Databricks Reviews

The use case for Databricks is that we use the clustering for high big data processing within the cluster.

I think it is difficult to determine which feature of Databricks I enjoy the most since there are many valuable features.

What's valuable about Databricks to my organization is that it is more cost-effective and provides better performance than the current AWS tools and services they offer.

I am uncertain about specific improvements for Databricks.

It would be beneficial to make Databricks even more cost-effective.

I have been using Databricks for two years.

My experience with Databricks has been smooth, and I haven't encountered any issues.

Databricks is definitely a very stable product and reliable.

I have not used Databricks customer service or support.

Positive

Before Databricks, I used Batch processing, Fargate, and possibly Kubernetes.

I switched from my previous solutions because they were either too expensive or too difficult to configure.

I have considered other solutions besides Databricks, such as Snowflake, but we haven't explored it extensively yet.

We are still early in our Snowflake experience, so we don't know the pros and cons compared to Databricks.

My deployment model for Databricks is limited as I'm not a heavy user.

I am not the person who purchased Databricks, but it was possibly acquired through the AWS Marketplace.

I may not have utilized Databricks machine learning capabilities.

My experience with the pricing and licensing model is that it remains relatively expensive. Though it's less expensive than AWS, we still need a more cost-effective solution.

I would rate Databricks overall a nine out of ten.

I primarily use Databricks to process large-scale data sets with Apache Spark. My main use case is processing large data sets, such as 600 GB or 800 GB.

Databricks integrates natively with Apache Spark, which I use as a processing engine for large-scale datasets. This native integration is one of its strengths. Another strength is that the platform makes it very easy to manage resources. For example, setting up a cluster of five or fifteen nodes is straightforward with Databricks. The notebook environment is also excellent, making it easy to perform various tasks.

While Databricks allows you to upload your packages, we encountered some limitations with its capabilities, particularly with Apache Spark, which also affected Databricks. We had issues working with spatial data. You had to go through many steps to find libraries that could process spatial data in a distributed fashion.

I have been using Databricks since 2018.

I might have a project that runs for one or two months, and perhaps I won't use it for six months. Self-service is one of its strengths. I can shut down everything and easily spin up resources when I need to use them again.  We have a dedicated group of fifty people who consistently use Databricks for analytics.

The initial setup was very easy and took around 10-15 people. We have a data science infrastructure team helping with this.

Databricks stands out among most data platforms mainly because of its ease of use. The learning curve is not as steep, making it accessible for anyone to handle large-scale data processing on Databricks. This ease of use contributes positively to our return on investment. However, in our line of work, converting this efficiency into direct monetary gains can be challenging, given our nonprofit nature. 

We purchased high-performance laptops to reduce our reliance on the cloud. The main issue was the cost. Internally, if I used Databricks, that cost would return to my team. There was a time when my monthly cost was around ten thousand dollars, which was quite high. Due to these costs, several teams, including ours, move away from using Databricks and other cloud providers. It became prohibitive, so we invested in our high-performance computers internally instead.

Databricks provides ease of use for me, particularly due to its seamless integration with Apache Spark. This integration simplifies the process of conducting machine learning on large-scale datasets.

I recommend this solution 100%. Overall, I rate the solution an eight out of ten.

Databricks is used for transformations and streaming data processing. We utilize it primarily for data analytics, including the use of Delta Lake and Delta Life tables for ETL processes, dashboards for analysis, and the Unity catalog for role management.

Databricks improves our data analysis tasks with its powerful functionality, offering real-time analytics and machine learning features that help improve model accuracy. It is easy to use, which helps in saving time and, ultimately, costs.

The most valuable features of Databricks include the Delta Lake, a user-friendly interface, Delta Life tables for ETL, dashboard features for analysis, and the Unity catalog for role management. It also offers AI functionalities that assist with code management and machine learning processes.

While Databricks is generally a robust solution, I have noticed a limitation with debugging in the Delta Live Table, which could be improved. The issue with Delta type tables not loading into multiple places in a single pipeline has been fixed recently.

I have been working with Databricks for four years.

We regularly contact Databricks support and are satisfied with their service. I would rate them eight out of ten.

Positive

The initial setup was straightforward after the first week. Deployment processes became quick and efficient using Git.

In terms of cost-effectiveness, Databricks is worth the money.

I'd rate the solution nine out of ten.

I work in a project where I build data pipelines using Azure Data Factory. I ingest data from on-premises to Azure Data Lake. After that, I perform transformations using Databricks notebooks and Spark, building the Databricks bronze, silver, and gold layers. We export reports from the gold layer.

Recently, we started using Databricks in our organization. It helps integrate data science and machine learning capabilities.

The Unity Catalog is a central governance for all data around the workspaces, and also Databricks' integration capabilities with cloud services like Azure Event Hub and Azure Data Factory. It is user-friendly for data processing, and Spark is a strong language for big data processing.

Performance could be improved. It is crucial to check coding, configure Spark correctly, implement caching, and monitor performance metrics to enhance performance.

I have used Databricks for over two years.

I would rate stability as eight out of ten. It is quite stable.

Databricks is perfect for scalability. It is easy to scale clusters.

I haven't faced any issues requiring customer support, so I don't have experience with their customer support.

Positive

We used Informatica before, which is perfect for data management solutions. We started using Databricks for its capabilities in data science and machine learning.

I would rate the initial setup as nine out of ten. It is quite easy for someone experienced with Spark.

For my company, it's okay to upgrade to Databricks because it's comparable in price to Informatica. It is not considered expensive for the company.

For machine learning, I used Python and its libraries manually. Prior to Databricks, there was no special tool used for these purposes.

If a company focuses on data science and machine learning, I recommend using Databricks. It's a great solution in this field. For data management needs, Informatica is advantageous due to its comprehensive tools.

My company uses Databricks to process real-time and batch data with its streaming analytics part. We use Databricks' Unified Data Analytics Platform, for which we have Azure as a solution to bring the unified architecture on top of that to handle the streaming load for our platform.

The most valuable feature of the solution stems from the fact that it is quite fast, especially regarding features like its computation and atomicity parts of reading data on any solution. We have a storage account, and we can read the data on the go and use that since we now have the unity catalog in Databricks, which is quite good for giving you an insight into the metadata of the data you're going to process. There are a lot of things that are quite nice with Databricks.

Scalability is an area with certain shortcomings. The solution's scalability needs improvement.

I have been using Databricks for a few years. I use the solution's latest version. Though currently my company is a user of the solution, we are planning to enter into a partnership with Databricks.

It is a stable solution. Stability-wise, I rate the solution an eight to nine out of ten.

It is a scalable solution. Scalability-wise, I rate the solution an eight to nine out of ten.

My company has a team of 50 to 60 people who use the solution.

Sometimes, my company does need support from the technical team of Databricks. The technical team of Databricks has been good and helpful. I rate the technical support an eight out of ten.

Positive

The initial setup phase of Databricks was good. You can spin up clusters and integrate those with DevOps as well. Databricks it's quite nice owing to its user-friendly UI, DPP, and workspaces.

The solution is deployed on the cloud.

The time taken for the deployment depends on the workload.

I cannot judge whether the product is expensive or cheap since I am unaware of the prices of the other products, which are competitors of Databricks. The licensing costs of Databricks depend on how many licenses we need, depending on which Databricks provides a lot of discounts.

It is a state-of-the-art product revolutionizing data analytics and machine learning workspaces. Databricks are a complete solution when it comes to working with data.

I rate the overall product an eight out of ten.

Our company uses the solution for big data and as an interface for analytics. 

We also create custom APIs to get data and provide SQL endpoints so users can access it over traditional tools like JDVC or ODBC. 

We use the solution on AWS and Azure. The data lake is wide open for departmental use. We have ten departments and two or three people from each department access the solution. 

The platform as a service allows us to ramp up a new database pretty fast. We deploy some of the infrastructure as a code. End users can access data immediately and connect with Power BI for reporting. 

There are good features for turning off clusters. Basically, if we aren't using it, then it is turned off. When a user starts accessing, it starts up so we save on computing. 

Our data lake team likes the interface very much because it is straightforward. Of, course you need to understand the different clusters when they are started. 

There are nice features for matching the learning and analytics. 

The security features allow us to integrate with the active directory and assign different people to different databases. 

The solution has good a good interface with Python. 

There is good integration with Azure so we can access the solution over the standard Azure interface and use the storage pro measure. 

It would be nice to have more guidance on integrations with ETLs and other data quality tools. The solution is not really a product for ETL or data quality so we use other DBT tools. 

I have been using the solution for four months but my company has been using it for one year. 

The solution is very stable with no issues so I rate stability a ten out of ten. 

The solution is scalable to the cluster size and Azure storage. 

Scalability is rated an eight out of ten. 

I have not used technical support. 

The company has regular calls with Databricks and they are pretty good but are more on the technical presale side. 

We previously used Azure's data lake product and possibly some Hortonworks. 

The setup is not easy but also is not too complicated. An infrastructure needs to be set up first. We use Azure storage or SQL S3 and create private end points. 

This is maybe a little more complex or a bit different than other databases in the cloud. For a traditional setup, you need to also think about file systems and disks. Here, you just transform it into the storage and private end point. 

The first setup might be a bit of a struggle until you learn and understand what is necessary. 

We implemented the solution in-house with support from Databricks. Two team members were involved in the implementation. 

Three team members handle ongoing development and maintenance. 

The solution is affordable. 

The solution is pretty good because it uses Azure's data lake storage. It is basically the tool on top that provides the SQL interface and APIs for Python. I like the solution because it enables people to work with it.

I rate the solution a nine out of ten. 

I am a Databricks service partner, and my customers use Azure Databricks and Data Factory.

It's very simple to use Databricks Apache Spark. It's really good for parallel execution to scale up the workload. In this context, the usage is more about virtual machines.

Using meta-stores like Hive was optional, and the solution is good for data science use cases. With the Authenticator Log, Databricks is good for data transformation and BI usage. We have a platform.

I would like more integration with SQL for using data in different workspaces. We use the user interface for some functionalities, while for others, we have to use SQL to create data sets and grant permissions. For example, when creating a cluster, we have to create it with some API or user interface. Creating a cluster with some properties using SQL grants the possibility of using SQL syntax. Integration with SQL will make Databricks easier to use by people who have experience with databases like Lakehouse, and they would be able to use the data lake and BI. More integration will help have one point of view for everyone using SQL syntax.

Integration with Kubernetes could also be good for minimizing the price because you can use Kubernetes instead of virtual machines. But that won't be easy.

I have worked with the solution for four or five years, with some experience since 2016.

The solution is stable. The only problem with stability would be that people are not using it efficiently.

The solution is good for scalability.

When we have administration experience, the solution is not difficult to deploy. Technically, however, it's difficult because governance is more complex. For example, I have two warehouses on Databricks, which are clusters in this workspace, and we have to switch from workspace to workspace to have all this information. There is a system table that has all this, but I don't know if everyone can use these tables.

Databricks are not costly when compared with other solutions' prices.

Databricks's functionalities are as good as solutions like Snowflake, BigQuery, and Redshift.

People sometimes do not use the solution efficiently. They misunderstand databases, the usage of tables, and the performance. Many data engineers are very junior and don't have skills in that. Stability is more a customer problem than a problem with the product itself. One possible problem with the product is that there's no method to pause the usage of something. For example, we have to use the meta server or the data catalog in Synapse. But in Databricks, we have a choice to use a catalog or not, or Hive, which is always integrated, but we have to choose whether to use it or not. Many customers directly use the passes on Databricks, which causes performance and governance problems.

I can offer a lot of advice on Databricks, and one is to use meta stores like Unity Catalog or Hive Metastore. For incoming use cases, it's better to use Unity Catalog.

I rate Databricks a nine out of ten.

I worked with Databricks pretty recently. The particular design processes involved in Databricks were also a part of that specific design/architectural process.

We have used the solution for the overall data foundation ecosystem for processing and storage on a Delta format. We have also seen use cases where we were trying to establish advanced analytics models and data sharing where we leverage the Delta Sharing capabilities from Databricks.

A very valuable feature is the data processing, and the solution is specifically good at using the Spark ecosystem.

There are some aspects of Databricks, like generative AI, where they are positioning things like DALL-E. They're a little bit late to the game, but I think there are some things that they are working on. Generative AI is catching up in areas like data governance and enterprise flavor. Hence, these are places where Databricks has to be faster, and even though they are fast, I'm not sure how they'll catch up and get adopted because there are strong players in the market.

Databricks is coming up with a few good things in terms of integration. But I have to put one point forward that covers multiple aspects, which is the ease of use for the end user while operating this particular tool. For example, a tool like ADS gives you a GUI-based development, which is good for the end user who does development or maintenance. Looking at the complexities of data integration, a GUI might not be easy, but Databricks should embrace something on the graphical user development front because it is currently notebook-driven. Also, in terms of accessing the data for the end user, Databricks has an SQL interface, similar to earlier tools like SQL Management Studio. Since people are mostly comfortable with SSMS already or not, Databricks can build integration to known tools for data access, and that also helps, apart from what they're doing. I would like to see improvements with respect to user enablement, which is a good part of enterprise strategy. I would like to see their integration with a broader ecosystem of products. If you have to do data governance in tools like Microsoft Purview, it's manual and difficult. Now, I'm unsure if that momentum must be from Databricks or Microsoft. But it would be good if Databricks had some open interfaces to share metadata, which could be viewed in tools enabling data governance like Collibra, Purview, or Informatica. The improvement has to do with user and metadata integration for tools.

I've worked with Databricks for over five or six years, but it's been on and off.

The solution is scalable. In this particular ecosystem, there is no one else who can catch up with Databricks for now.

Databricks' customer support is very good. They have a lot of ways in which they interact with vendors and service partners across the globe. They have periodic touch-up sessions with vendors, where their engineers answer your questions.

The implementation is not challenging because the solution integrates well with the platforms on which they are established, whether it's Azure, AWS, or GCP. The solution is not difficult to set up, but you'd probably need a technical user to operate it.

It's the same story with maintenance, where you'd need a technically proficient person with programming knowledge to maintain it.

Databricks integrates many enterprise processes because data processing and AIML are a small part of a larger ecosystem. Databricks has been a part of other platforms, and they are trying to establish their platform, which is a good direction.

Most of the capabilities of the underlying platform can be leveraged there. But the setup isn't difficult if the database lacks some capability, you can't find it in the database, or you're not comfortable with a certain feature in the database. It integrates well with the underlying platform. For example, with scheduling, let's say you are uncomfortable with workflow management. You can utilize integrations with EDA for any other tool and probably perform scheduling. Even if what you're trying to do is not easy, it is enabled with integration. Either they build a required feature in their tool later on, like a GUI, or you perform integrations to make the features possible.

We did evaluate licensing costs, but it had more to do with the Azure ecosystem pricing since whatever we are doing has more to do with Azure Databricks. Many optimizations are recommended, but we haven't exercised those for now. But considering that the processing is a bit more efficient, the overall price won't be much different from what it could be for any other similar component or technology. We haven't had specific discussions with Databricks' folks on pricing.

My advice to users who would like to start working with Databricks is that it is a good solution to work with for data integration and machine learning. Databricks is maturing for other use cases, so there are two points to be considered. One is that you need to evaluate how they will mature, which will be on a case-to-case basis. Second, how will it align with the overall platform story? There will be many overlapping aspects over there as Databricks expands its capabilities. In that case, it must be considered that if those capabilities overlap, how will the underlying platform vendors handle it? How would that interplay happen if many of Databricks' new capabilities align with Microsoft Fabric? That has to be very carefully considered. Otherwise, if you utilize those new capabilities, there might be a discontinuity where you cannot use Databricks because the platform does not support that.

If I specifically talk about Spark-based processing transformations, the data integration story, and advanced stability, I would rate Databricks around eight out of ten. However, with respect to new capabilities like cataloging, data governance, and security integration, I rate Databricks around five because it has to establish these features. And since Databricks integrates with platforms, we must see the interplay with the platforms' capabilities.

I overall rate Databricks a seven out of ten.