Business Software for Google Cloud Platform

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.

NetFoundry is a Zero Trust workload connectivity platform that secures communications between applications, APIs, AI agents, machines, sites, cloud services, and operational technology environments. The platform is built on OpenZiti and replaces IP-based trust with cryptographic identities and policy-controlled connectivity. Instead of exposing services through inbound ports, both sides of a connection dial outward and establish an encrypted path only after identity verification and authorization. This approach can help organizations reduce exposed attack surfaces, prevent unauthorized lateral movement, and avoid many firewall, NAT, routing, and VPN configuration requirements. NetFoundry provides identity-based microsegmentation that creates least-privilege communication paths between specifically authorized workloads. Its site-to-site connectivity capabilities support distributed networks, cloud environments, partner systems, and locations with overlapping IP address ranges without requiring conventional tunnel architectures. AI security features govern agent-to-application and agent-to-API communication while supporting centralized policy and usage tracking. The platform can also secure APIs, OT systems, IoT environments, vendor connectivity, and software products that need embedded Zero Trust networking. NetFoundry is intended for enterprises, security teams, infrastructure operators, solution providers, and organizations managing complex distributed environments that require controlled and auditable workload connectivity.

CloudNatix has the capability to connect seamlessly to any infrastructure, whether it be in the cloud, a data center, or at the edge, and supports a variety of platforms including virtual machines, Kubernetes, and managed Kubernetes clusters. By consolidating your distributed resource pools into a cohesive planet-scale cluster, this service is delivered through a user-friendly SaaS model. Users benefit from a global dashboard that offers a unified perspective on costs and operational insights across various cloud and Kubernetes environments, such as AWS, EKS, Azure, AKS, Google Cloud, GKE, and more. This comprehensive view enables you to explore the intricacies of each resource, including specific instances and namespaces, across diverse regions, availability zones, and hypervisors. Additionally, CloudNatix facilitates a unified cost-attribution framework that spans multiple public, private, and hybrid clouds, as well as various Kubernetes clusters and namespaces. Furthermore, it automates the process of attributing costs to specific business units as you see fit, streamlining financial management within your organization. This level of integration and oversight empowers businesses to optimize resource utilization and make informed decisions regarding their cloud strategies.

Txture Cloud Transformation empowers Cloud Centers of Excellence and cloud consulting experts to cut expenses, minimize risks, and expedite intricate cloud transformation initiatives. By streamlining assessments and 6R decision-making, evaluating prospective cloud architectures, and aiding in the planning of migration waves, Txture ensures a seamless transition through every phase of the cloud transformation process. The platform conducts a thorough analysis of the IT environment at both the application and infrastructure levels, considering essential factors such as business needs, security requirements, and compliance regulations during cloud evaluations. Txture not only assesses various cloud providers but also optimizes their offerings and identifies potential savings through long-term commitments. This capability allows users to effectively compare their existing on-premises costs with anticipated cloud expenditures, ultimately facilitating cost reductions throughout the entirety of their cloud migration journey. By providing a comprehensive approach, Txture positions organizations to strategically navigate the complexities of cloud transformation.

Legacy network monitoring tools only report device status and don't detect end-user performance problems. NetBeez monitors your network from the user's perspective, so you can maximize performance and availability. The NetBeez dashboard allows you to view historical and current network performance information from remote locations, users and public clouds. To reduce troubleshooting time, you can rely on active and distributed network monitoring agents. NetBeez appliances, software endpoints, and Wi-Fi monitoring devices monitor end-user experiences on WAN/SDWAN, Wi-Fi and public clouds. NetBeez provides network engineers the data and intelligence they need to manage complex network infrastructures. Hardware and software monitoring agents are dedicated to testing on-prem networks and remote networks from the user's perspective. They also report KPIs for service quality. Endpoints for Windows and Mac OS users of WFH

VeloCloud SASE, powered by Symantec, integrates SD-WAN with advanced security capabilities to offer a comprehensive secure access service edge solution for businesses. This cloud-based platform enables secure, high-performance connections for branch offices, remote users, and cloud applications, ensuring consistent and reliable access across distributed networks. With features such as secure web gateways, cloud firewall, and intelligent threat protection, VeloCloud SASE provides a unified approach to network and security management, protecting enterprise resources without compromising on performance or scalability.

TrustMeter gathers data from your network through controlled active scanning and retrieves identity details from services like Active Directory, as well as from cloud platforms such as AWS, Azure, and GCP, along with other identity providers. This collected information allows TrustMeter to identify both managed and unmanaged assets within your network, categorizing them into clients, servers, or cloud hosts. The report generated by TrustMeter outlines the overall exposure level and offers comprehensive insights into the network's topology. Additionally, you can perform a scan of the network directly from the data center to pinpoint problematic network paths, and by scanning from an internal host, you achieve complete visibility into the assets that can be accessed from a single machine within the network, thus enhancing security and management capabilities. Ultimately, this thorough approach ensures that organizations maintain a clear understanding of their network infrastructure and vulnerabilities.

Verizon's Software Defined Perimeter (SDP) embodies a Zero Trust model for networking, focusing on secure remote access, internal infrastructures, and cloud-based applications. This effective solution is designed to thwart network-related threats posed by unauthorized users and devices. A significant challenge facing CIOs today is the integration of multiple cloud services, as many organizations are now leveraging two or more cloud providers. While this multi-cloud strategy enhances flexibility, it often requires data to be rerouted, resulting in diminished performance and increased latency for users. Additionally, the rise of remote work has led to a growing number of employees and contractors operating from home. Verizon’s SDP addresses these issues by creating a secure environment that separates enterprise and cloud applications from potential threats while ensuring that authorized users can swiftly and directly access the applications they need on their approved devices, ultimately enhancing productivity and security. Furthermore, this solution not only streamlines access but also reinforces the integrity of sensitive data across various platforms.

The Open Container Initiative (OCI) serves as an open governance framework aimed at developing industry-wide standards for container formats and runtimes. Launched on June 22, 2015, by Docker alongside other prominent figures in the container sector, the OCI encompasses two main specifications: the runtime specification (runtime-spec) and the image specification (image-spec). The runtime specification delineates the process for executing a "filesystem bundle" that has been extracted onto a disk. In practice, an OCI implementation would download an OCI Image, subsequently unpacking it into a corresponding OCI Runtime filesystem bundle. Following this, the OCI Runtime is responsible for executing the OCI Runtime Bundle. Additionally, the OCI operates as a lightweight governance project under the Linux Foundation, promoting transparency and collaboration within the container ecosystem. Its establishment marked a significant step forward towards unifying diverse container technologies and ensuring interoperability across platforms.

Oxeye is specifically created to identify weak points in the code of distributed cloud-native applications. By integrating advanced SAST, DAST, IAST, and SCA functionalities, we enable comprehensive risk assessment in both Development and Runtime environments. Tailored for developers and AppSec teams alike, Oxeye facilitates a shift-left approach to security, streamlining the development process, minimizing obstacles, and eradicating vulnerabilities. Our solution is known for providing dependable outcomes with exceptional accuracy. Oxeye thoroughly examines code vulnerabilities within microservices, offering a risk assessment that is contextualized and enhanced by data from infrastructure configurations. With Oxeye, developers can efficiently monitor and rectify vulnerabilities in their applications. We provide transparency in the vulnerability management process, including visibility into the steps needed to reproduce issues and pinpointing the specific lines of code affected. Furthermore, Oxeye seamlessly integrates as a Daemonset through a single deployment, requiring no modifications to existing code. This ensures that security remains unobtrusive while enhancing the safety of your cloud-native applications. Ultimately, our goal is to empower teams to prioritize security without compromising their development speed.

A delivery management software or orchestration system simplifies the complexities of last mile delivery operations for businesses, enabling them to operate with greater efficiency and intelligence. Typically, these systems include functionalities such as assigning delivery orders, dispatching resources, tracking agents, optimizing routes, providing electronic proof of delivery, and facilitating payment methods. Dista Deliver enhances your last mile delivery management by offering comprehensive visibility and real-time oversight. This software efficiently manages the entire delivery process, covering aspects from tracking delivery personnel and intelligent dispatching to route optimization, digitized proof of delivery, and handling returns. Built on the Google Cloud Platform and utilizing Google Maps, this adaptable, AI-capable delivery management solution empowers businesses to seamlessly automate, oversee, and evaluate their on-demand delivery operations. By leveraging such technology, companies can not only streamline their logistics but also improve customer satisfaction through timely and reliable deliveries.

JHipster serves as a comprehensive development platform designed for the rapid creation, development, and deployment of contemporary web applications and microservice architectures. It accommodates a variety of frontend technologies, such as Angular, React, and Vue, and also extends support to mobile applications using Ionic and React Native. On the backend, JHipster offers compatibility with Spring Boot (utilizing either Java or Kotlin), Micronaut, Quarkus, Node.js, and .NET frameworks. When it comes to deployment, the platform adheres to cloud-native principles via Docker and Kubernetes, providing deployment options for various environments including AWS, Azure, Cloud Foundry, Google Cloud Platform, Heroku, and OpenShift. The primary objective is to produce a comprehensive and modern web application or microservice architecture equipped with a high-performance and resilient server-side stack, showcasing excellent test coverage. The user interface is designed to be sleek, modern, and mobile-first, utilizing Angular, React, or Vue along with Bootstrap for styling. Moreover, the platform incorporates a powerful workflow for application building through tools like Webpack and Maven or Gradle, ensuring a resilient microservice architecture that remains focused on cloud-native methodologies. This holistic approach ensures that developers have all the resources they need to create scalable and efficient applications.

Cloud images serve as operating system templates, with each instance initially being a perfect replica of the others. The unique attributes of each cloud instance are defined by user data, and cloud-init is the automated tool that applies this data to your instances. This includes various datasource and module references, along with numerous examples for easier implementation. Although cloud-init originated in Ubuntu, it has since been adapted for most major Linux distributions and FreeBSD. For providers of cloud images, cloud-init simplifies the variations among different cloud vendors automatically, ensuring that the official Ubuntu cloud images maintain consistency across all public and private cloud platforms. This uniformity allows users to deploy their applications without worrying about the underlying infrastructure differences.

Developers and businesses have the opportunity to create Quantum-resistant smart contracts, decentralized applications (DApps), DeFi solutions, NFTs, tokens, and Metaverse projects using the QAN blockchain platform in any programming language they prefer. QANplatform stands out as the first Hyperpolyglot Smart Contract platform, allowing developers to write in various programming languages while also earning rewards for producing high-quality, reusable code. The threat posed by quantum computing is significant, and current blockchain technologies are unable to provide adequate protection against it. In contrast, QAN has been designed from the ground up to be resilient to these threats, ensuring the safety of your future assets. Quantum-resistant algorithms, which are referred to as post-quantum, quantum-secure, or quantum-safe, are cryptographic methods specifically formulated to counteract potential attacks from quantum computers. Embracing these advanced algorithms is essential for securing digital assets in an evolving technological landscape.

aelf stands as the forefront of blockchain cloud infrastructure, boasting a highly secure and advanced platform that features segregated, infinitely scalable cloud computing networks, thereby paving the way for a decentralized future. Its innovative approach includes cross-chain interoperability and a sophisticated multi-level main-side chains architecture, setting the stage for the Blockchain 3.0 era with unmatched cross-chain technology. Through the public beta testnet, users can explore core functionalities of the aelf main network, including node setup and elections, mining incentives, sidechain configuration, cross-chain interactions, DApp deployments, and much more. The platform offers a comprehensive toolkit for application development tailored to meet the diverse needs of developers seeking to build on decentralized blockchain layers. Furthermore, the aelf community actively engages in shaping the ecosystem, fostering progressive development through various governance mechanisms such as the aelf DAO, node elections, resource procurement, and proposal submissions, thereby reinforcing a collaborative environment for all participants. This collaborative approach not only enhances the network's functionality but also empowers its members to contribute meaningfully to its evolution.

Flexys offers a top-tier, adaptable, and comprehensive solution for debt management, collections, and recovery that is tailored for today's digital environment. By utilizing our cloud-native platform, organizations can enhance operational efficiency, lower collection costs, and provide exceptional customer service, all while safeguarding their reputation and adhering to regulatory standards. With over thirty years of extensive experience in commercial development and operations, Flexys stands out as a dedicated provider of innovative collections software, delivering a complete debt management system. Our Control+ platform revolutionizes outdated systems, eliminating the burdensome dependencies and high costs associated with legacy technologies. We empower our clients to transition from traditional, lengthy deployment methods to an agile microservices architecture, allowing them to reap immediate benefits and maintain peak performance through ongoing innovation. This modern approach not only streamlines processes but also positions businesses for sustainable growth in an increasingly competitive landscape.

CrowdStrike Falcon Application Security Posture Management (ASPM) is an application security solution designed to identify vulnerabilities, map application dependencies, and prioritize risks across cloud environments. The platform uses agentless discovery to create an inventory of applications and their underlying services, APIs, databases, libraries, and configurations. Its application mapping capabilities provide visibility into how software components interact within production environments. Falcon ASPM generates dynamic software bills of materials to help organizations track dependencies and identify vulnerable components. The platform incorporates findings from application security testing tools and cloud security systems to provide a consolidated view of application risks. Contextual risk scoring evaluates vulnerabilities based on factors such as exploitability, exposure, and potential impact on business-critical applications. Security teams can use this information to distinguish high-priority threats from lower-risk findings and coordinate remediation activities. Integration with development workflows and CI/CD pipelines helps organizations identify security issues and address vulnerabilities throughout the application lifecycle. Falcon ASPM operates within CrowdStrike Falcon Cloud Security, connecting application security posture management with broader cloud risk visibility and protection capabilities.

Manage and connect applications seamlessly across various clusters, cloud environments, and data centers. Facilitate application connectivity across diverse infrastructures using a unified management platform. Incorporate traditional workloads into your cloud-native application framework effectively. Establish tenants within your organization to implement detailed access controls and editing permissions for teams sharing the infrastructure. Keep track of the change history for services and shared resources from the very beginning. Streamline traffic management across failure domains, ensuring your customers remain unaware of any disruptions. TSB operates at the application edge, functioning at cluster ingress and between workloads in both Kubernetes and traditional computing environments. Edge and ingress gateways efficiently route and balance application traffic across multiple clusters and clouds, while the mesh framework manages service connectivity. A centralized management interface oversees connectivity, security, and visibility for your entire application network, ensuring comprehensive oversight and control. This robust system not only simplifies operations but also enhances overall application performance and reliability.

Engineered for the expansive 5G landscape, hyperscale networking software spans from the data center to the core, edge, and multi-cloud environments, providing exceptional scalability and rapid convergence. Its integrated monitoring and analytics engine enhances network visibility and delivers real-time intelligence, supplemented by predictive analytics and actionable insights for informed decision-making. You can deploy ACE on your current infrastructure from any location, resulting in reduced operational costs through quicker onboarding processes and enhanced reliability. Complying fully with open standards, this software enables network operators to seamlessly integrate with third-party automation and orchestration tools. The ACE platform features a three-layer architecture that is adaptable and scalable, facilitating connections among enterprise data centers and service or cloud provider infrastructures. As the first independent network operating system designed for internet-scale use, it boasts a scale-out route reflector with unmatched convergence times. This platform equips your network with actionable intelligence in real time and provides the adaptability needed to meet future demands. With its innovative design, ACE ensures that your network remains capable of evolving alongside technological advancements.

We assist our clients in attaining exceptional efficiency and cost reductions for their private cloud or public cloud storage services. Through our innovative software-defined block storage solution, Lightbits, businesses can effortlessly expand their operations, enhance IT workflows, and cut expenses—all at the speed of local flash technology. This solution breaks the traditional ties between computing and storage, allowing for independent resource allocation that brings the flexibility and efficacy of cloud computing to on-premises environments. Our technology ensures low latency and exceptional performance while maintaining high availability for distributed databases and cloud-native applications, including SQL, NoSQL, and in-memory systems. As data centers continue to expand, a significant challenge remains: applications and services operating at scale must remain stateful during their migration within the data center to ensure that services remain accessible and efficient, even amid frequent failures. This adaptability is essential for maintaining operational stability and optimizing resource utilization in an ever-evolving digital landscape.

TestMatch serves as a tool for comparing transaction content, enabling automated testing of mainframe OLTP applications, which are terminal-based systems for processing online transactions. It is particularly useful for aiding the transition of legacy applications to contemporary open systems, or it can be utilized to create an automated regression testing suite for existing applications. All user interactions are centrally recorded on an IBM or Siemens mainframe without the need for installing any client-side or server-side components of Astadia's software. This network-level recording method ensures compatibility across various development technologies. TestMatch effectively visualizes test scenarios and sessions, showcasing terminal content along with key attributes typical of terminal-based applications, such as protected/editable settings, MDT bits, reverse-video effects, and color schemes. Furthermore, TestMatch can replay these recorded scenarios, which can either be directed at the migrated application for testing purposes or the original application to verify functionality through regression testing. This versatility makes TestMatch an invaluable asset for organizations looking to streamline their testing processes while ensuring reliability during application transitions.

CnSight® represents an innovative and streamlined solution crafted to assist organizations in comprehensively grasping and enhancing their cybersecurity health through automated metrics linked to organizational risk factors. As a pivotal figure within your company, you can stay updated on critical cybersecurity metrics and their implications for business risk, allowing you to easily assess performance against your set objectives. Establish a baseline for your organization and track the effectiveness of changes made to personnel, processes, and tools that are aimed at fortifying your security stance over time. Leverage security performance insights to inform your strategic planning and roadmap as your cybersecurity program matures. Moreover, it enables you to effectively convey your cybersecurity status to the CIO and board members. With a swift installation process, you can promptly identify any gaps in your asset inventory and security patching efforts, allowing for immediate action to enhance overall security. This proactive approach not only strengthens your defenses but also fosters a culture of continuous improvement within your organization.

Eureka automatically detects all types and deployments of data stores, understands the data, and identifies your real-time risk. Eureka allows you to choose, customize, and create policies. These policies are automatically translated into platform-specific controls for all your relevant data stores. Eureka constantly compares the real-world implementation with the desired policy. It alerts on gaps and policy drift and recommends risk-prioritized remediations and actions. Know your entire cloud data storage footprint, data store content, security, and compliance risks. With agentless discovery and risk monitoring, you can quickly implement change. Continuously monitor, improve, and communicate cloud data security and compliance. Protect your data and allow you to access it with security measures that do not interfere with business agility or operations. Eureka provides broad visibility, policy and control management as well as continuous monitoring, alerting, and monitoring.

Visualize your microservices from your CDN to your databases, with external dependencies. Automately measure baselines and receive recommendations for SLIs or SLOs. Measure and understand the impact across microservices. Every change creates ripples in your connected system. Login API was affected by a security group's change? Last9 makes it easy for you to find the 'last change' that caused an incident. Last9 is a modern reliability platform. It leverages your existing observation tricks and allows you to build and enforce mental model on top of your data. This will help you cover infrastructure, service, product metrics with minimal effort. We love reliability and make it fun and embarrassingly simple to run systems at scale. Last9 uses the knowledge graph to automatically generate maps of all known infrastructure and service components.

We ensure the desensitization of sensitive information across multi-cloud, hybrid-cloud, and private cloud settings, all while simplifying management and enhancing business continuity. You can adopt cloud solutions securely, maintaining control over your data, which remains unintelligible and valueless to unauthorized individuals, regardless of its storage location. Since backups are prime targets for cybercriminals and ransomware, it is crucial to bolster the resilience of your backup data to defend against such threats. We maintain the integrity of your microsharded data and can reverse any file tampering attempts, including those involving malware-encrypted files, all while your operations proceed smoothly. This enables you to confidently meet data privacy and security mandates, thereby facilitating your data analysis ventures. Additionally, we help safeguard your source code and other valuable intellectual property from the risks associated with data breaches and supply chain vulnerabilities, ensuring a robust defense against emerging threats. In an era where data security is paramount, these measures are essential for protecting your organization's assets.