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What is a Mist Coverage SLE based upon?
A Mist Coverage SLE is based upon a summary of user minutes. A user minute is defined as one minute of active client connection to the wireless network. A Mist Coverage SLE tracks the number of user minutes that a client's received signal strength indicator (RSSI) as measured by the access point is below the threshold configured by the network administrator. The RSSI is a measure of how well a client can hear the access point's signal. A low RSSI indicates poor coverage and can result in low throughput, high latency, or dropped connections.
The Mist Coverage SLE allows the network administrator to monitor and troubleshoot the coverage issues on the wireless network. The Mist Coverage SLE also provides classifiers that identify the root causes of poor coverage, such as asymmetry, interference, or low transmit power. The network administrator can use the Mist portal, the Marvis virtual network assistant, or the Mist API to view and manage the Mist Coverage SLE.
In a production network, what are two types of security threats? (Choose two.)
A rogue AP is an unauthorized access point that is installed on a network without the knowledge or consent of the network administrator. A rogue AP can pose a serious security threat to a network, as it can allow attackers to bypass the network's security policies and gain access to sensitive data or launch other attacks. A rogue AP can also interfere with the performance of the legitimate APs and cause network congestion or degradation.
A scanning radio is a device that can scan the wireless spectrum and detect the presence and characteristics of wireless networks. A scanning radio can be used for legitimate purposes, such as network monitoring, troubleshooting, or optimization. However, a scanning radio can also be used for malicious purposes, such as discovering vulnerable networks, capturing network traffic, or launching denial-of-service attacks. A scanning radio can pose a security threat to a network, as it can expose the network's SSID, encryption type, channel, and signal strength.
Alert templates are assigned to sites in which area of the Mist GUI?
Alert templates are assigned to sites in theSite Grouparea of the Mist GUI. A site group is a logical grouping of sites that share common settings and policies, such as alert templates, WLAN profiles, switch profiles, and site tags. A site group can contain one or more sites, and a site can belong to one or more site groups.
To assign an alert template to a site group, you need to navigate to Organization > Site Groups and select the site group that you want to edit. Then, you need to click on the Alert Template tab and choose the alert template that you want to apply to the site group. You can also create a new alert template or edit an existing one from this tab.
An alert template is a configuration that defines the types of alerts that you want to monitor and receive notifications for on your network. Alerts are events that indicate ongoing network and device issues, such as device offline, AP reboot, PSK failure, rogue AP, etc. You can create and manage alert templates in the Monitor > Alerts > Alert Configuration area of the Mist GUI.
Which two Mist-supported APIs are considered event-driven? (Choose two.)
According to the web search results, WebSocket and Webhook are two Mist-supported APIs that are considered event-driven. Event-driven APIs are APIs that allow the server to push information to the client asynchronously, instead of requiring the client to poll the server for updates. Event-driven APIs can provide real-time data, decoupled systems, and improved scalability and performance.
Click the Exhibit button.
Referring to the exhibit, which Marvis language would you use to query Mist about an issue?
Referring to the exhibit, the Marvis language that you would use to query Mist about an issue isnatural language. Natural language is the language that humans use to communicate with each other, such as English, Spanish, or Hindi. Natural language is different from formal or programming languages, such as SQL, Python, or query language, which have strict rules and syntax.
Marvis is a virtual network assistant that allows you to interact with the Mist network using natural language commands. You can type or speak your queries to Marvis in plain English and get answers in a conversational manner. For example, you can ask Marvis questions like ''Why is my Wi-Fi slow?'' or ''How many devices are connected to AP1?'' or ''Show me the throughput of SSID2''. Marvis will understand your intent and provide relevant information, insights, and actions.
Marvis uses natural language processing (NLP) to analyze and interpret your queries. NLP is a branch of artificial intelligence that deals with the interaction between computers and human languages. NLP involves various tasks, such as speech recognition, natural language understanding (NLU), natural language generation (NLG), sentiment analysis, machine translation, etc.
