Table of Contents
Question
What is an advantage of using the Juniper Mist cloud compared to traditional on-premises WLAN controllers?
A. The ability to configure Mist cloud using any connected AP.
B. More robust AP encryption occurs.
C. Machine learning occurs through microservices.
D. Mist updates occur daily.
Answer
C. Machine learning occurs through microservices.
Explanation
The correct answer is C. Machine learning occurs through microservices.
Machine learning is the process of applying artificial intelligence techniques to analyze data and learn from it, without being explicitly programmed. Machine learning can be used to provide insights, recommendations, and predictions for various applications and domains.
Microservices are a software architecture style that consists of small, independent, and loosely coupled services that communicate with each other using well-defined interfaces. Microservices can be used to improve scalability, reliability, and performance of software applications by allowing each service to be developed, deployed, and updated independently.
The Juniper Mist cloud is a cloud-native platform that provides wireless network management and operations using machine learning and microservices. The Juniper Mist cloud uses machine learning to collect and analyze telemetry data from the Mist APs and clients, and provide proactive monitoring, troubleshooting, and optimization of the wireless network performance and user experience. The Juniper Mist cloud also uses microservices to deliver different features and functions of the platform, such as Wi-Fi Assurance, Wired Assurance, WAN Assurance, Marvis Virtual Network Assistant, and Mist Insights.
An advantage of using the Juniper Mist cloud compared to traditional on-premises WLAN controllers is that the Juniper Mist cloud can leverage machine learning and microservices to provide more intelligent, agile, and scalable wireless network solutions. The Juniper Mist cloud can use machine learning to provide real-time insights and recommendations based on the data collected from the network, rather than relying on static rules or thresholds. The Juniper Mist cloud can also use microservices to deliver different features and functions of the platform as independent services that can be updated and scaled independently, rather than relying on monolithic software that requires frequent upgrades and maintenance.
The other options are incorrect because:
- A. The ability to configure Mist cloud using any connected AP. This is false because this is not an advantage of using the Juniper Mist cloud compared to traditional on-premises WLAN controllers. The Juniper Mist cloud does not allow configuring the cloud using any connected AP, but rather using a web-based dashboard or an API. The Juniper Mist APs are not used for configuration, but rather for data collection and transmission.
- B. More robust AP encryption occurs. This is false because this is not an advantage of using the Juniper Mist cloud compared to traditional on-premises WLAN controllers. The Juniper Mist cloud does not affect the encryption of the APs, but rather the encryption of the data transmitted between the APs and the cloud. The Juniper Mist APs use standard encryption protocols, such as WPA2 or WPA3, to secure the wireless traffic between the APs and the clients.
- D. Mist updates occur daily. This is false because this is not an advantage of using the Juniper Mist cloud compared to traditional on-premises WLAN controllers. The Juniper Mist cloud does not update daily, but rather every two weeks. The Juniper Mist updates are not disruptive or noticeable, as they are applied incrementally and automatically by the microservices architecture.
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