Google Kubernetes Engine (GKE) Integrations

Prisma™ Cloud delivers comprehensive security throughout the entire development lifecycle for any cloud platform, allowing you to build cloud-native applications with assurance. As companies shift towards cloud solutions, the application development lifecycle experiences substantial changes, making security a vital focus. With the rise of cloud-native strategies, security and DevOps teams face an ever-growing number of components to protect. The fast-paced environment of cloud computing encourages developers to innovate and release updates quickly, while security teams are tasked with maintaining protection and compliance at every phase of the lifecycle. Feedback and experiences shared by our satisfied customers emphasize the standout security capabilities of Prisma Cloud. Such insights not only highlight the platform's effectiveness but also reinforce the necessity of implementing strong security protocols to keep pace with the continuous advancements in cloud application development. This collaborative effort between developers and security teams is essential to navigating the complexities of modern cloud environments successfully.

TENGU acts as a comprehensive data orchestration platform, providing a central hub where all data profiles can collaborate and work more effectively. This platform optimizes data utilization, ensuring quicker access and results. With its innovative graph view, TENGU offers full visibility and control over your data environment, making monitoring straightforward and intuitive. By consolidating all essential tools within a single workspace, it streamlines workflows. Furthermore, TENGU empowers users with self-service capabilities, monitoring features, and automation, catering to various data roles and facilitating operations ranging from integration to transformation, thereby enhancing overall productivity. This holistic approach not only simplifies data management but also fosters a more collaborative environment for teams.

Google Cloud's security and risk management solution provides valuable insights into your project management, resource oversight, and the ability to manage service accounts effectively. This platform is instrumental in identifying security misconfigurations and compliance concerns within your Google Cloud setup, offering practical recommendations to resolve these issues. Additionally, it helps you unearth potential threats to your resources through log analysis, leveraging Google's advanced threat intelligence and employing kernel-level instrumentation to detect possible container vulnerabilities. Moreover, you can keep track of your assets in near real-time across various services, including App Engine, BigQuery, Cloud SQL, Cloud Storage, Compute Engine, Cloud Identity and Access Management, and Google Kubernetes Engine. By examining historical discovery scans, you gain insights into any new, modified, or removed assets, which contributes to a thorough understanding of your security posture. Furthermore, the platform also identifies common web application vulnerabilities, such as cross-site scripting and outdated libraries, thereby strengthening your security measures. This proactive stance not only protects your assets but also facilitates compliance in a constantly changing digital environment, ultimately ensuring that your cloud infrastructure remains resilient against emerging threats. With continuous monitoring and robust analytics, you can stay one step ahead of potential security challenges.

Each module can function on its own or in combination to form a robust integrated pipeline that encompasses Continuous Integration (CI), Continuous Deployment (CD), and Feature Flags. All Harness modules leverage the capabilities of AI and machine learning to enhance their performance. Our algorithms are designed to verify deployments, pinpoint opportunities for test optimization, suggest recommendations for cloud cost savings, and restore the system to its previous state in the event of a rollback. They also play a crucial role in facilitating complex deployment patterns, identifying anomalies in cloud costs, and initiating a variety of other tasks. Staring at dashboards and logs post-deployment can be tedious; let us handle the monotonous tasks for you. Harness systematically evaluates the logs, metrics, traces, and other relevant data from your observability systems to assess the health and status of each deployment. If a problematic deployment is identified, Harness is capable of automatically reverting to the most recent stable version, ensuring a seamless experience for users. This automation not only saves time but also minimizes the risk of human error during critical deployment processes.

Shoreline stands out as the sole cloud reliability platform that enables DevOps engineers to create automations in just minutes while permanently resolving issues. Its state-of-the-art "Operations at the Edge" architecture deploys efficient agents to run seamlessly in the background on every monitored host. These agents can function as a DaemonSet within Kubernetes or as an installed package on virtual machines (using apt or yum). Additionally, the Shoreline backend can either be hosted by Shoreline on AWS or set up in your own AWS virtual private cloud. With sophisticated tools designed for top-tier Site Reliability Engineers (SREs), along with Jupyter-style notebooks that cater to the wider team, troubleshooting and resolving issues becomes a straightforward task. The platform accelerates the automation creation process by an impressive 30 times, enabling operators to oversee their entire infrastructure as if it were a single entity. By handling the complex processes of establishing monitors and crafting repair scripts, Shoreline allows customers to focus on merely adjusting configurations to suit their specific environments. This comprehensive approach not only enhances efficiency but also empowers teams to maintain operational excellence with minimal effort.

Evaluating the efficiency of production systems is often seen as a difficult endeavor. Testing environments frequently miss the authentic pressures found in a real-world production context when performance assessments are conducted. Although micro-benchmarking specific parts of your application may be possible, it typically does not accurately represent the genuine workload and behavior of a production environment. Continuous profiling of these production settings proves to be an essential approach for determining how resources like CPU and memory are consumed during service operation. Nonetheless, this profiling comes with its own set of challenges: to be effective in revealing resource usage trends, the additional overhead should remain as low as possible. In this regard, Cloud Profiler presents itself as an effective solution, functioning as a statistical, low-overhead tool that systematically gathers data on CPU consumption and memory usage from active applications. This tool adeptly ties that information back to the specific source code responsible for it, enhancing understanding of resource distribution. By implementing such a profiler, developers can fine-tune their applications without compromising overall system performance, ultimately leading to more efficient and reliable software. This ensures that applications not only run smoothly but also meet user demands in a timely manner.

The NGINX Service Mesh, available at no cost, seamlessly evolves from open-source initiatives into a powerful, secure, and scalable enterprise-level solution. This service mesh enables effective management of Kubernetes environments, utilizing a unified data plane for both ingress and egress through a single configuration interface. Notably, the NGINX Service Mesh features an integrated, high-performance data plane that capitalizes on the strengths of NGINX Plus, making it adept at managing highly available and scalable containerized systems. This data plane excels in delivering exceptional traffic management, performance, and scalability, significantly surpassing other sidecar solutions available in the industry. It comes equipped with critical functionalities like load balancing, reverse proxying, traffic routing, identity management, and encryption, all vital for the implementation of production-ready service meshes. Furthermore, when paired with the NGINX Plus-based version of the NGINX Ingress Controller, it establishes a cohesive data plane that streamlines management through a single configuration, thereby improving both efficiency and control. Ultimately, this synergy enables organizations to realize enhanced performance and reliability in their service mesh deployments while ensuring future adaptability. The comprehensive features and seamless integration make it an attractive choice for businesses looking to optimize their cloud-native applications.

Contemporary cloud-native applications operating within Kubernetes environments often require support for scaling, security, and monitoring. Gloo Mesh, which integrates with the Istio service mesh, facilitates the streamlined management of service meshes across multi-cluster and multi-cloud configurations. By leveraging Gloo Mesh, engineering teams can achieve increased agility in application development, cost savings, and minimized risks associated with deployment. Gloo Mesh functions as a crucial component of the Gloo Platform. This service mesh enables independent management of application-aware networking tasks, which enhances observability, security, and reliability in distributed applications. Moreover, the adoption of a service mesh can simplify the complexities of the application layer, yield deeper insights into network traffic, and bolster application security, ultimately leading to more resilient and efficient systems. In the ever-evolving tech landscape, tools like Gloo Mesh are essential for modern development practices.

Traefik Mesh is an intuitive and highly configurable service mesh that enhances the visibility and management of traffic flows within any Kubernetes cluster. By improving monitoring, logging, and visibility while also enforcing access controls, it empowers administrators to quickly and effectively strengthen the security of their clusters. This functionality allows for detailed monitoring and tracing of application communications in a Kubernetes setting, which enables administrators to refine internal communication pathways and boost overall application performance. The simplified learning curve, installation process, and configuration requirements significantly shorten the time required for deployment, leading to a quicker realization of benefits from the invested effort. Consequently, this allows administrators to focus more on their primary business applications without distraction. Additionally, as an open-source solution, Traefik Mesh eliminates vendor lock-in, being designed for opt-in use and promoting flexibility and adaptability in various deployments. This combination of advantageous features positions Traefik Mesh as an attractive option for organizations aiming to enhance their Kubernetes environments and optimize their operational efficiency. Organizations can leverage its capabilities to ensure they remain agile and responsive to changing demands in the cloud-native landscape.

Enhancing the management of north-south network traffic in Kubernetes is essential for achieving reliable and consistent performance at scale while ensuring that your applications remain fast. By adopting sophisticated application-focused configurations that incorporate role-based access control (RBAC) and self-service capabilities, you can create security guardrails that empower your teams to manage their applications with both security and agility. This strategy promotes multi-tenancy and reusability, leading to more straightforward configurations and added advantages. With a native, type-safe, and well-structured configuration approach, functionalities such as circuit breaking, advanced routing, header manipulation, mTLS authentication, and web application firewall (WAF) can be streamlined effectively. Moreover, if you're already leveraging NGINX, the NGINX Ingress resources can facilitate a smooth transition of your existing configurations from other environments, significantly improving your operational efficiency. In addition to simplifying network management, this empowerment allows your development teams to accelerate their innovation processes, driving greater value for your organization. By optimizing these components, you can create an environment that is not only secure but also highly responsive to the demands of modern applications.

Digital.ai Release, which was formerly recognized as XebiaLabs XL Release, is a dedicated solution designed for managing releases within Continuous Delivery (CD) frameworks. It enables organizational teams to craft and supervise their releases effectively, automate IT workflows, and improve the duration of releases by analyzing and optimizing their practices. With a strong emphasis on automation and orchestration, this platform offers extensive visibility into release pipelines, catering to even the most expansive enterprises. Users can adeptly handle intricate release pipelines while planning, automating, and scrutinizing each component of the software delivery lifecycle. This tool not only facilitates the management and improvement of software delivery initiatives but also keeps users informed about the progress of both automated and manual operations within the release pipeline. It assists in pinpointing potential obstacles, reducing mistakes, and alleviating the risks tied to release failures. Furthermore, it enables the monitoring of the entire release procedure, delivering real-time status updates across a variety of tools and systems, from initial code development to final production rollout. Users have the added benefit of customizing their dashboards to highlight the most vital information for each release, enhancing their overall management experience. This customization fosters a concentrated approach towards essential tasks, ultimately leading to more streamlined and successful release outcomes, while also promoting collaboration among team members for better synergy.

Ensuring robust security across the complete lifecycle of containerized and serverless applications, from the CI/CD pipeline to operational settings, is crucial for organizations. Aqua provides flexible deployment options, allowing for on-premises or cloud-based solutions tailored to diverse requirements. The primary objective is to prevent security breaches proactively while also being able to manage them effectively when they arise. The Aqua Security Team Nautilus is focused on detecting new threats and attacks specifically targeting the cloud-native ecosystem. By exploring novel cloud security issues, our team strives to create cutting-edge strategies and tools that enable businesses to defend against cloud-native threats. Aqua protects applications throughout the journey from development to production, encompassing VMs, containers, and serverless workloads across the entire technology spectrum. With security automation integrated into the process, software can be released and updated swiftly to keep pace with the demands of DevOps methodologies. Early identification of vulnerabilities and malware facilitates quick remediation, ensuring that only secure artifacts progress through the CI/CD pipeline. Additionally, safeguarding cloud-native applications requires minimizing their attack surfaces and pinpointing vulnerabilities, hidden secrets, and other security challenges during development, ultimately creating a more secure environment for software deployment. This proactive approach not only enhances security but also fosters trust among users and stakeholders alike.

Sonrai's cloud security platform focuses on identity and data protection across major platforms such as AWS, Azure, Google Cloud, and Kubernetes. It provides a comprehensive risk model that tracks activities and data movement across various cloud accounts and providers. Users can uncover all relationships between identities, roles, and compute instances, allowing for enhanced visibility into permissions and access. Our critical resource monitor keeps a vigilant eye on essential data stored in object storage solutions like AWS S3 and Azure Blob, as well as in database services such as CosmosDB, DynamoDB, and RDS. We ensure that privacy and compliance controls are consistently upheld across multiple cloud environments and third-party data storage solutions. Additionally, all resolutions are systematically coordinated with the corresponding DevSecOps teams to ensure a streamlined security posture. This integrated approach empowers organizations to manage their cloud security effectively and respond to potential threats proactively.

Tanzu Observability, powered by Broadcom, is a comprehensive observability solution designed to help businesses monitor and optimize cloud-native applications and infrastructure. The platform provides real-time visibility into applications, services, and infrastructure by aggregating metrics, logs, and traces, which allows businesses to identify performance bottlenecks, troubleshoot issues, and ensure seamless operations. Utilizing advanced AI and machine learning, Tanzu Observability automatically detects anomalies, enables automated root cause analysis, and provides actionable insights for proactive system management. Its scalable architecture supports large-scale deployments, making it an ideal solution for businesses seeking to enhance application performance, improve uptime, and drive data-driven decision-making across their cloud-native environments.

Filestore is renowned for its dependable and consistent performance, guaranteeing a reliable view of your filesystem data while maintaining steady operation over time. With the capability to provide up to 480K IOPS and 16 GB/s, it assures that your infrastructure can handle even the most intensive workloads with ease. Moreover, its High Scale feature enables Filestore to meet the significant computational demands of your high-performance business, allowing for seamless instance adjustments via the Google Cloud Console GUI, gcloud command line, or API controls as your requirements change. Provisioning is simple, and mounting is easy since Filestore functions as a fully managed, NoOps service. It facilitates the effortless mounting of file shares on Compute Engine VMs and integrates smoothly with Google Kubernetes Engine, which allows containers to access shared data without difficulty. Additionally, you are charged only for the resources you actually utilize, as Filestore dynamically modifies capacity in response to the demands of your applications, leading to optimal resource efficiency. This array of features positions Filestore as an exceptional solution for businesses aiming to enhance their data management strategies, while also fostering adaptability as organizational needs evolve over time.

To bolster the security of your container environments across GCP, GKE, or Anthos, it's vital to recognize that containerization significantly enhances the efficiency of development teams, enabling them to deploy applications swiftly and scale operations to levels never seen before. As enterprises increasingly embrace containerized workloads, it becomes crucial to integrate security protocols throughout every step of the build-and-deploy process. This involves ensuring that your container management system is equipped with essential security features. Kubernetes provides a suite of powerful security tools designed to protect your identities, secrets, and network communications, while Google Kubernetes Engine takes advantage of GCP's native functionalities—such as Cloud IAM, Cloud Audit Logging, and Virtual Private Clouds—alongside GKE-specific offerings like application layer secrets encryption and workload identity, ensuring unparalleled Google security for your workloads. Additionally, maintaining the integrity of the software supply chain is of utmost importance, as it ensures that the container images you deploy are secure and free from vulnerabilities, preventing any unauthorized modifications. By adopting a proactive security strategy, you can ensure the reliability of your container images and safeguard the overall security of your applications, allowing organizations to embrace containerization confidently while prioritizing safety and compliance. This comprehensive focus on security not only protects assets but also fosters a culture of accountability within development teams.

BMC Helix Cloud Security provides a streamlined approach to managing cloud security posture, specifically designed for various cloud environments. This innovative solution simplifies the challenges associated with ensuring security and compliance for both cloud resources and containers. It offers scoring and remediation tools for popular public cloud Infrastructure as a Service (IaaS) and Platform as a Service (PaaS) options from leading providers such as AWS, Azure, and GCP. Users can take advantage of automated remediation processes that do not require any coding expertise, alongside comprehensive container configuration security for systems like Docker, Kubernetes, OpenShift, and GKE. Moreover, its integration with IT Service Management (ITSM) facilitates automated ticketing enhancements, which boosts overall operational efficiency. This solution also comes with pre-defined policies tailored for CIS, PCI DSS, and GDPR, while allowing for the addition of custom policies as necessary. It further provides automated security management for cloud servers hosted on platforms like AWS EC2 and Microsoft Azure VMs. As the cloud environment evolves, BMC Helix Cloud Security aims to improve agility while ensuring that security and compliance requirements are consistently upheld. With its proactive checks and remediation features, this service effectively addresses the security challenges faced by AWS, Azure, and GCP IaaS and PaaS offerings, making it an essential tool for organizations navigating cloud security. Ultimately, it empowers businesses to focus on their core activities without compromising security.

Boost your application's performance by leveraging a robust, secure, and highly scalable in-memory service designed specifically for Redis and Memcached. Memorystore streamlines the complexities often associated with managing open-source Redis and Memcached environments, such as maintaining high availability, overseeing failover processes, performing updates, and conducting monitoring tasks, thereby allowing developers to concentrate on their coding efforts. You can start with a basic tier and minimal configuration, with the flexibility to scale your instance seamlessly as your needs grow. Memorystore for Memcached is capable of supporting clusters that can reach up to 5 TB, yielding millions of queries per second with exceptionally low latency. On the other hand, Memorystore for Redis is structured to provide replication across two zones, ensuring a service level agreement that guarantees 99.9% availability. With constant monitoring and automated failover systems in place, applications experience minimal downtime. Developers have the option to choose between two of the most popular open-source caching solutions for their application development. Memorystore guarantees complete protocol compatibility for both Redis and Memcached, allowing you to select the caching engine that best fits your budgetary and availability requirements while optimizing your application's performance. By utilizing these advanced features, developers can significantly enhance their operational efficiency and deliver superior user experiences. This empowers organizations to maintain a competitive edge in a fast-paced 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.

The Ozone platform enables businesses to efficiently and safely deploy contemporary applications. By streamlining DevOps tool management, Ozone simplifies the process of deploying applications on Kubernetes. It seamlessly integrates your current DevOps tools to enhance the automation of your application delivery workflow. With automated pipeline processes, deployments are expedited, and infrastructure management can be handled on-demand. Additionally, it enforces compliance policies and governance for large-scale app deployments to mitigate the risk of financial losses. This unified interface facilitates real-time collaboration among engineering, DevOps, and security teams during application releases, fostering a more cohesive workflow. Embracing this platform can significantly improve overall operational efficiency and enhance productivity across various teams.

Ternary emerges as the pioneering native FinOps solution tailored for optimizing cloud expenditures specifically within Google Cloud. It empowers users to make well-informed financial decisions, fostering a culture of accountability, collaboration, and trust among finance and engineering teams. The FinOps framework is essential for managing the variable costs associated with cloud services, integrating a mix of methodologies, best practices, and cultural adaptations that enhance the value of each dollar spent on cloud resources. Ternary is designed to support organizations at any stage of their FinOps journey, creating tools that effectively connect finance with engineering through features based on FinOps principles. This groundbreaking platform not only offers vital visibility and context but also encourages teamwork, with workflows crafted to enhance responsibility. By allowing organizations to effortlessly monitor, prioritize, and finalize cost-saving measures, Ternary significantly improves overall financial management efficiency. As businesses grow increasingly dependent on cloud technologies, the importance of Ternary in promoting sound financial practices becomes increasingly vital, ensuring that companies can navigate their cloud spending effectively and strategically.

Choose the tools that align perfectly with your requirements, and we will take care of the rest. Design a customized CI/CD stack that meets your organization's goals without concerns about vendor lock-in. By removing the necessity for manual scripts and intricate toolchain automation, your engineers can focus on core business functions. Our pipeline workflows embrace a declarative methodology, which allows you to emphasize critical tasks rather than the techniques needed to complete them, addressing components such as software builds, security evaluations, unit tests, and deployment procedures. With the integration of Blueprints, you can easily diagnose issues directly within Opsera, aided by comprehensive console output for each stage of your pipeline's performance. Obtain a complete perspective on your CI/CD process with in-depth software delivery analytics that monitor metrics like Lead Time, Change Failure Rate, Deployment Frequency, and Time to Restore. Moreover, enjoy the advantages of contextualized logs that enable faster problem-solving while improving auditing and compliance practices, ensuring your operations stay effective and transparent. This efficient strategy not only fosters enhanced productivity but also encourages teams to explore innovative solutions without constraints, ultimately driving greater success for your organization.

CloudNatix offers a robust solution that effortlessly integrates with any infrastructure, whether located in the cloud, a physical data center, or at the network's edge, accommodating a wide range of platforms such as virtual machines and both self-managed and managed Kubernetes clusters. By merging your dispersed resource pools into a single, scalable cluster, this service is accessible through an intuitive SaaS model. Users are provided with a global dashboard that delivers a comprehensive overview of expenses and operational metrics spanning multiple cloud and Kubernetes platforms, including AWS, EKS, Azure, AKS, Google Cloud, GKE, and additional services. This all-encompassing perspective allows for an in-depth examination of each resource, encompassing individual instances and namespaces across different regions, availability zones, and hypervisors. In addition, CloudNatix promotes a streamlined cost-attribution system that transcends public, private, and hybrid cloud environments, along with various Kubernetes clusters and namespaces. The platform also automates the allocation of costs to specific business units according to your preferences, enhancing the financial management process within your organization. This level of integration not only simplifies oversight but also equips businesses with the tools needed to maximize resource efficiency and strategically refine their cloud initiatives. Ultimately, such capabilities provide organizations with a significant advantage in navigating the complexities of modern cloud management.

Effortlessly manage and connect applications across different clusters, cloud platforms, and data centers. Utilize a unified management solution to enable application connectivity within varied infrastructures. Effectively integrate traditional workloads into your cloud-native application architecture. Create organizational tenants to enforce precise access controls and editing rights for teams utilizing shared infrastructure. Maintain an exhaustive change history for services and resources from the outset. Ensure efficient traffic management across potential failure domains, keeping your customers oblivious to any disruptions. TSB works at the application edge, operating at cluster ingress and among workloads in both Kubernetes and conventional computing settings. Edge and ingress gateways skillfully route and balance application traffic across numerous clusters and cloud environments, while a mesh framework governs service connectivity. A centralized management dashboard provides oversight for connectivity, security, and visibility across your entire application network, guaranteeing thorough control and monitoring. This comprehensive system not only streamlines operational workflows but also significantly boosts overall application performance and reliability. Additionally, it empowers teams to respond swiftly to changes, ensuring a resilient and adaptable infrastructure.

Opal represents an advanced security solution tailored to assist organizations in adopting least privilege principles, while also providing new techniques for boosting team productivity. We promote a decentralized and self-service approach to access, integrating effortlessly with the technologies already employed by your team. By removing bottlenecks, we enable teams to delegate access requests to those with the most pertinent knowledge, leading to faster and more informed decision-making. With the help of intelligent automation, Opal manages the entire access workflow—granting permissions at critical moments, sending automated reminders, and revoking access when it is no longer needed. Transparency is vital; having clear visibility into who approves access, who possesses permissions, the status of requests, and other essential information is crucial to prevent the misunderstandings that often arise from poor communication. Many organizations tend to grant excessive access through a broad approach that lacks accuracy and usually remains in place indefinitely. Furthermore, numerous companies still depend on outdated and inconsistent strategies to oversee just-in-time access, which can obstruct operational efficiency. By refining this process, Opal not only enhances security but also empowers teams to perform their tasks more effectively, ultimately leading to a more agile and responsive organizational environment. With Opal, businesses can achieve a balance between stringent security measures and the need for efficient workflows.

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.

Isovalent Cilium Enterprise provides extensive solutions for cloud-native networking, security, and observability, utilizing eBPF technology to optimize your cloud infrastructure. It supports the secure connection and oversight of applications across various multi-cluster and multi-cloud setups. This powerful Container Network Interface (CNI) ensures remarkable scalability while delivering efficient load balancing and advanced network policy management. By prioritizing the analysis of process behavior over simple packet header scrutiny, it transforms traditional security protocols. Central to Isovalent's mission are open source principles, reflecting a dedication to innovation and the ideals cherished by open source communities. Those interested can schedule a personalized live demonstration with an Isovalent Cilium Enterprise expert and consult the sales team for a deployment that fits enterprise requirements. Furthermore, users are invited to take advantage of interactive labs within a sandbox environment that foster advanced application monitoring, along with features such as runtime security, transparent encryption, compliance monitoring, and smooth integration with CI/CD and GitOps methodologies. Adopting these technologies not only boosts operational efficiency but also fortifies overall security measures, ultimately leading to a more resilient infrastructure. This commitment to cutting-edge solutions positions organizations to thrive in an increasingly complex digital landscape.

Enable both development and operations teams to harness the self-service tools and automation they desire while achieving a careful equilibrium of standardization and governance required by the organization. Utilize Git for centralized management and definition of configurations across clusters, incorporating essential elements such as security policies and software upgrades, which include service mesh, ingress controllers, monitoring, logging, and solutions for backup and recovery. The lifecycle management of blueprints and add-ons can be effortlessly executed for both new and existing clusters from a unified location. Furthermore, these blueprints can be distributed among different teams, promoting centralized control over the add-ons deployed throughout the organization. In fast-paced environments that necessitate swift development cycles, users can swiftly move from a Git push to an updated application on managed clusters within seconds, with the capability to execute this process more than 100 times a day. This method is particularly beneficial in development settings characterized by frequent changes, thereby promoting a more agile operational workflow. By optimizing these processes, organizations can greatly improve their efficiency and adaptability, resulting in a more responsive operational structure that can meet evolving demands. Ultimately, this enhances collaboration and fosters innovation across all teams within the organization.

Experience effortless and secure entry to your cloud infrastructure without relying on passwords. Embrace the power of passwordless authentication across leading cloud platforms and a variety of cloud resources, seamlessly integrating with AWS, GCP, Azure, and a range of other cloud-native solutions. Protect against excessive access by utilizing just-in-time permissions tailored for developers. DevOps teams can conveniently request access to cloud resources through a system that grants 'just enough privileges,' ensuring their permissions are both time-sensitive and appropriate. This configuration effectively alleviates the productivity hurdles associated with depending solely on a centralized administrator. You have the flexibility to set approval policies based on various criteria, and you will gain access to a detailed catalog of both utilized and unutilized resources. Reduce the dangers of credential sprawl and mitigate the fears linked to credential theft. Developers can obtain passwordless access to cloud resources through advanced Trusted Platform Module (TPM) technology, which enhances security. Furthermore, you can identify potential weaknesses today with our free assessment tool, which provides insights into how Procyon can resolve these vulnerabilities swiftly. By harnessing TPM, robust identification of users and their devices is ensured, significantly improving overall security. This cutting-edge method not only simplifies access but also greatly strengthens your cloud security framework, paving the way for a more secure and efficient cloud environment. As a result, organizations can focus on innovation while maintaining a high level of security.

QueryPie functions as an all-encompassing platform that integrates a variety of data sources and security measures into one seamless interface. Propel your organization’s progress towards success without needing to modify your existing data framework. In a landscape increasingly influenced by data, robust data governance has risen to paramount importance. Ensure compliance with data governance standards while simultaneously providing numerous users with access to a growing array of critical information. Develop data access protocols that take into account essential elements such as IP addresses and access times. You are able to establish different levels of access based on SQL commands divided into categories such as DML, DCL, and DDL, which facilitates secure data analysis and alterations. Effortlessly keep track of SQL event specifics and scrutinize user activities along with possible security risks by reviewing logs filtered through permissions. Additionally, all past data can be exported for detailed reporting, guaranteeing a comprehensive understanding of your data utilization and security measures. This integrated strategy not only improves oversight but also fosters informed decision-making for upcoming initiatives, thereby paving the way for a more secure and efficient data environment. Ultimately, QueryPie empowers organizations to harness their data responsibly while driving innovation and growth.

Entitle employs a security-driven approach to provisioning and governance, ensuring that it also facilitates business operations across all sectors, including research and development, sales, human resources, and finance. It enhances the provisioning workflow to support security measures that evolve in response to changing infrastructure and diverse employee requirements. Permissions can be allocated to specific resources like Google Drive folders, database tables, Git repositories, and more, enabling effective oversight. Sensitive resources and positions are protected by granting access only when required and retracting it when no longer necessary. This strategy allows colleagues, managers, and resource owners to approve access requests, which helps ensure the reliability of permissions granted. With the incorporation of automated access requests and a zero-touch provisioning model, teams in DevOps, IT, and other areas can greatly boost their efficiency and manage resources more effectively. Users can easily request access through communication platforms such as Slack, Teams, Jira, or email, creating a seamless approval process. Furthermore, the ability to quickly assign bulk permissions aids in expediting onboarding and offboarding tasks, allowing the organization to respond adeptly to its evolving needs. This holistic approach not only protects sensitive data but also cultivates a collaborative atmosphere that empowers teams to excel, ultimately driving overall business success.

ModelOp is a leader in providing AI governance solutions that enable companies to safeguard their AI initiatives, including generative AI and Large Language Models (LLMs), while also encouraging innovation. As executives strive for the quick adoption of generative AI technologies, they face numerous hurdles such as financial costs, adherence to regulations, security risks, privacy concerns, ethical questions, and threats to their brand reputation. With various levels of government—global, federal, state, and local—moving swiftly to implement AI regulations and oversight, businesses must take immediate steps to comply with these developing standards intended to reduce risks associated with AI. Collaborating with specialists in AI governance can help organizations stay abreast of market trends, regulatory developments, current events, research, and insights that enable them to navigate the complexities of enterprise AI effectively. ModelOp Center not only enhances organizational security but also builds trust among all involved parties. By improving processes related to reporting, monitoring, and compliance throughout the organization, companies can cultivate a culture centered on responsible AI practices. In a rapidly changing environment, it is crucial for organizations to remain knowledgeable and compliant to achieve long-term success, while also being proactive in addressing any potential challenges that may arise.

Utilize the Apono cloud-native access governance platform to boost both efficiency and security, offering self-service, scalable access solutions designed for modern enterprises that function in the cloud environment. With enhanced contextual awareness, you can gain valuable insights into access permissions, helping to identify potential risks by leveraging enriched identity and cloud resource contexts from your operational landscape. Apono allows for the implementation of access guardrails at scale, all while intelligently recommending adaptive policies that match your specific business needs, thus streamlining the cloud access lifecycle and maintaining control over privileged access. By integrating Apono's AI-driven capabilities, organizations can detect high-risk situations, such as unused accounts, excessive permissions, and shadow access, which can pose significant threats. Reducing unnecessary standing access effectively lowers the risk of lateral movement within your cloud infrastructure, enhancing overall security. Additionally, organizations can enforce rigorous authentication, authorization, and auditing processes for these elevated accounts, which significantly diminishes the chances of insider threats, data breaches, and unauthorized access. Consequently, Apono not only fortifies your cloud environment but also fosters a culture of security and compliance throughout the entire organization, promoting awareness at every level. This comprehensive approach ultimately empowers businesses to operate in a secure and compliant manner while leveraging the full potential of cloud technology.

Actian Ingres is widely recognized as a highly reliable enterprise transactional database that has evolved into a hybrid solution, offering superior performance in both transactional and analytical processing. By employing a combination of row and column storage formats, it leverages the Vector’s X100 analytics engine to enable fluid transaction processing alongside operational analytics all within a single platform. This database is particularly notable for its dependability, featuring a low total cost of ownership and round-the-clock global support, which has contributed to its reputation for exceptional customer satisfaction. With a rich history of performance, it has empowered numerous organizations to handle billions of transactions over time, skillfully adapting to various deployments and upgrades. As a result, Actian Ingres continues to be a preferred option for enterprises in search of a powerful and efficient database solution. Its commitment to innovation ensures that it remains relevant in an ever-evolving technological landscape.

Google Cloud Deploy offers a robust continuous delivery service that simplifies the process of deploying applications across a range of platforms, including Google Kubernetes Engine (GKE), Cloud Run, and Anthos. It empowers users to effortlessly establish delivery pipelines and monitor the progression of releases across various environments, such as testing, staging, and production. The service features user-friendly one-click options for promoting and rolling back releases, accessible via the web console, command-line interface, or API. As a fully managed solution, it alleviates the burden of infrastructure setup and automatically adjusts to improve both cost-effectiveness and performance. Additionally, it integrates seamlessly with Google Cloud's Identity and Access Management (IAM), Cloud Logging, and Cloud Audit Logs, forming a unified environment for tracking and managing release candidates across an organization. The service also supports easy integration with popular DevOps tools, including continuous integration systems and ticketing solutions, which fosters better collaboration and productivity among development teams. Ultimately, Google Cloud Deploy aims to streamline the deployment process, making it an essential tool for teams striving to enhance their application delivery workflows while ensuring reliability and speed. This platform's versatility and integration capabilities further position it as a critical asset for modern software development.

Nutanix Enterprise AI simplifies the deployment, operation, and development of enterprise-level AI applications through secure AI endpoints that harness large language models and generative AI APIs. By optimizing the integration of generative AI, Nutanix empowers organizations to achieve remarkable productivity increases, boost their revenue, and fully harness the advantages of generative AI technology. With user-friendly workflows, companies can effectively oversee and manage their AI endpoints, thereby maximizing their AI capabilities. The platform features an intuitive point-and-click interface that allows for the seamless deployment of AI models and secure APIs, enabling users to choose from options like Hugging Face, NVIDIA NIM, or their own tailored private models. Organizations can securely operate enterprise AI in both on-premises and public cloud environments, utilizing their current AI tools. Furthermore, the system simplifies access management to language models through role-based access controls and secure API tokens, specifically designed for both developers and GenAI application owners. You also have the convenience of generating URL-ready JSON code with a single click, streamlining the API testing process. This all-encompassing strategy ensures that businesses can maximize their AI investments while adapting effortlessly to the ever-changing technological landscape, ultimately paving the way for innovative solutions.

Eventarc from Google Cloud provides a comprehensive managed platform that allows developers to create event-driven architectures by routing events from diverse sources to specified endpoints. It effectively captures system-generated events and transmits them to selected destinations, fostering the creation of loosely coupled services that react appropriately to changes in state. With the capability to handle events from various Google Cloud services, custom applications, and external SaaS platforms, Eventarc presents substantial flexibility for developing event-driven solutions. Developers can configure triggers to route events to different endpoints, such as Cloud Run services, which significantly enhances the responsiveness and scalability of application designs. Additionally, Eventarc ensures secure event delivery by utilizing Identity and Access Management (IAM), which provides detailed access control over event ingestion and processing. This strong security mechanism guarantees that only authorized individuals are permitted to manage events, thereby upholding the integrity and confidentiality of the data involved. Ultimately, Eventarc streamlines the development of sophisticated event-driven applications while prioritizing security and efficient resource management.

Spinnaker is an open-source platform tailored for multi-cloud continuous delivery, facilitating swift and assured software deployments. Originally crafted by Netflix, it has established its dependability in production settings for various teams, accumulating millions of successful deployments. The platform features a powerful pipeline management system and integrates smoothly with major cloud service providers. Users can deploy applications across diverse cloud environments such as AWS EC2, Kubernetes, Google Compute Engine, Google Kubernetes Engine, Google App Engine, Microsoft Azure, Openstack, Cloud Foundry, and Oracle Cloud Infrastructure, with plans to support DC/OS in the future. It provides the means to create deployment pipelines capable of performing integration and system testing, dynamically managing server groups, and offering monitoring throughout the rollout processes. Pipelines can be initiated by a range of events, including git activities, Jenkins, Travis CI, Docker, CRON jobs, or even other Spinnaker pipelines. Additionally, Spinnaker allows for the development and deployment of immutable images, which contribute to quicker rollouts, simpler rollbacks, and help mitigate issues related to configuration drift that can be challenging to resolve. By harnessing these capabilities, Spinnaker empowers teams to enhance their software delivery workflows, fostering a more agile and efficient deployment approach. This adaptability not only improves team productivity but also promotes a culture of continuous improvement and innovation within organizations.

A unified platform allows management of both public and private environments through a single CI/CD plugin that seamlessly connects to various automation toolchains. This versatile plugin is compatible with Jenkins, Kubernetes, Terraform, Cloud Formation, Azure ARM, and numerous other tools. There’s no need for installation or downloading, and you can enjoy the first thirty days at no cost. The integration extends to infrastructure orchestration tools such as AWS Cloud Formation, Azure ARM, and Ansible, providing a Service Composition Domain-Specific Language that streamlines service relationships and manages cascading workflows effectively. It also offers features like shared resources and distributed lifecycle management. Additionally, it facilitates the orchestration of cloud-native Kubernetes services across multiple clusters using technologies like OpenShift and KubeSpray, with blueprints available to automate cluster configurations and setups. By integrating with Jenkins and other CI/CD platforms, this solution serves as a comprehensive hub for all orchestration domains that can be woven into your CI/CD pipeline, enhancing efficiency and collaboration across different teams.

Cilium is a cutting-edge open-source solution aimed at improving, securing, and monitoring network communications within container workloads and cloud-native setups, harnessing the innovative Kernel technology referred to as eBPF. In contrast to conventional configurations, Kubernetes lacks an inherent Load Balancing mechanism, which is typically managed by cloud providers or the networking teams handling private cloud environments. Cilium effectively oversees incoming traffic by employing BGP while utilizing XDP and eBPF to enhance overall performance. The integration of these technologies results in a robust and secure load balancing system. Operating directly at the kernel level, Cilium paired with eBPF facilitates informed connectivity decisions for various workloads, whether they exist on the same node or are distributed across multiple clusters. By utilizing eBPF and XDP, Cilium not only boosts latency and performance but also eliminates the necessity for Kube-proxy, making operations more efficient and optimizing resource allocation. This transformation not only simplifies the network architecture but also allows developers to dedicate more attention to application development instead of being bogged down by infrastructure issues, ultimately fostering innovation and productivity. As a result, Cilium stands out as an essential tool for modern cloud-native environments.

Enhancing your development process can be achieved by utilizing a storage solution that seamlessly integrates with Kubernetes. As you concentrate on deploying your application, we guarantee that you will have the persistent volumes necessary for stability and scalability. By incorporating stateful storage into your Kubernetes setup, you can streamline your application modernization efforts and boost overall efficiency. You can seamlessly operate your database or any persistent workload in a Kubernetes environment without the hassle of managing the underlying storage infrastructure. With Ondat, you can create a uniform storage solution across various platforms. Our persistent volumes enable you to manage your own databases without incurring high costs associated with third-party hosted services. You regain control over Kubernetes data layer management, allowing you to customize it to your needs. Our Kubernetes-native storage, which supports dynamic provisioning, functions precisely as intended. This solution is API-driven and ensures tight integration with your containerized applications, making your workflows more effective. Additionally, the reliability of our storage system ensures that your applications can scale as needed, without compromising performance.

The dilemma of selecting between a user-friendly graphical interface and the strength of infrastructure as code has become outdated. With Kubestack, users can easily establish their Kubernetes platform through an accessible graphical user interface, then seamlessly export their customized stack into Terraform code, guaranteeing reliable provisioning and sustained operational effectiveness. Platforms designed with Kubestack Cloud are converted into a Terraform root module based on the Kubestack framework. This framework is entirely open-source, which greatly alleviates long-term maintenance challenges while supporting ongoing improvements. Implementing a structured pull-request and peer-review process can enhance change management within your team, promoting a more organized workflow. By reducing the volume of custom infrastructure code needed, teams can significantly decrease the maintenance responsibilities over time, enabling a greater focus on innovation and development. This strategy not only improves efficiency but also strengthens collaboration among team members, ultimately cultivating a more dynamic and productive environment for development efforts. As a result, teams are better positioned to adapt and thrive in an ever-evolving technological landscape.

Leverage playbooks to swiftly realize value and support effortless scaling as your business grows. Address common challenges like phishing and ransomware by adopting pre-built use cases that consist of playbooks, simulated alerts, and educational tutorials. Create playbooks that seamlessly integrate the key tools necessary for your operations using an easy-to-use drag-and-drop interface. In addition, refine repetitive tasks to improve response times, enabling team members to dedicate their efforts to more strategic initiatives. Ensure your playbooks undergo effective lifecycle management by keeping them maintained, optimized, troubleshot, and enhanced through features such as run analytics, reusable components, version tracking, and options for rollback. Integrate threat intelligence at every stage while visualizing essential contextual details for each threat, highlighting who acted, when the action took place, and how all entities are interconnected regarding an event or source. Advanced technologies automatically merge contextually related alerts into a comprehensive threat-focused case, allowing a single analyst to perform in-depth investigations and respond to threats effectively. Moreover, this method encourages the ongoing enhancement of security measures, guaranteeing their strength against the constantly changing landscape of risks. Ultimately, by embedding these practices into your operational framework, your organization can cultivate a more resilient security posture that adapts to emerging threats.

Levo.ai offers businesses exceptional insight into their APIs, facilitating the discovery and documentation of all internal, external, and partner/third party APIs. This enables enterprises to assess the risks associated with their applications and prioritize them according to sensitive data transfer and authentication/authorization practices. Furthermore, Levo.ai ensures that all applications and APIs are continuously evaluated for vulnerabilities at the earliest stages of the software development lifecycle, enhancing security measures effectively. By maintaining rigorous testing protocols, organizations can proactively address potential threats.

Clutch is addressing the increasingly critical challenge of securing non-human identities within modern enterprises. With the expansion and advancement of digital infrastructures, the management and protection of non-human identities—such as API keys, secrets, tokens, and service accounts—has emerged as a pivotal, albeit often neglected, aspect of cybersecurity. Recognizing this gap in security, Clutch is developing a dedicated platform designed specifically to ensure comprehensive protection and management of these identities. This innovative solution aims to bolster the digital framework of organizations, fostering a secure, resilient, and dependable environment for their operations. The rise of non-human identities is remarkable, with their numbers outstripping human identities by a staggering 45 to 1, and these identities possess considerable privileges and broad access necessary for essential automated functions. Furthermore, they frequently lack vital security features such as multi-factor authentication and conditional access policies, amplifying the urgency of their protection. By tackling these vulnerabilities, Clutch is paving the way for stronger integrity in automated systems across various enterprises, ultimately enhancing their overall cybersecurity posture. This proactive approach not only safeguards sensitive data but also fortifies the trust in automated processes that are becoming increasingly integral to business operations.

StackRox uniquely provides a comprehensive perspective on your cloud-native ecosystem, encompassing aspects ranging from images and container registries to the intricacies of Kubernetes deployment configurations and container runtime behaviors. Its seamless integration with Kubernetes allows for insights that are specifically designed for deployments, offering security and DevOps teams an in-depth understanding of their cloud-native infrastructures, which includes images, containers, pods, namespaces, clusters, and their configurations. This enables users to quickly identify potential vulnerabilities, assess compliance levels, and monitor any unusual traffic patterns that may arise. Each overview not only highlights key areas but also invites users to explore further into the details. Additionally, StackRox streamlines the identification and examination of container images within your environment, owing to its native integrations and compatibility with nearly all image registries, establishing itself as an indispensable resource for upholding both security and operational efficiency. This comprehensive approach ensures that organizations can proactively manage their cloud-native environments with confidence.