Alternatives to Magma

The FreedomFi Gateway offers a seamless solution for establishing your private LTE or 5G network with open-source technology. Whether your needs include fixed wireless access, enterprise cellular, or mobile broadband, you can simply connect any standard small cell to the FreedomFi Gateway and manage your private cellular network through an easily accessible SaaS-hosted portal. You can purchase your LTE small cell from any vendor of your choice, link your LTE radios to the FreedomFi Gateway, and effortlessly oversee your network operations through the SaaS platform. All necessary software is included, and we also supply SIM cards and spectrum access, ensuring a comprehensive setup. The network core is radio-agnostic and has been tested with a majority of small cells available on the market. This single appliance can aggregate up to three radios and is both software-based and open source. You have the option to buy our pre-tested appliance or reach out to us for deployment on a platform that suits your requirements. It integrates seamlessly with spectrum access provided by Google or Federated Wireless SAS and features open northbound APIs that allow you to connect with your existing OSS and BSS systems. The fundamental software that powers all our developments at FreedomFi is open source, built on the foundations of project Magma, reflecting our commitment to innovation and flexibility in private network solutions. With FreedomFi Gateway, you not only gain a powerful tool for network management but also a pathway to customize and expand your wireless infrastructure as needed.

Rocket.Chat is a communications platform that enables real-time conversations between colleagues, with other companies or with your customers. It does everything other platforms do, except exposing your data.

For business-critical operations, having the fastest connections is essential. However, the challenge lies in the fact that wired networks can be expensive and complicated to set up, while Wi-Fi often falls short in terms of security, reliability, and the necessary bandwidth to support innovative technologies in today's workplaces. With Betacom 5GaaS, you can access a private wireless solution that is delivered as a fully managed service from start to finish. This solution is not only highly dependable and secure but also allows for rapid deployment, ensuring you have the superior bandwidth required for all your enterprise activities. The security protocols in 5G are significantly more advanced than those of Wi-Fi, safeguarding your vital data consistently. We take care of the design, installation, and ongoing management of your networks at a competitive price. This enables you to experience higher bandwidth and reduced latency on your dedicated spectrum, ensuring unlimited data usage at fast speeds while keeping your expenses under control. We go the extra mile to provide you with the optimal 5G experience customized to meet your business's specific needs. Simply contact us, share the details of your location, and we will manage everything from there, allowing you to focus on your core operations.

Anterix presents the ultimate spectrum solution for both critical infrastructure and enterprise networks. Their 900 MHz licensed nationwide spectrum offers a strong foundation for establishing a robust communications strategy, ensuring secure and resilient operational capabilities. As the leading owner of licensed spectrum within the 900 MHz band (896-901/935-940 MHz) across the contiguous United States, including Hawaii, Alaska, and Puerto Rico, Anterix stands out in the market. Enhanced capacity is achievable due to improved signal reliability and minimized signal degradation over distances. The sub-1GHz spectrum propagation advantage allows for the construction of networks that require fewer radio sites. Transitioning to a private LTE network can revolutionize your operations by integrating cutting-edge technology, innovative applications, and streamlined business processes. The adaptability and scalability of a private LTE network cater to all essential operational, mission-critical, and mobility scenarios. By engaging with a proven ecosystem of devices, applications, and infrastructure, organizations can fully realize the potential of their communications capabilities and drive significant operational advancements.

Effortlessly establish, oversee, and expand a dedicated mobile network. Link numerous devices and machines while enjoying the high dependability and minimal latency that a private mobile network offers. Launch your network in just a few days without the need for lengthy planning periods, intricate integrations, or manual configurations. Enhance the security of your network with precise access controls for every connected device, seamlessly integrated with your current IT policies. Adjust your capacity as needed, only paying for the resources and throughput you actually utilize. AWS Private 5G is a managed solution that simplifies the deployment, management, and scaling of your own private mobile network, providing all necessary hardware and software through AWS. Connect autonomous robots, vehicles, legacy equipment, or edge gateways within manufacturing environments to meet the service level requirements of industrial networks. Utilize private mobile networks to interlink video cameras, fingerprint scanners, or automatic number plate recognition systems, ensuring reliable bandwidth and performance. This innovative approach ensures that your network remains flexible and efficiently meets the demands of your growing operations.

Facilitating an economical launch of a robust, comprehensive, private 5G network tailored for businesses and communities is our primary focus. We deliver a secure 5G overlay that integrates edge intelligence into pre-existing enterprise networks, allowing for effortless deployment of 5G Core solutions. Our service guarantees secure backhaul connectivity and is designed for on-demand scalability. With features such as remote management and automated network orchestration, we ensure effective data synchronization between edge and central sites. This solution is cost-efficient, particularly for light users, and offers a fully operational 5G core distributed across the cloud for heavier enterprise applications. Clients can enjoy the flexibility to incorporate additional nodes as their needs evolve and benefit from a versatile early billing plan requiring at least a six-month commitment. Users maintain complete control over their cloud-deployed nodes, with options for flexible monthly or yearly billing cycles. Furthermore, our cloud 5G software platform allows for a seamless integration of 5G Core deployment, whether on existing or new enterprise IT networks, effectively addressing the demands for ultra-fast, low-latency connectivity while ensuring comprehensive security. This approach not only enhances operational efficiency but also positions businesses to adapt to future technological advancements.

We create, implement, and manage your indoor wireless infrastructure, ensuring it provides secure and dependable mobile coverage and capacity tailored to the needs of tenants, residents, and guests. Our network design is fine-tuned for carrier-grade connectivity that suits your building's unique requirements. Streamline your wireless network expenses with a unified, scalable solution that’s easy to manage. Our comprehensive data sets empower enterprises to gain insights into their performance metrics. We utilize edge computing to facilitate localized, low-latency applications while ensuring hybrid-cloud redundancy. Experience a common data network for IoT that outperforms traditional WiFi in both performance and security. Additionally, our system offers seamless interconnectivity with multiple mobile operators even when you step outside the building. We pride ourselves on being the top provider for effortless roaming onto Tier-1 carriers, enhancing connectivity for all users. This holistic approach ensures that your wireless network not only meets but exceeds expectations in today’s fast-paced digital landscape.

The reliance on cutting-edge wireless networks is essential in today’s world. Specifically, private 5G networks play a crucial role for businesses, industrial facilities, and public safety officials who are still working towards achieving access to top-tier and future-ready wireless technology. The increasing diversity and complexity of connectivity demands compel organizations to reassess their strategies and explore innovative solutions. Unlike public cellular networks, which lack the local control and adaptability found in private networks, Wi-Fi does not effectively support expansive coverage, accommodate numerous devices, or facilitate critical communications. In contrast, at Athonet, we specialize in developing exceptional, reliable, and future-proof solutions that unlock the full capabilities of private networks. Our software solution, crafted internally, has undergone rigorous testing by communication service providers, businesses, and government entities, ensuring its robustness and effectiveness. The commitment to quality and innovation in our offerings sets us apart in the rapidly evolving landscape of wireless connectivity.

Edzcom specializes in the design, construction, and management of private 4G and 5G networks tailored for businesses, offering robust data and voice connectivity that supports their ambitious digital transformation initiatives. Their Edge Connectivity solution establishes a private network that interlinks assets, equipment, and personnel on-site, ensuring that operations are designed, built, and maintained at the edge. This network architecture guarantees complete autonomy and reliability for essential business functions, as all components are located at the user’s location. With a geo-redundant structure and dedicated spectrum, the network integrates smoothly with existing systems while ensuring that data remains on-site. Users benefit from a comprehensive network performance dashboard that provides control over connectivity for all assets, enabling smooth transitions between moving equipment. Reliable connectivity serves as a fundamental element for digitalization and automation processes. Furthermore, Edzcom's fully autonomous private networks facilitate uninterrupted business operations around the clock, allowing for the seamless transfer of assets in motion, comprehensive control, and enhanced data privacy by retaining information locally. This innovative approach not only addresses current connectivity challenges but also prepares enterprises for future technological advancements.

Azure Private 5G Core provides a straightforward, scalable, and secure way to implement private 5G core networks on an Azure Arc-managed edge platform, which is part of the Azure private multi-access edge compute (MEC) ecosystem. Users can deploy and establish connections in just a few minutes, accommodating a diverse range of indoor and outdoor applications while enabling centralized management of private 5G networks across various locations. The 5G core operates as a fully autonomous unit at the edge, featuring essential components such as User Plane, Control Plane, Subscriber, and Policy functions that are integrated within Azure private MEC. With robust high availability and features that allow for operation during disconnected scenarios, this 5G network ensures critical reliability and continuous uptime for enterprises, even amidst potential network failures. Additionally, it offers centralized orchestration and automated deployment of 5G core software, which includes provisions for multi-slice/data network name (DNN), sophisticated policy and quality of service (QoS) management, as well as enhanced monitoring capabilities for system health both locally and in the cloud. This comprehensive solution not only enhances operational efficiency but also empowers businesses to leverage advanced connectivity solutions in their operations.

Getting started with the Cisco Private 5G service is effortless; simply reach out to us for assistance. The system is designed to be user-friendly, allowing you to provision, manage, and troubleshoot within just a few minutes, while being built on a trust-centric framework that ensures secure integration of IoT with your wireless network setups. Begin your journey with a thorough assessment and site survey, where we will walk you through every aspect of the process. You can easily provision, manage, and troubleshoot your 5G and IoT landscape on a platform that seamlessly integrates with your existing network. The Private 5G service works harmoniously with your current Wi-Fi and wired network infrastructure. You’ll have the flexibility to operate your private 5G network from virtually anywhere in the world, enabling reliable real-time collaboration across factory floors. Enhance customer experiences on-site while ensuring secure and dependable communications for field workers. This comprehensive solution not only boosts productivity but also fosters innovation within your organization.

A 5G LAN that utilizes cloud technology and AI automation can facilitate access to cellular wireless for enterprises. Just like with wired, Wi-Fi, and WAN infrastructures, enterprise network access through cellular wireless should be managed in a similar manner. Rather than addressing issues after they arise, a 5G LAN can proactively enforce service levels for essential business applications. The belief that enterprises cannot manage their own mobile networks is a misconception. By implementing a 5G LAN, businesses can retain complete control and ownership of their data. Prioritizing exceptional experiences for enterprise applications is crucial. The emergence of private spectrum options for LTE and 5G wireless, such as CBRS in the United States, represents a significant advancement comparable to Wi-Fi. A comprehensive SaaS subscription now provides all the necessary components for IT and industrial IoT teams to establish their own cellular wireless networks. Celona's 5G LAN solution is designed to deliver reliable performance across a diverse array of industries, paving the way for a new generation of vital applications. This innovative approach not only enhances connectivity but also drives productivity by enabling seamless integration of wireless technology into everyday business operations.

5G technology revolutionizes network personalization by allowing unprecedented control over the entire network experience. This advancement opens avenues for private networks, whether hosted on-site or through cloud services, which facilitate data ownership, enhanced security, application-specific customization, and varied performance through diverse radio technologies. As the reach of 5G grows, we are on the brink of a transformative phase marked by the rise of private and hybrid public/private networks. Many organizations are already taking proactive steps to enhance security, availability, and reliability in their operations. They can now process sensitive information either on-site or securely within the cloud. Additionally, organizations can assign varying security levels based on the application or geographical location. By managing data locally and in real-time, businesses can drastically reduce lag and latency, which is crucial for functions such as computer vision and quality control. Moreover, they can dynamically adjust quality of service (QoS), compliance standards, and user experience features throughout the network, tailoring the infrastructure to meet specific organizational demands. Overall, the integration of 5G is paving the way for a more agile and responsive approach to network management.

AT&T 5G and Multi-Access Edge Computing (MEC) extend computing capabilities to the periphery of your wireless network, allowing data to be processed almost instantly. By utilizing AT&T MEC, which is supported by their cellular network, you can affordably upgrade your current private network through the smart distribution of data resources. This advancement enables you to engage with your customers and staff in innovative ways, leading to enhanced operations, increased worker safety, and improved employee efficiency through localized data processing. The AT&T MEC solution, comprising both hardware and software elements, when integrated with a cloud service provider, offers the advantage of low-latency computing for your cloud applications. Simplifying the challenges of digital transformation is now possible with AT&T. Collaborating with leading System Integrators, AT&T ensures that your applications and cloud service providers can harness the full potential of their MEC solutions within your organization, paving the way for a more connected and efficient future. This partnership not only enhances technological capabilities but also drives overall business growth.

Embark on your expedition into the realm of private 5G mobile networks today. Empower your workforce and machinery to elevate efficiency to unprecedented heights. You can immediately reap the rewards of real-time 4G LTE/5G private wireless networks, which provide exceptional performance and vital connectivity for almost anything, anywhere you need it. Presently, Vilicom is constructing dependable GIGAWAVE managed private LTE networks globally, even in the toughest environments for critical applications, ensuring seamless connectivity for both people and machines. Crafted in accordance with internationally accepted standards from 3GPP and utilizing equipment from various ORAN vendors, GIGAWAVE offers a fully managed, carrier-grade, 5G private network that makes low ownership costs and reduced expenses per Gb achievable. Only your designated devices can access this network, ensuring optimal performance. With dedicated resources, high availability and reliability are guaranteed, alongside the capability to support millions of devices within a scalable infrastructure, thus paving the way for future technological advancements. As your operations grow, this network will adapt to meet your evolving demands.

We anticipate significant expansion in the adoption of cellular technologies within private networks. The expectations for Mobile Private Networks (MPN) from service providers are evolving, driven by the necessity for quick adaptations to change requests, assurance of quality at the lowest possible costs, and enterprise applications that demand timely service updates. The managed service provider (MSP) sector must adapt to these trends to enable MPNs to leverage DevOps for swift application deployment. Companies are looking for MSP offerings that are not only user-friendly but also allow for rapid modifications. Service providers must focus on cost-efficient scaling, while enterprises should have access to self-service options. Effective management of network services and slices is crucial, along with support for multiple vendors across 5G, 4G, Wi-Fi, and IP. Automation is essential for processing service change requests, and there should be application interfaces that facilitate automated service calls. The integration of software-defined networking, network abstraction, and slicing is important for innovation. Furthermore, creating and managing software as a service, whether on cloud or on-premises, will play a pivotal role in meeting the demands of modern enterprises. As this landscape evolves, both service providers and enterprises will need to keep pace with technological advancements to maintain competitive advantages.

Ensuring secure connectivity to tackle the operational challenges of today while simultaneously establishing a foundation for the advanced capabilities of tomorrow is crucial. The integration of On Site 5G introduces 5G Ultra Wideband (UW) small cells alongside existing On Site LTE infrastructure. This allows enterprises to create a tailored, private network that meets current demands while being flexible enough to accommodate future advancements. As businesses navigate an era of rapid digital transformation, they must integrate technologies such as artificial intelligence (AI), machine learning (ML), real-time analytics, and augmented and virtual reality (AR and VR). These innovative, data-driven technologies necessitate a next-generation connectivity network that can effortlessly scale to meet evolving needs. In this ever-changing landscape, the ability to adapt and innovate will be key to maintaining a competitive edge.

A turnkey managed services to order, onboard, and scale a 4G or 5G wireless private network in as little time as two weeks. Designed around a 3-step customer success model, Private Wireless-as-a-Service gives your IT and OT teams the most direct and success-driven path to order, onboard and scale next-generation 4G and 5G private networks to power data-intensive applications and hyper-connected devices.

Provide your customers with the most efficient, straightforward, and dependable broadband options available. Link your business to instantaneous IoT insights that are both intelligent and secure, spanning from the edge to the cloud and encompassing business analytics. Expand your reach into new markets by leveraging innovative 5G applications. Discover how we can assist you in creating and launching groundbreaking 5G technologies. Trust Inseego for reliable and secure solutions, as we have been serving first responders and government agencies effectively for many years. Stay connected wherever you work, study, or play, as our modems and MiFi® mobile hotspots ensure immediate internet access almost anywhere, delivering a fast and secure 4G/5G connection along with Wi-Fi for your laptops, tablets, and other devices. Experience lightning-fast 5G broadband options tailored for your home or business needs. Whether you are transitioning away from traditional cable services or reside in an area where wired connections are unavailable, our fixed wireless access (FWA) solutions make it simple to introduce high-speed broadband to your location, enhancing your internet experience like never before.

As a member of the OnGo alliance, CTS remains closely aligned with the latest advancements and innovations in the CBRS/PLTE sector. Additionally, CTS has forged partnerships with numerous prominent figures within the OnGo community to supply essential equipment, devices, and SIM cards tailored for CBRS/PLTE networks. The company has successfully executed multiple CBRS/PLTE designs utilizing iBWave and RanPlan and is currently engaged in various PLTE initiatives across key market sectors. Furthermore, CTS has cultivated strong business ties with the leading three SAS vendors: Commscope, Amdocs, and Federated Wireless. In terms of financial flexibility, CTS offers tailored CBRS/PLTE services that cater to different financial circumstances, whether you prefer to invest in the network outright through CAPEX, finance it via OPEX, or opt for a subscription model for private LTE services. This adaptability ensures that clients can choose the financial approach that best suits their operational needs and budgetary constraints.

Industry 4.0 harnesses advancements in technologies such as industrial IoT, artificial intelligence, machine learning, edge computing, and wireless communications. Various asset-heavy sectors are rapidly adopting these innovations, including but not limited to manufacturing, ports, mining, utilities, railways, airports, logistics, intelligent highways, and smart city initiatives. The digital transformation across these sectors hinges on the capability to gather data, analyze it, and take prompt actions, often in real-time. Data collected from IIoT sensors undergoes processing through edge computing, where AI and ML algorithms are employed to model and analyze the information. The outcomes of this analysis facilitate immediate decision-making, process reconfiguration, and the realization of newfound efficiencies, particularly in automation realms. The synergy of Industry 4.0 and private wireless technology empowers industries to seamlessly integrate their physical and digital operations, ensuring that all sensors, machines, and personnel are interconnected in a way that is both cost-effective and dependable. As a result, the potential for innovation and productivity enhancement is significantly increased, driving a new era of operational excellence.

Cradlepoint is a global leader for cloud-delivered 4G/5G wireless network edge solutions. Cradlepoint's NetCloud™, platform and cellular routers provide a pervasive, secure and software-defined Wireless WAN edge that connects people, places, things, and everything - anywhere. Cradlepoint is trusted by more than 25,000 government agencies and businesses around the globe, including many Global 2000 agencies and top public sector agencies. Cradlepoint helps keep mission-critical sites, points, commerce, field forces and vehicles connected. Cradlepoint was established in 2006 and acquired by Ericsson at the end of 2020. It is now a separate subsidiary within Ericsson’s Business Area Technologies and New Businesses. Cradlepoint has its headquarters in Boise (Idaho), and has development centers in Silicon Valley, India, and international offices in the UK, and Australia.

Global secure email access is essential, as everyone deserves the ability to communicate in privacy. Flow serves as the most secure email solution that seamlessly integrates with a variety of traditional email clients. Our free, open-source mail client, Volcano, fully utilizes the Dark Internet Mail Environment for enhanced security. For those looking to host their own private email service, Magma is our open-source server tailored for the Dark Internet Mail Environment. We are trailblazers in the realm of encrypted email, advocating for the fundamental right to private and secure communication for all individuals. By implementing robust end-to-end encryption standards and innovative technologies, we are transforming the landscape of digital communication and safeguarding personal privacy on a global scale. Our commitment to this cause ensures that the future of communication remains secure and accessible for everyone.

Accelerate deployments, reduce operational expenses, and enhance customer experience in the B2B 5G and edge computing sectors. Drawing inspiration from ONAP's extensive 3GPP standards-aligned end-to-end network slicing architecture, the AarnaStream Network Slicing Manager delivers a powerful management solution for slicing. Our approach aligns with key standards including 3GPP, O-RAN, and IETF, ensuring compatibility and flexibility. As we do not develop network functions, we position ourselves as a vendor-neutral solution provider, catering to diverse client needs. Additionally, our AarnaStream Network Data Analytics Function (NWDAF) mirrors the design principles of our Non-RT RIC, offering a compliant solution with 3GPP standards that appeals to customers seeking a vendor-neutral approach, as we refrain from creating any 5G network functions. Ultimately, this positions us uniquely in the market, enabling clients to optimize their operations while adhering to industry standards.

Istio is an innovative open-source technology that enables developers to effortlessly connect, manage, and secure various microservices networks, irrespective of the platform, origin, or vendor. With a rapidly increasing number of contributors on GitHub, Istio stands out as one of the most prominent open-source initiatives, bolstered by a robust community. IBM takes pride in being a founding member and significant contributor to the Istio project, actively leading its Working Groups. On the IBM Cloud Kubernetes Service, Istio is available as a managed add-on, seamlessly integrating with your Kubernetes cluster. With just one click, users can deploy a well-optimized, production-ready instance of Istio on their IBM Cloud Kubernetes Service cluster, which includes essential core components along with tools for tracing, monitoring, and visualization. This streamlined process ensures that all Istio components are regularly updated by IBM, which also oversees the lifecycle of the control-plane components, providing users with a hassle-free experience. As microservices continue to evolve, Istio's role in simplifying their management becomes increasingly vital.

Join our mission to make art multiplayer! Magma is a cloud-based digital art platform that helps creators and art teams work more collaboratively. Combining powerful drawing tools with in-app chat and call capabilities, Magma enables up to 50 artists to work on a canvas at once. Creators in industries from animation to game development use our platform to work together and bring their ideas to life. By enhancing collaboration, Magma helps creative teams manage projects more efficiently. Professionals can join live brainstorming sessions, host presentations, and leave comments with feedback directly on the canvas. Their team’s work is then saved in a shared, searchable repository that allows artists to see a complete version history of what they’ve worked on. On average, these features result in a 25% reduction in delivery time and 40% fewer revisions for creative teams.

Enhance your security framework for open source by implementing automated best practices, creating an integrated workflow that benefits both security and development teams. This cloud-native security solution minimizes risk and safeguards revenue while allowing developers to maintain their pace. The dependency firewall effectively isolates harmful open source elements before they can affect developers and infrastructure, thus preserving data integrity, company assets, and brand reputation. Our comprehensive policy engine examines various threat indicators, including recognized vulnerabilities, licensing details, and rules defined by the customer. Gaining visibility into the open-source components utilized in applications is essential for mitigating potential vulnerabilities. The Software Composition Analysis (SCA) and dashboard reporting provide stakeholders with a complete perspective and prompt updates regarding the existing environment. Additionally, you can detect the introduction of new open-source licenses within the codebase and automatically monitor compliance issues involving licenses, effectively managing any problematic or unlicensed packages. By adopting these measures, organizations can significantly improve their ability to respond to security challenges in real time.

MetaGeek Complete unites advanced spectrum and packet analysis tools, equipping you to tackle intricate Wi-Fi challenges effectively. This comprehensive package features the Wi-Spy DBx, an advanced dual-band analyzer capable of assessing both Wi-Fi and non-Wi-Fi activities across the 2.4 GHz and 5 GHz frequency bands. Additionally, Chanalyzer leverages the radio frequency data captured by Wi-Spy DBx to offer a dynamic visual representation of your Wi-Fi network's surroundings in real-time. By utilizing the dual-band spectrum analysis from the Wi-Spy DBx, you can examine channel usage throughout both frequency bands to identify which channels are experiencing low capacity. Chanalyzer and Wi-Spy work together to reveal the level of congestion on each channel, regardless of whether the activity stems from Wi-Fi sources or other interferences in the spectrum. This integrated approach enables users to optimize their wireless networks more efficiently than ever before.

Greenplum Database® stands out as a sophisticated, comprehensive, and open-source data warehouse solution. It excels in providing swift and robust analytics on data volumes that reach petabyte scales. Designed specifically for big data analytics, Greenplum Database is driven by a highly advanced cost-based query optimizer that ensures exceptional performance for analytical queries on extensive data sets. This project operates under the Apache 2 license, and we extend our gratitude to all current contributors while inviting new ones to join our efforts. In the Greenplum Database community, every contribution is valued, regardless of its size, and we actively encourage diverse forms of involvement. This platform serves as an open-source, massively parallel data environment tailored for analytics, machine learning, and artificial intelligence applications. Users can swiftly develop and implement models aimed at tackling complex challenges in fields such as cybersecurity, predictive maintenance, risk management, and fraud detection, among others. Dive into the experience of a fully integrated, feature-rich open-source analytics platform that empowers innovation.

Arkime is an open-source system for large-scale packet capturing, indexing, and database management, aimed at enhancing current security frameworks by archiving and indexing network traffic in the widely-used PCAP format. This tool provides comprehensive network visibility, which aids in the rapid detection and resolution of both security and network-related challenges. By offering access to crucial network data, security teams can effectively respond to and investigate incidents, allowing them to uncover the full extent of an attack. Arkime is engineered to operate across multiple clustered systems, enabling scalability to handle data transfer rates of hundreds of gigabits per second. This capability equips security analysts with the tools needed to respond to, reconstruct, investigate, and verify details regarding threats present in the network, ensuring timely and accurate responses. As a platform built on open-source principles, Arkime offers transparency, affordability, adaptability, and robust community backing, fostering an environment for continuous improvement and innovation. Its extensive features make it a valuable asset for organizations prioritizing network security and incident response.

OpenSSL is a comprehensive, high-quality toolkit designed for the Transport Layer Security (TLS) and Secure Sockets Layer (SSL) protocols, as well as serving as a versatile cryptography library. It operates under an Apache-style license, allowing users to freely utilize it for both commercial and non-commercial applications, provided they adhere to straightforward licensing conditions. To learn more about the community and team involved with the project or to begin your own contributions, visit the community page. Additionally, for updates, source downloads, and other resources, check out the sidebar and the navigation buttons located at the top of each page for easy access. Engaging with the community can enhance your understanding and provide valuable insights into the ongoing developments in OpenSSL.

We assist you in establishing connections and cultivating a network of engineers through contributions to open-source projects, effectively eliminating the current obstacles to recruitment. You can delve into issues related to technologies you are keen on or wish to explore further. Feel free to show your enthusiasm for a project or dive right into it. You can resolve the issue at your convenience and submit your code for review. This not only enhances your profile but also provides genuine experience in a production environment. A significant 58% of firms have recruited software developers based on their contributions to open-source software. Additionally, 64% of developers are willing to tackle a company's open-source challenges during the technical hiring phase. Despite the widespread use of open-source software by most organizations, very few actively utilize it as a strategy for recruitment. We allow unlimited participation on issues, and you can track the number of contributors through both the Issue page and the Issue listing page, fostering a collaborative environment. Engaging in these projects not only benefits your professional growth but also contributes to the larger engineering community.

Open-source Airy lets you create your own conversational platform, from Conversational AI assistants to customer services experiences. Airy Core is an open-source, fully-featured conversational platform that is ready for production. Airy can process conversational data coming from many sources. Airy's infrastructure is built on Apache Kafka. It can process large amounts of messages and conversations simultaneously and stream relevant conversational data wherever you need it. Connect anything, from our free open-source chat plugin to Facebook Messenger and Google's Business messages to your Airy Core. Apache Kafka is used to process webhook data coming in from different sources. We analyze the data and transform it into source-independent contacts and conversations, as well as messages.

Magma is an advanced AI model designed to seamlessly integrate digital and physical environments, offering both vision-language understanding and the ability to perform actions in both realms. By pretraining on large, diverse datasets, Magma enhances its capacity to handle a wide variety of tasks that require spatial intelligence and verbal understanding. Unlike previous Vision-Language-Action (VLA) models that are limited to specific tasks, Magma is capable of generalizing across new environments, making it an ideal solution for creating AI assistants that can interact with both software interfaces and physical objects. It outperforms specialized models in UI navigation and robotic manipulation tasks, providing a more adaptable and capable AI agent.

DL4J leverages state-of-the-art distributed computing frameworks like Apache Spark and Hadoop to enhance the speed of training processes. When utilized with multiple GPUs, its performance matches that of Caffe. Fully open-source under the Apache 2.0 license, the libraries are actively maintained by both the developer community and the Konduit team. Deeplearning4j, which is developed in Java, is compatible with any language that runs on the JVM, including Scala, Clojure, and Kotlin. The core computations are executed using C, C++, and CUDA, while Keras is designated as the Python API. Eclipse Deeplearning4j stands out as the pioneering commercial-grade, open-source, distributed deep-learning library tailored for Java and Scala applications. By integrating with Hadoop and Apache Spark, DL4J effectively introduces artificial intelligence capabilities to business settings, enabling operations on distributed CPUs and GPUs. Training a deep-learning network involves tuning numerous parameters, and we have made efforts to clarify these settings, allowing Deeplearning4j to function as a versatile DIY resource for developers using Java, Scala, Clojure, and Kotlin. With its robust framework, DL4J not only simplifies the deep learning process but also fosters innovation in machine learning across various industries.

Isovalent Cilium Enterprise delivers comprehensive solutions for cloud-native networking, security, and observability, leveraging the power of eBPF to enhance your cloud infrastructure. It facilitates the connection, security, and monitoring of applications across diverse multi-cluster and multi-cloud environments. This robust Container Network Interface (CNI) offers extensive scalability alongside high-performance load balancing and sophisticated network policy management. By shifting the focus of security to process behavior rather than merely packet header analysis, it redefines security protocols. Open source principles are fundamental to Isovalent's philosophy, emphasizing innovation and commitment to the values upheld by open source communities. Interested individuals can arrange a customized live demonstration with an expert in Isovalent Cilium Enterprise and consult with the sales team to evaluate a deployment tailored for enterprise needs. Additionally, users are encouraged to explore interactive labs in a sandbox setting that promote advanced application monitoring alongside features like runtime security, transparent encryption, compliance monitoring, and seamless integration with CI/CD and GitOps practices. Embracing such technologies not only enhances operational efficiency but also strengthens overall security capabilities.

Introducing a pioneering compute protocol that combines integrated hardware and software for the training and fine-tuning of AI models. Experience a reduction in training expenses by as much as 80%. You can deploy your models in mere seconds, utilizing either open-source templates or your own customized models. Effortlessly debug your containers while having access to vital resources such as GPU, CPU, Memory, and other performance metrics. Real-time log monitoring allows for immediate insights into your processes. Maintain complete accountability by tracing all models and training datasets with cryptographically verified proofs. Command the entire training workflow effortlessly with just a few straightforward commands. Additionally, you can earn block rewards by contributing your computer to the network, while also tracking essential metrics like connectivity and uptime to ensure optimal performance. The innovative design of this system not only enhances efficiency but also promotes a collaborative environment for AI development.

Building the future is simplified with the all-in-one open-source Intel® RealSense™ SDK 2.0 and its array of tools. This software suite supports multiple platforms and programming languages, enabling rapid depth development. Designed with developers in mind, the Intel RealSense ID SDK is open-source and seamlessly integrates into user authentication systems. Additionally, it offers the latest cross-platform firmware for Intel RealSense depth cameras, allowing users to select their preferred device family. Furthermore, Intel is committed to ongoing innovation and research, maintaining an extensive computer vision portfolio. The Intel RealSense ID swiftly authenticates users in under a second merely with a glance. Its cutting-edge hardware and software design provide reliability under various conditions, accommodating a wide range of skin tones and ensuring a natural user experience. Moreover, this advanced system performs effectively in diverse lighting environments, from complete darkness to bright sunlight, making it highly versatile.

The Forcepoint Next Generation Firewall offers a robust multi-layered defense system that safeguards networks, endpoints, and users from sophisticated cyber threats. It excels in managing vast numbers of firewalls and firewall fleets efficiently, ensuring high performance is maintained. With a focus on ease of management, it provides fine-tuned controls and extensive scalability in its management capabilities. Key assessments include its blocking rate, handling of IP packet fragmentation and TCP segmentation, as well as evaluations of false positives, stability, and overall reliability. The firewall's effectiveness against evasion techniques, including HTTP evasions and various combinations, has also been thoroughly evaluated. Unlike traditional hardware-based systems, this NGFW is designed like software, allowing for flexible deployment on hardware, virtual environments, or in the cloud. Its open APIs empower users to tailor automation and orchestration to fit specific needs. Additionally, our products consistently undergo comprehensive certification testing to satisfy the demanding requirements of sensitive industries, governmental agencies, and organizations worldwide, ensuring that they remain at the forefront of security technology. This commitment to excellence highlights our dedication to providing reliable protection in an ever-evolving threat landscape.

Big Dipper is a versatile, open-source block explorer and token management platform that caters to more than 10 proof-of-stake blockchains. Having been forked over 100 times on GitHub, it has reached users across 140 countries and regions. Initially launched as a project by the Cosmos community in 2018, Big Dipper was crafted to serve as an exploration tool for blockchains that utilize the Cosmos SDK, ensuring an exceptional user experience with near real-time on-chain data. By leveraging various endpoints from Tendermint, Cosmos SDK, and the command line interface, Big Dipper seamlessly aggregates data into one cohesive web interface. The primary developer behind Big Dipper is Forbole, a seasoned provider of staking-as-a-service and a dedicated contributor to the blockchain ecosystem. With a robust background in network infrastructure, software development, and user experience design, Forbole aims to create a user-friendly crypto asset management tool that appeals to all crypto enthusiasts, empowering them to manage their digital assets with ease and efficiency. Through continuous improvements and user feedback, Big Dipper aspires to evolve and meet the ever-changing needs of the blockchain community.

Arm Mbed OS is an open-source operating system tailored for IoT applications, providing all the essential tools for creating IoT devices. This robust OS is equipped to support smart and connected products built on Arm Cortex-M architecture, offering features such as machine learning, secure connectivity stacks, an RTOS kernel, and drivers for various sensors and I/O devices. Specifically designed for the Internet of Things, Arm Mbed OS integrates capabilities in connectivity, machine learning, networking, and security, complemented by a wealth of software libraries, development boards, tutorials, and practical examples. It fosters collaboration across a vast ecosystem, supporting over 70 partners in silicon, modules, cloud services, and OEMs, thereby enhancing choices for developers. By leveraging the Mbed OS API, developers can maintain clean, portable, and straightforward application code while benefiting from advanced security, communication, and machine learning functionalities. This cohesive solution ultimately streamlines the development process, significantly lowering costs, minimizing time investment, and reducing associated risks. Furthermore, Mbed OS empowers innovation, enabling developers to rapidly prototype and deploy IoT solutions with confidence.

The Apache Lucene™ initiative is dedicated to the development of open-source search software. This project not only releases a fundamental search library known as Lucene™ core but also offers PyLucene, which serves as a Python binding for Lucene. Lucene Core is a robust Java library that encompasses comprehensive indexing and search functionalities, including features such as spellchecking, hit highlighting, and sophisticated analysis/tokenization options. The PyLucene subproject acts as a bridge, providing Python bindings for the Lucene Core library. Backed by the Apache Software Foundation, the Apache community benefits from support for various open-source software projects. With its commercially friendly Apache Software license, Apache Lucene has established itself as the benchmark for search and indexing efficiency. Notably, Lucene serves as the core search engine for both Apache Solr™ and Elasticsearch™, two widely used platforms. The foundational algorithms developed by Apache Lucene, along with the Solr search server, empower a myriad of applications globally, from mobile devices to major websites like Twitter, Apple, and Wikipedia. Ultimately, the mission of Apache Lucene is to deliver exceptional search capabilities that meet the demands of diverse users. Its continuous evolution and enhancements ensure that it remains at the forefront of search technology.

Snort stands as the leading Open Source Intrusion Prevention System (IPS) globally. This IPS utilizes a collection of rules designed to identify harmful network behavior, matching incoming packets against these criteria to issue alerts to users. Additionally, Snort can be configured to operate inline, effectively blocking these malicious packets. Its functionality is versatile, serving three main purposes: it can act as a packet sniffer similar to tcpdump, function as a packet logger that assists in troubleshooting network traffic, or serve as a comprehensive network intrusion prevention system. Available for download and suitable for both personal and commercial use, Snort requires configuration upon installation. After this setup, users gain access to two distinct sets of Snort rules: the "Community Ruleset" and the "Snort Subscriber Ruleset." The latter, created, tested, and validated by Cisco Talos, offers subscribers real-time updates of the ruleset as they become available to Cisco clients. In this way, users can stay ahead of emerging threats and ensure their network remains secure.

Graphite is a robust monitoring solution suitable for both budget-friendly hardware and cloud environments, making it an attractive choice for various teams. Organizations utilize Graphite to monitor the performance metrics of their websites, applications, business services, and server networks effectively. This tool initiated a new wave of monitoring technologies, simplifying the processes of storing, retrieving, sharing, and visualizing time-series data. Originally developed in 2006 by Chris Davis while working at Orbitz as a side project, Graphite evolved into their core monitoring solution over time. In 2008, Orbitz made the decision to release Graphite under the open-source Apache 2.0 license, broadening its accessibility. Many prominent companies have since integrated Graphite into their production environments to oversee their e-commerce operations and strategize for future growth. The data collected is processed through the Carbon service, which subsequently stores it in Whisper databases for long-term retention and analysis, ensuring that key performance indicators are always available for review. This comprehensive approach to monitoring empowers organizations to make data-driven decisions while scaling their operations.

ispCP, which stands for Internet Service Provider Control Panel, is an open-source initiative aimed at developing a multi-server management and control interface. The release of ispCP Omega is entirely derived from the original VHCS open-source project. All contributions and new code for ispCP Omega are governed by the GNU General Public License (V2). Instead of initiating a new project from the ground up, the development team sought out existing open-source solutions and chose to fork the declining VHCS project. This collaborative movement to carry forward the efforts of VHCS culminated in the establishment of ispCP Omega. Given that several members of the ispCP development team were integral contributors to the now-defunct VHCS project, Malte (ephigenie) and Benedikt (RatS) recognized their responsibility to provide the struggling community with a means to transition to ispCP. Consequently, the creation of ispCP Omega not only represents a new beginning but also offers a migration pathway from VHCS to ispCP for its users, ensuring continuity in their services and support. By addressing the needs of the community, ispCP Omega aims to foster a sustainable environment for web hosting management.

iScripts SocialWare Enterprise serves as a sophisticated social networking script tailored for businesses and startups, enabling them to develop professional websites akin to LinkedIn. These specialized professional networks enhance brand visibility, facilitate recruitment efforts, foster the exchange of ideas among peers, and help in attracting as well as retaining customers. Acting as a fundamental component of any effective marketing strategy, iScripts SocialWare Enterprise is an open-source platform that allows users to establish social networking sites with a professional touch, similar to LinkedIn's functionality. The software is highly adaptable, enabling the creation of networks that cater to diverse communities, supported by a wide array of customizable themes designed for various target audiences. Once the professional social media script is set up on your domain and server, you can personalize your profile and input your business information. Moreover, you have the option to link your AdSense account or develop custom plans for revenue generation, making it a versatile tool for enhancing your online business presence. This flexibility ensures that users can effectively meet their unique networking needs while building a strong online identity.

Today's bandwidth-unconstrained, encrypted, cloud centric networks make it impossible to separate traffic analytics and security and investigation activities. Trisul can help organizations of all sizes implement full-spectrum deep networking monitoring that can serve as a single source of truth for performance monitoring and network design, security analytics, threat detection and compliance. Traditional approaches based upon SNMP, Netflow Agents, Agents, and Packet Capture tend to have a narrow focus, rigid vendor-supplied analysis, and a narrow focus. Trisul is the only platform that allows you to innovate on a rich, open platform. It includes a tightly integrated backend database store and a web interface. It is flexible enough to connect to a different backend, or to drive Grafana and Kibana UIs. Our goal is to pack as many performance options as possible into a single node. To scale larger networks, add more probes or hubs.

At Cambium Networks, we collaborate with our partners to build exceptional wireless connections that cater to individuals, locations, and various devices. We recognize that wireless spectrum is a limited natural resource and advocate for responsible utilization of radio-based technologies. Our clients can select the most suitable wireless solution for their specific needs, whether it’s in an educational environment, retail space, covering expansive regions, or facilitating a smart city or industrial setting. We provide wireless alternatives that rival fiber in terms of performance and dependability for last-mile connectivity. Understanding the necessity for wireless networks to adapt and function autonomously, Cambium Networks offers gigabit wireless solutions that operate seamlessly. Our platform is designed to be extensively scalable and user-friendly, significantly reducing the need for on-site system upkeep. Featuring a cloud-managed Wi-Fi solution, we empower users to deploy networks that offer full control and comprehensive visibility, ensuring an efficient and effective networking experience. This commitment to innovation and user satisfaction sets us apart in the wireless industry.

The Nmap initiative aims to challenge the perception that open-source software often lacks thorough documentation by offering an extensive array of guidance on how to install and utilize Nmap effectively. This webpage serves as a gateway to the official documentation from Insecure.Org, alongside valuable contributions from various sources. The book titled Nmap Network Scanning acts as the definitive resource for the Nmap Security Scanner, which is a free and open-source tool embraced by millions for purposes such as network discovery, management, and security assessments. It caters to a wide audience, from beginners learning the fundamentals of port scanning to seasoned hackers exploring advanced packet crafting techniques. With a 42-page reference section that meticulously outlines every feature and option available in Nmap, the remainder of the book illustrates how to leverage these tools to efficiently tackle practical challenges. Furthermore, it includes examples and diagrams that depict the actual data sent over the network, enhancing the reader's understanding of real-world applications. This comprehensive approach ensures that both novice users and expert professionals can find value in the material provided.

Fluence is a decentralized platform aimed at fostering digital innovation through peer-to-peer applications. It offers an open-source and permissionless environment, along with a comprehensive development toolkit for creating, hosting, and operating peer-to-peer applications and protocols. Developers can create software that does not depend on proprietary cloud services, ensuring greater freedom and flexibility. The Fluence network operates applications without a central coordination point, thereby reducing the risk of failure and censorship. Each node participates in running only those applications that align with their interests or have commercial potential. The platform ensures that computations are protected by cryptography, preventing data leaks to untrustworthy peers. It caters to a wide range of computing providers, hardware options, and available services. By harnessing the advantages of Web 3, users can seamlessly integrate decentralized storage, identity solutions, and on-chain smart contracts into their Fluence applications. Additionally, developers can create robust applications by utilizing community-generated integrations with various Web 3 networks, expanding the possibilities for future digital solutions.