Answer:
Assembly language
Explanation:
Assembly language writes instructions in human letters. Every machine language instruction has a corresponding assembly language instruction that means exactly the same thing. Assembly language uses a symbolic form of a program which are capable of:
- readable by human beings (+/-)
- constants, addresses, and names of symbolic instructions
- arithmetic during assembly - calculations of addresses, constants
- synthetic instructions (not supported by our assembler)
- expansion of macroinstructions (not supported by our
assembler)
- assembly instructions (pseudo-instructions)
• memory allocation
• memory initialization
• conditional assembly (not supported by our assembler)
<em>Internet of Things(IoT)</em> which could be described as a group of interconnected systems or objects which are able to communicate, transmit and exchange data using <em>smart technology</em> and sensors. Data can be checked and monitored on these devices using Dashboards.
- Dashboards provides a graphical representation of information about interconnected IoT objects or devices. They are produced using data collected from interconnected objects.
- Since all objects are interconnected, devices use data which are are stored in storage or memory locations. These data are then used to prepare information displayed on dashboards.
Therefore, dashboards provides an interface to view data information about IoT connected devices.
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Answer:
Defense in Depth (DiD).
Explanation:
Cyber security can be defined as preventive practice of protecting computers, software programs, electronic devices, networks, servers and data from potential theft, attack, damage, or unauthorized access by using a body of technology, frameworks, processes and network engineers.
Defense in Depth (DiD) can be defined as a concept or framework in cyber security that typically involves the process of layering multiple defensive mechanisms and security control throughout an information technology (IT) system, so as to prevent data theft or an unauthorized access to user data.
Basically, this cyber security technique is designed such that when a layer of the defensive mechanism fails, another security layer step in to mitigate and prevent the attack. Thus, it causes redundancy when an attacker exploits a vulnerability in a system, a breach of security or when one of the security layers fail.
Mesh WLAN wireless mesh network WMN describes a wireless network topology in access points work as peer devices on the same network.
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