HashiCorp Consul Integrations

Approximately 25 million engineers are employed across a wide variety of specific roles. As companies increasingly transform into software-centric organizations, engineers are leveraging New Relic to obtain real-time insights and analyze performance trends of their applications. This capability enables them to enhance their resilience and deliver outstanding customer experiences. New Relic stands out as the sole platform that provides a comprehensive all-in-one solution for these needs. It supplies users with a secure cloud environment for monitoring all metrics and events, robust full-stack analytics tools, and clear pricing based on actual usage. Furthermore, New Relic has cultivated the largest open-source ecosystem in the industry, simplifying the adoption of observability practices for engineers and empowering them to innovate more effectively. This combination of features positions New Relic as an invaluable resource for engineers navigating the evolving landscape of software development.

Ambassador Edge Stack serves as a Kubernetes-native API Gateway that delivers ease of use, robust security, and the capability to scale for extensive Kubernetes environments globally. It simplifies the process of securing microservices by offering a comprehensive suite of security features, which encompass automatic TLS, authentication, and rate limiting, along with optional WAF integration. Additionally, it facilitates fine-grained access control, allowing for precise management of user permissions. This API Gateway functions as an ingress controller based on Kubernetes, and it accommodates an extensive array of protocols, such as gRPC, gRPC Web, and TLS termination, while also providing traffic management controls that help maintain resource availability and optimize performance. Overall, Ambassador Edge Stack is designed to meet the complex needs of modern cloud-native applications.

The F5 Distributed Cloud Platform provides advanced functionalities, robust security protocols, and efficient operations that surpass those offered by standard cloud services. Tailored for distributed applications functioning across multi-cloud, on-premises, and edge environments, this platform meets specific needs. As software evolves into microservices and increasingly depends on APIs, the rise of intricate and widely distributed architectures introduces challenges, increased costs, and greater risks. To successfully deliver applications, it is essential to deploy and oversee an array of appliances, software, and connectivity solutions. Traditional CDNs and hub-and-spoke networks fail to adequately support immersive or extensive SaaS applications. The variation in APIs, policies, and levels of observability necessitates substantial investments in automation to streamline processes. Applications that span multiple environments frequently encounter inconsistent levels of protection. Additionally, ensuring collaboration among DevOps, NetOps, and SecOps during service provisioning and security is fraught with difficulties, particularly when using ticketing systems that can impede efficiency and response times. Effectively tackling these complexities is vital for enhancing the management of distributed applications, especially as organizations seek to maximize their operational capabilities and maintain secure, reliable services.

Axonius empowers IT and security teams to effectively manage complexity by serving as a definitive repository for their entire digital infrastructure. By offering a detailed insight into all assets, such as devices, identities, software, SaaS applications, vulnerabilities, and security measures, clients can proactively address threats, assess risks, reduce response times to incidents, automate processes, and guide strategic business decisions, all while minimizing the burden of repetitive manual work. This capability not only streamlines operations but also enhances overall security posture.

Superblocks is a versatile integrated development environment that empowers developers to swiftly build internal applications, workflows, and scheduled tasks with significantly reduced time and expense. The upcoming roadmap for next month is set to be released this week. You can efficiently generate applications, workflows, and tasks that are seamlessly integrated with your existing data. Protect your information using detailed permissions (RBAC), single sign-on (SSO), and comprehensive audit logs. Keep an eye on production and manage deployments with Git, while also having the ability to enhance any aspect through coding. There is no requirement to have knowledge of HTML, CSS, or React, as you can simply drag and drop components, link them to your data, and utilize trigger APIs to make your application interactive. To expedite the efficiency of your support team, bespoke tools for KYC, Compliance, AML, and credit approvals can be developed. Eliminate the hassle of command-line interfaces; you can swiftly assemble admin panels for your data repositories, allowing you to read, modify, or update customer information through various formats like tables, forms, and charts. Additionally, you can oversee deployment statuses and monitor different versions from a single dashboard, ensuring that any deployment system in use can be easily read from and written to. With such features, Superblocks promises to revolutionize the app development process.

Streamlining feature flags in Java facilitates the dynamic toggling of features without requiring a redeployment of the application. This approach allows for the execution of different code paths through predicates evaluated during runtime, thus enabling more sophisticated conditional logic (if/then/else). Features can be activated based on flag values, as well as through role and group access controls, making it ideal for methodologies such as Canary Releases. It is compatible with multiple frameworks, starting with Spring Security, and allows for the development of custom predicates using the Strategy Pattern to ascertain whether a feature is operational. Numerous built-in predicates are provided, including whitelists, blacklists, time-based conditions, and expression evaluations. Furthermore, the system can connect to external sources like a Drools rule engine to improve decision-making processes. To ensure code remains clean and easy to read, it promotes the use of annotations to prevent complex nested if statements. Utilizing Spring AOP allows the target implementation to be dynamically defined at runtime, depending on the feature statuses. Each time a feature is executed, ff4j assesses the corresponding predicate, which enables the gathering of events and metrics for visualization in dashboards or tracking trends over time. This methodology not only simplifies the management of features but also significantly improves the monitoring and analytical capabilities of applications, ultimately leading to better operational insights and decision-making. Additionally, this flexibility allows developers to experiment with new functionalities in a controlled manner, promoting innovation while minimizing risks.

Applications are frequently dispersed and fragmented across multiple platforms. The extensive adoption of varied infrastructure stacks in multi-cloud settings contributes to heightened complexity as users attempt to access applications and interact efficiently. As a result, this complexity leads to a diminished experience with applications, increased operational costs, and insufficient security measures. In today's multi-cloud environment, there is an urgent demand for a new Application eXperience Infrastructure (AXI) that not only enhances user engagement with applications but also guarantees secure access and optimizes cloud spending, thereby enabling organizations to focus on realizing their business objectives. The Prosimo Application eXperience Infrastructure serves as a cohesive, cloud-native framework that positions itself in front of applications, delivering consistently enhanced, secure, and cost-efficient experiences. This innovative solution provides cloud architects and operations teams with an intuitive, decision-driven platform. By leveraging sophisticated data insights and machine learning capabilities, the Prosimo AXI platform can achieve remarkable results in just minutes, establishing itself as a crucial asset for contemporary businesses. Additionally, with the AXI, organizations can simplify their workflows and significantly boost the overall performance of their applications, ensuring they remain competitive in a rapidly evolving digital landscape.

Beats is a free, open-source solution designed for the seamless transport of data from various devices and systems to Logstash or Elasticsearch. By installing these data shippers as agents on your servers, you can streamline the transfer of operational information directly to Elasticsearch. Elastic provides Beats to help capture diverse data streams and event logs effectively. Data can be either sent directly to Elasticsearch or processed through Logstash for further enrichment before being visualized in Kibana. If you're aiming for swift implementation of infrastructure monitoring and centralized log analytics, starting with the Metrics app and the Logs app in Kibana is highly recommended. For thorough understanding, consult the available resources on metrics analysis and log monitoring. Filebeat, in particular, simplifies the process of collecting data from security devices, cloud setups, containers, hosts, or operational technology, offering a lightweight solution for log and file centralization. This approach allows you to efficiently manage your data flow while avoiding unnecessary complexity, ultimately enhancing your operational efficiency. Additionally, utilizing Beats can lead to improved data insights and decision-making within your organization.

Recognized for its ability to secure vital infrastructure globally, Sandfly delivers agentless Linux security that removes the necessity for endpoint agents, resulting in a streamlined user experience. Its deployment is instant, emphasizing system stability while maintaining high-security standards. As an agentless solution, Sandfly is crafted to monitor Linux systems efficiently and securely. It protects a diverse array of Linux environments, spanning from modern cloud setups to older devices, regardless of their distribution or processor architecture. Beyond traditional Endpoint Detection and Response (EDR) functionalities, Sandfly adeptly oversees SSH credentials, uncovers weak passwords through thorough audits, identifies unauthorized changes via drift detection, and offers customizable modules to tackle new and evolving threats. This holistic strategy ensures optimal safety, efficiency, and compatibility throughout Linux systems. In addition, Sandfly distinguishes itself in the marketplace by offering extensive support for various Linux distributions and processor types, such as AMD, Intel, Arm, MIPS, and POWER CPUs, making it a versatile choice for organizations. Ultimately, with Sandfly, organizations can confidently enhance their Linux security posture, ensuring it meets the demands of their multifaceted technological environments while remaining adaptable to future challenges.

Organizations frequently implement a range of cyber security strategies to bolster their defenses, which can result in a disjointed security framework that ultimately leads to elevated total cost of ownership (TCO). By adopting a cohesive security approach through the Check Point Infinity architecture, businesses can not only establish proactive defenses against sophisticated fifth-generation threats but also realize a 50% increase in operational efficiency while reducing security costs by 20%. This innovative architecture is the first of its kind to deliver an integrated security solution across networks, cloud platforms, mobile devices, and the Internet of Things (IoT), ensuring robust threat prevention capabilities against both known and emerging cyber risks. With the inclusion of 64 unique threat prevention engines, it adeptly addresses both familiar and unforeseen dangers by harnessing state-of-the-art threat intelligence to strengthen its defensive measures. Serving as the centralized management hub for Check Point Infinity, Infinity-Vision provides a unified approach to cyber security, specifically designed to counteract the most intricate attacks across multiple domains, such as networks and endpoints. The all-encompassing nature of this solution guarantees that organizations can maintain resilience against the ever-changing landscape of cyber threats while also promoting operational efficiency. Ultimately, this strategic shift not only enhances security posture but also fosters a proactive culture within the organization.

Intrusion Prevention Systems are essential for detecting and preventing attempts to exploit system or application vulnerabilities, thereby helping to protect your organization from new and evolving threats. The integration of Check Point's IPS within our Next Generation Firewall allows for automatic updates, which secures both established and newly identified vulnerabilities. This advanced technology boasts a wide range of both signature-based and behavioral defenses that proactively enhance your security framework. With our sophisticated acceleration technologies, you can safely enable IPS, and a low false positive rate ensures that your team can concentrate on important tasks without needless distractions. Activating IPS on any Check Point security gateway can significantly reduce your total ownership costs. Moreover, our scalable threat prevention features allow enterprises to grow and maintain robust defenses on-site. We also guarantee that users can connect to corporate networks and resources securely and effortlessly, whether they are on the move or working remotely. This all-encompassing strategy not only strengthens your security measures but also improves overall productivity and operational effectiveness, creating a more resilient organizational environment. By fostering a secure yet flexible operational framework, businesses can better adapt to the modern demands of cybersecurity.

Circonus IRONdb streamlines the storage and management of infinite telemetry data, effortlessly handling billions of metric streams with remarkable ease. It enables users to swiftly identify both opportunities and challenges as they arise in real time, delivering exceptional capabilities in forensic, predictive, and automated analytics. Leveraging machine learning, the system automatically defines a "new normal" as operational data evolves, adapting to changes seamlessly. Furthermore, Circonus IRONdb integrates smoothly with Grafana, which directly supports its analytics query language, and is also compatible with various other visualization platforms like Graphite-web. To safeguard data integrity, Circonus IRONdb creates multiple copies across a network of IRONdb nodes, ensuring durability and availability. Although system administrators typically manage clustering, they often spend a significant amount of time maintaining its performance and reliability. In contrast, Circonus IRONdb allows operators to configure their clusters for autonomous operation, freeing them to concentrate on strategic initiatives rather than the monotonous tasks of managing time series data storage. This efficient methodology not only boosts productivity but also optimizes the use of available resources, ultimately leading to a more effective operational structure. With these capabilities, Circonus IRONdb stands out as an essential tool for organizations looking to harness the full potential of their telemetry data.

Effortlessly migrate your existing virtual machine workloads with just a single click, facilitating smooth application movement between on-premises and cloud environments. Why restrict yourself to a one-way cloud migration when you can benefit from continuous mobility? Easily transition your workloads from on-premises to the cloud, switch between various cloud providers, or migrate back with convenience. Tailor your cloud strategy to align with your specific requirements. For maintaining effective business continuity, embracing a multi-cloud approach and application mobility is crucial. Bid farewell to lengthy and expensive VM migration endeavors; Instashift delivers a solution that automates this process with a mere click of a button. There’s no need for complex methodologies—migrate your VMs alongside their applications, databases, and states with ease. Your applications will benefit from ongoing mobility, allowing for swift relocations to the cloud or back to on-premises with just a click. If you are managing thousands of VMs that need transferring, Instashift offers a seamless automated solution designed specifically for your needs. This cutting-edge platform not only supports sovereign and emerging cloud providers but also equips them with the same level of capabilities and flexibility that users expect from top-tier public cloud services, ensuring you remain competitive in the rapidly changing digital environment. With Instashift, you can confidently embrace the future of cloud migration and application management.

Hyperscale networking software crafted for the dynamic 5G ecosystem, extending from data centers to core and edge infrastructures, as well as across multi-cloud setups, guarantees unmatched scalability and swift integration. With an integrated monitoring and analytics framework, users gain comprehensive visibility into their networks along with immediate intelligence that is enhanced by predictive analytics and actionable insights. The ACE platform can be operated on existing infrastructures, allows deployment from various locations, and helps reduce operational expenses by streamlining onboarding processes and improving reliability. Fully compliant with open standards, this solution permits network operators to seamlessly interface with third-party automation and orchestration tools. The ACE framework is built upon a three-tier architecture that is both adaptable and scalable, promoting efficient connections between enterprise data centers and the infrastructures of service or cloud providers. As a trailblazer in independent network operating systems tailored for internet-scale applications, it features a scale-out route reflector that boasts impressive convergence speeds. Additionally, the platform provides real-time actionable intelligence that enhances network management and optimization, ensuring that organizations can thrive in a rapidly evolving digital environment. By adopting this innovative solution, businesses can significantly enhance their operational capabilities while maintaining a competitive edge.

Enso's platform leverages Application Security Posture Management (ASPM) to seamlessly integrate into an organization’s infrastructure, generating a comprehensive and actionable inventory that tracks all application assets, their responsible parties, security status, and related risks. By utilizing Enso Security, application security teams are empowered to efficiently oversee the tools, personnel, and procedures necessary for application security, facilitating the development of a nimble AppSec approach that does not disrupt the development process. Organizations of varying sizes around the world rely on Enso daily for their AppSec needs. For further details, please reach out to us!

Design your cloud-native infrastructure with a structured methodology to oversee its components effectively. Develop a service mesh configuration in tandem with the rollout of your workloads, ensuring seamless integration. Employ advanced canary deployment techniques and establish performance metrics while overseeing the service mesh framework. Assess your service mesh architecture against industry deployment and operational best practices by using Meshery's configuration validator. Verify that your service mesh complies with the Service Mesh Interface (SMI) specifications to maintain standardization. Facilitate the dynamic loading and management of custom WebAssembly filters in Envoy-based service meshes to enhance functionality. Service mesh adapters play a critical role in the provisioning, configuration, and oversight of their respective service meshes, ensuring that operational needs are met. By following these strategies, you will cultivate a resilient and high-performing service mesh architecture that can adapt to evolving requirements. This comprehensive approach not only enhances reliability but also promotes scalability and maintainability in your cloud-native environment.

The duration of startup and memory consumption for your application remains unaffected by the size of the codebase, which results in a notable enhancement in startup speed, quick processing capabilities, and lower memory usage. When working with reflection-based IoC frameworks for application development, these frameworks systematically gather and store reflection data for every bean in the application context. Additionally, they come equipped with built-in cloud features, including discovery services, distributed tracing, and support for various cloud environments. You can easily set up your desired data access layer and develop APIs tailored to your specific requirements. By utilizing widely recognized annotations in intuitive manners, you can experience prompt benefits. Furthermore, you can conveniently configure servers and clients directly within your unit tests, enabling immediate execution of code. This framework provides a user-friendly, compile-time aspect-oriented programming interface that minimizes dependency on reflection, thereby significantly boosting efficiency and performance. Consequently, developers are empowered to concentrate on coding and enhancing their applications without being burdened by intricate configurations, allowing them to innovate more freely. In turn, this fosters a more agile development environment, leading to improved productivity and faster delivery of high-quality software solutions.

An all-in-one solution for managing certificates, designed to streamline and automate the oversight of certificates across Cloud Environments, On-Premises setups, Hybrid IT configurations, and Kubernetes Clusters. This solution effectively handles the complete lifecycle of certificates, encompassing issuance, monitoring, renewal, and revocation processes to ensure robust security management. By integrating these functions, it simplifies the complexities associated with maintaining certificate integrity across diverse infrastructures.

SiteWhere leverages Kubernetes to deploy its infrastructure and microservices, making it adaptable for both on-premises installations and a wide range of cloud service providers. The platform is backed by solid configurations of Apache Kafka, Zookeeper, and Hashicorp Consul, which ensures a dependable infrastructure. Each microservice is architected for independent scalability while facilitating seamless interaction with other services. It offers a comprehensive multitenant IoT ecosystem that includes device management, event ingestion, extensive event storage capabilities, REST APIs, data integration, and various other features. The architecture is distributed and constructed using Java microservices that run on Docker, utilizing an Apache Kafka processing pipeline for enhanced efficiency. Notably, SiteWhere CE is an open-source solution, permitting free use for personal and commercial applications alike. The SiteWhere team also offers complimentary basic support and continuously rolls out innovative features to enrich the platform's capabilities. This focus on community-driven development not only enhances user experience but also ensures access to ongoing improvements and timely updates, making it a dynamic choice for IoT solutions. As such, SiteWhere positions itself as a valuable resource for organizations looking to implement comprehensive IoT strategies.

Fermyon simplifies the process of developing cloud applications by offering a user-friendly web interface that is built on a WebAssembly-based execution platform, making it both accessible and cost-efficient. With WebAssembly, users can seamlessly create and deploy both microservices and web applications. The Spin CLI tool streamlines the setup process, enabling you to get started within minutes. It facilitates the development of applications from various functions and components effortlessly. Bindle enhances your experience with robust versioning and release management features. Additionally, the web dashboard provides tools for managing auto-deployments while allowing you to monitor logs efficiently. You can run your WebAssembly containers and services concurrently with ease. Our mission is to develop open-source, WebAssembly-powered cloud tools that not only simplify existing processes but also pave the way for innovative technologies. Users can quickly create and execute microservices and web applications, often achieving startup times under one second. This platform enables rapid scaling in seconds while maintaining a secure, sandboxed environment for execution. Overall, WebAssembly offers a faster and more efficient method for operating services in the cloud, enhancing both performance and reliability. As we continue to evolve, we aim to further empower developers through our innovative solutions.

By moving testing processes to an earlier stage, problems can be detected sooner when they are easier and cheaper to fix. This strategy enables developers to perform more efficient integration testing, which leads to shorter development cycles and improved productivity. Moreover, by having quicker and more thorough integration feedback loops, the reliability of the finished products is enhanced. Testcontainers Cloud simplifies the execution of dependable integration tests by allowing developers to utilize actual dependencies defined in code, making it easy to transition from local setups to the team's continuous integration system. Testcontainers itself is an innovative open-source framework that aids in creating temporary and lightweight instances of various services, including databases, message brokers, and web browsers, all encapsulated within a Docker container. This functionality removes the hassle of using complex mocks or setting up challenging environments, enabling users to declare their testing dependencies in code, which automatically generates and cleans up containers during test execution. Consequently, developers can dedicate more time to writing code instead of dealing with the intricacies of their testing frameworks, ultimately fostering a more efficient development process. This shift not only minimizes technical debt but also enhances collaboration among team members as they can rely on consistent test conditions.