RavenDB

RavenDBFile:Logo-blue Ravendb.png

Original author(s)| Oren Eini (aka Ayende Rahien)
Developer(s)| RavenDB[1]
Initial release| 2010; 16 years ago (2010)
Stable release|

7.2 LTS / February 2026; 3 months ago (2026-02)

Written in| C#
Engine| Voron
Operating system| Windows, Linux, Mac OS, AWS, Azure, GCP
Available in| English
Type| Document-oriented database
License| AGPLv3
Website| ravendb.net

RavenDB is an open-source document-oriented database written in C#, developed by RavenDB Ltd.[2][3][1][4] It's built on top of the custom Voron storage engine and supports ACID transactions. RavenDB uses a SQL-like query language, (RQL), and includes native features for handling time series, graph querying, and full-text search. It is cross-platform, supported on Windows, Linux, Mac OS, AWS, Azure, and GCP and can be deployed on cloud, on-prem, and the edge, including constrained environments such as Raspberry Pi Zero.[5] RavenDB can be deployed in distributed clusters with master-master replication.

## Contents

* 1 History
* 2 Background
* 3 Version history
* 3.1 System architecture
* 4 Main features
* 4.1 Indexes and querying
* 5 Document extensions
* 6 Cluster-wide ACID Transactions
* 7 Generative AI and Vector Integration
* 8 RavenDB Cloud
* 9 Embedded instance
* 10 Licensing
* 11 Security and reliability
* 12 References
* 13 External links

## History

Originally named "Rhino DivanDB",[6] RavenDB began in 2008 as a project by Oren Eini (aka Ayende Rahien)[7][8] and was developed by the company’s former name, Hibernating Rhinos Ltd.[1] RavenDB is described as one of the first document databases to run natively on the .NET Framework, and to offer multi-document ACID transactions[2][3][9][10][11][12]

In 2019, the company began offering RavenDB as a cloud service named RavenDB Cloud.[13][14][15]

In 2020, version 5.0 added document compression and time series support.[16][17] Subsequent releases included version 5.2 (LTS) in 2021 with improvements for business intelligence and ETL workflows,[18][19] version 6.0 in 2023 with a new indexing engine, sharding support, and messaging‑queue integrations,[20][21] and version 6.2 (LTS) in 2024 with further stability and operational enhancements.[22]

In February 2025, version 7 was released with vector search and AI integration.[23]

In July 2025, version 7.1 introduced AI Agent Creator and GenAI Integration.[24]

In August 2025, the company officially changed its name from “Hibernating Rhinos Ltd.” to “RavenDB Ltd.”[25]

In February 2026, version 7.2 was announced as an LTS release.[26]

## Background

RavenDB was created primarily for the .NET ecosystem and was one of the early document databases to provide full ACID transactions. Over time, it has expanded from a .NET-centric document database into a cross-platform product with client APIs for multiple runtimes and deployment options on-premises and in the cloud. Its feature set has advanced and now includes cluster-wide transactions, full-text search based on Lucene and Corax (full text search engines), time series support, ETL and analytics integrations. Additionally, starting with version 7.x, the following AI related features are available: vector search capabilities intended for AI and semantic search workloads, generative AI and AI Agents features. As of 2025, RavenDB serves over 12,000 customers and over 1,000 organizations.

## Version history

Version  | Date  | Features added (partial list)

|
|

7.2  | February 2026[27] | Native AI Assistant, Remote Attachments, and JSON Schema Validation
7.1  | June 2025[28] | Generative AI integration; AI Agents; Embedding Generation[29]
7.0  | February 2025[30] | Vector Search; ETL for Amazon SQS and Snowflake[31]
6.2  | Sept 2024[32] | ETL to Azure Queue Storage; Open Telemetry support
6.0  | August 2023[33] | Corax; Sharding; Data Archival; Sinks for Kafka and RabbitMQ
5.4  | June 2022[34] | Corax experimental release; ETL for Kafka and RabbitMQ[35]
5.3  | November 2021[36] | Concurrent Data Subscriptions;[37] Microsoft Power BI support[38]
5.2  | June 2021[39] | OLAP ETL;[40] Custom Analyzers[41]
5.1  | November 2020[42] | Indexing attachments;[43] Hub/Sink replication with filtering[44]
5.0  | July 2020  | Time series;[45] Data compression using the Zstd algorithm[46]
4.2  | May 2019[47] | Graph querying[48]
4.1  | August 2018[49] | Cluster-wide transactions[48][50]
4.0  | February 2018[51] | Became cross-platform; free license[52]
3.5  | October 2016[53] | Clustering[54]
3.0  | November 2014[55] | Java API; Voron storage engine[56][57]
2.5  | June 2013[58] | Projections; facet querying
2.0  | January 2013[59] | Replication[60]
1.0  | May 2010[61] |

* Green: Supported
* Red: Not supported

### System architecture

Data is stored as schemaless documents blittable format that allows fast transformations from and to JSON.[2][4][6][62][63] Documents are grouped into collections, with each document having exactly one collection.[64]

Databases can be deployed on a distributed cluster of servers (called ‘nodes’) using multi-master replication.[3] RavenDB uses a custom implementation of Raft called Rachis for consensus and clustering. Replication is performed in a cluster-agnostic manner. Tasks are distributed to the different nodes in a balanced way.[65]

Versions 1.0 through 3.5 supported sharding, but versions 4.x do not,[2][3] and reintroduced sharding starting with version 6.0.[66]

RavenDB originally used the ESENT storage engine.[6][7] Version 3.0 replaced it with a new open-source storage engine called Voron. Since 5.4, RavenDB provides a custom-built indexing engine called Corax.[67][68][69]

Hub/Sink replication with filtering is available since 5.1, and sharding is supported starting from 6.0.[70]

Clients are supported for C#, C++, Java, NodeJS, Python, Ruby, PHP and Go.[3]

## Main features

* ACID transactions, including cluster-wide
* Clustering with Raft consensus[65]
* An efficient custom storage engine[6][7][8]
* Asynchronous indexing[71][72]
* Automatic indexing[73]

### Indexes and querying

Queries are expressed in LINQ or with a custom query language named RQL (stands for Raven Query Language) with syntax similar to SQL.[2][3]

* Auto indexes \- in RavenDB queries can only be satisfied by an index; if no appropriate index exists, a new index is created to satisfy the query.[4][10][74]
* Projection \- indexes can be configured to transform indexed data, perform calculations, perform aggregations, and execute JavaScript code on the server side.[3][75]
* Full-text search \- at a low level, data is indexed with Lucene.net or Corax, which means indexes support full-text search.[12][76][77]
* Vector search \- documents can be searched by their semantic similarity; they are indexed using HNSW algorithm; RavenDB supports embeddings generation.

## Document extensions

Documents can be extended with other data types less suited to JSON. These extensions can be loaded, modified, and stored independently of the document itself.[78]

* Attachments \- documents can have multiple attachments of any data type, such as images, audio, or pure binary.[79]
* Time Series \- numerical data associated with specific times and ordered chronologically.[80][81]
* Distributed counters \- atomic counters that can be modified concurrently across the cluster without locking or conflicts.[82]
* Revisions \- a built-in audit capability, capturing snapshots of documents as they change; revisions can be used for data auditing, instant restoration after document corruption, and other purposes.[83]

## Cluster-wide ACID Transactions

ACID transactions can be executed at the scope of a cluster (in addition to single node transactions). The transaction will only be persisted if it is confirmed by a consensus of nodes; if it is not, the transaction is cancelled and rolled back.[48]

## Generative AI and Vector Integration

In version 7.1, RavenDB introduced a comprehensive AI integration layer, positioning the database as a core component for Retrieval-Augmented Generation (RAG) and other AI workflows, eliminating the need for external vector databases.

* Vector Database Capabilities: RavenDB natively stores and indexes high-dimensional embedding vectors, enabling searches based on contextual similarity rather than exact keywords.[84]
* Generative AI Tasks: This feature allows for autonomous, intelligent data processing by defining ongoing tasks that run within the database.[85]
* AI Agents: RavenDB AI Agents facilitate continuous, interactive conversations between a client and an LLM, leveraging the database's data. The conversation history is stored within the database, allowing for multi-turn interactions.[86]

## RavenDB Cloud

RavenDB Cloud is a managed database-as-a-service launched in 2019 on AWS, Azure, and GCP. The service performs administration tasks such as hardware maintenance and security for users. It features the sharing of CPU resources among the different nodes in a cluster to prevent throttling.[14][15]

## Embedded instance

RavenDB can also be run as an embedded instance, a great option for smaller applications and proof of concepts, for instance..[87]

## Licensing

RavenDB is open source under an AGPLv3 license. It is available with a commercial license and a free license for open source projects, but it must be applied for.[88]

## Security and reliability

RavenDB implements authentication and authorization using X.509 certificates. Client certificates are associated with security clearances and database-level permissions, and all communications can be encrypted using TLS/SSL or HTTPS. The database also supports auditing of operations to track access and changes.[89]

For disaster recovery, RavenDB provides ongoing backup tasks, including full and incremental backups, which allow point-in-time recovery. Replication tasks can maintain live copies of data and synchronize it across multiple regions.[90]

RavenDB tracks and assesses publicly reported vulnerabilities. For example, CVE‑2025‑55315 was publicly triaged and analyzed through the vendor’s official channels.[91]

## References

1. ↑ 1.0 1.1 1.2 "Other Vendors to Consider for Operational DBMSs" (in en). 2018. https://www.gartner.com/en/documents/3892294/other-vendors-to-consider-for-operational-dbmss.
2. ↑ 2.0 2.1 2.2 2.3 2.4 "Raven, a Document Database for .NET" (in en). 2010. https://www.infoq.com/news/2010/05/Raven/.
3. ↑ 3.0 3.1 3.2 3.3 3.4 3.5 3.6 "RavenDB System Properties" (in en). https://db-engines.com/en/system/RavenDB.
4. ↑ 4.0 4.1 4.2 Kaur, Harpreet, and Kamal Jeet Kaur. "A Review: Study of Document oriented databases and their Security." International Journal of Advanced Research in Computer Science 4.8 (2013).
5. ↑ Wallen, Jack (2021-01-06). "How to create a new database with RavenDB" (in en-US). https://www.techrepublic.com/article/how-to-create-a-new-database-with-ravendb/.
6. ↑ 6.0 6.1 6.2 6.3 "Ayende's DivanDB (also, is ESENT the most widely used database engine?)" (in en). 2008. https://blogs.msdn.microsoft.com/laurionb/2008/12/23/ayendes-divandb-also-is-esent-the-most-widely-used-database-engine/.
7. ↑ 7.0 7.1 7.2 "Hidden Windows Gems: Extensible Storage Engine" (in en). 2008. https://ayende.com/blog/3769/hidden-windows-gems-extensible-storage-engine.
8. ↑ 8.0 8.1 "Interview with Oren Eini of RavenDB on database management, analytics & security" (in en). 2019. https://bigdata-madesimple.com/interview-with-oren-eini-of-ravendb-on-database-management-analytics-security/.
9. ↑ "RavenDB Development: Finally, A Solid Document-based Database for Windows?" (in en). 2019. https://www.whoishostingthis.com/resources/ravendb/.
10. ↑ 10.0 10.1 "NoSQL Document Database - Embedding RavenDB into an ASP.NET MVC 3 Application" (in en). 2011. https://docs.microsoft.com/en-us/archive/msdn-magazine/2011/november/nosql-document-database-embedding-ravendb-into-an-asp-net-mvc-3-application.
11. ↑ "Why Raven DB?" (in en). 2010. https://dzone.com/articles/why-raven-db.
12. ↑ 12.0 12.1 "RavenDB vs SQL Server" (in nl). https://www.integrace.nl/nl/News/307/RavenDB.
13. ↑ Woodie, Alex (2019-07-02). "RavenDB Launches Managed Cloud Service" (in en-US). https://www.hpcwire.com/bigdatawire/2019/07/02/ravendb-launches-managed-cloud-service/.
14. ↑ 14.0 14.1 "SD Times news digest: Google robots.text parser open sourced, Bonitasoft's cloud and low-code capabilities, and OWASP ZAP 2.8" (in en). 2019. https://sdtimes.com/goog/sd-times-news-digest-google-robots-text-parser-open-sourced-bonitasofts-cloud-and-low-code-capabilities-and-owasp-zap-2-8/.
15. ↑ 15.0 15.1 "RavenDB Adds New Enhancements to Its Cloud-Based Database Service" (in en). 2019. https://it.toolbox.com/blogs/shrutiumathe/ravendb-adds-new-enhancements-to-its-cloud-based-database-service-ensuring-high-availability-in-cloud-110419.
16. ↑ "RavenDB migration from 3.5 to 5.0.3 throws duplicate key error" (in en). https://stackoverflow.com/questions/64663779/ravendb-migration-from-3-5-to-5-0-3-throws-duplicate-key-error.
17. ↑ "RavenDB 5 Improves Distributed Time-Series, Document Compression, and Indexing" (in en). https://www.infoq.com/news/2020/08/ravendb-5-release-document-db/.
18. ↑ "RavenDB 5.2 Features: Read only certificates" (in en). https://ayende.com/blog/193958-A/ravendb-5-2-features-read-only-certificates.
19. ↑ "Ayende @ Rahien" (in en). https://ayende.com/blog/archive/2021/6.
20. ↑ "What's New | RavenDB Documentation" (in en). https://docs.ravendb.net/6.0/whats-new.
21. ↑ "RavenDB Launches Version 6.0 Lightning Fast Queries, Data Integrations, Corax Indexing Engine, and Sharding" (in en-US). https://www.hpcwire.com/bigdatawire/this-just-in/ravendb-launches-version-6-0-lightning-fast-queries-data-integrations-corax-indexing-engine-and-sharding/.
22. ↑ "RavenDB Documentation" (in en). https://docs.ravendb.net/6.2/.
23. ↑ "RavenDB 7.0 Released: AI & Vector Search" (in en-US). https://ravendb.net/articles/ravendb-7-0-released-ai-vector-search.
24. ↑ "RavenDB 7.1" (in en-US). https://ravendb.net/why-ravendb/whats-new.
25. ↑ "daily.dev | Where developers grow together" (in en). https://app.daily.dev/posts/goodbye-hibernating-rhinos-hello-ravendb-ltd-fhgzwutt8.
26. ↑ "AWS Marketplace: RavenDB 7.2 LTS". https://aws.amazon.com/marketplace/pp/prodview-mnqfzkn3qu5ii?sr=0-6&ref_=beagle&applicationId=AWSMPContessa.
27. ↑ "What's New | RavenDB Documentation" (in en). https://docs.ravendb.net/7.2/whats-new.
28. ↑ "RavenDB 7.1" (in en-US). https://ravendb.net/why-ravendb/whats-new.
29. ↑ "RavenDB 7.1: The Gen AI release" (in en). https://ayende.com/blog/202851-C/ravendb-7-1-the-gen-ai-release.
30. ↑ "New in 7.0: RavenDB’s Vector Search!" (in en-US). https://ravendb.net/articles/new-in-7-0-ravendbs-vector-search.
31. ↑ "RavenDB 7.0 Released: AWS SQS & AWS Lambda integration" (in en). https://ayende.com/blog/202083-B/ravendb-7-0-released-aws-sqs-aws-lambda-integration.
32. ↑ "RavenDB 6.2" (in en-US). https://ravendb.net/why-ravendb/ravendb-62-features.
33. ↑ "RavenDB version 6.0 is now live" (in en-US). https://ravendb.net/articles/ravendb-version-6-0-is-now-live.
34. ↑ "Life is an Adventure — Your Database Shouldn't Be" (in en-US). https://ravendb.net/.
35. ↑ Day, Brittany. "RavenDB: A Reliable NoSQL Database For Secure Management" (in en-gb). https://linuxsecurity.com/features/features/features/how-ravendb-has-earned-the-trust-of-hundreds-of-companies.
36. ↑ "Roadmap" (in en-US). https://ravendb.net/about/roadmap.
37. ↑ "RavenDB 5.3 New Features: Concurrent subscriptions" (in en). https://ayende.com/blog/195265-C/ravendb-5-3-new-features-concurrent-subscriptions.
38. ↑ "RavenDB Features 5.3: Power BI integration" (in en). https://ayende.com/blog/195300-C/ravendb-features-5-3-power-bi-integration.
39. ↑ "Roadmap" (in en-US). https://ravendb.net/about/roadmap.
40. ↑ "OLTP vs. OLAP Databases: The Challenges of ETL | Datavail". https://www.datavail.com/blog/the-challenges-of-etl-oltp-vs-olap-databases/.
41. ↑ "RavenDB Documentation" (in en). https://docs.ravendb.net/7.1/.
42. ↑ "RavenDB 5.0 has been released!" (in en-US). https://ravendb.net/articles/ravendb-5-0-has-been-released.
43. ↑ "RavenDB 5.1 Features: Searching in Office documents" (in en-US). https://ravendb.net/articles/ravendb-5-1-features-searching-in-office-documents.
44. ↑ "Filtered Replication" (in en-US). https://ravendb.net/articles/filtered-replication.
45. ↑ "RavenDB Adds Time Series Query Support". https://www.i-programmer.info/news/84-database/13846-ravendb-adds-time-series-query-support.html.
46. ↑ "RavenDB 5 Improves Distributed Time-Series, Document Compression, and Indexing" (in en). https://www.infoq.com/news/2020/08/ravendb-5-release-document-db/.
47. ↑ "RavenDB 4.2 has been released!" (in en). https://ayende.com/blog/187361-A/ravendb-4-2-has-been-released.
48. ↑ 48.0 48.1 48.2 "RavenDB Launches Managed Cloud Service" (in en). 2019. https://www.datanami.com/2019/07/02/ravendb-launches-managed-cloud-service/.
49. ↑ "RavenDB 4.1 Release Candidate is out" (in en). https://ayende.com/blog/184194-A/ravendb-4-1-release-candidate-is-out.
50. ↑ "RavenDB 4.1 Release Candidate is out" (in en). https://ayende.com/blog/184194-A/ravendb-4-1-release-candidate-is-out.
51. ↑ "RavenDB 4.0 is out" (in en). https://ayende.com/blog/181857-A/ravendb-4-0-is-out.
52. ↑ online, heise (2018-02-16). "NoSQL: RavenDB 4.0 jetzt für Windows, Linux, macOS und Docker verfügbar" (in de). https://www.heise.de/news/NoSQL-RavenDB-4-0-jetzt-fuer-Windows-Linux-macOS-und-Docker-verfuegbar-3971913.html.
53. ↑ "RavenDB 3.5 RTM released" (in en). https://ayende.com/blog/175937/ravendb-3-5-rtm-released.
54. ↑ "RavenDB 3.5 RTM released" (in en). https://ayende.com/blog/175937/ravendb-3-5-rtm-released.
55. ↑ "RavenDB 3.0 RTM!" (in en). https://ayende.com/blog/169313/ravendb-3-0-rtm.
56. ↑ "NoSQL for .NET: RavenDB 3.0 Takes Flight -" (in en-US). https://visualstudiomagazine.com/Articles/2014/12/02/ravendb-3-for-dotnet.aspx.
57. ↑ online, heise (2014-12-03). "NoSQL: RavenDB 3.0 erhält weitere Storage Engine" (in de). https://www.heise.de/news/NoSQL-RavenDB-3-0-erhaelt-weitere-Storage-Engine-2480210.html.
58. ↑ "RavenDB 2.5 Release Candidate is out" (in en). https://ayende.com/blog/162498/ravendb-2-5-release-candidate-is-out.
59. ↑ "RavenDB 2.0 RTM" (in en). https://ayende.com/blog/160642/ravendb-2-0-rtm.
60. ↑ "RavenDB High Performance" (in en). O’Reilly Online Learning. https://www.oreilly.com/library/view/ravendb-high-performance/9781782166986/ch01s05.html.
61. ↑ "RavenDB goes live!" (in en). https://ayende.com/blog/4507/ravendb-goes-live.
62. ↑ "A document database for the .NET platform" (in en). https://learning.oreilly.com/library/view/ravendb-high-performance/9781782166986/ch01s05.html.
63. ↑ "The design of RavenDB 4.0: The implications of the blittable format" (in en). https://ayende.com/blog/173892/the-design-of-ravendb-4-0-the-implications-of-the-blittable-format.
64. ↑ "The Design of RavenDB 4.0: The Implications of the Blittable Format" (in en). 2016. https://dzone.com/articles/the-design-of-ravendb-40-the-implications-of-the-b.
65. ↑ 65.0 65.1 "Review: NoSQL database RavenDB" (in en). 2019. http://techgenix.com/review-nosql-database-ravendb/.
66. ↑ "Sharding Overview | RavenDB Documentation" (in en). https://docs.ravendb.net/6.2/sharding/overview.
67. ↑ "S06E09 - From Code Generation to Revolutionary RavenDB: Unveiling the Database Secrets with Oren Eini" (in en). https://dotnetcore.show/season-6/from-code-generation-to-revolutionary-ravendb-unveiling-the-database-secrets-with-oren-eini/.
68. ↑ "RavenDB Launches Version 6.0 Lightning Fast Queries, Data Integrations, Corax Indexing Engine, and Sharding" (in en-US). https://www.hpcwire.com/bigdatawire/this-just-in/ravendb-launches-version-6-0-lightning-fast-queries-data-integrations-corax-indexing-engine-and-sharding/.
69. ↑ "RavenDB specify Lucene vs Corax in C# code" (in en). https://stackoverflow.com/questions/79160529/ravendb-specify-lucene-vs-corax-in-c-sharp-code.
70. ↑ "What's New | RavenDB Documentation" (in en). https://docs.ravendb.net/6.0/whats-new.
71. ↑ "RavenDB Launches Version 6.0 Lightning Fast Queries, Data Integrations, Corax Indexing Engine, and Sharding" (in en-US). https://www.hpcwire.com/bigdatawire/this-just-in/ravendb-launches-version-6-0-lightning-fast-queries-data-integrations-corax-indexing-engine-and-sharding/.
72. ↑ "RavenDB specify Lucene vs Corax in C# code" (in en). https://stackoverflow.com/questions/79160529/ravendb-specify-lucene-vs-corax-in-c-sharp-code.
73. ↑ "Creating and Deploying Indexes | RavenDB Documentation" (in en). https://docs.ravendb.net/6.2/indexes/creating-and-deploying.
74. ↑ "RavenDB: Driving DX through DB infrastructure management" (in en). https://ciostory.com/technology/ravendb-driving-dx-through-db-infrastructure-management/.
75. ↑ "Data Modeling with Indexes in RavenDB" (in en). 2019. https://www.codeproject.com/Articles/1348454/Data-Modeling-with-Indexes-in-RavenDB.
76. ↑ Stevic, Milorad P. "Managing documents with NoSQL in service oriented architecture." Online Journal of Applied Knowledge Management (OJAKM) 1.2 (2013): 105-115.
77. ↑ "Data Points - What the Heck Are Document Databases?" (in en). 2011. https://docs.microsoft.com/en-us/archive/msdn-magazine/2011/november/data-points-what-the-heck-are-document-databases.
78. ↑ "A document database for the .NET platform" (in en). https://learning.oreilly.com/library/view/ravendb-high-performance/9781782166986/ch01s05.html.
79. ↑ "RavenDB: Driving DX through DB infrastructure management" (in en). https://ciostory.com/technology/ravendb-driving-dx-through-db-infrastructure-management/.
80. ↑ "RavenDB 5 Improves Distributed Time-Series, Document Compression, and Indexing" (in en). Aug 3, 2020. https://www.infoq.com/news/2020/08/ravendb-5-release-document-db/.
81. ↑ "RavenDB Adds Time Series Query Support" (in en). 16 July 2020. https://www.i-programmer.info/news/84-database/13846-ravendb-adds-time-series-query-support.html.
82. ↑ "How can I implement an atomic concurrent read of a document in RavenDB?" (in en). https://stackoverflow.com/questions/8705813/how-can-i-implement-an-atomic-concurrent-read-of-a-document-in-ravendb.
83. ↑ "Viewing Document Revisions | RavenDB Documentation" (in en). https://docs.ravendb.net/7.1/studio/database/document-extensions/revisions/revisions-overview.
84. ↑ "NOT Sharding RavenDB Vector Search" (in en). https://ayende.com/blog/202531-B/not-sharding-ravendb-vector-search.
85. ↑ "GenAI tasks: Start | RavenDB Documentation" (in en). https://docs.ravendb.net/7.1/ai-integration/gen-ai-integration/gen-ai_start.
86. ↑ Burton, Betsy (2025-09-10). "RavenDB Launches Innovative Native DBMS AI Agents" (in en-US). https://aragonresearch.com/innovative-native-dbms-ai-agents/.
87. ↑ "Server: Running an Embedded Instance | RavenDB Documentation" (in en). https://docs.ravendb.net/5.3/server/embedded.
88. ↑ Tannir, Khaled (2013-09-04) (in en). RavenDB 2.x beginner's guide. Packt Publishing Ltd. ISBN 978-1-78328-380-4. https://books.google.com/books?id=ySBz4HBQx8EC.
89. ↑ "Security: Overview | RavenDB Documentation" (in en). https://docs.ravendb.net/7.1/server/security/overview.
90. ↑ "Inside RavenDB 4 0 | PDF | No Sql | Backup" (in en). https://www.scribd.com/document/391045047/Inside-RavenDB-4-0.
91. ↑ "On CVE-2025-55315: Security Assessment" (in en-US). https://ravendb.net/articles/on-cve-2025-55315-security-assessment.

## External links

* Official website
* RavenDB Cloud
* GitHub
* Ayende blog

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