
Overview
MongoDB Atlas for Government has achieved FedRAMP Moderate Authorization and is a separate environment of MongoDB Atlas, dedicated to meeting the demanding security and privacy needs of the US Government.
It is a fully managed MongoDB service engineered and run by the same team that builds the database and MongoDB Atlas. It incorporates operational best practices we've learned from optimizing thousands of deployments across startups and the Fortune 100. Build on MongoDB Atlas for Government with confidence, knowing that you no longer need to worry about database management, setup, and configuration, software patching, monitoring, backups, or operating a reliable, distributed database cluster.
MongoDB Atlas for Government is available in AWS GovCloud and AWS US FedRAMP Moderate regions.MongoDB Atlas for Government for AWS Marketplace includes: 24,000 MongoDB Atlas for Government Credits valid for 12 months for USD 24,000. Credits are consumed based on the chosen cluster configuration, backup settings, and network transfer costs
MongoDB Atlas for Government Pro Support with 2 hr response time SLA. The MongoDB Atlas for Government Pro plan provides access to proactive, consultative support. The same team that builds the database helps you throughout your entire application lifecycle. You can ask MongoDB experts unlimited questions, 24 x 365, globally.
Highlights
- Highly available: Clusters are geo-distributed fault-tolerant and self-healing. Deploy across multiple regions (e.g.: spanning GovCloud east and west regions) for even better guarantees and local reads.
- Protect your data: Strong security defaults with authentication, network isolation, encryption, and role-based access controls keep your data protected.
- Build semantic search and AI-powered applications: Integrate the operational database and vector search in a single, unified, and fully managed developer data platform with a MongoDB native interface that leverages large language models (LLMs) through popular frameworks
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Customer reviews
Fast, Affordable, and Easy to Integrate with Great Docs and AI Features
MongoDB Atlas Makes Migrations Safer with Color-Coded Connections and Autoscaling
Another thing I like about MongoDB Atlas is how easy it is to use with Node.js, Python, Golang, and other languages. They also provide automatic monitoring, so I can see things like CPU usage, and there’s autoscaling in place. That means I don’t have to worry as much about whether I’m handling the right number of users or if the setup is sized properly.
One more point: my company uses both AlloyDB and MongoDB, so we have data in both places. Because of that, it’s been pretty easy to integrate and work across them. I also work in an MNC where we build a lot of AI agents, and MongoDB’s features for chunk embeddings and vector search have been helpful. I believe those are in the paid version, not the free one, but using them reduced a lot of back-and-forth between databases for us, since MongoDB can effectively work as a vector DB too.
On pricing, I do have some issues. We were using the VertexAI integration, but now we can see that the Voyage AI integration is cheaper in MongoDB, so we have to migrate. While migrating, I will say it’s convenient that there are a lot of commands I can run to move data directly, like mongodump and similar tools.
As for support, I’ve never really faced issues that required it, so I haven’t had the chance to contact the Atlas team. In my case, that’s usually handled by our DevOps person anyway.
To give a simple, superficial example, imagine an assistant called “human.” Inside “human,” the tools might include a hand (maybe only a hand, or maybe hands and legs). At the top level, the assistant can also have its own properties—for example, if it’s a human, it might have a property like “anger.” Then, within the hand tool, you’d have the hand’s properties, plus its integrations. Even within those integrations, you might have different variations—for instance, one integration could represent fingernails, another could be a gauntlet, and another could be gloves.
The point is that we needed a very flexible schema. If we had used another database, it likely wouldn’t have supported this kind of structure as easily, and we wouldn’t have been able to model things in such a nested, adaptable way. With Mongo DB, we were able to do it.
Another thing I want to add is that since Mongo DB introduced transactions, they’ve been really useful for us. If a transaction fails, it automatically rolls back, and the whole step fails cleanly, which is a great feature.