Databricks Reviews

Databricks is very useful and can handle thousands of different use cases. The use cases are all over the place.

Databricks has improved my organization by allowing us to transform data from sources to a different format and feed that to the analytics, business intelligence, and reporting teams. This tool makes it easy to do those kinds of things.

The most valuable Databricks feature for us is that it does not require us to configure clusters. It automatically configures the clusters to the right size, the right number of clusters, the right number of nodes per cluster, et cetera.

The area in which this product can be improved is optimization. In the next release, I would like to see more optimization features.

I have been using Databricks for a couple of years.

I would say the ROI for this solution is expressed mainly in terms of effort and time.

I would advise that they train themselves before using Databricks. They should figure out which advantages Databricks has over just plain Spark and use it to the best advantage that they can.

I am currently implementing the latest version of Databricks.

The Databricks solution is deployed through Cloud.

I would rate the Databricks solution a nine.

Our primary use case of this product is for our customers who are running large systems and looking for an API -- a quick, easy integration with their own system. We use Databricks to create a secure API interface. I'm vice president of data science and we are customers of Databricks. 

Databricks is quite easy to use and requires less coding and customizations than a solution like AWS SageMaker which I'd previously used on a lot of projects. Databricks enables more people to efficiently build and host their ML code. Another great aspect is that MLflow is already integrated with Databricks which makes a big difference. It enables us to track and monitor all our different experiments. We have mostly used the MLflow part and generic notebooks with the ML building machine learning model, as well as using Pytorch for some of our medical imaging. We were able to quickly deploy both these features without requiring anything extra. 

I'm struggling a little because I wanted to do some POC solutions. I present a lot of projects in various forums and seminars and there aren't a lot of credits and trial options with Databricks. Even if we want to explore, we're not able to and that's a challenge. The solution is quite expensive.

I've been using this solution for a year. 

It's currently stable although we have not yet tested it with a huge volume of data. We'll focus on the performance and model serving capability in the near future. We're still carrying out performance testing, developing the models and figuring out the infrastructure.

Scalability is quite good because we just used 128 GB of resources. It's quite easy to scale.

It was relatively simple, we didn't face any challenges. Deployment takes around two days. 

We did a PSU in Azure ML Studio which is quite a good solution, easy to deploy and use. It's almost a no-code platform. We've also found Azure ML Studio to be quite cost-effective.

I would recommend trying Databricks because it's cloud agnostic. A lot of customers currently use Azure but want to build something on their own down the track. Databricks makes that easy with its integration with other cloud customers. If somebody wants to build something on their infrastructure or their own virtual cloud, this is a good platform.

I rate the solution eight out of 10 because of the issue I'm having with a lack of trial options.

Our primary use case for this solution is for data ingestion and the DQ rules we are implementing. We deploy the solution on Azure cloud.

Whenever we send data to downstream applications for creating a file, multiple business rules are involved, and this solution assists with quickly computing a considerable amount of historical data.

Its lightweight and fast processing are valuable.

The product could include some UI features to improve the ease of use, like drag and drop for a few aggregated functions. Additionally, the Databricks cluster can be improved.

We have been using Databricks for approximately two years and are currently using the latest version.

The solution is very stable. However, sometimes it intermittently restarts. I rate the stability an eight out of ten.

The solution is scalable, and we are trying to implement more use cases with Databricks in our organization as we advance. I rate the scalability an eight out of ten.

I rate customer service and support a nine out of ten.

Positive

The initial setup was not very complex. We deploy the solution manually and the time required depends on the complexity of the business logic. I rate it an eight out of ten.

We implemented the solution through an in-house team.

I rate the solution an eight out of ten.

I am using Databricks in my company.

The most valuable feature of Databricks is the notebook, data factory, and ease of use.

I have been using Databricks for approximately nine months.

The performance and stability of Databricks are good. It is quick and I have not had problems.

Databricks is highly scalable.

We have 200 people using the solution in my organization.

When I used the support, I had communication problems because of the language barrier with the agent. The accent was difficult to understand.

I have not worked with another solution prior to Databricks.

The price of Databricks is reasonable compared to other solutions.

I rate Databricks an eight out of ten.

The primary use is for data management and managing workloads of data pipelines.

Databricks can also be used for data visualization, as well as to implement machine learning models. Machine learning development can be done using R, Python, and Spark programming.

Databricks gives you the flexibility of using several programming languages independently or in combination to build models.

The quick visualization of the data is very good.

The workload management functionality works well.

Databricks requires writing code in Python or SQL, so if you're a good programmer then you can use Databricks.

I have been using Databricks since 2017. I am no longer using it personally, although my team is, and will continue to do so in the future.

Databricks is quite popular these days and it appears to be stable. I have not found any issues with stability.

Databricks is scalable, regardless of which cloud provider is being used. It is supported on Microsoft Azure, AWS, and they have their own cloud as well.

For a small workload, Databricks may not be worth the costs. However, for larger workloads, Databricks is a very good solution.

In my previous organization, there were between 10 and 15 users.

The technical support is handled by Microsoft partners and because we had premium support, it was easy to get. That said, I did not require any support.

I have not used tools that are similar to Databricks for workload management, but Azure ADFv2, Google BigQuery, SAS are some the most powerful tools in this space, that I have used in the past. I have also heard of Dataiku and other tools but I have not used them. The only things that I have used are tools written in Python or scripting languages.

There is no installation required.

Databricks uses pay-per-use model, where you can use as much compute as you need. I think that the cost can be reduced, given that there are more users on the platform, although it is not as expensive as some other solutions like SAS.

As we transition to the Azure cloud, I expect that we will be using Databricks for workloads.

This is a product that I recommend for those who want to scale and have a good budget. It is good for automating a data pipeline and managing workloads. My advice for anybody who is starting to use it is to take the proper training.

Overall, based on my uses, I think that this product is pretty good.

I would rate this solution an eight out of ten.

This solution offers a lake house data concept that we have found exciting. We are able to have a large amount of data in a data lake and can manage all relational activities. All asset complaints properties are available and this is very useful to ensure the quality of all data.

The connectivity with various BI tools could be improved, specifically the performance and real time integration. There is also some improvement required in the semantic layers to manage the data match as well as the data warehouse features.

In a future release, we would like to have features to better manage all ML development activities.

I have been using this solution for three years. 

This is a stable solution, especially compared to other technology on the market.

It is a scalable solution but this depends on the platform that is being used. If you use a cloud platform such as Azure, it offers scalability. However, some platforms will not support scalability using Databricks.

We have around 20 users in our development team using Databricks. 

The customer service and support for this solution is good. 

Positive

The initial setup is pretty simple and requires minimal configuration compared to other technology.

I would rate the pricing for this solution a four out of five. This does depend on the environment or the infrastructure that one is using. There is a difference in pricing between using Azure or being on-premises. 

Azure Synapse is a competitor that we evaluated but it is not mature enough to provide better performance than Databricks. We choose Databricks due to the ability to have a lot of data in Data Lakes and the Data Warehouse. We are also able to run data science activities using ML flow.

If you are looking for custom model development and a lot of data management in a cloud agnostic manner, then Databricks is a good solution.

I would rate this solution an eight out of ten. 

My division works with Big Data and Data Science, and Databricks is one of the tools for Big Data that we work with. We are partners with Microsoft and we began working with this solution for one specific project in the financial industry.

The most valuable feature is the ability to use SQL directly with Databricks. That is the most relevant thing for my current project.

After deployment, it is easy to load files and query data.

I have seen better user interfaces, so that is something that can be improved.

It was quite hard to deploy.

I have been using Databricks for about one year.

We have not found any bugs yet, although it is only the beginning of our work. I do not have enough information to say for sure.

We have about 200 employees but it is only a small group using Databricks. We are at the beginning so scaling is not something we have had to do.

We have not had to contact technical support because we are Microsoft partners and I am calling a colleague of mine who is helping me directly.

I have used Snowflake and one of the differences is that Snowflake is much easier to deploy.

The first deployment is difficult. It is not straightforward and you have to think about a lot of stuff. It is not really like a SaaS deployment and there are a lot of steps that you have to take.

We have our own team, which includes colleagues from Microsoft. Because the current project is a large client, they would like to see this project succeed.

We find Databricks to be very expensive, although this improved when we found out how to shut it down at night.

Our client is a bank and some of the information can be shared outside of the organization, whereas some of the data is confidential and private. Using a purely on-premises solution would have made it more difficult to share information with the outside, which is one of the reasons that they wanted a cloud-based deployment. 

My advice for anybody who is considering this solution is that it is very good for unstructured or semi-structured data. If, however, you have structured data then I would recommend a columnar database like Snowflake or Vertica. These solutions are easier to deploy.

This is a good solution that is working well, but I don't think that it is really a SaaS.

I would rate this solution a seven out of ten.

We have a team that works on Databricks for our clients. We are customers of Databricks. 

Databricks can cut across the entire ecosystem of open source technology which gives an extra level in terms of getting the transformatory process of the data. The solution is primarily open source and they have bolstered its components to make it more fit for purpose for a complete Azure Data platform. The solution is responsible for the core transformatory activities. While Azure Data Factory is very good for pulling in the data, doing the basic standardization and profiling, Databricks is more about making fundamental changes in structure or in size of the data and aligning it for subsequent consumption, or for the final layer on Synapse. It also has the power to complement and work with Spark and elements related to Python. 

In my view, the fundamental approach of implementing Databricks is still very code heavy, more than you find in Azure Data Factory and other technologies like Informatica or SQL Server Integration Service. From my perspective, that could be improved. I'd also like to have the ability to facilitate predictive analytics within the solution. 

I've been using the solution for a year and a half. 

Stability of the product is good, whether it's handling large volumes, diverse elements of data or processing data at speed. It has stood the test of time. It's a solution that really lends itself to that higher level of stability, versatility and diversity in terms of its capability to process different forms of data.

The cost of the solution is slightly on the high side so it's important to use it efficiently.

Use the solution wisely and in tandem with Azure Data Factory. Apply the prism in your overall design of the pipelines of the flow, to utilize to its potential. Databricks offers significant capability to the transformatory and data tranching capabilities in terms of diverse variety to Azure Data Stack per se. In terms of the license, ensure that the customer is getting what they paid for so that the value for money is realized. 

I rate the solution eight out of 10.