Best IT Management Software

Google Cloud is a cloud-based service that allows you to create anything from simple websites to complex applications for businesses of all sizes. New customers get $300 in free credits to run, test, and deploy workloads. All customers can use 25+ products for free, up to monthly usage limits. Use Google's core infrastructure, data analytics & machine learning. Secure and fully featured for all enterprises. Tap into big data to find answers faster and build better products. Grow from prototype to production to planet-scale, without having to think about capacity, reliability or performance. From virtual machines with proven price/performance advantages to a fully managed app development platform. Scalable, resilient, high performance object storage and databases for your applications. State-of-the-art software-defined networking products on Google’s private fiber network. Fully managed data warehousing, batch and stream processing, data exploration, Hadoop/Spark, and messaging.

Catch, report, and fix bugs faster. Screen recording with console logs. Found a bug? Create a screen recording without launching another application. Bird replays automatically include console logs and other technical data (browser, OS, screen size, etc.) to help developers spend less time on bugs and unnecessary back-and-forth. 👇More information about Bird👇 🐦 Who is Bird for? Mainly web development teams: PMs, Engineers, QA and Designers. You can also get much better bug reports if non-technical people in your company start using Bird as well. ⏳Quick setup Takes quite literally 5 minutes. No coding or technical knowledge needed. ⚠️ JavaScript error tracker Bird automatically notifies you about JavaScript errors on the pages of your choice.

Automated testing software for mobile games. G+AIDER reduces your time and efforts of cross-devices and cross-platform mobile game testing. G+AIDER support the automated and the manual testing. With simple writing automation script, it will test on the multi devices across iPhone and Android. G+AIDER are using image recognition, so testers can easy to test on different devices. In the manual mode, G+AIDER mirror the device screen as the maximum size of PC, and it shows the device performance at the same time. After testing, manual mode generates the video, recorded playing, and the performance report. In business version, G+AIDER is able to multi testing. With one automation script, it will test up to 7 different devices, which is connect to PC. For testing iPhone, is only available on the Mac.

CNCF Harbor is an open-source project that enhances container registry capabilities with a focus on security and compliance. It builds upon basic registry functionality by offering features such as vulnerability scanning to identify known security weaknesses in images, role-based access control for granular image access management, image signing to ensure authenticity and prevent tampering, and replication for efficient syncing of images across multiple other registries. Harbor strengthens the security of the image management process. It can be particularly beneficial for organizations that prioritize security and compliance in their containerized environments. However, users should be aware that setting up and maintaining Harbor can require additional effort and expertise compared to simpler container registries. 

Contrail Insights enables operators to control and visualize how infrastructure resources are utilized by workloads, and plan adequate capacity to ensure application performance. Using Contrail Insights, operators of software-defined data centers have a toolset for visibility into operational performance and infrastructure resources. In today’s large-scale multicloud networks, operations teams must have real-time and historical visibility into their infrastructure to ensure service reliability and minimize operational costs. Cloud infrastructure is typically built in layers of abstraction and, as operations become more automated, performance monitoring replaces manual changes as the most common task. As telemetry data increases, however, and abstraction layers are peeled back to examine and troubleshoot the state of the network infrastructure, monitoring complexity increases as well.