List of the Top Cloud Monitoring Software in Asia in 2025 - Page 5

Tailored specifically to meet the unique monitoring requirements of cloud-native systems, this innovative solution has been meticulously crafted to handle the vast quantities of monitoring data produced by cloud-native applications. It functions as a cohesive platform that unites business stakeholders, application developers, and infrastructure engineers, allowing them to efficiently address issues across the entire technology stack. The platform is designed to cater to a variety of use cases, from real-time data collection for ongoing deployments to hourly analytics for capacity management. With a convenient one-click deployment feature, it supports both Prometheus and StatsD ingestion protocols effortlessly. The solution provides comprehensive storage and indexing capabilities for both Prometheus and Graphite data types within a unified framework. In addition, it boasts integrated Grafana-compatible dashboards that are fully equipped to handle PromQL and Graphite queries, complemented by a dependable alerting engine that can interface with services such as PagerDuty, Slack, OpsGenie, and webhooks. Capable of ingesting and querying billions of metric data points every second, the system facilitates swift alert triggering, immediate dashboard access, and prompt issue detection within merely one second. To further enhance its reliability, it maintains three consistent copies of data across different failure domains, significantly strengthening its resilience in the realm of cloud-native monitoring. This ensures that users can trust the system during critical operations and rely on its performance even during peak loads.

Landscape effectively simplifies the management and supervision of large and growing networks that encompass desktops, servers, and cloud infrastructures, making it a cost-effective solution. It significantly reduces the daily management workload for your team, allowing for seamless administration of various deployments in desktop, server, and cloud environments. A single instance can proficiently manage up to 40,000 devices, showcasing impressive scalability capabilities. Users can develop customized profiles to monitor different categories of machines, streamlining the processes for software installation, updates, and uninstallation. Moreover, policies can be set for automated updates and security patches, ensuring systems stay secure with minimal manual effort. The tool enhances operational security by allowing users to view all active processes on a device and remotely terminate any identified threats. Additionally, users can track trends in temperature, disk space, memory usage, and overall system load through customizable graphs, which provide valuable insights. This adaptability is further enhanced by the capability to create graphs based on specific metrics that are crucial to your operations. Regulatory compliance is made significantly easier with custom reporting features that include automated audit logs and compliance documentation. In addition, you can seamlessly monitor and retrieve detailed information about software packages for all registered machines, improving oversight and management across the entire network. Lastly, the platform’s integration capabilities ensure that it can adapt to various organizational needs, further enhancing its versatility.

Ceeview is an advanced IT Service and Infrastructure Management platform that effectively oversees hybrid cloud settings to avert service interruptions. Additionally, it evaluates both cloud and on-premises expenses, aiming to lower the total IT expenditure for its clients. By providing a comprehensive view of intricate IT landscapes, Ceeview integrates information from various systems into a Single Point Of Truth, fostering clarity and ensuring a unified status for all stakeholders involved. Utilizing its unique Service Modeling technology, Ceeview adeptly handles the interconnections among IT infrastructure elements, enhancing the digital user experience. This allows IT Operations to fulfill their responsibilities in a highly efficient way, aligning with the needs of both internal teams and external customers. Key features include Cloud Cost & Budget Monitoring, Service & Business Monitoring, SLA Monitoring & Reporting, Infrastructure Monitoring, and Application Monitoring. With these tools, organizations can optimize their IT strategies and improve overall performance.

DX Unified Infrastructure Management is distinguished as the only solution that provides an open architecture, ensuring comprehensive observability throughout the entire technology stack, alongside a zero-touch configuration methodology for effective monitoring of traditional data centers, public cloud environments, and hybrid infrastructures. Designed to improve the user experience, this solution features a modern HTML5 operations console that allows IT teams to quickly implement, utilize, and scale its features, thereby speeding up the realization of value. Additionally, DX Unified Infrastructure Management offers actionable insights specifically tailored for cloud platforms such as AWS and Azure, as well as contemporary architectures associated with cloud services like Nutanix, Hadoop, MongoDB, and Apache, among others. By leveraging extensive knowledge across diverse hybrid cloud components, it bolsters efforts in digital transformation, automation, and innovative practices. The system's ability to automatically recognize devices based on their characteristics enables the establishment of precise policies for each type, while also deploying necessary configurations and alarm protocols. This degree of automation not only streamlines management tasks but also significantly boosts operational efficiency, empowering organizations to concentrate on their strategic goals. Ultimately, the seamless integration of these features positions DX Unified Infrastructure Management as a critical tool for organizations looking to thrive in a rapidly evolving technological landscape.

Stratus10 Cloud Computing Services, recognized as an Amazon Web Services Advanced Consulting Partner, specializes in assisting organizations with their migration to AWS and ensuring the implementation of best practices for those already utilizing the platform. Our expertise spans various areas, including cloud migration, application modernization, DevOps and DevSecOps pipelines, Windows Servers, networking, serverless infrastructure, Kubernetes (K8s), and cybersecurity solutions. Our premier offering, Kalos, is a sophisticated SaaS platform dedicated to security and cost management within AWS environments, specifically crafted for infrastructure teams aiming to minimize costs while enhancing security measures. Drawing on our extensive experience in designing and managing AWS infrastructures, Kalos enables you to optimize cloud operations by consolidating and visualizing your cloud ecosystem. It was thoughtfully designed to streamline cloud management processes, allowing you to derive valuable insights, make well-informed decisions, and effectively enhance your infrastructure performance while ensuring robust security. Furthermore, Kalos empowers organizations to maintain compliance and adapt to evolving cloud landscapes seamlessly.

SolarWinds offers effective solutions for addressing challenging and intricate IT management issues. Among its tools, the SolarWinds Virtualization Manager stands out for its robustness and scalability. This platform encompasses performance recommendations for vSphere, comprehensive monitoring, and analysis all in one cohesive interface. It is equipped with numerous features, including capacity planning, management of VM sprawl, optimizing VM sizes, and the PerfStack Dashboard for enhanced visibility. Additionally, it facilitates chargeback automation, provides predictive insights, monitors cloud infrastructures, and boasts a wide array of other functionalities to support IT professionals. With SolarWinds, organizations can streamline their IT operations and enhance overall efficiency.

Recognize each component within your organization—whether conventional or unique—across physical, virtual, and cloud settings. Consolidate and manage a wide array of data in a well-structured and uniform data lake. Uncover insights regarding the relationships among your infrastructure, applications, and business services. Use this comprehension to derive actionable intelligence. Ensure seamless integration and dissemination of information across diverse technologies and throughout your entire IT ecosystem in real-time. Establish multi-directional integrations that enable both reactive and proactive strategies at a cloud level. Keep a close watch on all elements within multi-cloud and distributed environments, applying relationship mapping to contextualize data, and harness this understanding for integration and automation purposes. No matter your current position on the path to AIOps, SL1 provides the necessary resources to progressively improve service visibility and automate IT workflows, ultimately illuminating the effects on business results. With these advanced capabilities, organizations are empowered to respond more quickly to evolving demands, fostering a culture of operational excellence and resilience. Additionally, this holistic approach can lead to more informed decision-making and strategic planning across various business units.

This platform is dedicated to the Operations and Support of resources within Microsoft Azure's Serverless ecosystem. It serves as an additional resource to the Azure portal, specifically aimed at enhancing the management of Azure Serverless Applications. However, it's important to note that Service Bus Explorer lacks the capability for automated message processing. It is essential to identify failures, implement automatic corrections, correlate the resubmission of runs, and bridge the gaps present in Azure portals. Application Insights plays a crucial role in identifying and rectifying anomalies within applications. With Event Grid subscriptions, users can efficiently monitor and manage dead-letter messages, as well as access comprehensive monitoring tools. Additionally, the system allows for the simulation of test environments, monitoring of partitions, and verification of active clients. It also facilitates the automatic cleaning of blobs and provides in-depth monitoring of storage account components to assess their state and properties. Furthermore, users can oversee products, endpoints, and operations from various viewpoints, ensuring robust management. Automating the management of API Management (APIM) states enhances operational efficiency. Moreover, Azure Relays, including Hybrid relays, can be monitored and managed alongside analytics tools to gain valuable insights. Finally, it is critical to keep track of the health and performance metrics of Azure Web Apps, which includes monitoring for HTTP errors, CPU utilization, garbage collection activities, and overall CPU performance. This comprehensive approach ensures that all aspects of Azure resources are effectively managed and optimized.