AI technology incites the insurance industry's original appearance, underwriting, billing, and claims

In the past, artificial intelligence (AI) was often associated with robots, chess-playing systems, or other visible applications. However, you may not realize that the insurance industry has been one of the most active sectors in adopting AI technology, far surpassing many other industries globally. This is because the insurance sector is heavily influenced by unpredictable factors, and pricing policies requires a robust risk assessment mechanism. AI technology leverages big data, cloud computing, and machine learning to process and analyze vast amounts of information, enabling more accurate decision-making. Lin Jinsui, Senior Vice President of Fubon Property and Casualty, explains that due to the nature of the insurance industry, AI has become an essential tool. It aids in risk evaluation, streamlines operations, and helps standardize insurance products, ensuring efficiency and reliability within the sector. With the continuous advancement of AI, the entire operational model of the insurance industry is being transformed. In the past, insurance companies dealt with tens of thousands of data points, relying on actuaries to assess risks and set prices. Today, the volume of data has surged to hundreds of millions, making it impossible to handle without technological support. Lin Jinsui used the Double Eleven shopping festival as an example. An insurance company in mainland China can sell 100 million policies on that single day. But how are these policies evaluated and issued? Through open data, IoT technologies, and historical records of policyholders, AI can determine whether a policy should be issued, effectively reducing fraud. Moreover, AI significantly enhances insurance marketing. It enables personalized services through online platforms, mobile apps, and digital channels. The system can identify individual consumer behaviors, tailor insurance solutions, and even automate underwriting, billing, and claims processing. Fubon Property & Casualty started implementing AI-driven electronic insurance policies in 2016. In the first year, they sold 400,000 policies, which doubled to 800,000 in 2017, and aimed to exceed one million by 2018. This rapid growth highlights the transformative potential of AI in the insurance sector. Looking back, the massive demand for electronic insurance policies would have been impossible to manage without AI-driven risk assessments. Without such technology, the industry wouldn't have been able to capture such a large market share. AI isn't just changing the game—it's reshaping the future of insurance entirely.

Ac Controller

What is a wireless AC controller? What does it do?

Wireless AC controller is a kind of network device, such as the AC100/150 of Fengrunda, which can be used to centrally control and manage wireless aps. It is the core of a wireless network and is responsible for managing all wireless aps in the wireless network. AP management includes: delivering configuration, modifying related configuration parameters, RF intelligent management, and access security control.

Why use a wireless controller, and what exactly does it do?

In fact, the role of the wireless controller is to play a gateway function between the WLAN and the Internet (on the router), and the data from different access points are aggregated and accessed to the Internet. The role of an access point (AP) is to complete wireless access, and it can control user access through network flags.

The role of wireless controllers

1, Flexible networking mode and excellent scalability

The AP does not need to be directly connected to the AC, so that the AP can be deployed in any place that needs to be covered through the network, such as you deploy an AP in each employee's home, and then connect to the wireless controller inside the enterprise through the VPN, you can expand the wireless network of the enterprise to the family of each enterprise member.

2, intelligent RF management functions, automatic deployment and fault recovery

Through the dedicated RF management module, we can initially estimate the AP deployment according to the user's architectural design drawing, and can calculate the average bandwidth of the wireless terminal, the coverage between AP and AP in the actual debugging process.

3. Centralized network management

All the configuration of the wireless network can be completed by configuring the wireless controller. For example, enable, manage, and maintain all AP devices and mobile terminals, including all functions such as radio wave spectrum, wireless security, access authentication, mobile roaming, and access users.

4, powerful roaming function support

The wireless controller uses AP as the boundary combined with fast RF management system, which greatly reduces the connection time between wireless client and AP, and thus realizes the function of fast roaming.

5. Load balancing

AP and wireless controller systems can distribute wireless users or terminals to nearby aps within the coverage area of an AP, ensuring the number of each wireless terminal or the sum of AP bandwidth transmission or the upper limit of each wireless terminal bandwidth.

6, wireless terminal positioning, rapid fault location and intrusion detection

Wireless controllers can track and locate the location of wireless terminals, such as wirelessly connected computers, PDAs and Wi-Fi mobile phones.

7, powerful access and security policy control

At present, the wireless system supports authentication of 802.1, WEB authentication, MAC, SSID, VPN, etc., and supports various encryption modes such as WEP, WPA, WPA-PSK, WPA2, etc., and all configurations can be configured globally through the wireless controller.

8, Qos support

AP and wireless switching systems can limit the maximum bandwidth of a user's wireless connection within each user's privileges. For different IP services, the system can also define different QoS queues through the wireless switch module. For example, for wireless voice applications, SIP and RTP protocols can be set in the high queue, while common applications such as http and ftp can be set in the low queue.

The wireless controller AC is more advanced than the AP, plays the role of manager in the wireless network, and the wireless controller AC also acts as a client to complete a series of functions in the wired network (such as authentication, authentication, etc.). However, wireless controller AC is not a WLAN device specified in the 802.11 protocol family, but as a supplement to the protocol in specific applications, and its price far exceeds that of ordinary access point (AP) devices.

In small-scale wireless networks that use only a few aps, it is not economical to use expensive wireless controller AC equipment. However, if the number of wireless aps is large, more than 20 can be used AC controller.

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Shenzhen MovingComm Technology Co., Ltd. , https://www.movingcommtech.com

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