What is data observability?
Data observability is the process by which data is monitored for health. Its primary purpose is to enable data engineers to provide reliable, accurate data. Automation is often used to promote greater data observability, as it prevents users from having to do everything by hand and thus allows them to be more efficient with their time and resources. Organizations work to ensure observability so that they’re always on top of their data systems, watching for errors and quickly resolving any issues that arise. Monitoring and observability for modern services and infrastructure is critical to ensuring data quality and transferring it between systems.
Businesses that fail to adequately monitor their data often run into problems that could have been resolved relatively quickly had they been addressed straight away. Because data observability empowers organizations to monitor their data pipelines in real-time, they can easily spot errors and work to make necessary changes to the system as soon as possible. They can also identify new areas of opportunity, better optimize their systems, and reduce downtime. Finding the right data observability tools for your business can empower you to do all this and more.
Gartner is a leading platform in tech research and provides helpful tools and insights to help organizations make smarter business decisions. Data observability Gartner resources help companies compare data tools so that they can find the most appropriate solution for their data observability needs. Gartner’s Magic Quadrant helps users visualize different data-related tools and solutions, seeing how they stack up against each other and getting a better idea of what each brings to the table. There are many different types of tools and solutions that can aid in your data observability process, and accessing resources such as those offered by Gartner can help you make an informed decision about which tools would be most helpful to your business operations.
Data observability tools
Data observability tools help simplify data observability from multiple angles. For example, if you’re looking to automate error detection, you can implement a tool that automatically scans for errors and alerts users to problems with the system. This way, rather than having to constantly comb through their data by hand, which can be extremely time-consuming and lead to even more errors, users can focus their attention on other things while still receiving critical notifications. In this way, a data observability platform can help you to make better use of your time.
The data observability market size is growing rapidly and is expected to continue expanding in the near future. More and more businesses are realizing the value of being able to monitor their data in real-time; they are more concerned than ever with data quality and reliability. For this reason, the demand for data observability tools is growing. With so many options to choose from, it can be difficult to narrow your search, but defining your needs and preferences is a great place to start. If you prefer open source software, for instance, you should try searching specifically for data observability tools open source solutions.
Data observability tools by Gartner
Data observability tools Gartner solutions make it easy for businesses to compare different data tools, visualizing where each stands in the market and how they stack up against their competitors. Emerging solutions provide enhanced end-to-end monitoring, leveraging machine learning to not only predict errors, but learn why they happen. With advanced tools like these on the market, organizations may struggle to choose the right solution for their unique business needs. The Application Performance Monitoring Gartner Magic Quadrant allows users to analyze APM tools and decide which is best for their business. For the most up to date Gartner application performance monitoring information, you can access the Gartner Magic Quadrant APM 2022 resource.
The Gartner Observability Magic Quadrant is another great tool for comparing observability platforms. The quadrant places each solution along a spectrum consisting of challengers, leaders, niche players, and visionaries. Each solution falls into one of these quadrants and, allowing users to easily visualize where they stand in comparison to each other. For example, if you’re looking for an observability platform that is able to execute on even the most advanced initiatives, then the solutions within the challengers quadrant may be ideal for your organization.
Data observability pillars
The key data observability pillars, sometimes referred to as the six facets of data observability, are completeness, consistency, freshness, validity, and uniqueness. Many people erroneously believe that accuracy is the only component of quality data, but even if data is error-free, it could still be inconsistent or out of date. This is why, when constructing a data observability framework, it’s important to take a holistic, multidimensional approach to data quality. You can’t assume that just because data is lacking in errors that it’s necessarily useful—in truth, data observability and quality is multifaceted.
Your data observability architecture should not only account for all pillars of data observability but empower you to take action when needed. If there is something wrong with your data, your framework should make room for adjustments, outlining the steps you should take to resolve issues as quickly and effectively as possible. It should also allow for scalability. Your data-related needs will likely evolve over time, and so it’s important to select a tool or solution that can grow alongside your business.
Data observability vendors
Data observability vendors provide the tools and software for users to observe their data in real-time, ensuring that it moves smoothly through the pipeline. There are multiple components of data observability, and some platforms are better at monitoring certain things than others. If you’re particularly concerned with completeness, for instance, you should look for a data observability platform that automatically checks to make sure that all data is complete and up to date. Likewise, if you want to tackle observability with open source software, you should seek out a vendor that offers data observability open source tools.
Many businesses assume that their data is fine as it is; that it will move through the pipeline without issue. While for some, this may be the case more often than not, data pipeline observability is crucial to ensuring that nothing important slips through the cracks. Data observability vendors equip businesses with the tools they need to better manage and optimize their data, routinely checking for errors and responding to issues in order to resolve them as quickly as possible. Full data visibility is key to maintaining data quality, which can then be used to drive more informed decision-making. As such, data pipeline observability can increase revenue and aid in business growth in general.