Alternatives to ULAP SBCaaS

Ultatel is a recognized industry leader in business communications. With the power of cloud VoIP technology, we help businesses to be more productive and connect with their customers wherever they are. Our plans come fully customizable and scalable with unlimited Calling, SMS, Fax, Chat, Video & 40+ Advanced Features. The best part is, there are no hidden fees or charges! Thanks to our Transparent Pricing model, what you see is what you pay (unlike some other vendors). A Gartner Category Leader and G2 High Performer, Ultatel aims to provide a unified communications platform that adapts to your companies' needs. Powered by our FlexScale technology, you can scale up or down seamlessly and instantly with no downtime or penalty. Furthermore, our Award-Winning Customer Support department is there for you 24/7/365. With a 94% first-contact resolution, you'll have the peace of mind of being connected beyond limits. Contact us today and schedule your discovery call or demo.

The Ribbon SBC Software Edition (SBC SWe) is a versatile, cloud-native Session Border Controller that enhances and secures real-time communications in a variety of deployment scenarios. It provides the same comprehensive functionality found in Ribbon's hardware-based SBC 5400 and SBC 7000 models, featuring capabilities such as extensive audio codec transcoding, signaling interworking, call admission control, and robust security protocols, including encryption and defenses against Denial of Service attacks. The SBC SWe can be implemented as a Virtual Machine (VM) on standard industry servers in data centers, as a Virtual Network Function (VNF) within private clouds utilizing OpenStack, or on public cloud platforms like Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP). This adaptable deployment model enables organizations to efficiently scale their communication infrastructure without compromising on performance or security. Additionally, the SBC SWe's cloud-native architecture ensures that enterprises can easily integrate it into their existing systems and workflows, fostering seamless communication across diverse environments.

Alcatel-Lucent Enterprise's OpenTouch Session Border Controller (SBC) is a robust software solution that ensures the security of SIP trunks and enterprise communications. Acting as the critical boundary between the business and SIP trunking services, it defends against threats such as VoIP attacks, SIP denial of service, fraud, and eavesdropping. The OpenTouch SBC delivers secure and scalable connectivity for both SIP and media, featuring capabilities like audio transcoding and NAT traversal for enhanced audio and video interactions. This solution guarantees affordable and secure communication over the internet and with various SIP service providers. Additionally, the SBC incorporates a web-based management system with pre-built configuration templates, simplifying the setup process to just a few clicks for certified SIP trunking providers. With its ability to provide cost-effective interoperability, the SBC supports numerous protocol adaptations for a wide range of SIP trunking providers, ensuring flexible and efficient communication solutions for enterprises. Overall, the OpenTouch SBC stands out as a comprehensive solution for enterprises looking to enhance their communication security and efficiency.

The Sangoma Enterprise Session Border Controller (SBC) is a hardware solution crafted to enhance and protect real-time communications specifically for medium to large enterprises. Capable of handling between 25 to 250 simultaneous calls, it incorporates strong security measures such as TLS and SRTP encryption to safeguard against eavesdropping, thus ensuring safe interactions between IP phones and IP PBX systems. This Enterprise SBC enables smooth transitions across various phone systems or SIP trunks, guaranteeing continuous service even in the face of severe disruptions. Furthermore, it provides a secure link for remote users to connect to the corporate phone system without requiring a VPN, significantly boosting both flexibility and accessibility. This combination of features makes the Sangoma SBC an essential tool for businesses aiming to maintain secure and reliable communication channels.

FRAFOS has developed the ABC Session Border Controller (SBC), a versatile solution tailored for VoIP service providers and enterprises, which can operate seamlessly on high-performance hardware, dedicated appliances, and virtual environments. This SBC provides robust session border control, signaling mediation, call routing, and sophisticated media server functionalities, effectively catering to the evolving demands of VoIP and Next Generation Networks (NGN). Among its notable features are the Cluster Configuration Manager (CCM) for centralized management of multiple SBCs, integrated support for announcements and transcoding directly on the device, and the ability to record calls using SIPREC. Additionally, the ABC SBC bolsters network security through mechanisms such as rate limiting, content control, topology hiding, and media management, which collectively mitigate risks of fraud and denial-of-service attacks. Furthermore, it is capable of handling up to 5,000 concurrent calls on standard hardware and provides load balancing for VoIP traffic, making it a highly effective tool in modern communication infrastructures. Its comprehensive feature set ensures that it meets the demands of a wide range of users, from small enterprises to large service providers.

Ericsson's Session Border Controller (SBC) is a high-performance, virtualized solution aimed at ensuring both security and interoperability between IMS and various networks, managing both signaling and media effectively. It serves as a comprehensive solution for a range of services including Voice over LTE (VoLTE), Voice over Wi-Fi (VoWiFi), Video over LTE (ViLTE), Rich Communication Services (RCS), fixed VoIP, interconnection, and web communication applications. This SBC can be implemented on virtually any x86 hardware across several cloud platforms, such as OpenStack, VMware, and Ericsson NFVI. It is also validated on Ericsson's software-defined infrastructure (SDI) and can be part of standardized industrial solutions. The architecture of the SBC leverages centralized control while managing the media plane in areas of high traffic, which helps to reduce media latency and optimize transmission costs. With its extensive features and convergent capabilities, the Ericsson SBC allows service providers to consolidate their needs into one product, leading to considerable operational expenditure (OPEX) reductions. This unification of services not only enhances efficiency but also simplifies the management of diverse communication solutions for operators.

Cataleya's Orchid Link serves as a highly adaptable, software-driven Session Border Controller (SBC), aimed at improving real-time communication for both service providers and enterprises. It provides a range of deployment methods, such as on-premises setups and as-a-Service options, catering to various operational requirements. Orchid Link incorporates WebRTC gateway capabilities, allowing for the effortless integration of web-based voice and video communications into pre-existing SIP systems. This feature enables the expansion of communication services to web browsers without the need for major upgrades to the core infrastructure. Additionally, the SBC prioritizes security by implementing DTLS for secure session initiation and SRTP for media encryption, safeguarding communications between WebRTC endpoints and SIP networks. Its intelligent service-aware firewall acts as a proactive defense mechanism, offering protection against potential cyber threats while ensuring smooth communication flow. Overall, Orchid Link provides a comprehensive solution that enhances communication efficiency and security for modern organizations.

The Ingate SIParator® serves as an effective and adaptable Enterprise Session Border Controller (E-SBC) designed for secure and interoperable SIP connectivity, enabling seamless integration of PBXs and Unified Communications (UC) systems with SIP trunking providers. By streamlining SIP trunking processes, the SIParator facilitates the connection of remote UC endpoints, the aggregation of SIP trunks, and the distribution of sessions across various sites and service delivery points. It is widely used for securing Real-Time communications, ensuring SIP interoperability, and providing extensive connectivity options. This robust solution is compatible with all existing network infrastructures and includes a standard SIP proxy along with a SIP registrar. Furthermore, it supports Network Address Translation (NAT) and Port Address Translation (PAT), as well as Transport Layer Security (TLS) and Secure Real-Time Transport Protocol (SRTP) for encrypting both SIP signaling and media. By addressing common security concerns related to enterprise VoIP, the SIParator ensures a safe and dependable communication environment for organizations. Its versatility and reliability make it a preferred choice for businesses looking to enhance their communication frameworks.

The PSX Software Edition (PSX SWe) from Ribbon is a centralized and virtualized policy and routing solution tailored for service providers to effectively manage and enhance VoIP services in a variety of network settings. It offers advanced session control for session border controllers (SBCs), media gateways, and call controllers, accommodating a wide range of protocols, including SIP, ENUM, H.323, TDM, SS7/C7, IN/AIN, and IMS. Thanks to its distributed architecture, service providers can set up local instances that improve performance and resilience while still upholding centralized control over policy, routing, and administration, thus removing the complexities of synchronization across multiple locations. Prominent applications feature Least Cost Routing (LCR), Quality of Service (QoS) routing, toll-free number routing, and number translation services, all of which enhance operational efficiency. Moreover, the PSX SWe serves as an IMS Breakout Gateway Control Function (BGCF) and incorporates call validation treatment for STIR/SHAKEN along with Reputation Scoring services, effectively reducing the risk of call spoofing. This multi-faceted approach ensures that VoIP services remain reliable and secure, ultimately benefiting both providers and end-users.

AudioCodes presents the Mediant Cloud Edition (CE), a cloud-native Session Border Controller (SBC) that is engineered to deliver scalable, secure, and cost-efficient voice and video communication services within virtualized settings. Its automatic elasticity feature enables dynamic resource scaling according to real-time traffic needs, guaranteeing peak performance without the necessity for manual adjustments. Sharing the same foundational code as AudioCodes' physical SBCs, the Mediant CE offers extensive SIP interoperability, sophisticated media processing capabilities like transcoding, and strong security measures. The architecture, based on microservices, along with a scalable media cluster, allows for rapid and economical deployment of new communication services. Furthermore, installation is simplified via native tools such as AWS CloudFormation, which allows for seamless integration with existing automation and DevOps processes, enhancing operational efficiency and responsiveness to market changes. This makes the Mediant CE an ideal solution for organizations looking to modernize their communication infrastructure.

The Session Border Controller (SBC) from Ekinops, which is certified by Microsoft, serves as an enterprise solution aimed at ensuring security and interoperability with top IP-PBX systems and major SIP environments. It can be deployed as a virtual network function (referred to as ONEvSBC) or as part of Ekinops' integrated voice and data Multi-Service Access Routers (known as ONeSBC), facilitating SIP trunking applications such as Microsoft Teams Direct Routing and Unified Communications. This SBC is equipped with robust security mechanisms that include network demarcation, hidden topology, and NAT traversal, enhancing network safety. Additionally, it supports a wide range of audio codecs, both wideband and narrowband, through media transcoding, which guarantees superior voice quality by prioritizing voice and video traffic, along with implementing Call Admission Control (CAC). Furthermore, Ekinops’ SBC is fully compliant with the SIP Connect 1.1 and 2.0 standards, which helps minimize service validation delays, thus expediting the integration process for new PBX vendors. This comprehensive solution not only enhances communication efficiency but also ensures a seamless user experience across various platforms.

The Cisco Unified Border Element (CUBE) serves as a robust Session Border Controller (SBC) designed for enterprises, enabling secure, scalable, and adaptable voice and video communications between corporate networks and provider SIP trunks. It encapsulates four essential roles: session management, security enforcement, protocol interworking, and boundary definition. CUBE effectively facilitates signaling compatibility between SIP and H.323 protocols and manages media interworking, which includes DTMF, fax, modem support, and codec transcoding, while also executing address and port translations to ensure privacy and conceal network topology. Additionally, it offers features such as billing and call detail record (CDR) normalization, quality-of-service (QoS) optimization, bandwidth management, as well as media services that include forking and proxying capabilities. Moreover, CUBE can be implemented either on Cisco routers or as a virtual solution on Cisco UCS servers, accommodating centralized, distributed, or hybrid deployment strategies, which makes it versatile for various organizational needs. This adaptability allows businesses to tailor their communication infrastructure to meet evolving demands effectively.

The REVE Session Border Controller (SBC) is a high-performance, software-driven solution aimed at telecom operators and service providers, designed to secure, manage, and enhance real-time IP communications. Capable of handling up to 70,000 simultaneous calls from a single server, it features a distributed architecture that allows for both media and signaling scalability. The SBC incorporates strong security measures, such as protection against Denial of Service (DoS) attacks, fraud detection, and topology hiding to safeguard communications. Additionally, it enables seamless SIP trunking, supports cloud communications, and enhances mobile connectivity. Among its essential features are intelligent call routing, Least Cost Routing (LCR), normalization of rate plans, and real-time billing accessible via a mobile-friendly interface. Importantly, the system prevents users' balances from going negative by automatically ending calls once the balance hits zero, ensuring users maintain control over their communication expenses. This comprehensive approach to managing IP communications illustrates the SBC's vital role in the modern telecom landscape.

Nokia's Session Border Controller (SBC) plays a crucial role in safeguarding signaling and control media as they traverse the boundaries of the IMS network. Positioned at the access network edges, it secures various forms of IP access while facilitating the delivery of all IMS services effectively. Additionally, it is located on the periphery of peering networks, enabling seamless roaming, IMS interconnection, and corporate SIP trunking operations. The SBC encompasses a range of functions, including the encryption and decryption of bearer traffic, firewall capabilities, and topology hiding for enhanced security, as well as media handling, transcoding, SIP interworking, and NAT traversal. It may be implemented as an independent SBC or integrated into Nokia’s VoLTE/VoWiFi framework. For VoIP services aimed at residential and enterprise customers, the SBC is equipped with robust protections against DoS/DDoS attacks, ensures network topology concealment from access points, facilitates NAT traversal, and supports various codecs, notably G.729, G.722, and T.38 Fax. Furthermore, within a VoLTE core network, it regulates access and supports mobility features, offering an EVS codec and compatibility with eSRVCC, VoWiFi, NPLI, S8HR roaming, and additional functionalities, thus enhancing the overall communication experience.

Mitel's OpenScape Session Border Controller (SBC) is a highly adaptable solution that offers extensive SIP interoperability, sophisticated media management, and strong security features. Tailored for VoIP infrastructures, this controller efficiently terminates SIP sessions on the WAN side, which helps ensure that traffic comes from verified sources while also scrutinizing SIP and media packets for any protocol discrepancies or irregularities. The OpenScape SBC actively regulates firewall "pin holes" for RTP and SRTP media streams. Its compatibility extends to Mitel’s MiVoice Business, MiVoice MX-ONE, and MiVoice 5000, in addition to OpenScape Voice, OpenScape 4000, and OpenScape Business, making it a versatile choice for organizations of all sizes. This solution accommodates various deployment methods, including virtualized software for VMware ESXi, and is set to support commercial off-the-shelf hardware like Lenovo servers in the near future, alongside a gateway option featuring Kontron servers. As such, it provides organizations with the flexibility to choose the most suitable infrastructure for their specific requirements.

The Mediatrix Sentinel CS is an advanced Session Border Controller (SBC) tailored for small to medium-sized enterprises, capable of being deployed in virtual settings whether on-site or within the cloud. It employs the same Microsoft Teams-certified DGW software as its hardware counterparts, guaranteeing smooth integration and support for Direct Routing capabilities. Among its notable features are SIP normalization, network demarcation, survivability, and a range of security protocols, including TLS/SRTP encryption and SIP-based firewalls designed to thwart DoS attacks. The Sentinel CS can manage over 6,000 concurrent sessions and accommodate more than 15,000 registered users without the need for extra licensing. To maintain service availability, it intelligently reroutes calls to secondary servers or the PSTN in case of primary server failures. Additionally, it offers QoS monitoring, remote mass management, and sophisticated troubleshooting tools, which not only help in reducing network maintenance costs but also enhance overall customer service quality. This makes the Sentinel CS an ideal choice for businesses looking to ensure reliable communication solutions amidst varying operational demands.

Dialogic BorderNet Session Border Controllers (SBCs) are powerful and adaptable solutions engineered to secure and oversee real-time communications within a variety of network settings. These SBCs utilize a cohesive software platform that is compatible with several deployment options, such as commercial off-the-shelf (COTS) hardware, virtualized environments like VMware and KVM, as well as public cloud systems, including Amazon EC2, thereby ensuring both investment security and flexible deployment. BorderNet SBCs can scale efficiently, accommodating anywhere from 25 to 100,000 sessions per instance and managing up to 1,000 sessions per second, which makes them ideal for both smaller and larger operational needs. Additionally, they offer extensive security functionalities, including topology hiding, protection against denial-of-service (DoS) attacks, and support for Transport Layer Security (TLS) and Secure Real-Time Transport Protocol (SRTP), enabling safe encrypted signaling and media. Furthermore, their robust architecture allows organizations to adapt to changing communication demands without compromising security or performance.

The Avaya Session Border Controller for Enterprise (SBCE) is a powerful tool specifically crafted to enhance and safeguard real-time communications within corporate networks. It plays a vital role in environments that utilize SIP-based Unified Communications (UC), offering key features like security, interoperability, and the ability to scale. The SBCE is offered in two distinct versions: Standard Services and Advanced Services, tailored to meet diverse organizational requirements. In a high availability (HA) setup, SBC servers are arranged in pairs, with one functioning as the primary unit and the other as the backup. Both units are managed by either a single Element Management System (EMS) or a replicated pair of EMS. This solution enables customers to leverage Avaya’s extensive expertise in deploying SIP trunks and efficiently managing a large user base within enterprises. Furthermore, organizations can ensure uninterrupted communication even during maintenance or unexpected failures, making it an essential asset for any enterprise focused on reliability.

Sansay's VSXi Session Border Controller (SBC) is a robust, software-driven solution aimed at communication service providers, delivering essential features such as security, NAT, protocol normalization, and effective session management. Capable of handling up to 500,000 concurrent calls and managing 1 million SIP registrations, it ensures scalability for extensive deployments. The VSXi excels in facilitating SIP trunking applications by efficiently managing Least Cost Routing and NAT traversal needs. Additionally, it provides programmable SIP trunking functionalities, which support both authenticated and unauthenticated trunks, incorporating features like extension-to-extension dialing, call forwarding, and failover mechanisms. Furthermore, it allows seamless integration with Microsoft Teams via Direct Routing, enabling users to make, receive, and transfer calls across Teams and the public switched telephone network (PSTN). The flexibility of the VSXi extends to its deployment in cloud environments, and it boasts APIs that support extensive integration and customization options, catering to the diverse needs of service providers. This versatility makes the VSXi an invaluable asset in enhancing communication infrastructures.

Countless service providers and businesses globally rely on our solutions for transforming networks with a focus on driving business growth. When it's essential to connect Teams with the wider world without any hiccups, Ribbon's Session Border Controllers (SBCs) enable secure external business calls. Transitioning to a cloud-native model allows for the consistent delivery of rapid services and increased revenue, whether utilizing a public or private cloud. Enhance your customers' experiences with secure, automated communication services that meet carrier-grade standards. Swiftly design and implement innovative services within a multi-layered network environment. Ribbon's IP Optical networks are characterized by their openness, automation, and agility, integrating optimized hardware with sophisticated automation software. The IP Wave portfolio offers a well-rounded solution in IP Optical technology, specifically designed to tackle the complexities of constructing, managing, and operating multi-layer communication networks. Discover the unique advantages that IP Wave presents in comparison to other available solutions on the market. By choosing IP Wave, you position your organization at the forefront of telecommunications innovation.

The Oracle Enterprise Session Border Controller (E-SBC) delivers top-tier security and scalability for real-time communications across enterprise networks. It integrates easily with both on-premises and cloud-based SIP services, offering robust protections against threats such as DDoS attacks and fraud. With its flexible deployment options and ability to handle complex protocol issues, Oracle's E-SBC ensures high availability, business continuity, and optimized performance across your communication systems. Its comprehensive monitoring tools enable proactive troubleshooting, ensuring that your communications remain reliable and secure.

Our carrier-grade Session Border Controller (SBC) and cloud telephony solutions are designed for high performance and scalability, catering to the needs of communication service providers and SMS aggregators with our mobile OTT solution and A2P SMS platform. We also provide secure communication platforms that enhance real-time business collaboration for enterprises. Our comprehensive white-label offerings enable you to deliver cloud telephony services under your own brand identity. With a targeted focus on the IP-based communication sector, we offer a diverse range of products that encompass everything from backbone infrastructure to supporting middleware components. We simplify the process for termination clients by converting their rate plan formats into a native format efficiently. Our system allows for effortless uploading of VoIP rate plans, which are then transformed into the appropriate templates automatically. Additionally, all templates undergo automatic conversion to ensure they align with the native rate plan format seamlessly, and our technology is designed to prevent call drops by ensuring that user account balances do not fall into the negative. This suite of features positions us as a leader in the communication technology space, providing robust solutions tailored to modern business needs.

The Secunet SBC, crafted in collaboration with Secunet, is engineered to meet the stringent security requirements of institutions that demand top-tier protection. This innovative solution merges FRAFOS technology with the robust secunetWall firewall, creating a secure environment that ensures comprehensive protection and filtering of data streams across various levels, including network, transport, voice, and application layers. With its certification from the German Federal Office for Information Security (BSI) under ID BSI-DSZ-CC-1089, it achieves the coveted CC EAL 4+ rating, signifying its resilience against significant cyber threats. Furthermore, the Secunet SBC boasts exceptional integration capabilities, as acknowledged by telephone system manufacturer Mitel, which has granted it the Mitel compatible seal while recognizing Secunet as a trusted Mitel Developer Partner. Among the standout features are secure VoIP communication between internal and external networks, adaptable audio and video gateway functionalities, user-friendly GUI-driven administration, remote configuration and updates, and enhanced system reliability through failover and georedundancy across multiple locations. Additionally, this product not only safeguards communications but also positions organizations for future technological advancements.

ProSBC stands out as a robust, carrier-grade Session Border Controller tailored for both service providers and enterprises, offering advanced functionalities. Capable of handling up to 60,000 simultaneous sessions, it boasts features such as media transcoding, STIR/SHAKEN compliance, fraud detection, and configurations designed for high availability. Its versatility allows it to operate seamlessly across a range of platforms, including VMware, KVM/Proxmox, AWS, Microsoft Azure, and bare-metal servers. This makes ProSBC an ideal choice for diverse applications like SIP trunking, enterprise SIP trunking, CPaaS access, and TDM-to-SIP migration. Furthermore, it is designed to be interoperable with leading VoIP platforms and carrier networks, ensuring wide compatibility. The system is user-friendly, with a web-based interface that simplifies deployment, operation, and management. Additionally, the optional TB Analytics feature pack provides valuable insights for diagnosing network issues. Importantly, the software's scalability—from a modest 100 sessions to a robust 60,000—ensures that your SBC can grow alongside your needs, providing flexibility and reliability as your demands evolve. This adaptability makes ProSBC an excellent investment for future-proofing communications infrastructure.

Alianza's Perimeta Session Border Controller (SBC) is a cloud-native and entirely software-based solution tailored to deliver secure, scalable, and adaptable voice and multimedia communication services. This SBC accommodates a range of deployment options, including VoLTE, VoNR, SIP trunking, and direct routing for Microsoft Teams, making it ideal for fixed-line, wireless, and enterprise interconnect scenarios. Operating on a zero-trust security framework, Perimeta provides exceptional protection for cloud infrastructures. Its innovative separation of media and signaling planes facilitates precise scaling in response to fluctuating demands. Additionally, it incorporates a secure distribution engine (SDE) for efficient load balancing and distributed admission management (DAM), which simplifies large-scale deployments. Compatible with various cloud environments—public, private, and hybrid—the SBC can be implemented on platforms like AWS, Azure, OpenStack, VMware, and ATCA hardware. This versatility ensures organizations can choose the optimal environment for their specific needs, enhancing operational efficiency and security.

As the digital landscape expands, the frequency and complexity of cyber threats continue to rise. This surge in data breaches and interruptions can jeopardize both your business's reputation and its operations, making a robust security solution indispensable for any IT framework. NSFOCUS offers a comprehensive Next Generation Firewall (NGFW) that adapts to the evolving demands of your cloud-driven enterprise network. This solution not only incorporates NGFW functionalities but also works in tandem with other security devices to proactively combat cyber threats while enhancing user and application performance, all while minimizing overall ownership costs. Additionally, an advanced AI-driven content moderation module adeptly identifies various forms of content, including text, images, and videos. By employing honeypots and sophisticated AI algorithms, the system can effectively lure and analyze attacks. Furthermore, AI algorithms improve the detection of threats and applications within encrypted traffic, while a scalable AI-based antivirus engine significantly boosts virus detection rates, ensuring a comprehensive defense against emerging threats. In this rapidly changing cyber landscape, investing in such advanced security measures is essential for safeguarding your enterprise’s future.

The NetVanta 4000 Series is perfectly suited for carrier bundled service solutions reaching speeds of up to 1 Gbit/s, as well as providing enterprise-level internet access that ensures secure and rapid connectivity for businesses. Various models in this series come equipped with features such as power over Ethernet (PoE) integrated into the built-in switch, VPN capabilities, and specialized voice monitoring services. Additionally, every NetVanta 4000 unit is capable of functioning as an eSBC, offering a comprehensive application platform directly at the customer's location. Moreover, these devices can scale through software enhancements as your VoIP requirements increase, accommodating up to 1,000 concurrent calls. The NetVanta 4148 model specifically includes four routed, autosensing Gigabit interfaces, with the option of connecting two via fiber, alongside an 8-port Gigabit Ethernet switch. These Gigabit interfaces are versatile, allowing for both LAN and WAN configurations, and provide Ethernet redundancy with instant failover in case one link experiences an outage. The model number for this unit is 17004148F1, and when upgraded with the enhanced feature pack, the NetVanta 4148 can efficiently handle up to 500 VPN tunnels, making it a robust choice for organizations needing reliable and scalable networking solutions.

The NetVanta 6250 Series is engineered to provide integrated voice and data solutions, encompassing both legacy T1 connections and Ethernet services. It employs SIP or MGCP protocols for VoIP functions, ensuring compatibility with top-tier soft switches, servers, and gateways. These units serve as gateways that transform IP signaling from the carrier into conventional TDM analog and digital voice services efficiently. This capability allows the NetVanta 6250 Series to deliver voice services concurrently to both IP telephones and traditional telephony systems. Each device in the NetVanta 6250 lineup features a Gigabit combo port suitable for either copper or fiber connections, four Fast Ethernet ports for WAN or LAN connectivity, a USB port for wireless backup or storage solutions, and four T1 ports tailored for legacy PBX systems. Moreover, users can enhance functionality through additional software upgrades that introduce SBC features, VPN capabilities, and voice quality monitoring (VQM), along with a user-friendly graphical interface that visualizes data related to the mean opinion score (MOS). The versatility and upgrade potential of the NetVanta 6250 Series make it a robust choice for modern communication needs.

Ribbon’s EdgeMarc IP Business Gateway Appliances offer an economical solution for service providers, managed service providers, and resellers to effectively manage bundled voice and data services. These devices merge internet access of up to 1 Gbps with tools for ensuring voice security and monitoring quality of service. The product lineup features various options, including gateways for analog lines and stations (FXO/FXS) as well as power over Ethernet (PoE) capabilities. Centralized configuration and management are facilitated through the EdgeView Service Control Center, enabling seamless tracking of the customer experience across hundreds or even thousands of locations. Positioned at the customer’s site, EdgeMarc serves as a critical asset for service providers, providing insights into issues and streamlining troubleshooting processes, while also delivering detailed real-time access to each location and comprehensive reporting tools for network-wide management. This comprehensive solution not only enhances operational efficiency but also significantly improves service reliability and customer satisfaction.

Malicious entities exploit SSL/TLS encryption to conceal harmful payloads and evade security measures. To shield your organization from potential threats, it is essential to employ security solutions capable of efficiently inspecting encrypted traffic on a large scale. The BIG-IP SSL Orchestrator offers robust decryption for both incoming and outgoing SSL/TLS traffic, allowing for thorough security inspections that reveal dangers and thwart attacks before they can occur. Enhance your infrastructure and security investments by utilizing dynamic, policy-driven decryption, encryption, and traffic management through your security inspection tools. Safeguard against outbound traffic that may spread malware, steal data, or connect to command-and-control servers to instigate attacks. By decrypting incoming encrypted traffic, you can confirm that it does not contain ransomware, malware, or other threats that can lead to breaches, infections, and security incidents. Additionally, this approach helps eliminate new security blind spots and provides increased flexibility without necessitating significant architectural modifications. Overall, maintaining a proactive stance on encryption inspection is essential for comprehensive cybersecurity.

The SmartWall suite of DDoS protection offerings effectively neutralizes various types of attacks while ensuring that the applications and services it safeguards remain accessible and that legitimate traffic is uninterrupted. It is specifically engineered to manage substantial network-based DDoS assaults, reflective amplified spoof attacks, and even those that fall below the detection threshold of traditional out-of-band solutions. By allowing for detection and mitigation in mere seconds, as opposed to the lengthy minutes often required by older systems, it guarantees the ongoing functionality of online businesses. Additionally, it provides extensive visibility through reporting and alerting systems, delivering clear and actionable insights regarding DDoS attack activities across the network. The system's precise automatic mitigation capabilities contribute to a lower total cost of ownership (TCO), enabling IT and security personnel to allocate more resources to combatting other security threats effectively. This holistic approach not only protects against immediate dangers but also enhances overall network resilience, paving the way for more robust cybersecurity strategies.

Prisma Access Browser is an enterprise-grade browser crafted by Palo Alto Networks, aimed at safeguarding both managed and unmanaged devices by embedding security features within the browsing experience itself. Leveraging the Chromium framework, it merges the user-friendly design and essential functionalities of Google Chrome with robust security enhancements to defend against cyber threats like phishing, malware, eavesdropping, and unauthorized data transfers. This innovative browser extends Secure Access Service Edge (SASE) protection to all devices effortlessly, providing businesses with agility, security, and comprehensive control. Its main features include the establishment of a secure workspace across various devices, defense against sophisticated phishing schemes, recognition and prevention of advanced malware, facilitation of forensics and threat hunting, and mitigation of tampering risks. Furthermore, it improves visibility and control through last-mile data protection while preventing data transfers from corporate accounts to personal ones, thereby reinforcing organizational security protocols. In this way, Prisma Access Browser not only secures enterprise environments but also ensures that sensitive information remains within authorized channels.

The realm of security functions like an ongoing arms race, with advancements occurring simultaneously on both the offensive and defensive fronts. By prioritizing identity authentication and the enforcement of security policies right at the onset of network session establishment, BlackRidge delivers a cyber defense that is reliable, scalable, and economically viable. With the innovative BlackRidge Transport Access Control (TAC), which leverages our unique First Packet Authentication™, organizations can achieve an unprecedented level of protection for their network and cloud infrastructure. TAC operates in real-time prior to any session initiation, ensuring that security measures are in place before other defenses come into play. This technology is versatile, as it is independent of address and network topology, seamlessly accommodating NAT and dynamically adapting to shifting network conditions. By thwarting cyber threats at the outset, TAC effectively halts unauthorized users and attackers, preventing them from gathering intelligence on network and cloud assets and stripping them of the ability to operate covertly. The proactive nature of this approach underscores the importance of early intervention in cybersecurity strategies.

nxtTRUST Cyber Protection and Intelligence offers a comprehensive set of cybersecurity tools designed to prevent and manage attacks through methods such as segmenting lateral traffic, disrupting the strategies of attackers, safeguarding legacy devices, and uncovering vulnerabilities. It adheres to Zero Trust principles, which include securing endpoints, user authentication, traffic protection, continuous monitoring and reporting, and enforcing policies based on user roles. Additionally, nxtTRUST equips network administrators with the insights needed to understand the devices within their networks, enabling them to effectively address both known and unknown vulnerabilities. By fostering a robust security framework, nxtTRUST consistently protects the network from potential threats. This automated and proactive strategy not only enhances security but also allows administrators to devote their attention to other critical responsibilities, secure in the knowledge that their network defenses are robust and reliable. Ultimately, nxtTRUST empowers organizations to maintain operational efficiency while ensuring strong cybersecurity measures are in place.

In today's communication networks, IP-based systems are increasingly central to connectivity. The rapid expansion of these networks is driven by a diverse range of users, including businesses, government bodies, and private individuals, all of whom depend on advanced and intricate services for their communication needs. This surge in network use presents significant challenges for information security, as vast quantities of data—potentially containing harmful elements like worms, viruses, or Trojans—are transmitted across public networks. To combat these threats, network security strategies can be applied both within the network and at the individual hosts connected to access routers. Adopting a host-based security approach has distinct advantages, particularly in terms of scalability; for instance, implementing security measures such as firewalls or antivirus software on separate hosts allows for uninterrupted data flow across the network. This flexibility enhances overall security without compromising network performance.

Implement DDoS protection along with global load balancing, coupled with a comprehensive suite of security, reliability, and performance features aimed at safeguarding public-facing web content and applications before they reach the cloud. At its core, a distributed denial-of-service (DDoS) attack can be likened to a traffic jam that obstructs a highway, hindering regular vehicles from reaching their intended destinations. Specifically, a DDoS attack is a deliberate effort to interfere with the standard operations of a server, service, or network by inundating the target or its adjacent infrastructure with an overwhelming surge of internet traffic. IBM Cloud Internet Services offers a straightforward array of edge network solutions for clients seeking to protect their internet-facing applications from threats such as DDoS attacks, data breaches, and bot assaults, while also catering to those who need to enhance their web applications or maintain global responsiveness and continuous availability for their online services. By leveraging these services, organizations can ensure a more secure and efficient online presence.

The Total Access 900 Series is engineered to support both Ethernet and multi-T1 applications, featuring four T1 interfaces, a Gigabit interface, and two Fast Ethernet interfaces for connections to either LAN or WAN environments, along with multiple platforms that provide varying user interfaces, accommodating up to 24 FXS ports for analog voice communication. Additionally, these devices can incorporate SBC functionality, facilitating up to 100 simultaneous calls. Specifically, the Total Access 908 model is equipped with a single T1 network interface and 8 FXS user interfaces, providing analog voice delivery, along with an integrated DSX-1 port for PBX connections (T1 CAS or PRI), and a Gigabit Ethernet interface for WAN or LAN connectivity, identified by part number 4213908F1. Meanwhile, the Total Access 916 model boasts a similar single T1 network interface, but offers 16 FXS user interfaces for analog voice delivery, also including an integrated DSX-1 port for PBX connectivity (T1 CAS or PRI) and a Gigabit Ethernet interface for WAN or LAN, with part number 4213916F1. Furthermore, the series concludes with the Total Access 908, which provides a single T1 network interface along with 24 FXS user interfaces designed specifically for analog voice delivery, ensuring robust communication solutions.

Distributed denial of service (DDoS) attacks present significant challenges regarding availability and security for customers transitioning their applications to cloud platforms. These attacks aim to overwhelm an application's resources, rendering it inaccessible to genuine users. Any endpoint that is publicly accessible via the internet can be subjected to a DDoS attack. Fortunately, every asset within Azure benefits from Azure's infrastructure DDoS (Basic) Protection at no extra cost. The vast scale and capability of Azure's globally distributed network offer robust defense mechanisms against prevalent network-layer attacks, utilizing continuous traffic monitoring and immediate mitigation strategies. Importantly, DDoS Protection Basic does not necessitate user configuration or alterations to the application. This level of protection extends to all Azure services, including platform-as-a-service (PaaS) offerings like Azure DNS, ensuring comprehensive security across the board. Moreover, businesses can operate with increased confidence, knowing that their services are safeguarded against these disruptive threats.

Communicate safely wherever you are with KoolSpan’s comprehensive end-to-end encryption for your calls, messages, and files. KoolSpan Dome broadens the scope of your secure network, ensuring you can maintain connections with colleagues and partners while safeguarding your communications and data from potential threats and cyber intrusions. Unlike consumer-focused products that prioritize convenience over security and often exploit your metadata, KoolSpan’s solutions cater to government, military, and enterprise needs, emphasizing security, reliability, user-friendliness, and full control over privacy. As our world becomes increasingly interconnected, the demand to protect both personal and corporate sensitive information continues to grow. KoolSpan enhances its offerings with robust defenses against cyber threats, enabling secure communication and file sharing among users. With a military-grade platform, they provide end-to-end encryption and utilize an on-premise private infrastructure to ensure safety in contained environments. By prioritizing security, KoolSpan allows users to communicate freely without compromising their privacy or data integrity.

Email continues to be the most vital communication medium for enterprises, yet this prominence also positions it as the primary threat vector, with the frequency and complexity of cyberattacks escalating. As organizations increasingly transition to cloud-based email services, such as Microsoft 365 and Google G-Suite, they are facing challenges in securing their email communications. The native security features provided by these platforms are often inadequate for defending against various threats, safeguarding critical information, and achieving compliance requirements. FortiMail, Fortinet’s secure email gateway solution, offers a thorough, multi-layered strategy for managing both incoming and outgoing email traffic effectively. Renowned for its reliability, Fortinet provides an extensive array of security solutions—including identity management, advanced threat protection, and security-driven networking—integrated within its Security Fabric, ensuring comprehensive protection for businesses. This robust offering allows organizations to confidently navigate the complex landscape of email security.

Juniper Advanced Threat Prevention (ATP) serves as the central hub for threat intelligence in your network environment. It boasts a comprehensive array of advanced security services that leverage artificial intelligence and machine learning to identify attacks at an early stage while enhancing policy enforcement across the entire network. Operating as a cloud-enabled service on an SRX Series Firewall or as a locally deployed virtual appliance, Juniper ATP effectively detects and neutralizes both commodity malware and zero-day threats within files, IP traffic, and DNS requests. The solution evaluates risks posed by both encrypted and decrypted network traffic, including that from IoT devices, and shares this critical intelligence throughout the network, significantly reducing your attack surface and minimizing the risk of breaches. Additionally, it automatically identifies and addresses both known threats and zero-day vulnerabilities. The system can also detect and block threats concealed within encrypted traffic without needing to decrypt it, while simultaneously identifying targeted attacks against your network, including those involving high-risk users and devices, thus enabling the automatic mobilization of your defensive measures. Ultimately, Juniper ATP enhances your network’s resilience against ever-evolving cyber threats.

Radware’s Threat Intelligence Subscriptions enhance both application and network security by providing continuous updates on emerging risks and vulnerabilities. Through the process of crowdsourcing, correlating, and validating actual attack data from diverse sources, these subscriptions fortify your Attack Mitigation System against threats. They deliver real-time intelligence that allows for proactive defenses and enable a multi-layered approach to counter both known and unknown threats, along with ongoing and emergency filtering capabilities. Additionally, Radware’s Live Threat Map offers real-time insights into cyberattacks as they unfold, leveraging data from our extensive threat deception network and cloud system event information. This system sends a wide array of anonymized and sampled attack data to our Threat Research Center, which is then disseminated to the community through the threat map, fostering a collaborative defense effort. By keeping users informed, these resources help to create a more resilient cybersecurity posture.

Establish, safeguard, manage, and monitor your services seamlessly. With Istio's traffic management capabilities, you can effortlessly dictate the flow of traffic and API interactions between various services. Furthermore, Istio streamlines the setup of service-level configurations such as circuit breakers, timeouts, and retries, facilitating essential processes like A/B testing, canary deployments, and staged rollouts through traffic distribution based on percentages. It also includes built-in recovery mechanisms to enhance the resilience of your application against potential failures from dependent services or network issues. The security aspect of Istio delivers a thorough solution to address these challenges, and this guide outlines how you can leverage Istio's security functionalities to protect your services across different environments. In particular, Istio security effectively addresses both internal and external risks to your data, endpoints, communications, and overall platform security. Additionally, Istio continuously generates extensive telemetry data for all service interactions within a mesh, enabling better insights and monitoring capabilities. This robust telemetry is crucial for maintaining optimal service performance and security.

Mitigate unpredictable attacks that have the potential to cause significant harm by utilizing Moving Target Defense, which is effective across various attack vectors and types of threats—eliminating the need for indicators or waiting for patches and updates. Morphisec effectively reduces risk exposure and dramatically cuts technology expenses. By integrating Morphisec, you can transform your security approach and enhance your return on investment. The innovative moving target defense technology developed by Morphisec offers comprehensive protection against the most severe cyber threats. This solution ensures that attackers struggle to pinpoint the resources necessary to bypass your existing defenses due to its dynamic nature. Furthermore, this proactive cybersecurity measure safeguards your essential systems with a lightweight agent that is simple to deploy, requiring no updates to continuously protect vital infrastructure. Embracing this solution not only fortifies your security framework but also streamlines operational efficiency.

The AT&T DDoS Defense service offers comprehensive cloud-based surveillance for volumetric distributed denial of service (DDoS) attacks, employing in-depth traffic analysis to potentially trigger countermeasures that prevent harmful traffic from infiltrating your network. Customers can benefit from fully managed proactive or reactive DDoS protection by contacting the AT&T threat management center to initiate mitigation efforts, or they can depend on alerts sent directly to AT&T when harmful traffic targeting specific IP addresses within the customer's network is detected. This system ensures seamless activation and operation of essential business applications, allowing legitimate traffic to flow uninterrupted. In-depth traffic analysis is essential for spotting irregularities, enabling the diversion of malicious traffic to scrubbing facilities for blocking. The fully managed service also provides email notifications regarding critical alerts, advisories, and any attacks. Additionally, users can access a web portal for detailed service and status reports, while the managed service is capable of monitoring a designated range of IP addresses, ensuring that all potential threats are closely watched. This comprehensive approach not only enhances security but also fortifies business resilience against cyber threats.