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Latest company new about What kind of Transceivers will be used in NetTAP® Network Taps and Network Packet Brokers?
2024/01/03

What kind of Transceivers will be used in NetTAP® Network Taps and Network Packet Brokers?

  What kind of Transceivers will be used in NetTAP® Network Taps and Network Packet Brokers?   Transceiver modules are electronic devices used in communication systems to transmit and receive data over various types of networks. They are commonly used in networking equipment such as switches, routers, and network interface cards. Here are some different types of transceiver modules along with their descriptions and differences:   1. Small Form-Factor Pluggable (SFP) Transceivers: - SFP transceivers are compact and hot-pluggable modules commonly used in Ethernet and Fiber Channel networks. - They support data rates ranging from 100 Mbps to 10 Gbps and can be used with various types of optical fibers, including single-mode and multi-mode fibers. - SFP transceivers come in different variants, such as SX (short wavelength), LX (long wavelength), and CWDM (coarse wavelength division multiplexing), to accommodate different distance requirements.   2. QSFP/QSFP+ Transceivers: - QSFP (Quad Small Form-Factor Pluggable) and QSFP+ are high-density transceiver modules used for high-speed data transmission. - QSFP supports data rates up to 40 Gbps, while QSFP+ supports data rates up to 100 Gbps. - They are commonly used in data center applications, high-performance computing, and InfiniBand networks. - QSFP/QSFP+ transceivers support various network standards, including Ethernet, Fibre Channel, and InfiniBand.   3. XFP Transceivers: - XFP (10 Gigabit Small Form-Factor Pluggable) transceivers are designed for 10 Gbps data transmission. - They are commonly used in fiber optic networks, including Ethernet, SONET/SDH, and Fibre Channel. - XFP transceivers support both single-mode and multi-mode fibers and can operate at different wavelengths depending on the network requirements.   4. CFP/CFP2/CFP4 Transceivers: - CFP (C form-factor pluggable) transceivers are high-performance modules designed for 40 Gbps and 100 Gbps data rates. - CFP2 and CFP4 are smaller form-factor versions of CFP, offering higher port density. - They are used in high-speed optical networks, including Ethernet, OTN (Optical Transport Network), and WDM (Wavelength Division Multiplexing) systems. - CFP/CFP2/CFP4 transceivers support various transmission media, such as multi-mode and single-mode fibers.   5. GBIC (Gigabit Interface Converter) Transceivers: - GBIC transceivers were one of the earliest modular transceiver designs used for Gigabit Ethernet. - They support data rates up to 1 Gbps and are available in both copper and fiber optic variants. - GBIC modules can be hot-swapped, allowing for easy replacement and flexibility in network configurations. - However, GBICs have largely been replaced by smaller form-factor transceivers like SFP.   6. SFP+ (Enhanced Small Form-Factor Pluggable) Transceivers: - SFP+ transceivers are an enhanced version of SFP modules, designed for higher data rates. - They support data rates up to 10 Gbps and are used in applications such as 10 Gigabit Ethernet and Fiber Channel. - SFP+ modules are backward compatible with SFP slots, allowing for easy migration and flexibility in network upgrades.   7. XENPAK Transceivers: - XENPAK transceivers were popular in early 10 Gigabit Ethernet deployments. - They support data rates up to 10 Gbps and are available in both copper and fiber optic variants. - XENPAK modules are larger in size compared to newer form factors like XFP and SFP+.   8. CXP Transceivers: - CXP transceivers are high-density modules primarily used for high-speed data transmission in data center and high-performance computing environments. - They support data rates up to 100 Gbps and have 12 transmit and 12 receive channels. - CXP modules use multiple lanes of parallel optical fibers to achieve high data rates.   9. BiDi (Bidirectional) Transceivers: - BiDi transceivers are designed to transmit and receive data over a single optical fiber using wavelength division multiplexing (WDM) technology. - They enable full-duplex communication by using different wavelengths for upstream and downstream data transmission. - BiDi transceivers are commonly used in applications where fiber availability is limited or costly, such as in metropolitan area networks (MANs) and fiber-to-the-home (FTTH) deployments.     In our Network Taps and Nework Packet Brokers, we common use the following 4 kinds of Optical Transceivers:   1. SFP (Small Form-Factor Pluggable) Transceivers: * SFP transceivers, also known as SFPs or mini-GBICs, are compact and hot-pluggable modules used in Ethernet and Fiber Channel networks. * They support data rates ranging from 100 Mbps to 10 Gbps, depending on the specific variant. * SFP transceivers are available for various optical fiber types, including multi-mode (SX), single-mode (LX), and long-range (LR). * They come with different connector types such as LC, SC, and RJ-45, depending on the network requirements. * SFP modules are widely used due to their small size, versatility, and ease of installation.   2. SFP+ (Enhanced Small Form-Factor Pluggable) Transceivers: * SFP+ transceivers are an enhanced version of SFP modules designed for higher data rates. * They support data rates up to 10 Gbps and are commonly used in 10 Gigabit Ethernet networks. * SFP+ modules are backward compatible with SFP slots, allowing for easy migration and flexibility in network upgrades. * They are available for various fiber types, including multi-mode (SR), single-mode (LR), and direct-attach copper cables (DAC).   3. QSFP (Quad Small Form-Factor Pluggable) Transceivers: * QSFP transceivers are high-density modules used for high-speed data transmission. * They support data rates up to 40 Gbps and are commonly used in data centers and high-performance computing environments. * QSFP modules can transmit and receive data over multiple fiber strands or copper cables simultaneously, providing increased bandwidth. * They are available in various variants, including QSFP-SR4 (multi-mode fiber), QSFP-LR4 (single-mode fiber), and QSFP-ER4 (extended reach). * QSFP modules have an MPO/MTP connector for fiber connections and can also support direct-attach copper cables.   4. QSFP28 (Quad Small Form-Factor Pluggable 28) Transceivers: * QSFP28 transceivers are the next generation of QSFP modules, designed for higher data rates. * They support data rates up to 100 Gbps and are widely used in high-speed data center networks. * QSFP28 modules offer increased port density and lower power consumption compared to previous generations. * They are available in various variants, including QSFP28-SR4 (multi-mode fiber), QSFP28-LR4 (single-mode fiber), and QSFP28-ER4 (extended reach). * QSFP28 modules use a higher modulation scheme and advanced signal processing techniques to achieve higher data rates.   These transceiver modules differ in terms of data rates, form factors, supported network standards, and transmission distances. SFP and SFP+ modules are commonly used for lower-speed applications, while QSFP and QSFP28 modules are designed for higher-speed requirements. It's important to consider the specific network needs and compatibility with networking equipment when selecting the appropriate transceiver module.
Latest company new about NetTAP® wishes you Merry Christmas and Happy New Year 2024 on coperation of Network Monitoring and Security
2023/12/25

NetTAP® wishes you Merry Christmas and Happy New Year 2024 on coperation of Network Monitoring and Security

Dear Partners,   As the year comes to a close, we want to take a moment to express our sincerest gratitude for the exceptional collaboration and partnership we have shared in the realm of Network Packet Broker and Network Tap for Network Monitoring and Security. This Christmas and New Year, we extend our warmest wishes to you and your team.   Merry Christmas! May this festive season bring you well-deserved rest, joy, and precious moments with your loved ones. It is through our combined efforts, expertise, and dedication that we have achieved remarkable milestones together. We are grateful for the trust you have placed in us as your partners, and we look forward to continuing our successful journey in the coming year.   As we approach the threshold of a new year, we want to wish you a Happy New Year 2024 filled with continued growth, success, and prosperity. Our collaboration has been instrumental in delivering cutting-edge solutions to our clients, enhancing network visibility, and ensuring robust security measures. Together, we have made a significant impact in the industry, and we are excited to explore new horizons in the upcoming year.   We would like to express our heartfelt appreciation for your unwavering commitment to excellence, professionalism, and innovation throughout our partnership. Your expertise and contributions have been invaluable, and we are truly grateful for the trust and confidence you have placed in our collective capabilities.   The journey we have embarked upon has been marked by shared successes, continuous learning, and a spirit of collaboration. We value the synergy and mutual growth that our partnership has fostered, and we are confident that our combined efforts will continue to push boundaries and set new standards in the industry.   As we reflect upon the accomplishments of the past year, we are filled with gratitude for the opportunity to work alongside such a remarkable team. We are immensely proud of what we have achieved together and are excited to embrace the challenges and opportunities that lie ahead. On behalf of everyone at [Your Company's Name], we extend our warmest wishes for a joyful and peaceful Christmas and a prosperous New Year. May this festive season be a time of celebration, reflection, and rejuvenation for you and your team.   Thank you once again for your unwavering support, trust, and collaboration. We eagerly anticipate another successful year together, filled with shared achievements and continued growth. Merry Christmas and a Happy New Year to you and your entire team!   Sincerely,   NetTAP Team
Latest company new about What can the NetTAP Network Packet Broker(NPB) do for you?
2023/11/09

What can the NetTAP Network Packet Broker(NPB) do for you?

A Network Packet Broker (NPB) is a network device designed to optimize the visibility and management of network traffic. It acts as a central distribution point for network traffic, allowing network administrators to capture, filter, aggregate, and distribute packets to various monitoring and security tools. The primary function of an NPB is to improve the efficiency and effectiveness of network monitoring and security operations. It accomplishes this by providing the following capabilities:   1. Traffic aggregation: NPBs can aggregate network traffic from multiple network links or segments into a single output stream. This consolidation enables monitoring tools to receive a comprehensive view of network traffic without the need for individual connections to each network segment.   2. Traffic filtering: NPBs can filter network traffic based on various criteria, such as source/destination IP addresses, protocols, ports, or specific application traffic. By selectively forwarding relevant packets to the monitoring tools, NPBs help reduce the processing load on those tools and improve their efficiency.   3. Load balancing: NPBs can distribute network traffic evenly across multiple monitoring tools to ensure optimal utilization of resources. This feature helps prevent tool overload and enables scalability in high-traffic environments.   4. Packet slicing and masking: NPBs can modify packets by removing or obfuscating sensitive information before forwarding them to monitoring tools. This capability ensures compliance with privacy regulations and protects sensitive data from being exposed to unauthorized personnel.   5. Packet deduplication: NPBs can eliminate duplicate packets from the network traffic stream, reducing the processing load on monitoring tools and optimizing their performance.   6. Advanced packet processing: NPBs may offer additional features like protocol decapsulation, SSL decryption, packet timestamping, packet header modification, and packet payload analysis. These capabilities enhance the monitoring and analysis capabilities of the connected tools.   The Network Packet Broker (NPB) can offer several benefits and capabilities to network administrators and organizations.   Capability/Benefit Description Enhanced network visibility Provides comprehensive visibility into network traffic by capturing and aggregating packets from various network links or segments. Efficient network monitoring Filters and forwards relevant packets to monitoring tools, optimizing their usage and preventing tool overload. Improved network security Directs network traffic to security tools (e.g., IDS, IPS, firewalls) for enhanced threat detection and incident response. Load balancing and scalability Distributes network traffic across multiple monitoring or security tools, ensuring workload balance and supporting scalability. Packet manipulation and optimization Offers advanced packet processing capabilities (e.g., slicing, masking, timestamping) to tailor packet data for specific analysis needs and improve tool efficiency. Compliance and privacy Helps meet compliance requirements by removing or obfuscating sensitive information from packets, safeguarding data and ensuring privacy. Network troubleshooting and analysis Assists in network issue identification and resolution by capturing and analyzing network traffic, enabling effective troubleshooting and problem resolution.     Why Network Switch can NOT replace the Network Packet Broker functions?   Because, they are two different devices used in computer networks, although they serve distinct purposes.   Network Switch: A network switch is a fundamental networking device that operates at Layer 2 (Data Link Layer) or Layer 3 (Network Layer) of the OSI model. It is responsible for forwarding data packets between devices within a local area network (LAN). The primary function of a network switch is to examine the destination MAC (Media Access Control) address of incoming network packets and make decisions on how to forward them to the appropriate destination. Switches provide efficient and reliable data transmission by creating dedicated communication paths between connected devices.   Network Packet Broker: A network packet broker (NPB) is a specialized device designed to optimize the visibility and management of network traffic. It operates at higher layers of the OSI model, typically at Layers 4-7 (Transport, Session, Presentation, and Application Layers). The main purpose of an NPB is to intelligently capture, filter, aggregate, and distribute network traffic to various monitoring and security tools for analysis. NPBs provide advanced features such as packet filtering, load balancing, traffic replication, protocol stripping, and SSL decryption to enhance network monitoring and security capabilities.  
Latest company new about Unveiling Network Monitoring Blind Spots: A Comprehensive Solution
2023/10/23

Unveiling Network Monitoring Blind Spots: A Comprehensive Solution

Introduction: In an era of heightened connectivity and growing dependence on digital systems, maintaining network security has become an utmost priority for businesses worldwide. However, despite advancements in technology and an array of monitoring and security tools available, blind spots in network monitoring persist. In this article, we explore the reasons behind the existence of these blind spots and introduce a groundbreaking solution: the Network Packet Broker (NPB).   The Persistent Issue of Network Monitoring Blind Spots: Network monitoring blind spots refer to areas in a network infrastructure that lack visibility or sufficient monitoring capabilities. These blind spots pose a significant challenge for businesses, as they leave their network vulnerable to cyber threats, performance issues, and potential data breaches. But why do these blind spots continue to exist?   1. Expanding Networks and Evolving Cyber Threats: Business networks are expanding exponentially, incorporating cloud-based services, IoT devices, and remote working capabilities. Consequently, the complexity of network infrastructures is continuously increasing. This expansion and evolution create blind spots that traditional monitoring tools may struggle to detect or cover adequately.   2. Lack of Visibility and Control: To gain meaningful insights and ensure network security, organizations need comprehensive visibility across their entire network. However, various factors like encrypted traffic, virtualization, and diverse platforms, compromise the visibility and control over network activities. This lack of visibility hampers security analysis and makes it difficult to identify potential threats or monitor network performance efficiently.   3. Insufficient Monitoring Tools: While there are numerous monitoring tools available, piecing them together cohesively remains a challenge. Network administrators typically use a range of tools, each specializing in a specific area of monitoring or security. However, this fragmented approach often leads to blind spots, as the tools fail to integrate seamlessly, leaving gaps in monitoring coverage. Introducing Network Packet Broker - A Game-Changing Solution: Network Packet Brokers (NPBs) act as a centralized traffic aggregation point, eliminating blind spots and providing a comprehensive solution for network monitoring and security. NPBs optimize and distribute network traffic for analysis, monitoring, and security purposes in an "out-of-band" scenario, meaning they intercept network traffic without affecting operational traffic flow. This ensures complete visibility without compromising network performance.   Key Features and Benefits of Network Packet Brokers: 1. Traffic Optimization and Distribution: NPBs have the ability to optimize network traffic, filtering out unnecessary data and distributing the relevant packets to designated monitoring or security tools. This ensures that these tools receive only the data they need, improving their performance and efficiency.   2. Comprehensive Visibility: By functioning as a centralized aggregation point, NPBs provide full visibility into the network infrastructure. They capture and analyze both inbound and outbound network traffic, including encrypted packets, virtualized environments, and remote user activities. This enables businesses to uncover blind spots that traditional tools often fail to detect.   3. Seamless Integration: Businesses can streamline their monitoring tools by using NPBs as a single access point for all monitoring and security systems. NPBs can integrate with various tools, enabling them to work together effectively and preventing blind spots that may arise due to fragmented monitoring practices.   4. Advanced Filtering and Analysis: NPBs can apply filters and perform deep packet inspection to analyze network traffic in real-time. This capability allows businesses to identify and mitigate cybersecurity threats promptly. Additionally, NPBs provide detailed reports and analytics, enabling network administrators to gain valuable insights into network performance and troubleshoot issues efficiently.   Conclusion: While network monitoring blind spots have persistently challenged businesses, the introduction of Network Packet Brokers brings a transformative solution. These advanced devices optimize and distribute network traffic, ensuring comprehensive visibility, seamless integration, and enhanced control. By leveraging this cutting-edge technology, businesses can effectively eradicate network monitoring blind spots, strengthening their security posture and optimizing network performance overall.
Latest company new about Why need Network Inline Bypass Tap for your network security, how to deploy?
2023/03/23

Why need Network Inline Bypass Tap for your network security, how to deploy?

Network Inline Bypass Taps are an important component in a comprehensive network security strategy because they provide several critical benefits:   1- High availability: An inline bypass tap can ensure that network traffic continues to flow even if a security tool or device fails or experiences an outage. This is critical for maintaining network uptime and availability, which is essential for business continuity. 2- Scalability: As network traffic volumes grow, the demand for security tools also increases. An inline bypass tap can help to scale security infrastructure without disrupting network operations, by enabling seamless integration and removal of security devices as needed. 3- Flexibility: An inline bypass tap can support multiple security tools in a single network segment, enabling more comprehensive network security coverage. Additionally, an inline bypass tap can enable flexible deployment options, such as in-line or out-of-band, based on the needs of the organization. 4- Performance optimization: Network traffic can be inspected and filtered more efficiently with an inline bypass tap, which can offload traffic from security devices that may become overwhelmed or overloaded. This can improve network performance and reduce latency. 5- Cost savings: By reducing the risk of downtime and optimizing security tool usage, an inline bypass tap can help organizations to avoid the costly consequences of network outages, system failures, and data breaches. In summary, an inline bypass tap is a critical component in network security infrastructure that provides high availability, scalability, flexibility, performance optimization, and cost savings. By deploying an inline bypass tap, organizations can enhance their network security and minimize the risk of network disruptions and security breaches.     So, how to Deploy Inline Bypass Tap to Prevent Overload or Crash of Safety Tools?   Network Inline Bypass Taps are an important component in a comprehensive network security strategy because they provide several critical benefits:   1- High availability: An inline bypass tap can ensure that network traffic continues to flow even if a security tool or device fails or experiences an outage. This is critical for maintaining network uptime and availability, which is essential for business continuity.   2- Scalability: As network traffic volumes grow, the demand for security tools also increases. An inline bypass tap can help to scale security infrastructure without disrupting network operations, by enabling seamless integration and removal of security devices as needed.   3- Flexibility: An inline bypass tap can support multiple security tools in a single network segment, enabling more comprehensive network security coverage. Additionally, an inline bypass tap can enable flexible deployment options, such as in-line or out-of-band, based on the needs of the organization.   4- Performance optimization: Network traffic can be inspected and filtered more efficiently with an inline bypass tap, which can offload traffic from security devices that may become overwhelmed or overloaded. This can improve network performance and reduce latency.   5- Cost savings: By reducing the risk of downtime and optimizing security tool usage, an inline bypass tap can help organizations to avoid the costly consequences of network outages, system failures, and data breaches.   In summary, an inline bypass tap is a critical component in network security infrastructure that provides high availability, scalability, flexibility, performance optimization, and cost savings. By deploying an inline bypass tap, organizations can enhance their network security and minimize the risk of network disruptions and security breaches.  
Latest company new about Top 8 Zero Trust Network Access Products for Small Businesses
2022/07/21

Top 8 Zero Trust Network Access Products for Small Businesses

Many employees and contractors work offsite in home networks, coffee shops, hotels, and other untrusted networks.At the same time, many cloud applications and data repositories have also moved outside the centralized control of an organization's IT environment. IT managers try to protect these users, devices and resources from unauthorized access by moving the IT boundary and rerouting all data through corporate control. One way to achieve this is to use zero trust. There are a number of Zero Trust solutions that address five key categories of Zero Trust Architecture (ZTA): For most organizations, however, budget and IT team bandwidth constraints will force a selective adoption of ZTA and a focus on solutions that can be implemented quickly, inexpensively, and comprehensively with minimal expense.Zero Trust Network Access (ZTNA) is probably one of the easiest ways for organizations to get started with ZTA, so we'll focus on the top low-cost turnkey ZTNA products. This list is more aimed at small to midsize businesses (SMBs) looking for a low-cost, easy-to-implement solution, so larger enterprises may want to check out our list of top zero trust security solutions and software. The basic concept behind ZTA, developed by Forrester Research, requires organizations to treat all resources as fully exposed to the Internet.No user can be trusted by default, all users should be restricted to the minimum required access rights, and should be fully monitored. Firewalls and hardened security layers that used to exist only at network access points must now be transferred and enforced for every endpoint, server, container, and even application.Every access request and session must begin with the assumption that the user and device may be compromised and require re-authentication. U.S. government agencies have received requests to achieve zero trust security goals, and many business executives have also sought to use zero trust architectures to improve their security and compliance. Zero trust does not require new tools or technologies to implement.Operating systems, firewalls, and other tools can be implemented on a device-by-device or application-by-application basis to achieve zero trust. However, new ZTA-branded tools often simplify the process IT managers implement.Instead of providing a variety of disparate tools with overlapping or even conflicting rules, ZTA tools provide a single place to enforce policies, which are then pushed to related technologies. From a central management console, IT managers define which applications, databases, servers, and networks are available to end users.However, keep in mind that to implement ZTA, companies must be prepared to fine-tune users and devices. Any organization that doesn't use ZTA's capabilities to provide the minimum access required is simply recreating a non-ZTA trusted network with more expensive techniques. Note: If clarification is needed, we have provided a glossary of key Zero Trust terms at the bottom of this article. We reviewed many different vendors for this article, and Zero Trust is too broad to compare or cover all of them in one article.To list the top low-cost Zero Trust options, we focused on a limited set of criteria that can provide value to the broadest range of organizations. The vendors on this list offer solutions that start very quickly, require minimal IT labor, and require no in-house installation.We specialize in turnkey SaaS solutions that IT managers can implement and deploy to the entire organization in a matter of hours. These Zero Trust Network Access (ZTNA) products must replace or complement Virtual Private Network (VPN) access and have their pricing listed publicly for comparison.While many companies may offer free trials or tiers, we've only listed providers that cost less than $15/user per month for the basic paid service tier. These solutions must also provide fully encrypted connections and support multi-factor authentication.These solutions should also support access to legacy IT infrastructure. ZTNA can be implemented in many different ways, but turnkey solutions are often offered as browser-based solutions or global edge network solutions. These companies implement the actual equivalent of ZTNA through a secure browser.End users download a browser to their local endpoint and must use it to access corporate resources.The vendor also offers a cloud-based application that allows IT managers to add and manage users and corporate resources in a single package. Vendors in the global edge networking category replace existing wired or software-defined networking infrastructure with cloud-based equivalent software-defined networking on a subscription basis.The Internet provides the wire, and the provider provides the encrypted connection between the user and the protected resource. While the details of deployment may vary, agents or connectors are typically installed to cloud-based or on-premises resources, such as servers, containers, and applications.These connectors create secure tunnels to the global edge network, sometimes replacing the need for firewall rules or DMZ architecture. Administrators then use the SaaS management interface to select resources to make available to end users using access policies.The user then connects to the encrypted network through a standard browser or application. Some vendors focus on secure web gateways, while others focus on cloud-based VPN servers, but when offering ZTNA, their offerings often combine the functionality of gateways, VPNs, and even CASBs.Be sure to review the vendor's specific products to ensure they meet the required requirements. Appaegis Access Fabric is deployed as a browser and provides a lightweight alternative to Virtual Desktop Infrastructure (VDI).The tool provides fully documented role-based access control (RBAC) for fine-grained security controls and rigorous audit reporting. IT managers use the cloud management portal to control agentless application access, data access permissions, and team- and role-based policies.The paid tier provides location-based access control, API support, and logging of user activity.   NetTAP Security is a global edge networking solution that provides multi-cloud, application and service access through a real-time least privilege solution that leverages an organization's existing identity and security tools.The tool requires the deployment of the Banyan connector to enterprise resources, setup through the Cloud Command Center, and access to the Global Edge Network. Internet giant Cloudflare got its name from its distributed hosting service for corporate websites.However, they also offer Zero Trust Services, a global edge solution that provides ZTNA, secure web gateway, private routing to IP/host, network FaaS, HTTP/S inspection, DNS resolution and filters, and CASB services. Cloudflare provides an agnostic platform that integrates with a variety of existing identity, endpoint security, and cloud applications.Cloudflare's ZTNA is accessible from a high-speed global edge network in more than 200 cities around the world. GoodAccess markets its ZTNA edge solution as a cloud-based VPN-as-a-service to teams with access gateways in more than 35 cities and 23 countries around the world.IT managers can easily create administrative profiles for different categories of users and easily assign users and resources to that category for least privilege access. GoodAccess offers four tiers of pricing.Customers who choose annual billing receive a 20% discount on monthly billing prices: NordLayer provides SASE and ZTNA turnkey solutions based on its successful NordVPN solution.Available in over 30 countries, this edge solution focuses on quick and easy installation, with AES 256-bit encryption, threat blocking and MFA support for all levels offered.The solution is basically a VPN, but with the added security of fine-grained zero-trust access controls set by the administrator. NordLayer offers three tiers of pricing and a free trial period.Customers who opt for annual billing can save 18-22% from monthly billed prices: OpenVPN offers an option for self-hosted VPN servers, but this article focuses on OpenVPN cloud edge solutions that do not require any server infrastructure.OpenVPN client software can be installed on Windows, MacOS and Linux. Open VPN supports SAML 2.0 and LDAP authentication and email- or application-based MFA.Pricing is volume based and depends on the number of simultaneous VPN connections per month.It's a single-tier service and can be billed monthly, or customers can save 20% by paying annually: Perimeter 81 offers turnkey ZTNA connectivity from over 40 locations worldwide.Its simple management interface provides quick and easy web development with granular user controls to define user groups, available applications, work days, connected devices and more. Perimeter 81 offers four tiers of service billed monthly, or customers can save 20% by billing annually: Zentry provides ZTNA over TLS via an HTML5 browser to avoid VPN troubleshooting without any client download, configuration or management.The Zentry control panel allows granular control over applications and resources without requiring VPN infrastructure or installing clients on local resources. Zentry offers three tiers of pricing that can be paid monthly, or customers can take advantage of discounts by paying annually: Many other products try to fill the zero trust network access arena by securely connecting all employees to all resources.However, this article does not consider both types of suppliers.   First, some suppliers do not list their prices on their website, so their costs cannot be compared with other suppliers.Some of these vendors will offer free trials, and many will also have technology partners who can help explain features and downsides to interested customers. Another type of supplier is the ZTNA supplier, which requires a large number of installations and cannot be considered turnkey.If a vendor needs to build cloud computers, dedicated servers, or virtual machines, we think the threshold is too high to be considered in this article. This does not mean that the vendor we recommend is the best solution for a particular organization's needs.IT managers looking for more options can consider the following additional solutions: As with all IT needs, zero trust can be achieved in many different ways.ZTNA is probably one of the easiest ways to get started with Zero Trust, and organizations with limited resources will seek out vendors that can easily adopt support and implementation with minimal IT labor. We analyzed many different ZTNA companies and only 8 could be validated to provide low-cost solutions that could be implemented quickly.These solutions may meet the needs of any company with urgent needs or limited resources; however, organizations should thoroughly investigate their options before making a decision. When dealing with new technologies, vendors take shortcuts and smack potential customers with an endless stream of acronyms.For those who want to know about these products, it will be helpful to look at these acronyms for clarity. API = Application Programming Interface = a software interface that uses a common connector between different software applications. CASB = Cloud Access Security Broker = On-premises or cloud-based security software that monitors activity and enforces security policies between users and cloud applications. CDR = Content Disarm & Reconstruction = Security solutions that inspect packets and attempt to detect and remove vulnerabilities, executable code, and malformed packets. DaaS = Desktop as a Service = A remote access service where desktops are hosted in the cloud and available when a remote user logs in and starts a session.  
Latest company new about Priority of span tag style _ Five reasons why Network TAP is superior to SPAN port
2022/07/11

Priority of span tag style _ Five reasons why Network TAP is superior to SPAN port

The background I'm sure you're aware of the struggle between Network Tap and the switch port analyzer (SPAN port) for Network monitoring purposes. Both have the capability to mirror traffic on the network and send it to out-of-band security tools such as intrusion detection systems, network loggers, or network analyzers. Span ports are configured on network enterprise switches that have the port mirroring function. It is a dedicated port on a managed switch that takes a mirror copy of network traffic from the switch to send to security tools. A TAP, on the other hand, is a device that passively distributes network traffic from a network to a security tool. TAP receives network traffic in both directions in real time and on a separate channel.   These are the five main advantages of TAP through the SPAN port: 1. TAP captures each single packet! Span Deletes corrupted packets and packets smaller than the minimum size. Therefore, security tools cannot receive all traffic because span ports give higher priority to network traffic. In addition, RX and TX traffic is aggregated on a single port, so packets are more likely to be dropped. TAP captures all two-way traffic on each target port, including port errors.   2. Completely passive solution, no IP configuration or power supply required Passive TAP is primarily used in fiber optic networks. In passive TAP, it receives traffic from both directions of the network and splits the incoming light so that 100% of the traffic is visible on the monitoring tool. Passive TAP does not require any power supply. As a result, they add a layer of redundancy, require little maintenance, and reduce overall costs. If you plan to monitor copper Ethernet traffic, you need to use active TAP. Active TAP requires electricity, but Niagra's Active TAP includes fail-safe bypass technology that eliminates the risk of service disruption in the event of a power outage.   3. Zero packet loss Network TAP monitors both ends of a link to provide 100% visibility of two-way network traffic. TAP does not discard any packets, regardless of their bandwidth.   4. Suitable for medium to high network utilization The SPAN port cannot process highly utilized network links without dropping packets. Therefore, network TAP is required in these cases. If more traffic flows out of the SPAN than is being received, the SPAN port becomes oversubscribed and is forced to discard packets. To capture 10Gb of two-way traffic, the SPAN port needs 20Gb of capacity, and the 10Gb Network TAP will be able to capture all 10Gb of capacity.   5. TAP Allows all traffic to pass, including VLAN tags Span ports generally do not allow VLAN labels to pass, which makes it difficult to detect VLAN problems and create bogus problems. TAP avoids such problems by allowing all traffic through.
Latest company new about NetTAP® Wish You Happy Lantern Festival 2022
2022/02/15

NetTAP® Wish You Happy Lantern Festival 2022

Happy Lantern Festival 2022 The Lantern Festival (traditional Chinese: 元宵節; simplified Chinese: 元宵节; pinyin: Yuánxiāo jié), also called Shangyuan Festival (traditional Chinese: 上元節; simplified Chinese: 上元节; pinyin: Shàngyuán jié), is a Chinese traditional festival celebrated on the full moon, the fifteenth day of the first month in the lunisolar Chinese calendar. Usually falling in February or early March on the Gregorian calendar, it marks the final day of the traditional Chinese New Year celebrations. As early as the Western Han Dynasty (206 BCE–25 CE), it had become a festival with great significance. During the Lantern Festival, children go out at night carrying paper lanterns and solve riddles on the lanterns (traditional Chinese: 猜燈謎; simplified Chinese: 猜灯谜; pinyin: cāidēngmí). In ancient times, the lanterns were fairly simple, and only the emperor and noblemen had large ornate ones. In modern times, lanterns have been embellished with many complex designs. For example, lanterns are now often made in the shape of animals. The lanterns can symbolize the people letting go of their past selves and getting new ones, which they will let go of the next year. The lanterns are almost always red to symbolize good fortune.   to optimize your network performance to avoid your data leaked to keep network security to locate your network fault source Please contact @network-packet.com right now~      
Latest company new about NetTAP® for the 28th Convergence India 2020 expo delayed to be March 24 - 26 , 2021 due to Corona Virus Disease 2019 called COVID - 19
2020/05/15

NetTAP® for the 28th Convergence India 2020 expo delayed to be March 24 - 26 , 2021 due to Corona Virus Disease 2019 called COVID - 19

The World Health Organisation (WHO) has advised that the respiratory virus outbreak in China is an emergency, which could have serious consequences around the world, as more people come into contact with infected individuals. As of now, Wuhan city is locked down to contain the virus, and countries worldwide are taking steps to prevent spread of a global pandemic. The Ministry of Health & Family Welfare, Government of India, has escalated its health warning, an alert to a potential threat, and recommends enhanced precautions as the coronavirus continues to spread – advising individuals to avoid all non-essential travel to China. Some cases have been observed in India, and it is recommended to limit exposure in large congregations until the virus is contained. Exhibitions India Group is strongly committed to provide robust safety to all our exhibitors and visitors, and to support the government’s efforts in controlling the coronavirus outbreak. The health of our show attendees is our primary concern. As a precautionary measure, the 28th Convergence India 2020 and the co-located expos is delayed be 24-26 March 2021 at Pragati Maidan, New Delhi, India as follows:- Expo: 28th Convergence India 2020 expo Halls: A4a + A4b (Ground Floor) and A3 + A4a (First Floor) Exhibition Days: 24-26 March 2021 (Wed, Thu, Friday)   In this time, NetTAP will take the NetTAP® Network Technologies: Network Visibility Network Security Network Monitor Network Analytics Network TAPs Network Packet Broker Bypass Switch Matrix NetIngisht™   to welcome your presence and guidance!  
Latest company new about NetTAP® Network Packet Broker used in Medical Network for COVID - 19 , NCP , 2019 Coronavirus Disease , Corona Virus Disease 2019
2020/03/20

NetTAP® Network Packet Broker used in Medical Network for COVID - 19 , NCP , 2019 Coronavirus Disease , Corona Virus Disease 2019

Corona Virus Disease 2019 (COVID 19) Referred to as "New Coronavirus Pneumonia", refers to the pneumonia caused by 2019 new coronavirus infection.Since December 2019, a number of cases of pneumonia with unknown causes with a history of exposure to south China seafood market have been found in some hospitals in wuhan, hubei province, which have been confirmed as acute respiratory infectious diseases caused by 2019 novel coronavirus infection.   On February 11, 2020, the director-general of the world health organization tan desai announced in Geneva, Switzerland, the new coronavirus pneumonia named "covid-19."On February 21, 2020, the national health commission issued a notice on the revision of the English name of the new coronavirus pneumonia, and decided to revise the English name of the new coronavirus pneumonia to "covid-19", which is consistent with the world health organization, and the Chinese name remains unchanged.On March 4, 2020, the national health commission issued the diagnosis and treatment plan for new coronavirus pneumonia (trial seventh edition).   On 11 March 2020, the director-general of the world health organization (who), tan desai, announced that based on the assessment, the who believes that the current outbreak of new pneumonia can be described as a global pandemic.   NetTAP® Network TAP and Network Packet Broker widely used in Hospital Infomation Data Center Monitoring for Medical Industry Network Security Services   Description of Network Structure   The various departments of the hospital, such as outpatient toll collectors, inpatient staff, doctors and administrative staff Through the central switch network interconnection and access to the internal server of the hospital.The outpatient service charge office can access the medical insurance network through DDN special line, and the payment system of the outpatient service charge office can interact with the bank information through the Internet.   People's hospital network isolation and information exchange construction needs In view of the current network situation, according to the planning of informatization construction of our hospital, the following objectives should be achieved: From the perspective of management and technology, establish a multi-layer security system to ensure the security and confidentiality of hospital network information and various systems.At the same time, while maintaining the isolation of hospital medical insurance, Internet and various hospital systems, moderate and controllable data exchange between internal and external networks is carried out.Protect the security of each system network of the hospital, achieve isolation, prevent the attack of hackers outside the network. Record the hospital data center network, hospital file exchange and mail transfer log in detail, so as to keep records.   Internal networks can easily be attacked by malicious intruders from external networks. Such as: 1- The intruder USES Sniffer and other Sniffer programs to detect and scan the network and operating system security vulnerabilities, such as network IP address, the type of application operating system, which TCP port number to open, the system to save user name and password and other security information key files, and through the corresponding attack program to attack the internal network. 2- Intruders obtain the user name, password and other information of Intranet users through network monitoring and other advanced means, and then fake the internal legal identity to log in illegally and steal important information of Intranet. 3- Malicious attack: the intruder sent a large number of pings to the Intranet important service, so that the server overworked to the denial of service and even the system crashed.
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