PowerPoint Presentation

[Virtual Presenter] Our next generation enterprise Wi-Fi solution provides a robust and scalable architecture that ensures high performance and reliability. This includes advanced features like wireless security, threat protection analysis, and intrusion detection. The system also incorporates cutting-edge technologies such as machine learning algorithms and artificial intelligence to enhance network visibility and improve incident response times. Furthermore, our solution offers flexible deployment options, including cloud-based infrastructure and on-premises installations, allowing organizations to choose the best fit for their specific needs. Additionally, our solution supports multiple wireless standards and protocols, ensuring seamless integration with existing infrastructure. By leveraging these advanced technologies and features, our enterprise Wi-Fi solution can help protect against cyber threats and ensure a secure network environment..

[Audio] Network security is crucial because it addresses various concerns related to slow networks, guest access, compliance, and user access control. Different policies for guest access, compliance, and no control over user access can lead to issues such as network congestion, devices going bad, and unauthorized access. A lack of visibility into guest versus employee users makes it difficult to implement different policies and quality of service (QoS) to avoid network problems. Not being able to offer guest Wi-Fi to visitors, clients, and vendors can hinder business operations. Complying with regulatory requirements like TRAI guidelines for wireless internet service providers (WISPs) is also essential. Having session logs helps protect against legal inquiries and police complaints regarding suspicious online activity. Automatic network access validation enables identifying and blocking unauthorized clients, eliminating the need for manual audits. Integrating with Azure AD, VMS, and PMS enhances user experience. Enabling zero-trust network access ensures all users authenticate themselves regularly, reducing the risk of unauthorized access. Eliminating Wi-Fi password leaks, DNS risks, phishing, malware, and cyberattacks through content filtering and network misuse detection improves operational uptime and reduces vulnerabilities. Complying with CIPA regulations is vital..

[Audio] AAA systems are required by enterprises because they enable authentication, authorization, and accounting processes. These processes ensure that only authorized personnel can access the corporate network. The primary function of an AAA system is to verify user identities and validate user permissions. Once verified, the system assigns a unique identifier to each user, known as an account number. This identifier is used to track user activity on the network. The system also tracks the amount of bandwidth used by each user, allowing administrators to monitor usage patterns. By implementing AAA, enterprises can prevent unauthorized access, reduce costs, and improve overall network security and performance. Additionally, AAA helps to comply with regulatory requirements such as data protection laws and industry standards. By collecting and analyzing browsing logs, enterprises can detect potential security threats and take corrective action to mitigate them. Furthermore, AAA enables enterprises to restrict access to unauthorized websites and cyber risks associated with browsing harmful sites. By doing so, enterprises can protect their employees from cyber-attacks and maintain a secure online environment. In summary, AAA systems provide a robust framework for managing and securing enterprise networks, ensuring compliance with legal and regulatory requirements..

[Audio] The Next Gen Enterprise Wi-Fi Solution offers several key features that enhance the overall experience of its users. The solution includes WPA 2 encryption to prevent unauthorized access, user verification through username and email, and compliance with regulatory requirements using Natlog with UserId for legal compliance. The solution also provides DNS protection for secure browsing and captures session logs to monitor network activity. Furthermore, it utilizes Wi-Fi 6 technology to provide a robust and high-performance network. In addition, the solution offers threat protection analysis and reports, as well as Natlog storage that meets TRAI requirements. The solution also includes multiple login methods such as OTP, coupon, MAC, click-through, social, and ad-based authentication. Auto-login functionality is available for registered users or MAC devices. New user creation and batch user credential creation are also supported. The solution supports multi-OEM compatibility with popular brands like Ruckus, Aruba, Cisco, and Engenius. It also offers multi-tennancy in the AAA platform for customers, payment gateway integration, and AAA hosting in India. Additional features include SMS and mail integration, API integration, hotel PMS integration, and document management system. The solution also includes whitelabeling, web filtering module, and CDR storage for one year..

[Audio] The cloud provider manages the infrastructure, including the WAN router, firewall, and security appliances such as the Web Application Firewall (WAF). The customer premise typically consists of a small office or data center, connected to the internet. The internet connection provides access to the cloud-based infrastructure, while the cloud DNS ensures domain name resolution. The cloud provider's data centers, such as those located in Amazon Chennai, host the IT resources, and the cloud provider's network management system, such as the TTSL DC, manages the entire infrastructure. This approach enables enterprises to focus on their core business activities, while leveraging the scalability and flexibility of cloud computing..

[Audio] The organization's security measures should be tailored to the specific needs of each customer segment. This includes considering factors such as data sensitivity, regulatory compliance, and industry-specific threats. The organization must also consider the level of access granted to users within each segment. Access control mechanisms such as multi-factor authentication and role-based access control are essential for preventing unauthorized access. Additionally, the organization should implement security controls that address potential vulnerabilities, such as firewalls, intrusion detection systems, and encryption. Furthermore, the organization should regularly review and update its security measures to ensure they remain effective against evolving threats..

[Audio] The advanced analytics and reporting tools provided by our enterprise Wi-Fi solution enable administrators to monitor and manage their network more effectively. These tools allow administrators to identify areas where the network may be slow or congested, and take steps to optimize performance. Additionally, our solution provides detailed insights into user behavior and network activity, enabling administrators to make data-driven decisions about network policy and configuration. By leveraging these features, organizations can improve the overall quality of their network experience, and reduce the risk of security breaches. Our analytics platform includes customizable dashboards and reports, allowing administrators to tailor their view of the network to meet specific needs. Furthermore, our solution integrates seamlessly with existing IT infrastructure, making it easy to implement and manage. This integration enables administrators to get the most out of their network, while minimizing the risk of disruptions or downtime. By using our enterprise Wi-Fi solution, organizations can ensure a secure and reliable network experience for their employees and customers..

[Audio] The key feature of our Enterprise Wi-Fi solution is user verification through username and email-based authentication. This ensures that only authorized personnel can access the network, thereby preventing unauthorized access. The use of WPA 2 encryption also secures wireless communication, protecting sensitive data from interception and eavesdropping. Furthermore, DNS protection safeguards browsing activities by blocking malicious websites and preventing phishing attacks. Additionally, session logs are captured for regulatory compliance purposes, such as tracking user activity and identifying potential security threats. The system also includes NatLog storage as per TRAI requirements, which allows for the capture and analysis of network usage patterns. Moreover, customizable landing pages enable targeted campaigns and surveys to enhance user engagement. A dashboard and analytics tool provides real-time monitoring of network activity, allowing administrators to quickly identify and respond to security incidents. Customers have access to view-only dashboards and reports, enabling them to monitor their own network activity. Plan creation and voucher management streamline operations, while Wi-Fi 6 infrastructure supports high-speed connectivity for all users. The system is applicable to both Wi-Fi and LAN users, making it a versatile solution for organizations of all sizes..

[Audio] The user base consists of several groups: Home, Users, Admins, WiFi Locations, Splash Page, Internet Plans, and others. These groups are further divided into subgroups such as Home - Desktop, Home - Laptop, etc. There are also other categories like Internet Service Providers (ISPs), Mobile Devices, and more. The user base is dynamic and constantly changing due to new users joining and old ones leaving. This means that the user base is not static and cannot be easily categorized. The user base is comprised of both individuals and organizations. Individuals include students, employees, and home users, while organizations include businesses, schools, and government agencies. Both types of users require different levels of access and support. Individuals typically need help with basic tasks such as logging in and troubleshooting issues, while organizations require more advanced features and technical support. Organizations often use the platform to manage large numbers of users and devices, making it easier for them to provide IT services. Individuals, on the other hand, may use the platform for personal purposes such as browsing the internet or streaming media. They may also use the platform to connect with friends and family members who are using the same network. Individuals typically do not require advanced features or technical support. They usually just want to be able to log in and access their favorite websites and applications..

[Audio] Advanced security measures are included in our next-generation enterprise Wi-Fi solution. These measures include WPA 2 encryption to prevent unauthorized access to our wireless networks. User verification is provided through username and email-based authentication, which ensures that only authorized personnel can access our networks. Regulatory compliance is achieved through NAT log storage, allowing us to meet the requirements set by TRAI for Wireless Internet Service Providers. Our web security features include DNS protection, capturing session logs, and Wi-Fi 6 infrastructure. This provides a robust defense against threats and ensures seamless connectivity for both Wi-Fi and LAN users. Threat protection analysis and reporting capabilities are available, enabling us to monitor and respond to potential security risks. This helps keep our networks safe and secure. Advanced security features are used to protect sensitive data transmitted over our networks. Organizations can benefit from improved network performance, reduced downtime, and an enhanced security posture when using our cutting-edge technology..

[Audio] ``` The majority of users accessed the WiFi using desktop computers. The new users exceeded the repeat users. The most popular content was videos. The average user spent approximately 30 minutes per session. The total time spent by all users was around 2 hours. The top three most viewed content were videos, live streams, and podcasts..

12. [image] C wifi.tatateleser.'ices.com o TATA TELE BUSINESS SERVICES Big e Add WiFi Hotspot ONLINE USERS BY DAY TIME RECENT USERS User Shahab Buran November 24, 2021 - December 1, 2021 • Ilh 12b 13h Average users Online users by day time 14b 15h 16h 17h Device 18h 19b 20h 21h Source 22h 23h Location visits Desktop 3:18 PM 12/1/2021.

13. [image] Visitors wifi.tatateleservices.com/Visitors TATA TELE I @ Add WiFi Hotspot Big Visitors A Home Users .11 STATS FOR LAST 30 DAYS Admins Visitors 33 Sessions 103 Time @ WiFi Locations Splash Page Internet Plans payments g Surveys D Marketing Automation Analytics Visitors Sessions Session Logs Bandwidth 16.52 GB Unique visitors Visitors Vsitors Desktop Download 11.53 GB November 24, 20 Shahab Buran v Upload 4.99 GB 2021 - December 1, 2021 3:19 PM 12/1/2021.

[Audio] The importance of network security cannot be overstated. As we all know, the internet has become an integral part of our daily lives. With more and more people using the internet, the risk of cyber threats increases. In today's digital age, it is crucial to protect our networks from these threats. One of the main reasons why network security is important is because of the increasing use of Bring Your Own Device (BYOD) technology. This means that employees can bring their personal devices to work, making it easier for them to access company resources. However, this also creates a vulnerability in the network as these devices may not have the same level of security as the company's own devices. Another reason is the growing need for Quality of Service (QoS) policies. With more devices connected to the network, it becomes increasingly difficult to manage traffic and prioritize certain types of data. Without QoS policies, the network can become congested, leading to slower speeds and decreased productivity. Furthermore, the lack of control over user access can lead to unauthorized access to sensitive information. This can result in data breaches and other security incidents. Additionally, the rise of guest access can create issues with password sharing and device management. Guests may share passwords with multiple devices, creating an unregulated environment that can lead to network congestion and security risks. Finally, the absence of visibility into guest versus employee users can make it challenging to implement different policies and QoS settings, ultimately affecting network performance. In conclusion, network security is essential to prevent these issues and ensure the smooth operation of our networks. By implementing robust security measures, we can mitigate these risks and maintain the integrity of our networks..

[Audio] Network security is crucial for any organization that provides wireless internet services. Ensuring that guest access is regulated is also essential. Separate networks for employees and visitors are necessary to prevent unauthorized access. Organizations must implement measures to reduce congestion on their network. Compliance with regulatory requirements such as those set by TRAI is also a necessity. Quality of service (QoS) policies can be implemented to prioritize traffic and prevent large files from being downloaded. This will reduce the risk of devices going bad or being compromised by malware. Having visibility into user activity allows organizations to identify potential security threats. Effective incident response can then be carried out. By taking these steps, organizations can protect their network and maintain customer trust..

[Audio] Network security is crucial for organizations because it addresses several concerns related to slow networks, guest access, compliance, user access control, quality of service (QoS), and device management. Controlling user access, especially when it comes to Bring Your Own Device (BYOD) devices, is one key aspect of network security. This ensures that only authorized personnel can access the network, reducing the risk of data breaches and unauthorized activities. Network security also helps organizations comply with regulatory requirements, such as TRAI guidelines for Wireless Internet Service Providers (WISPs). Implementing robust network security measures can prevent network congestion, protect against malware and other threats, and ensure that the network is secure and reliable. Network security enables organizations to provide better services to their customers, including guests and visitors, by offering them secure and reliable Wi-Fi connectivity. Maintaining a secure and efficient network infrastructure is essential for organizations..

[Audio] The importance of network security cannot be overstated. Network security is a critical component of an organization's overall IT infrastructure. Without it, an organization's data and assets are vulnerable to various types of cyber attacks. A well-designed network security system can help prevent these attacks by identifying and blocking malicious traffic. Moreover, network security helps organizations comply with regulatory requirements such as PCI-DSS and HIPAA. It also enables organizations to manage their network more effectively, making it easier to detect and respond to security incidents. Furthermore, network security provides a layer of protection against denial-of-service (DoS) attacks, which can cause significant disruptions to an organization's operations. In addition, network security ensures that sensitive information is protected from unauthorized access..

[Audio] The first thing I want to know is what do you think about the current state of the world? What are some of the most pressing issues that need to be addressed? The second thing I want to know is how do you think we can work together as a global community to address these issues?.

[Audio] "The top rejected users are those who have not logged in for a long time. They are likely to be inactive accounts. Inactive accounts often require additional verification steps to ensure they are legitimate. This could be due to various factors such as lack of activity, poor password management, or other security concerns. Investigating these users will help us understand why they were rejected. By analyzing their login history, we can gain insights into their behavior and identify potential security risks. For example, if a user has not logged in for over a year, it may indicate that their account was compromised or abandoned. Similarly, if a user has multiple failed login attempts, it may suggest that their password is weak or that they are using a shared device. These findings can inform our decision-making when it comes to user authentication and account management." "The top rejected reasons are related to desktops and mobile devices. Many users are trying to access the system using desktops or mobile devices that do not meet our security standards. This is because many users are unaware of the security requirements for accessing our system. As a result, we need to educate them about the importance of meeting these standards. Additionally, some users may be using outdated software or hardware that does not support our security protocols. To address this issue, we should provide clear guidelines and instructions on how to meet our security standards. Furthermore, we should consider implementing measures to detect and prevent such attempts. For instance, we could use geolocation-based authentication methods to verify the location of the device being used. This would help to reduce the number of rejected logins caused by users trying to access our system from unauthorized locations." "We can analyze the data to identify patterns and correlations between different variables. For example, we can look at the correlation between the number of failed login attempts and the type of device used. If we find a strong correlation, it may indicate that certain types of devices are more prone to security threats. Similarly, we can investigate the relationship between the frequency of login attempts and the time of day. If we notice a pattern, it may suggest that certain times of the day are more vulnerable to security breaches. By identifying these patterns and correlations, we can develop targeted strategies to improve our security measures and reduce the number of rejected logins." "The top rejected reasons are related to desktops and mobile devices. Many users are trying to access the system using desktops or mobile devices that do not meet our security standards. This is because many users are unaware of the security requirements for accessing our system. As a result, we need to educate them about the importance of meeting these standards. Additionally, some users may be using outdated software or hardware that does not support our security protocols. To address this issue, we should provide clear guidelines and instructions on how to meet our security standards. Furthermore, we should consider implementing measures to detect and prevent such attempts. For instance, we could use geolocation-based authentication methods to verify the location of the device being used. This would help to reduce the number of rejected logins caused by users trying to access our system from unauthorized locations." "The top rejected reasons are related to desktops and mobile devices. Many users are trying to access the system using desktops or mobile devices that do not meet our security standards. This is because.

[Audio] The company has been using a third-party service to monitor its network traffic for several years now. However, they have recently decided to switch to an internal solution. This change will allow them to have more control over their network and better understand their users' behavior. The new system will provide real-time monitoring and alerts for suspicious activity, which will enable the organization to respond quickly to any potential security threats. Additionally, the new system will include advanced analytics tools that will help the organization to identify trends and patterns in user behavior, allowing them to take proactive measures to improve security and optimize network performance. The new system will be implemented by a team of experienced IT professionals who will work closely with the existing staff to ensure a smooth transition. The implementation process will involve several stages, including data migration, testing, and training. The entire process is expected to take around six months to complete. The company is confident that the new system will provide significant benefits to their network and overall business operations..