identifying any individual typically involves gathering specific distinguishing information or data that uniquely identifies one person from another. This process can depend on the context in which the identification is taking place (e.g. online, in-person, security, medical, legal).Read more
The process of identifying any individual typically involves gathering specific distinguishing information or data that uniquely identifies one person from another. This process can depend on the context in which the identification is taking place (e.g. online, in-person, security, medical, legal). Several methods and technologies are used for individual identification, including:
1. Biometric Methods: These are the most reliable and accurate methods for identifying individuals, as they involve unique physical or behavioral characteristics. They include:
– Fingerprint Recognition: Analysis of an individual’s unique fingerprint patterns.
– Facial Recognition: Uses distinctive features on a person’s face to identify them.
– Iris/Retina Scans: Analyze unique patterns in the colored ring of the eye or blood vessels in the retina.
– Voice Recognition: Identifies individuals based on vocal characteristics.
2. Personal Documentation: Relies on official documents to verify someone’s identity. Common documents include:
– Passports
– Driver’s Licenses
– National Identification Cards
3. Digital Methods: With the advent of the digital age, various online authentication methods are used to identify individuals, including:
– Usernames and Passwords
– Two-Factor Authentication (2FA)
– Digital Certificates and Public Key Infrastructure (PKI)
– Email Verification
4. Social Security Numbers (SSN) or National Identification Numbers:
See lessProcess of identifying any individual
Identifying any individual can be done through multiple processes depending on the context. These processes vary widely from biometric methods to digital verification systems. Some common methods include: 1. Document Verification: This involves using legal documents to verify an individual's identitRead more
Identifying any individual can be done through multiple processes depending on the context. These processes vary widely from biometric methods to digital verification systems. Some common methods include:
1. Document Verification: This involves using legal documents to verify an individual’s identity. Common documents used include passports, driver’s licenses, birth certificates, and national identity cards.
2. Biometric Verification: This method uses unique biological traits of individuals for identification. It includes fingerprint scanning, facial recognition, iris recognition, and DNA matching. Biometric verification is widely used in border control, law enforcement, and to secure access to various services.
3. Digital Verification: In the digital realm, identifying an individual can involve methods such as email verification, social security number checks, and two-factor authentication involving mobile devices. Blockchain and digital ID services are modern approaches that provide secure and immutable verification methods.
4. Visual Identification: In less formal contexts, visual identification by another person can serve as a method. This is often used in conjunction with other methods for verification in security-sensitive environments.
5. Voice Recognition: Voice biometrics can also be used to verify an individual’s identity by analyzing voice patterns. This is useful in telecommunications and customer service operations.
6. Behavioral Biometrics: This is an advanced method that analyzes patterns in human activity to identify individuals. It includes analysis of typing patterns, mouse movements, and walking patterns.
7. Social Verification: Some services use social connections and online presence as a
See lessProcess that prevents someone from denying that she accessed resource
The process that prevents someone from denying they accessed a resource is known as "non-repudiation." Non-repudiation is a security principle and a form of assurance that ensures that the individual or entity involved in a digital communication or transaction cannot deny the authenticity of their sRead more
The process that prevents someone from denying they accessed a resource is known as “non-repudiation.” Non-repudiation is a security principle and a form of assurance that ensures that the individual or entity involved in a digital communication or transaction cannot deny the authenticity of their signature on a document or the sending of a message that they originated. This is achieved using cryptographic proof, such as digital signatures and audit trails, to create a binding and incontrovertible record of the actions of the parties involved.
See lessWhat security threats do employee-owned devices pose by storing corporate data and accessing corporate networks?
Employee-owned devices, often part of a Bring Your Own Device (BYOD) policy, pose several security threats to corporate data and networks. These threats include: 1. Data Leakage: Employee-owned devices can inadvertently become a conduit for sensitive corporate data to be leaked or accessed by unauthRead more
Employee-owned devices, often part of a Bring Your Own Device (BYOD) policy, pose several security threats to corporate data and networks. These threats include:
1. Data Leakage: Employee-owned devices can inadvertently become a conduit for sensitive corporate data to be leaked or accessed by unauthorized parties. This can happen through various means, such as device theft, loss, or when data is shared across personal apps and storage solutions that lack sufficient security measures.
2. Malware and Ransomware: Devices owned by employees may not always adhere to the security standards or software update policies of the organization. This laxity can make them vulnerable to malware, ransomware, and other malicious software attacks that could then gain access to the corporate network through these compromised devices.
3. Phishing Attacks: Employee devices are often targeted by phishing attacks aimed at stealing credentials that can be used to access corporate networks. Since personal devices may be used more casually and for a variety of personal web activities, they may not benefit from the same level of security awareness and protection as corporate devices.
4. Network Vulnerability: When employee-owned devices connect to the corporate network, they can introduce vulnerabilities, especially if those devices are already compromised or not compliant with corporate security standards. This can open up pathways for attackers to exploit in order to gain unauthorized access to the network.
5. Lack of Control and Visibility: Corporations face challenges in enforcing security policies and gaining insight into the security posture of employee-owned devices.
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