Keylogging is considered malware that is caused by an input device keyboard that collects personal information and also private confidential information. Technology and the internet have become obligatory for every organization with benefits and also drawbacks like devices infected with malicious programs which leads to keylogging attempts. Keylogging programs are a part of cybersecurity that includes a wide array of issues and approaches that help to understand the intention of attackers and which kind of malware is implemented. There are two types of keyloggers one is hardware keyloggers that acts as a ghost device which helps to extract the data through keyboard strokes like spy keylogger.

Subject – Modern Operating Systems

Q1. Read the below paragraph and write your opinion.

Note: 200 words with intext citation and references must.

Keylogging is considered malware that is caused by an input device keyboard that collects personal information and also private confidential information. Technology and the internet have become obligatory for every organization with benefits and also drawbacks like devices infected with malicious programs which leads to keylogging attempts. Keylogging programs are a part of cybersecurity that includes a wide array of issues and approaches that help to understand the intention of attackers and which kind of malware is implemented. There are two types of keyloggers one is hardware keyloggers that acts as a ghost device which helps to extract the data through keyboard strokes like spy keylogger. There are different types of hardware keyloggers like wireless keylogger sniffers, firmware, keyboard overlays. Second, software keylogger is mostly affected to adapting the target operating system that maintains the I/O devices (Christopher, et al. 2019). Keyloggers are mostly used in organizations to solve technical problems with networks, in this case, attackers steal the passwords and personal information through network. Some of the features of software keyloggers are clipboard logging, screen logging, capturing text in a programmatic way, and recording each and every performed action of device. This cannot be reduced by HTTPS encryption because the data is protected in transit between two devices. There are many different techniques used by keyloggers that need strong countermeasure like the on-screen keyboard is effective because it’s hard to identify the keyloggers in a device (Reiner, 2017).

Subject – Internship

Q2. Read the below paragraph and write your opinion.

Note: 150 words with intext citation and references must.

System engineering techniques are used in the process to design and manage complex systems over the specification, implementation, validation, usage and decommission life cycles. This process begins with discovering business needs, and analyzing the non-functional requirements like reusability and maintainability along the way. System engineering utilizes the system thinking principles, which abstract real-world scenarios to mathematical or logical problems.

Model-Based System Engineering abstracts those scenarios to domain models. A domain model is a conceptual model that integrates the model’s fields, properties, and behaviors. This concept makes a domain model self-explanatory while also looks like an interactive black box from outside. As a result, MBSE can achieve structural hierarchy which suits complex systems. In our company, MBSE is achieved as UML-like class diagrams in our Confluence design documentation.

Q3. Read the below paragraph and write your opinion.

Note: 150 words with intext citation and references must.

The system engineering management plan (SEMP) provides system engineers the document how to execute the project. SEMP should include decision-making process through the project’s life cycle, including milestones and accomplishments. With a standard architecture, toolset and configuration management, SEMP builds the common ground for multiple system engineering, development, and management teams. During the planning phase, SEMP should address the purpose and scope of the project, technical design summary and obstacles, system integration with external interfaces, implementation planning and timeline, system verification and validation plan, and production support strategy.