a private secure path across a public network
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Private IP Network Solutions: Secure & Reliable Network
Power critical workloads and applications with secure, reliable, enterprise-grade connectivity. Private IP is a MultiProtocol Label Switching (MPLS) network that connects locations and clouds around the globe in 185+ countries. Traffic is completely separated from the public internet to help keep it secure. Stay connected with leading service level agreements (SLAs) and proactive fault notifications. Enable near real-time and scheduled network-port bandwidth changes using Dynamic Network Manager. Prioritize your network traffic and assign traffic classes of service with Private IP's Enhanced Traffic Management feature. Network traffic is separated using a VPN that provides private, any-to-any IP connectivity. Private IP helps protect your organization by keeping your traffic separate from the public internet. Private IP provides reliable, preprovisioned private access to the cloud, offering both usage-based and fixed-price options with same-day connectivity. Verizon's expansive global network footprint delivers the coverage you need to keep pace with business growth, locally and globally. Wireless Access for Private IP uses Verizon's Mobile Private Network to provide access to your MPLS Private IP network. With Private IP, you'll get dependable WAN connectivity featuring symmetrical upload and download speeds without the need to manage routing tables or multiple network. Private IP has simple-to-use, powerful monitoring and data analytics capabilities including built-in WAN analysis. Dynamic Network Manager enables you to increase or decrease port speeds on demand and view traffic. You can make scheduled or on-the-fly changes to help meet seasonal, unplanned or periodic demands put on your network. Connect multiple locations and handle planned and unplanned traffic spikes with Burstable Billing and Dynamic Network Manager. Get 24/7 customer service backed by competitive SLAs. Support multiple routing protocols for efficient application and IP data routing using advanced traffic engineering methods. View traffic and bandwidth use to understand what's traversing your network with Dynamic Network Manager. Improve applications by prioritizing global Private IP network traffic for low latency, low jitter and high availability. Economize by using a single network provider for data, voice and video services across the organization. A leader in networking services,countries and territories with network services,of fiber covering the globe,a Leader in the Gartner® Magic Quadrant™ for Global WAN Services¹,security and network operations centers,Learn about critical topics needed to effectively deliver data with reduced latency and encryption protection for satellite connectivity. Understand how Private IP can address challenges of running cloud-based applications with load sharing and resiliency alternatives to keep your organization operating. Learn how Private IP can meet your evolving network needs with high-performance, cloud-ready connectivity. Get the details on how Private IP works and how it can help you. Learn how Verizon can support applications deployed in multiple cloud service providers (CSPs). See the networking options and associated benefits. Deploy an application-driven, agile and secure network supported by Verizon Managed Network Services. Expand to the cloud seamlessly and securely. A high-speed, enterprise-grade dedicated network connection over the public internet. No, Private IP is the foundational network as part of an overall managed software-defined WAN (SD WAN) solution or as a standalone networking solution. For more information, see,Yes, both 5G and LTE wireless connectivity to the Private IP network are available. Verizon has a global reach, providing Private IP network coverage in 185+ countries. To view our current coverage areas, visitVerizon offers secure connectivity with both a consumption-based option, Secure Cloud Interconnect and a fixed-bandwidth option, Software Defined Interconnect. These options connect customers globally to 200+ cloud service providers including the largest global providers. Yes, Verizon offers an FWA solution with Private IP. This includes offers that bundle wireless access with the Private IP contract, invoice and support. Gartner, Magic Quadrant for Global WAN Services, Danellie Young, Gaspar Valdivia, Karen Brown, Lisa Pierce, 15 April 2024,GARTNER is a registered trademark and service mark of Gartner, Inc. and/or its affiliates in the U.S. and internationally, and MAGIC QUADRANT is a registered trademark of Gartner, Inc. and/or its affiliates and are used herein with permission. All rights reserved. Gartner does not endorse any vendor, product or service depicted in its research publications, and does not advise technology users to select only those vendors with the highest ratings or other designation. Gartner research publications consist of the opinions of Gartner's research organization and should not be construed as statements of fact. Gartner disclaims all warranties, expressed or implied, with respect to this research, including any warranties of merchantability or fitness for a particular purpose. Call sales,Chat with us,Have us contact you,Already have an account?
Learn moreWhat is Private IP? Guide to Understand Private IP
We've got some great deals going on right now exclusively for our online customers... chat now to hear more! What is private IP?,Be informed when securing your corner of the cloud. For businesses large and small, walls are coming down and physical boundaries are disappearing wherever markets are growing. More companies are going mobile as they expand their remote workforces to offer a more responsive customer experience. Others are taking advantage of new connectivity options to quickly, securely and affordably establish a presence closer to customers and new opportunities across the U.S. These companies have outgrown standard ways of getting online. They can no longer work with a single shared connection to the internet. At the same time, they're not ready for an enterprise-grade suite of private connections more typical of a multi-million-dollar organization with thousands of employees and a sky-high annual IT budget. They need a secure space in the cloud dedicated to their operations and data, one that suits their size, budget and specific bandwidth requirements. They also can't afford to invest in a whole new networking approach that may need considerable reconfiguring a year or two down the road. Many companies in this camp simply need to connect and collaborate via, for example, conference calling and messaging. They need a safe and efficient means for storing, sending and receiving large files across widely distributed locations. They need an online seat that is the right fit for current business conditions, and that can scale up or down, bandwidth-wise, as their operational situation changes. Private IP addressing often fits the bill for growing companies with limited IT resources. Private IP, or PIP, provides a simple, dedicated cloud-based network that allows businesses to consolidate applications into a single network infrastructure. It allows for relatively uncomplicated connectivity very similar to that of the public internet while enabling the flexibility, security and reliability of a gated network like a VPN. Whether your company is on the brink of major growth or struggling against the limitations of insufficient bandwidth for your current volume of business, consider whether private IP may be right for you. Take a look at a few frequently—asked questions before making your next networking move. What types of challenges are addressed by private IP?,Small- to medium-sized businesses often benefit from PIP addressing. Here's a scenario. A hiring firm—let's call it Brains Co.—has eight employees in a Chicago office. Brains is expanding operations and headcount into Seattle and Atlanta. The company has plans for two more offices in the next 20 months to accommodate clients in New York and Dallas. The five-year-old company has grown from two clients in the legal sector to more than 150 across the country in industries ranging from healthcare to IT and government affairs. Headcount will increase, and many of the new hires will work remotely and travel often. This company must regularly transfer large files in a wide range of formats. It also must conduct webinars and convene teleconferences across time zones on very short notice. It has compliance requirements to meet, and data must be kept carefully secured at all times. It regularly uses video for multi-site training and will need advanced collaboration and presence tools for its highly-mobile employees. Brains also doesn't have the resources to reconfigure an inappropriately architected network as it rolls out new services. For Brains Co. private IP can:,How does private IP return value?,Depending on how your PIP is structured, and what your service provider offers, ROI advantages can amount to an IT team at your fingertips. Your online-connections experience could be completely transformed. Private IP can:,So, what's under the hood? How does private IP work?,This is where things can get technical. Not hard, if you're an IT specialist, but arcane to many others. However, a cursory look at protocols and addressing may help clarify how the relatively simple PIP technology allows users to effectively communicate over a secure, efficient and flexible private-network infrastructure. It serves as a foundation for automating and streamlining business processes such as e-commerce, shared intranets and extranets. PIP provides connections into a private external network, or extranet, that move data and establish off-site, remote links. It does so in ways that are very similar to the public internet everybody uses to check social media, stream videos, download apps and more. The public and private IP versions use very similar protocols for routing. The public internet uses border gateway protocol (BGP) which is also used by most multiprotocol label switching (MPLS) networks on which PIP is based. This routing helps the user experience because working in PIP mode seems no different from using the public internet. It is widely tapped for communications between autonomous networks and has extensive routing policies for implementations of complex or simple networks. MPLS technology used by private IP allows for the integration of Layer 2 and Layer 3 routing. The layers are among the seven that comprise the OSI (Open Systems Interconnection) model of networking common in telecommunications for, among other things, cellular service. This network-service platform provides a base that is scalable, survivable and efficient without sacrificing performance. The private IP network is a closed and private MPLS backbone (meaning that it allows no internet connectivity). It doesn't support any direct customer-access connections. MPLS networks will automatically detect and dynamically re-route around transmission-path failures. With private networks, a distinct set of addresses has been established by the authorizing organization (Internet Assigned Numbers Authority) to locate computers on a specific PIP. For the public internet, the authorizing organization (Internet Corporation for Assigned Names and Numbers) has designated a different set of addresses for devices that access that public network, or internet. This way, the routing of signals to and from specific private IP networks is kept separate from the public internet, and from other PIP networks. These addresses, whether public or private, are like mailing addresses for homes and businesses. Every computing device that accesses a PIP or the public internet must have a distinct address in the appropriate range for connections to go through. It's like the incorrect or non-existent mailing address resulting in an undeliverable letter. Or paycheck. The private IP addressing architecture uses IPv4 and IPv6 specifications to define the private addressing ranges. IP packets that use addresses in these ranges cannot be routed through the public internet. Public IP addresses can be found through an internet lookup. Simply type "what is my IP address" into your browser address bar, and hit enter. Private IP addresses cannot be found this way. If you're curious about PIP addressing, how routers are NAT (network address translation) devices, and how machines and users routinely bounce to and from public and private networks everyday, all the time, there are infinite resources on the subject. Just search on "IP addresses: Everything you need to know," or something similar. What are the advantages and disadvantages of private IP?,The internet is teeming with cyber-pestilences and villains of every stripe. That's why data protection and privacy top the list of advantages for those who choose private IP. Devices aren't exposed to the public internet, so hackers have a harder time getting at them and their users. Private IP networks are isolated from other networks, making them less vulnerable to such common issues as external equipment malfunctions or connectivity loss. If a problem does occur, pinpointing its cause and solution is a simpler matter that can save precious time and budget dollars. Private IP networks involve additional setup and non-standard configurations. They also will not interact with the public internet; alternative solutions are needed. These are usually supplied by most service providers for users who want seamless access to both private and public (e.g. internet) networks. With PIP, the cost of server space and equipment, as well as for configuration and maintenance, is not spread across millions of users as it is with the public internet. Instead, the operator providing the private IP carries these costs, of which a portion is passed on to users. Is private IP right for you?,Now that you know more about what's involved with private IP, you should be better equipped to make informed decisions as your business grows. The technology is a popular choice for governments, enterprises, start-ups and businesses in the middle of the market. It can be an ideal solution for you, too, as you boost your network for that next big opportunity. Verizon offers a range of connectivity options tailored to organizations of all sizes in both the public and private sectors. from Verizon is an MPLS-based VPN service that delivers a simple network designed to grow with your business while helping you consolidate applications into a single, easy-to-use infrastructure. To learn more, visit us online. Connect users to applications with a reliable, scalable and flexible network. Let us manage your networking needs, so you can concentrate on business priorities. Get better peace of mind while you stay focused on your business goals. Tell us about your business, then meet with our professionals to ask questions, get advice or obtain a quote. These cookies are necessary for the website to function and cannot be switched off in our systems. They are usually only set in response to actions made by you which amount to a request for services, such as setting your privacy preferences, logging in or filling in forms. You can set your browser to block or alert you about these cookies, but some parts of the site will not then work. These cookies do not store any personally identifiable information. These cookies allow us to count visits and traffic sources so we can measure and improve the performance of our site. They help us to know which pages are the most and least popular and see how visitors move around the site. We use both third party and first party cookies for this purpose. All information these cookies collect is aggregated and therefore anonymous. 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Learn moreA Guide to VPN Protocols Business
We've got some great deals going on right now exclusively for our online customers... chat now to hear more! A guide to VPN protocols,Author: Sue Poremba,Long before 2020, Virtual Private Networks (VPNs) were among one of the many tools used to secure access to company networks from remote or outside the network locations. However, they took on greater significance when many more employees moved from office buildings to dining room tables. VPNs not only help with employee mobility and business continuity but can also amid rising cyber security threats. These multiple uses are strong drivers behind the global VPN market's growth, with a projected market size of $77.1 billion by 2026. While not necessarily household names, familiar protocols like Secure Socket Layer (SSL) and Transport Layer Security (TLS) are employed whenever you see HTTPS in a browser address bar. A short introduction to the VPN protocols that are behind this security option will help show why it is so important, how the protocols work and the different options which might work best for your organization, especially since public internet connections have become more prevalent and accessible for everybody. VPN protocols explained,VPN protocols are a set of standard specifications for establishing a secure tunnel using encryption, verification and security for data transmission between a device (or endpoint) and another device (or endpoint). For VPNs to be most effective, protocol standards are necessary to build secure ways to transmit data over the public internet which is otherwise open and not secure for sending data. Think of , or encrypted connections that connect to a company's private, secured network. They are used to transmit sensitive data across an unsecured "underlay" network and protect that information from malicious actors. By using VPN tunnels it allows you to transmit data so that it is not directly viewable because it is sent through an encrypted virtual tunnel which makes the data unreadable. To put it differently, sometimes speed and capacity outweigh the need for security. It is worth remembering that not all data transmitted over a network is sensitive or in need of being secured over a VPN. Types of VPN protocols explained,Different protocols are available to meet a variety of user requirements. When deciding what are the best VPN protocols for your organization, it is worth considering:Site-to-site VPN,A site-to-site VPN connects multiple networks, such as a corporate network with multiple branch offices. Internet Protocol Security (IPSec) authenticates and then encrypts individual IP packets. It offers a suite of security protocols that add encryption services to other protocols. This protocol is commonly used for site-to-site VPN tunnels. Layer 2 Tunnel Protocol (L2TP) is often paired with IPSec because, while it creates the tunnel and handles authentication, it doesn't have any encryption. Mobile VPN apps,Mobile VPN apps can help users to protect their phones and tablets, whether they are being used on their mobile data network or on home or public Wi-Fi. One of the most used VPN protocols in this scenario is Internet Key Exchange version 2 (IKEv2). This is because it can facilitate virtually seamless switching between mobile data and Wi-Fi because it automatically reconnects back to a VPN server whenever the connection is interrupted. A newer protocol, for its ability to combine fast speeds with strong encryption security. However, it will only work on devices where you can install apps. Further, it doesn't counter deep-packet inspection so may not be able to work with certain network firewalls. Windows vs. Non-Windows users,Secure Socket Tunneling Protocol (SSTP) is a closed-source VPN protocol that's easy to use on Windows platforms because it's a Microsoft proprietary protocol. SSTP may be a good choice for companies that exclusively use Microsoft Windows. is an open source protocol and supported by many VPN services. It bundles different protocols into a library for various encryption methods, which are beneficial for stable connections and connecting to remote servers. However, it doesn't run natively on Windows, so your organization will require third-party software if you use Windows. Understanding what operating system or computer platform is being planned for use in the near future is critical in this decision. Proprietary VPN protocols explained,Some VPN service providers use existing open-source protocols as the basis for . For example. However, they don't offer the same level of transparency because they have added proprietary features, so users are unable to tell what has been changed from the original open-source protocol. This can make validating their level of security difficult, if not impossible. Your needs will determine the best VPN protocols for your organization; or even if a private network is a better option. Securing data transmissions is the primary reason for using a VPN; the devices you use and the type of data you exchange will play a large role in the VPN protocol you choose. The other option: MPLS,Multiprotocol label switching (MPLS) provides a secure option because it handles data at the packet level and uses labels rather than network addresses. The labels, which are allocated to each unit of grouped data (or data packet), control the transmission path. It's fast, secure and scalable. Its biggest downside is cost, but the entire MPLS network for an organization is a private network managed by a service provider, such as Verizon, who provides network performance and availability guarantees. that bypasses public networks and the network is designed to grow as the business grows. MPLS is used by many enterprises and government entities as their foundational core network technology. Learn more about how Verizon can help you users and connecting them with applications, data, other users and to the cloud. The,If you'd like to receive new articles, solutions briefs, whitepapers and more—just let us know. . * Indicates a required field. We will follow up from your contact request using the information provided. Choose your country to view contact details. Manage your account or get tools and information. These cookies are necessary for the website to function and cannot be switched off in our systems. 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Learn moreQuestions related to "a private secure path across a public network"
Press related to "a private secure path across a public network"
Verizon Business launches On Site 5G a private 5G network for enterprise & public sector
Verizon Business today announced the launch of On Site 5G, Verizon’s first commercially available, private 5G network solution in the U.S.
Verizon Business launches turn-key private networking solution with Celona
Verizon Business today announced a new, turn-key private networking solution with Celona, that will accelerate the use of private 5G to support a new generation of business initiatives.
Verizon Business launches On Site LTE, a private network for enterprise customers
Verizon Business launches On Site LTE for enterprise customers in the US, providing a private, secure and dedicated on-premises wireless network platform.
Case Studies related to "a private secure path across a public network"
Prosegur Scaling Securely with LTE Business Internet Business
Prosegur found what it was looking for with Verizon. LTE Business Internet from Verizon combines compatible wireless routers with connectivity on the 4G LTE network.
Atos uses Versa Secure SD WAN to Achieve Cost Savings Business
Learn how Verizon used Versa Secure SD WAN solution to digitally transform over 230 Atos sites that when combined with Cloud-Fi, lead to global cost savings.
Fixed Wireless Access for Public WiFi Use Case in Troup, TX Business
Ashburn, Virginia, United States(based on your internet address)