Best Application Performance Monitoring (APM) Software in New Zealand - Page 7

VA2 is a comprehensive software management solution that features ready-to-use plugins specifically designed for Siebel, alongside customizable options applicable to various software systems. This system enables users to monitor the intricate workings of their Siebel servers by providing detailed insights into the performance and operations of the components. Additionally, VA2 offers historical reporting capabilities through user-defined time series graphs, facilitating complex trend analysis of application systems over time. As a dedicated software application monitoring platform, VA2 empowers organizations to effectively oversee their enterprise software layers while ensuring cost-effectiveness and infrastructure flexibility. By harnessing open-source technology, businesses can manage their enterprise applications at a fraction of the traditional expenses, making it an attractive choice. It’s important to note that Siebel application servers operate as multi-process systems, and without the intelligent integration of operating system-level operations correlated to the tasks and components of the Siebel application server, efficiency may be compromised. Ultimately, VA2 stands out as a powerful tool for organizations looking to optimize their application management processes.

Noction IRP monitors the network edge and analyzes traffic to detect network congestion or blackouts. To reroute traffic to the most efficient route, the affected routes are inspected for specific metrics like latency and packet loss through all available providers. IRP also reduces bandwidth costs by routing outbound content flows over less expensive provider links while still ensuring predictable traffic delivery performance. IRP adds intelligence and insight to multi-homed routing decisions. It uses the company's existing infrastructure and delivers significant network performance improvements. It also optimizes existing Internet connectivity and lowers the cost of running the network. Noction IRP increases network performance by between 30% and 50% on average, reduces latency by upto 50%, and increases network availability up to 100%

Easy to use server configuration and monitoring tool for change monitoring

MachMetrics continuously monitors the site's speed so you can see how pages are performing. - All day All around the globe - on various devices You can monitor performance with daily scheduled tests. Analyze on desktop and mobile. International locations Advanced scenarios require custom scripting. Our webperf services are trusted by speed consultants around the world. Installation takes only seconds. No code to install. 30-day free trial

Comprehensive security throughout the entire lifecycle of containerized and serverless applications, spanning from the CI/CD pipeline to operational environments, is essential. Aqua can be deployed either on-premises or in the cloud, scaling to meet various needs. The goal is to proactively prevent security incidents and effectively address them when they occur. The Aqua Security Team Nautilus is dedicated to identifying emerging threats and attacks that focus on the cloud-native ecosystem. By investigating new cloud security challenges, we aim to develop innovative strategies and tools that empower organizations to thwart cloud-native attacks. Aqua safeguards applications from the development phase all the way to production, covering VMs, containers, and serverless workloads throughout the technology stack. With the integration of security automation, software can be released and updated at the rapid pace demanded by DevOps practices. Early detection of vulnerabilities and malware allows for swift remediation, ensuring that only secure artifacts advance through the CI/CD pipeline. Furthermore, protecting cloud-native applications involves reducing their potential attack surfaces and identifying vulnerabilities, embedded secrets, and other security concerns during the development process, ultimately fostering a more secure software deployment environment.

Real-time network anomalies can be addressed and made decisions. Flowmon's actionable information is available in cloud, hybrid, and on-premise environments. Flowmon's network Intelligence integrates SecOps and NetOps into a single solution. It is capable of automated traffic monitoring, threat detection, and provides a solid foundation for informed decision-making. Its intuitive interface makes it easy for IT professionals to quickly understand incidents and anomalies, their context, impact, magnitude and, most importantly, their root cause.

We didn't jump at AI and machine learning as it became The Next Big Thing. Instead, we used it as our starting point and looked at how best to apply it to real-world problems. AIMS uses machine learning technology to provide deep insight into transaction flow, whether on-premise, cloud or hybrid. AIMS automatically generates dynamic 360-degree maps of all your IT systems. This data is used to detect anomalies and provide real-time insight into critical business processes. AIMS helps companies reduce the time spent on manual monitoring, troubleshooting, and frees up resources to drive business innovation through IT. AIMS allows IT teams to improve business outcomes by making it easier for non-technical business stakeholders to share system insights and performance data.

BMC Helix Operations Management offers a comprehensive, cloud-native solution for observability and AIOps, specifically engineered to address the complexities of hybrid-cloud settings. By adopting a service-focused strategy for observability data, it facilitates truly impactful AIOps. The platform integrates third-party observability data, including metrics, events, logs, incidents, changes, and topologies, into a unified IT data repository. Users can monitor service health and achieve superior root cause isolation through automatically generated dynamic business service models. The system enhances the signal-to-noise ratio by employing AI-driven event suppression, de-duplication, and correlation techniques that lead to actionable insights. Rapid root cause identification is possible through AI probability assignments to causal nodes, utilizing both data and service models effectively. Proactive measures are supported by Business Service Health monitoring and AI-powered outage prediction, which help avert potential issues. Additionally, troubleshooting is accelerated with log enrichment and analytics, allowing for quicker resolution of problems. It also provides a seamless way to request and implement automations from both BMC and third-party tools, further enhancing operational efficiency. Overall, this solution empowers organizations to maintain optimal performance while minimizing downtime and disruptions.

The VMware Enterprise Licensing Agreement (ELA) streamlines software asset management (SAM) for VMware, maximizing the value of your investments. Even highly skilled IT departments can find it challenging to procure, deploy, and oversee thousands of enterprise VMware assets, and the complexity of negotiations and renewals can further complicate matters. Lacking a thorough grasp of VMware's licensing programs, terms, and conditions can lead to overspending and falling behind in compliance. By simplifying licensing and cutting costs, a VMware ELA provides comprehensive coverage and three-year terms, allowing IT teams to focus on more strategic tasks rather than being bogged down by licensing issues. Partnering with Softchoice guarantees that you will derive optimal value from your ELA. Enhancing your software asset management approach is essential to fully leverage your VMware resources, making enterprise software agreements a more economical choice for acquiring the technology that drives your business forward. Ultimately, a well-structured SAM strategy can significantly improve operational efficiency and cost-effectiveness.

IT business management products that reduce hosting costs and CO2 emissions. How to save time and money on your instances. You can save computing time by scheduling timers for each instance every day. AWS (using 100% renewable electricity) emits 84 grams of CO2 per hour. Instead, data center-servers using non-green electricity emit 84 grams. You can restrict access to limit the availability of your instances and services. All products and pricings include features. Running. A unique list of all instances that are running in different regions. ecoTimer for your servers ecoTimer allows you to save money and reduce your environmental impact by only using your computing servers when you need them. To save computing resources, you can view all instances in one list. Example: The Development team works Monday through Friday from 9:00 to 17:00. This team saves 512 hours per month for each server they use.

You can innovate faster in the cloud, improve user experience and future-proof applications. Splunk is designed for cloud-native enterprises and helps you solve current problems. Splunk helps you detect any problem before it becomes a customer problem. Our AI-driven Directed Problemshooting reduces MTTR. Flexible, open-source instrumentation eliminates lock-in. Optimize performance by seeing all of your application and using AI-driven analytics. You must observe everything in order to deliver an excellent end-user experience. NoSample™, full-fidelity trace ingestion allows you to leverage all your trace data and identify any anomalies. Directed Troubleshooting reduces MTTR to quickly identify service dependencies, correlations with the underlying infrastructure, and root-cause errors mapping. You can break down and examine any transaction by any dimension or metric. You can quickly and easily see how your application behaves in different regions, hosts or versions.

Utilize AIOps to foresee problems, minimize the impact on users, and streamline resolution processes. Transition from a reactive approach in IT operations to one that leverages insights and automation for better efficiency. Detect unusual patterns and address potential issues proactively through collaborative automation workflows. Enhance digital operations with AIOps by focusing on proactive measures rather than merely responding to incidents. Eliminate the burden of chasing after false positives as you pinpoint anomalies with greater accuracy. Gather and scrutinize telemetry data to achieve improved visibility while minimizing unnecessary distractions. Identify the underlying causes of incidents and provide teams with actionable insights for better collaboration. Take preemptive steps to reduce outages by following guided recommendations, ensuring a more resilient infrastructure. Accelerate recovery efforts by swiftly implementing solutions derived from analytical insights. Streamline repetitive processes using pre-crafted playbooks and resources from your knowledge base. Foster a culture centered on performance across all teams involved. Equip DevOps and Site Reliability Engineers (SREs) with the necessary visibility into microservices to enhance observability and expedite responses to incidents. Expand your focus beyond just IT operations to effectively oversee the entire digital lifecycle and ensure seamless digital experiences. Ultimately, adopting AIOps empowers your organization to stay ahead of challenges and maintain operational excellence.

nGeniusPULSE offers essential insights into the rapidly changing IT landscape, ensuring that your critical business services maintain their availability, reliability, and performance across diverse multi-cloud settings. It proactively detects potential issues that could affect remote users, whether they are connected via Ethernet or Wi-Fi, thereby safeguarding the user experience. By integrating real-time wire-data analysis through the nGeniusONE Service Assurance platform with synthetic testing and infrastructure health assessments from user locations, NETSCOUT has established a benchmark in monitoring and visibility. This comprehensive approach equips IT teams with the tools necessary to enhance the quality of the end-user experience. Additionally, interactive dashboards with drill-down functionalities present the outcomes of ongoing automated testing, illustrating both the scope and impact of any identified issues, which aids in strategic decision-making. This level of visibility is crucial for organizations striving to maintain a seamless operation in a complex digital environment.

In today's intricate application landscapes, monitoring, managing, and troubleshooting can be quite challenging. With the help of Arcturus IntelliTrace and IntelliSense technologies, Applicare optimizes applications, oversees transactions, and automatically identifies issues. This ensures you gain insights into every business transaction and application, no matter where they are located. The complexity and distribution of modern application environments can make it hard to ensure optimal performance from each component. To effectively gauge an application's performance, it’s essential to scrutinize all elements of the environment. However, managing comprehensive monitoring at this level can potentially hinder your application's performance. Fortunately, Applicare offers a solution. Our innovative IntelliTune, IntelliTrace, and IntelliSense technologies empower Applicare to autonomously optimize applications, continuously monitor for complete visibility across the stack, and swiftly detect any problems that may arise, ensuring your applications run smoothly at all times. This proactive approach to application management drastically enhances reliability and efficiency in today's dynamic digital landscape.

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

Software tools and libraries designed to enhance the efficiency, robustness, and quality of your applications are essential for developers. These resources are tailored for optimal performance and feature a user-friendly graphical interface to streamline the development process. They focus on GPU-accelerated image processing, general processing tasks, and display capabilities, along with providing a comprehensive application programming interface to integrate seamlessly with your project. With these tools, you can add visualization and control elements to your embedded applications in mere minutes, regardless of your prior GUI experience. They serve as invaluable assets for uncovering the intricacies of application performance and ensuring consistent behavior. Simplified inter-thread communication enhances overall responsiveness, while the associated graphical user interface aids in crafting the application framework and tracking performance metrics. You can manage how your application interfaces with hardware components and gain real-time insights into the utilization of hardware resources. Additionally, these tools support efficient point-to-point data movement and message passing, making the application development journey more intuitive and efficient. Overall, leveraging these resources will significantly elevate the capabilities of your software projects.

IBM® Application Discovery and Delivery Intelligence (ADDI) serves as a powerful analytical tool designed for the modernization of applications. By leveraging cognitive technologies, it efficiently analyzes mainframe applications, enabling users to swiftly uncover and comprehend the interdependencies associated with modifications. This rapid enhancement of mainframe applications can significantly contribute to revenue generation and facilitate quicker returns on investments. Moreover, by improving your understanding of application complexity, ADDI helps you foresee potential issues, thereby reducing application and development costs. The platform allows for the agile evolution of systems and applications, maximizing the benefits of hybrid cloud environments. With enhanced application insights, organizations can boost productivity while minimizing risks, effectively accelerating their digital transformation journey. Furthermore, the platform's rapid analysis capabilities enable users to identify relationships among various components of IBM z/OS® applications, providing clarity on the potential impact of changes. Users can quickly locate essential business rules, code snippets, and APIs, empowering them to optimize their business processes and foster innovation. With ADDI, organizations can confidently navigate their modernization efforts and embrace the future of technology.

Tracing Analysis offers an extensive array of tools designed to assist developers in pinpointing performance constraints within distributed applications. This functionality significantly enhances the process of developing and debugging applications built on microservices architecture. The tools available allow users to visualize trace mappings, provide insights into trace topologies, examine dependencies between applications, and compute the volume of requests made. To utilize Tracing Analysis, activation of the Log Service is required; however, there are no charges for the Log Service resources utilized in providing this analysis. This approach streamlines the debugging process for distributed applications, eliminating the need to access individual machines for log retrieval during troubleshooting. Furthermore, developers can leverage open-source SDKs, such as those for Zipkin, Jaeger, and OpenTracing, to define specific tracking points within their applications. Tracing Analysis also implements a flexible pay-as-you-go billing model, making it cost-effective for users. By consolidating monitoring and analysis into a single platform, developers can save both time and resources while enhancing application performance.

Effortless debugging for microservices allows for immediate identification of the code responsible for service failures, even in cases of elusive errors. Gain insights into each request, outlier, and issue without the need for extra logging or error reproduction efforts. Discover the fundamental causes of every error with comprehensive context derived from logs, metrics, traces, and instances of failed code execution. Benefit from seamless end-to-end tracing supported by automatic instrumentation, enabling a detailed view of logs, metrics, traces, and the history of code execution failures. Experience thorough performance monitoring that aids in swiftly pinpointing and eliminating application bottlenecks. Enjoy real-time topology discovery that provides complete visibility of dependencies across all services involved. Utilize highly adaptable dashboards and notification systems to detect issues before they reach end users. Furthermore, ensure that all failed tests and errors are documented automatically, making it easier to address each failure effectively and facilitating a rapid feedback loop between testing and development teams throughout the entire development process. This approach not only enhances collaboration but also significantly improves overall software quality.

Establish, oversee, and confirm your system's reliability goals (SLOs) along with the relevant metrics (SLIs). View all the reliable activities in one location while identifying necessary actions to take. Assess the effects on your system's reliability by examining how your system, personnel, and methodologies prepare for and react to challenging situations. Organize your Reliability Toolkit to align with your operational structure, reflecting the organization and teams you work with. Create, import, execute, and gain insights from robust chaos engineering experiments and tests utilizing the freely available Chaos Toolkit. Continuously monitor the effects of your reliability initiatives over time against crucial indicators such as Mean Time to Recovery (MTTR) and Mean Time to Detection (MTTD). Identify vulnerabilities in your systems before they escalate into crises through the use of chaos engineering techniques. Investigate how your system behaves in response to frequent failures, crafting tailored experimental scenarios that allow you to witness firsthand the benefits of your investments in reliability, ultimately ensuring a more resilient operational framework. By regularly conducting these assessments and experiments, you can effectively strengthen your system's resilience and improve overall performance.

DeltaForce is a robust application analytics platform that offers in-depth insights into enterprise applications and databases. By utilizing automated knowledge bases for intricate applications built on various languages and technologies, DeltaForce helps organizations enhance development and maintenance efficiency. The tool leverages patented technology to automatically import and scrutinize both source files and database schemas, effectively identifying the detailed object-level dependencies that exist between them. Furthermore, DeltaForce operates based on fundamental user input configurations, eliminating the need for users to manually track dependency information. This functionality allows for seamless imports and analyses of both source files and database schemas, facilitating the mapping of relationships within a program. With DeltaForce, organizations can streamline their application management processes and enhance overall productivity.

It aids in collecting timing information essential for diagnosing latency issues within service architectures. Its functionalities encompass both the gathering and retrieval of this data. When you have a trace ID from a log, you can easily navigate directly to it. If you don't have a trace ID, queries can be made using various parameters such as service names, operation titles, tags, and duration. Additionally, notable data is summarized, including the proportion of time spent on each service and the success or failure of operations. The Zipkin user interface also features a dependency diagram that illustrates the volume of traced requests processed by each application. This visualization can be instrumental in recognizing overall patterns, including error trajectories and interactions with outdated services. Overall, this tool not only simplifies the troubleshooting process but also enhances the understanding of service interactions within complex architectures.

MIVU’s network monitoring services deliver instantaneous statistical insights into performance challenges, ensuring the seamless and dependable operation of your network. By providing a thorough understanding of bandwidth usage, traffic patterns, and device health, MIVU empowers IT teams to swiftly identify and address potential issues that could lead to major interruptions, while also supporting prompt corrective measures. This proactive approach not only enhances system dependability by resolving issues before they escalate but also optimizes resource allocation and bolsters network security. Moreover, the advanced monitoring tools offered by MIVU enable organizations to effectively manage potential performance slowdowns, thereby sustaining uninterrupted and efficient business operations. As a result, businesses can focus on growth and innovation, knowing their network is in capable hands.

Enhanced high-definition APM visibility through real user monitoring, synthetic monitoring, and OpenTelemetry offers a solution that is scalable, user-friendly, and simplifies the integration of insights from end users, applications, networks, and the cloud-native space. The rise of microservices within containerized environments on dynamic cloud infrastructures has resulted in a highly transient and distributed landscape at an unprecedented scale. Traditional methods of enhancing APM, which rely on sampled transactions, partial traces, and aggregate metrics, have become ineffective, as legacy APM solutions struggle to identify the reasons behind slow or stalling critical business applications. The Riverbed platform provides cohesive visibility across the contemporary application landscape, ensuring ease of deployment and management, while facilitating quicker resolution of even the most challenging performance issues. Riverbed APM is thoroughly designed for the cloud-native environment, offering extensive monitoring and observability for transactions that operate on the latest cloud and application infrastructures, ultimately enhancing operational efficiency and user experience. This comprehensive approach not only addresses current performance challenges but also positions organizations to adapt to future technological advancements seamlessly.

Gain actionable insights to enhance your hybrid IT expenditures and ensure optimal performance, as a staggering 30% of these costs are often squandered. Regardless of whether this statistic comes as a surprise, it's crucial to pinpoint and recover that wasted expenditure. VCM provides organizations with the tools to eliminate inefficiencies and realize significant savings daily, all while maintaining exceptional performance standards. IT teams face the challenge of addressing issues that hinder service delivery, and VCM empowers them to guarantee performance without excessive effort or spending. From the outset, VCM can detect possible service delivery issues and offer recommendations for resolution. Health and Risk KPIs reveal critical problems that require attention, enabling a proactive approach to preventing performance degradation and service interruptions. With a comprehensive view of all technologies contributing to service delivery, you gain a unified perspective. This singular, objective source of truth fosters collaboration among teams, allowing them to resolve issues collectively rather than assigning blame. By leveraging VCM, organizations can streamline operations and enhance overall service reliability.