The latest product updates from Neon
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At Neon, we are committed to safeguarding customer data and maintaining a high level of security. As part of this ongoing commitment, we are pleased to announce that we have successfully achieved SOC 2 Type 2 compliance. To learn more about this important security milestone and what lies ahead for Neon, please see the SOC 2 Type 2 Compliance blog post from the Neon security team.
We are pleased to announce the launch of Neon's PolyScale integration. PolyScale allows you to easily cache your data globally through its low-latency regional edge network. Enjoy benefits like speedy accces to your data from anywhere in the world, reduced load on your database, and improved slow query performance. A PolyScale global cache is also an alternative to cross-regional replication without the added complexity. No coding or infrastructure changes are required to use PolyScale. You can have it up and running in just a few minutes. Like Neon, PolyScale offers a free plan. No credit card is required.
To get started:
For detailed instructions, refer to our PolyScale integration guide.
Implemented the following improvements to the Connection Details widget, which is accessed from your Neon project Dashboard:
@domain.com) to the name of the default Postgres role created with a new project. This issue occured for users who signed up for Neon with an email account.Request failed: storing passwords is not enabled for a project.0 value would set the retention period to the 7-day default.Compute: Neon has introduced a new pre-installed "neon" extension, which includes functions and views designed to gather Neon-specific metrics. The metrics are intended for use by the Neon team for the purpose of enhancing our service. The views are owned by a Neon system role (cloud_admin), but you are able to view them by connecting to the postgres database using psql and executing the command \dv neon.*, as shown below. At present, the extension includes two views for local file cache metrics. We may incorporate additional views in future releases.
Compute: Creating a database with the neon_superuser role, altering a database to have owner neon_superuser, and altering the neon_superuser role itself are no longer permitted. The neon_superuser role is a NOLOGIN role used by Neon to grant prvileges to PostgreSQL roles created via the Neon Console, CLI, or API, and is not intended to be used directly or modified. For more information about this role, see The neon_superuser role.
The Neon docs site now includes a mirror of the official PostgreSQL documentation to help you quickly find the information you need. You can use the Postgres Docs and Neon Docs links in the sidebar to navigate between the two documentation sets. Additionally, an integrated search index allows you to search across both documentation sets. We plan to add more features to this mirror, such as interactive SQL examples, in future releases.
default_pool_size limit from 16 to 64 to prevent running out of available server connections. This limit defines the number of server connections allowed per user/database pair.connection_timeout parameter or shadowDatabaseUrl variable. These are no longer required due to reduced Neon cold start times and support for database creation via SQL.DISABLE_SERVER_SIDE_CURSORS to true when using a pooled connection.We streamlined the connection snippets in the Connection Details panel for better usability:
sslmode=require, enabling encryption by default.These changes apply wherever the Connection Details pane appears: on the Dashboard page, when you create a branch, and when you create a project.
Neon now supports email authentication, enabling users to sign up for Neon using a personal or business email account. Previously, you could only sign up with a GitHub or Google account.
To sign up with an email account, navigate to https://console.neon.tech, select the Email option, and click Sign up for an account. You will be directed to the Sign up dialog.
We enhanced our onboarding experience for Neon Free Tier users with a redesigned user interface. Create a Neon project with a Postgres database in seconds.
The pgvector extension for vector similarity search in Postgres was updated to a newer version.
| Postgres extension | Old version | New version |
|---|---|---|
pgvector | 0.5.0 | 0.5.1 |
The new version of pgvector improves HNSW index build performance. For other updates, refer to the pgvector changelog.
If you installed this extension previously and want to upgrade to the latest version, please refer to Update an extension version for instructions.
For a complete list of Postgres extensions supported by Neon, see Postgres extensions.
UI: Added new fields for configuring the auto-suspend delay period for Neon compute instances, allowing you to specify the delay period in seconds, minutes, hours, or days.
Neon's Auto-suspend feature automatically suspends a compute endpoint after a period of inactivity to minimize compute costs. This feature is also known as "scale-to-zero". By default, suspension occurs after 5 minutes of inactivity. Neon Pro Plan users can configure the auto-suspend setting when creating a project, changing default compute settings, creating a compute endpoint, or editing a compute endpoint.
For more information about this feature, see Auto-suspend.
UI: When sharing a Neon project with someone who does not have a Neon account, an email invitation is now sent to the specified email address. Previously, an email was only sent to registered Neon users.
Project sharing is a Neon Pro Plan feature that allows you to share your project with other Neon accounts. For more information, see Project sharing.
UI: Updated PostgreSQL 14 and 15 keyword highlighting in the Neon SQL Editor, and addressed other syntax highlighting and autocompletion issues.
The following Postgres extension was updated to a newer version:
| Postgres extension | Old version | New version |
|---|---|---|
plpgsql_check | 2.4.0 | 2.5.3 |
If you installed this extension previously and want to upgrade to the latest version, please refer to Update an extension version for instructions.
For a complete list of Postgres extensions supported by Neon, see Postgres extensions.
The following items affect the Neon serverless driver, which is a low-latency Postgres driver for JavaScript and TypeScript that allows you to query data from serverless and edge environments over HTTP or WebSockets in place of TCP:
For more information about our serverless driver, see Neon serverless driver.
relation does not exist error when viewing table data in a database and then selecting a different database.The following Postgres extensions were updated to a newer version and are now supported with Postgres 16:
| Postgres extension | Old version | New version |
|---|---|---|
pg_jsonschema | 0.1.4 | 0.2.0 |
pg_graphql | 1.1.0 | 1.4.0 |
pgx_ulid | 0.1.0 | 0.1.3 |
If you installed these extensions previously and want to upgrade to the latest version, please refer to Update an extension version for instructions.
Additionally, the pg_tiktoken extension is now supported with Postgres 16.
For a complete list of Postgres extensions supported by Neon, see Postgres extensions.
DROP DATABASE operation.
At Neon, we are committed to safeguarding your privacy and ensuring your personal information is handled with the utmost care and security. As part of our ongoing efforts to protect your data and maintain transparency, we are pleased to inform you that we have updated our Privacy Policy.
Our updated Privacy Policy reflects our dedication to your privacy and aligns with the latest data protection regulations. These changes have been made to provide you with clearer information about how we collect, use, and protect your personal data, as well as your rights and choices regarding your information.
Here are some key highlights of the changes:
Review the full updated Privacy Policy here.
To further assist you in understanding how we use and protect your personal data, we have put together this Privacy Guide.
Our full list of Sub-Processors is available, and you can stay up to date by signing up for notifications to our subprocessor list.
We want to assure you that your data privacy remains our top priority, and we will continue to implement measures to protect your personal information.
If you have any questions or concerns about our Privacy Policy, Subprocessors, or how your data is handled, please do not hesitate to contact our dedicated Privacy Team at privacy@neon.tech.
The Privacy Policy goes into effect on October 6th, 2023. By continuing to use Neon and access our website, you agree to these changes.
We appreciate your continued trust in Neon and thank you for being a valued customer. Your satisfaction is our priority, and we will continue to work diligently to provide you with the best possible experience.
Neon's pg_embedding extension was the first to introduce the Hierarchical Navigable Small World (HNSW) index to Postgres, but with the recent addition of HNSW to pgvector, we see little benefit to the Postgres community in continuing to develop a separate vector search extension.
After careful consideration, we believe it is in the best interest of our users and the broader Postgres community to sunset pg_embedding and continue our effort in the vector search space by contributing to pgvector.
As a result, we will no longer be committing to pg_embedding and will direct our efforts toward pgvector instead.
For anyone currently using pg_embedding, you will be able to continue using it on Neon. However, we strongly encourage you to migrate to pgvector. You can find the migration instructions in our documentation. See Migrate from pg_embedding to pgvector.
For more about our decision to sunset pg_embedding and what comes next for Neon in the vector search space, please refer to our blog post: We’re sunsetting pg_embedding in favor of pgvector.
pg_embedding, Neon no longer permits new installations of the pg_embedding extension.We are excited to announce that we have migrated the Neon status page to a new and improved provider while retaining the same https://neonstatus.com/ domain for easy access.
Migration date: The migration occurred on September 25, 2023 at 08:00 UTC, as previously announced on the status page.
Action required:
/feed subscribe https://neonstatus.com/slack.rssSame domain: Our status page remains accessible at the same domain: https://neonstatus.com/. Only the underlying provider has changed.
No data loss: All historical incident data and communications have been preserved.
Questions or concerns: If you have any questions or encounter issues resulting from the migration, please reach out to us on the Neon community forum. Neon Pro Plan users can open a support ticket.
Thank you for your continued trust in our services. We look forward to providing you with an even better status page experience.
Neon is pleased to announce support for Postgres 16. To use Postgres 16 with Neon, create a new Neon project and select 16 as the Postgres version. See Create a project for instructions.
To migrate data from an existing Neon project to one created with Postgres 16, refer to the dump and restore procedure described in Import data from another Neon project.
As with any database migration, always test thoroughly before migrating production systems or applications. Also, we recommend familiarizing yourself with the changes in Postgres 16, especially those affecting compatibility. For information about those changes, please refer to the official Postgres Release 16 documentation.
The following Postgres extensions were updated to a newer version:
| Postgres extension | Old version | New version |
|---|---|---|
address_standardizer | 3.3.2 | 3.3.3 |
address_standardizer_data_us | 3.3.2 | 3.3.3 |
h3 | 4.1.2 | 4.1.3 |
h3_postgis | 4.1.2 | 4.1.3 |
hll | 2.16 | 2.18 |
hypog | 1.3.1 | 1.4.0 |
ip4r | 2.4.1 | 2.4.2 |
plcoffee | 3.1.5 | 3.1.8 |
plls | 3.1.5 | 3.1.8 |
plpgsql_check | 2.3.0 | 2.4.0 |
postgis | 3.3.2 | 3.3.3 |
postgis_raster | 3.3.2 | 3.3.3 |
postgis_sfcgal | 3.3.2 | 3.3.3 |
postgis_tiger_geocoder | 3.3.2 | 3.3.3 |
postgis_topology | 3.3.2 | 3.3.3 |
If you installed these extensions previously and want to upgrade to the latest version, please refer to Update an extension version for instructions.
For a complete list of Postgres extensions supported by Neon, see Postgres extensions.
Pro plan users can now configure default compute settings for a Neon project. Settings include Compute size, Autoscaling, and Auto-suspend delay. To define defaults, select Settings > Compute from the Neon Dashboard to open the Default compute settings page. For Free Tier users, the page shows the default settings.
Default settings are applied when creating a branch or adding a compute to a branch via the Neon Console. However, if you want a compute with different settings, you can change or override the defaults when creating a branch or adding a compute.
In addition, the Compute widget on the Neon Dashboard now shows the Default compute size for your Neon project.
Neon now supports custom-built Postgres extensions for exclusive use with your Neon account. If you developed your own Postgres extension and want to use it with Neon, please reach out to us. For more information, see Custom-built extensions.
You can now migrate data to Neon using the AWS Data Migration Service (DMS). Previously, a connection limitation prevented defining Neon as a target database endpoint. For data migration instructions, please refer to Migrate with AWS Database Migration Service (DMS).
Neon uses the compute endpoint domain name to route incoming client connections. For example, to connect to the compute endpoint ep-mute-recipe-239816, we ask that you connect to ep-mute-recipe-239816.us-east-2.aws.neon.tech. However, the Postgres wire protocol does not transfer the domain name, so Neon relies on the Server Name Indication (SNI) extension of the TLS protocol to do this. Unfortunately, not all Postgres clients support SNI. When these clients attempt to connect, they receive an error indicating that the "endpoint ID is not specified".
Neon supports connection workarounds for this limitation, one of which uses a special endpoint connection option that allows you to specify a compute endpoint ID in an application's password field. Instead of specifying only a password, you provide a string consisting of the endpoint option and your password, separated by a semicolon. For example:
However, some client applications do not permit semicolon characters (;) in a password field. For these clients, Neon now supports using a dollar sign character $ as the delimiter:
For more information about this connection workaround, refer to our connection errors documentation.
We are pleased to announce support for pgvector v0.5.0 on Neon. This new version introduces:
ivfflat indexesIf you already use pgvector with Neon, you can upgrade by running the following command:
The Neon serverless driver is a low-latency Postgres driver for JavaScript and TypeScript that allows you to query data from serverless and edge environments over HTTP or WebSockets in place of TCP.
The driver now supports batched queries and a larger response size for queries over HTTP.
You can now issue multiple queries at once in a single, non-interactive transaction using the transaction() function, which is exposed as property of the query function. For example:
The transaction() function supports the same option keys the ordinary query function — arrayMode, fullResults, and fetchOptions — plus three additional keys for transaction configuration:
isolationMode
Must be one of ReadUncommitted, ReadCommitted, RepeatableRead, or Serializable.
readOnly
Ensures that a READ ONLY transaction is used to execute queries. The default value is false.
deferrable
Ensures that a DEFERRABLE transaction is used to execute queries. The default value is false.
For more information, see transaction(...) function.
The maximum response size for queries over HTTP was raised from 1 MB to 10 MB.
Supported Postgres versions were updated to 14.9 and 15.4, respectively.
The neon_superuser role now includes the BYPASSRLS attribute, enabling members of this role to bypass the row security system when accessing tables. Roles created in the Neon console, CLI, or API, including the default role created with a Neon project, are granted membership in the neon_superuser role. For more information, see The neon_superuser role. This attribute is only included in neon_superuser roles in projects created after this release.
You can now configure the history retention period for a Neon project. History retention enables point-in-time restore, allowing you to restore data to any point within the retention period. By default, Neon retains a 7-day history of data changes for all branches. The supported history retention range is 0 to 7 days for Free Tier users, and 0 to 30 days for Pro plan users.
The History retention setting is located in the Neon Console under Settings > Storage.
After an extensive testing period, we are pleased to announce that our Configurable auto-suspend feature has successfully transitioned out of Beta. This feature controls when a Neon compute instance scales to zero due to inactivity. For more information, see Configuring Auto-suspend for Neon computes.
API: The Create branch API method now creates a branch from the project's primary branch if a parent_id is not provided in the create branch request.
API: Deprecated the pooler_enabled attribute in the Create endpoint API method. This attribute is no longer required, as you can now enable connection pooling by adding a -pooler flag to a database connection string. See Enable connection pooling.
UI: The Compute widget on the Neon Dashboard now displays the Active computes limit for your Neon project. There is a default limit of 20 simultaneously active computes to protect Neon accounts from unintended or unexpected usage. Neon Pro plan users can have the limit increased by submitting a request to our support team.
UI: Fixed an issue on the Downgrade dialog accessible from the Neon Pro plan Billing page that prevented selecting a reason for downgrading.
UI: Fixed dark theme styling issues.
Neon's pg_embedding extension, which enables graph-based vector similarity search in Postgres using the Hierarchical Navigable Small World (HNSW) algorithm (HNSW), now persists HNSW indexes to disk. In the previous pg_embedding version (0.1.0 and earlier), indexes resided in memory.
Additionally, pg_embedding now supports cosine and Manhattan distance metrics.
Cosine distance
Manhattan distance
If you have an existing pg_embedding installation and want to upgrade to the new version, see Upgrade to pg_embedding with on-disk indexes for instructions.
Also, be sure to check out the new Neon AI page on our website, and our docs, which include links to new AI example applications built with Neon Serverless Postgres.
Neon's Autoscaling feature, which automatically scales compute resources in response to workload, is now available in the US East (N. Virginia) — aws-us-east-1 and US West (Oregon) — aws-us-west-2 regions. With this change, Autoscaling is now available in all regions that Neon supports. Autoscaling is a Neon Pro plan feature. To learn how to enable Autoscaling in your Neon project, refer to Enabling Autoscaling in Neon.
Added support for a neon_utils extension, which provides a num_cpus() function for monitoring how Neon's Autoscaling feature allocates compute resources in response to workload. For more information, see The neon_utils extension.
Neon's Auto-suspend feature scales a compute instance to zero after a period of inactivity. A characteristic of this feature is a "cold start", which occurs when an idle compute is restarted to process requests. Recently, cold-start times have been improved through a variety of enhancements, outlined below:
With these improvements, cold starts are faster in all supported regions. Cold starts in the US East (Ohio) — aws-us-east-2 region, where the Neon Control Plane is hosted, are the fastest at approximately 500 ms. Work is underway to deploy the Neon Control Plane regionally to enable the same millisecond startup times for projects in all regions. For more information about this effort, please check out the blog post from the Neon engineering team: Cold starts just got hot.
Please be aware that Neon Pro plan users can adjust or disable the Auto-suspend setting, controlling when a compute scales to zero. Additionally, Neon's Autoscaling feature allows you to scale compute resources down to a fractional size during periods of low activity.
Neon now provides an Auto-suspend delay control on the project creation dialog, enabling Neon Pro plan users to define a default Auto-suspend delay setting for a project's compute endpoints. The Auto-suspend delay setting defines the period of inactivity after which a compute endpoint is automatically suspended. For more information, see Create a project.
Neon now supports database and role management via SQL. You can now manage databases and roles from the Neon SQL Editor or an SQL client, such as psql. Previously, databases and roles could only be managed in the Neon Console.
With this change, you can grant and revoke privileges for Postgres roles as you would in a stand-alone Postgres installation.
Additionally, roles created in the Neon Console, CLI, and API are now automatically granted membership in a neon_superuser role. This role defines the privileges required to perform tasks in Neon such as creating databases, roles, and extensions. To learn more, see The neon_superuser role.
Users of Prisma Migrate no longer need to manually create a shadow database in Neon.
When using the prisma migrate dev command, Prisma Migrate automatically creates and deletes a “shadow” database. This database enables Prisma Migrate to generate new migrations and detect schema drift, ensuring that no manual changes have been made to the development database.
Previously, running prisma migrate dev without manually creating and configuring a shadow database in Neon would return the following error:
The reason for this error was that it was not possible in Neon to create and delete databases via SQL. To work around this issue, you had to manually create a shadow database in Neon and specify the connection string of that database in your schema.prisma file using the shadowDatabaseUrl variable. For example:
With support for managing databases via SQL, this workaround is no longer required. You can now remove the shadowDatabaseUrl variable from your schema.prisma file.
For more information about this change and other recent developer experience improvements for users of Prisma, please refer to the blog post.
Neon is pleased to announce the release of our new pg_embedding extension, which enables using the Hierarchical Navigable Small World (HNSW) algorithm for graph-based approximate nearest neighbor search in Postgres and LangChain.
The pg_embedding extension increases speed by up to 20x for 99% accuracy for approximate nearest neighbor search compared to pgvector.
Implementing pg_embedding in your application involves running a few simple SQL statements. Prior knowledge of vector indexes is optional. To learn more, read the blog post, refer to the pg_embedding documentation, or checkout the AI page on our website.
Proxy: The wake-up logic for compute nodes was updated to reduce the number of errors returned to clients attempting to connect to Neon. Wake-up logic now supports quicker retries and will skip a connection attempt if failure is expected. Additionally, a 100ms sleep interval and IO error handling were introduced to manage scenarios in which compute nodes are not yet available as they wait for a Kubernetes DNS to be propagated.
Neon is pleased to announce the release of the Neon CLI, a command-line interface that enables developers to manage Neon resources directly from the terminal. The Neon CLI supports numerous operations, including creating and managing projects, branches, databases, roles, read replicas, and more, directly from your terminal. You can also use Neon CLI commands in developer workflows and pipelines.
You can install the Neon CLI with a single command:
Homebrew is also supported:
To get started with the Neon CLI, read the blog post or refer to the Neon CLI reference.
Neon now supports same-region read replicas. Neon's read replicas are independent read-only compute instances designed to perform read operations on the same data as your read-write computes. You can instantly create one or more read replicas for any branch in your Neon project and configure the amount of vCP-U and memory allocated to each.
Potential uses for read replicas include:
To learn more, refer to our read replica blog post or read the documentation: Read replicas.
The Neon serverless driver now supports for SQL queries over HTTP, providing up to a 40% reduction in query latencies from Vercel Serverless Functions and Edge Functions for one-shot queries. The enhanced driver brings same-region query response times down to single-digit milliseconds.
Additionally, we worked with the team at Drizzle to add Neon serverless driver support for Drizzle-ORM, an ORM for TypeScript. For an example demonstrating how to use the driver with Drizzle-ORM for type safety, see How to use the driver.
Refer to the blog post to learn more: Sub-10ms Postgres queries for Vercel Edge Functions.
Typical use cases and Custom tabs were added to the Pro Plan Cost Estimation tool that is accessible from the Billing page on the Neon Free Tier. This tool helps you estimate what your monthly cost would be if you upgraded to the Neon Pro plan.
suspend_timeout_seconds parameter to the default_endpoint_settings object in the Create project API. This parameter defines the amount of time before the project's default compute endpoint is suspended due to inactivity. The default is 300 seconds (5 minutes).autoscaling_limit_min_cu and autoscaling_limit_min_cu parameters in the Create project project object. You can configure these parameters in the default_endpoint_settings object instead when creating a project.scram-sha-256.server_login_retry setting in PgBouncer's configuration was adjusted to remove any delay between Postgres connection retries.pgvector extension to version 0.4.4. If you installed this extension previously and want to upgrade to the latest version, please refer to Update an extension version for instructions.For more information about Postgres extensions supported by Neon and how to install them, see Postgres extensions.
For more information about Postgres extensions supported by Neon and how to install them, see Postgres extensions.
Introduced a Pro Plan Cost Estimation tool designed to assist Free Tier users. This tool provides an estimated cost for the Pro Plan based on your current project usage. If you've ever wondered, "How much would my monthly cost be if I upgraded to the Neon Pro plan today?", this tool provides the answer. To access it, go to the Billing page via the sidebar of the Neon Console and select Estimate costs.
UI: The code examples accessible from the Connect Details widget on the Neon Dashboard now include a -pooler suffix in the endpoint hostname when the Pooled connection tab is selected. You no longer need to add this suffix manually.
UI: - Resolved an issue where the Time field on the Branch details page incorrectly displayed the date after creating a branch from main using the Time option. Now, the field correctly displays the time.
Connection pooling can now be used in combination with the Neon Autoscaling feature. Previously, connection pooling was only available with fixed-size computes.
pg_dump with pg_restore. The pg_restore utility offers additional options that facilitate importing larger or more complex datasets.Neon supports up to 10,000 simultaneous connections when using connection pooling.
The Postgres max_connections setting is now set according to your compute size. Previously, the max_connections setting was 100. The formula that calculates the max_connections setting is RAM in bytes / 9531392 bytes. For example, a compute with 12 GB of RAM has a max_connections setting of 1351. You can check the max_connections setting by running SHOW max_connections; from the Neon SQL Editor or from a client connected to Neon. When Autoscaling is enabled, max_connections is calculated based on the minimum compute size in your Autoscaling configuration.
UI: Updated the Request Downgrade modal on the Billing page for Neon Pro accounts. The button label was changed, the screen height was adjusted, and other stylistic changes were applied.
cargo neon utility to facilitate setting up the Neon project locally. Setup instructions have been updated to reflect this change.Neon's Autoscaling feature now supports fractional (1/4 and 1/2) minimum compute sizes. Previously, the minimum compute size for Autoscaling was 1.
Autoscaling is a Neon Pro plan feature. For configuration instructions, see Compute size and Autoscaling configuration.
Added a Billing page to the Neon Console where Free Tier users can view Free Tier limits and learn about the benefits of upgrading to the Neon Pro plan. The Billing page is accessible from the sidebar in the Neon Console.
docker as a compute provisioning option in the Neon Create project and Create endpoint APIs. This option is not supported with the Neon cloud service.Proxy: Neon uses compute endpoint domain names to route incoming client connections. For example, to connect to the compute endpoint ep-mute-recipe-239816, we ask that you connect to ep-mute-recipe-239816.us-east-2.aws.neon.tech. However, the Postgres wire protocol does not transfer the server domain name, so Neon relies on the Server Name Indication (SNI) extension of the TLS protocol to do this. Unfortunately, not all Postgres clients support SNI. When these clients attempt to connect, they receive an error indicating that the "endpoint ID is not specified".
As a workaround, Neon provides a special connection option that allows clients to specify the compute endpoint they are connecting to. The connection option was previously named project. This option name is now deprecated but remains supported for backward compatibility. The new name for the connection option is endpoint, which is used as shown in the following example:
For more information about this special connection option for Postgres clients that do not support SNI, refer to our connection errors documentation.
Pageserver: Branch deletion status was not tracked in S3 storage, which could result in a deleted branch remaining accessible.
Pageserver: Addressed intermittent failed to flush page requests errors by adjusting Pageserver timeout settings.
autoscaling_limit_max_cu and autoscaling_limit_min_cu property values, which should not be required when performing this action.Timed out while waiting for WAL record errors. The additional information is used for diagnostic purposes.Lsn::INVALID value was sent from the Safekeeper to the Pageserver if there were no WAL records to send. This incorrectly indicated to the Pageserver that the Safekeeper was lagging behind, causing the Pageserver to connect to a different Safekeeper. Instead of Lsn::INVALID, the most recent commit_lsn value is now sent instead.Control Plane: Added support for configuring the Postgres default_text_search_config configuration parameter, which determines the behavior of text search functions and operators that do not have an explicit configuration. This parameter can be set for the Postgres instance using the default_endpoint_settings property in the Create project or Update project API, or using the pg_settings property in the Create endpoint or Update endpoint API. Alternatively, the parameter can be set for a specific database using ALTER DATABASE syntax:
Control Plane: Implemented a ClusterIP service to be used instead of the existing NodePort service to support a higher number of simultaneously running computes in a single region.
UI: Added Pooled connection and Direct connection tabs to the Connection Details widget on the Neon Dashboard, allowing you to copy a pooled or direct connection string for the selected branch, database, and role.
Added support for the US East (N. Virginia) — aws-us-east-1 region. For more information about Neon's region support, see Regions.
Added support for the ip4r and pg_hint_plan extensions. For more information about Postgres extensions supported by Neon, see Postgres extensions.
lz4 and zstd WAL compression methods.procps, which is a set of utilities for process monitoring.syscalls changes in the WAL redo seccomp (secure computing mode) code to ensure AArch64 support.history_retention_seconds property to the Project response body. Neon retains a 7-day history to support point-in-time restore. History retention will become a configurable parameter in a future release.suspend_timeout_seconds property in the Endpoint API from 86400 seconds (1 day) to 604800 seconds (7 days). This change affects the maximum Auto-suspend delay setting that Neon Pro plan users can configure when creating or editing a compute endpoint. The Auto-suspend delay setting defines the number of seconds of inactivity after which a compute endpoint is automatically suspended. The default is 300 seconds (5 minutes). For more information, see Auto-suspend configuration.neondb database. For information about connection pooling in Neon, see Connection pooling.prisma.js code example accessible from the Connection Details widget on the Neon Dashboard. The connection string now includes a connect_timeout parameter to prevent Prisma from timing out due to cold starts, and a pgbouncer=true parameter, which is required when using Prisma with a pooled connection string. For more information about using Neon with Prisma, see Connect Neon to Prisma.Added documentation for Neon's newly released Autoscaling feature. To learn how Neon automatically and transparently scales compute on demand, see Autoscaling. Pro users can enable Autoscaling when creating a Neon project or afterward by editing a compute endpoint. For instructions, see:
Added documentation for Neon's pg_tiktoken extension. This extension enables fast and efficient tokenization of data in your POstgres database using OpenAI's tiktoken library. To learn how to install the extension, utilize its features for tokenization and token management, and integrate the extension with ChatGPT models, see The pg_tiktoken extension.
Added documentation for pg_vector extension. This extension enables vector similarity search and storing embeddings in Postgres. It is particularly useful for applications involving natural language processing, such as those built on top of OpenAI's GPT models. For information about vector similarity and embeddings, how to enable the pgvector extension in Neon, and how to create, store, and query vectors, see The pgvector extension.
Reorganized our Prisma documentation into two parts to make it easier for you to get started with Prisma and Neon. The first part explains how to connect Prisma to Neon, establish connections when using Prisma Client with serverless functions, and resolve connection timeout issues. The second part describes how to configure Neon with Prisma Migrate for schema migrations.
Added documentation describing primary and non-primary branches. Each Neon project has a primary branch called main, by default. The advantage of the primary branch is that its compute endpoint remains accessible if you exceed your project's limits, ensuring uninterrupted access to data that resides on the primary branch. Any branch not designated as the primary branch is considered a non-primary branch. To learn more, see:
Added definitions for Neon operations to the glossary. An operation is an action performed by the Neon Control Plane on a Neon object or resource. Operations are typically initiated by user actions, such as creating a branch or deleting a database. Other operations are initiated by the Neon Control Plane, such as suspending a compute endpoint after a period of inactivity or checking its availability. You can monitor operations to keep an eye on the overall health of your Neon project or to check the status of specific operations. When working with the Neon API, you can poll the status of operations to ensure that an API request is completed before issuing the next API request. For more information, refer to our Operations documentation.
Added support for the timescaledb extension, which scales Postgres for time-series data. For more information about Postgres extensions supported by Neon, see Postgres extensions.
PRIMARY branch badge that identifies a branch as the primary branch for a project. The help message states that the compute endpoint associated with the primary branch remains accessible if you exceed project limits, ensuring uninterrupted access to the data on your primary branch.disk_size and instance_type properties to the Pageserver API. This data is required to support assigning Neon projects to Pageservers based on Pageserver disk usage.proxy_io_bytes_per_client metric values.None value instead. A non-wildcard common name is now set, and an error is reported if a None value is passed.wal_backup_lsn is now advanced after each WAL segment is offloaded to storage to avoid lags in WAL segment cleanup.You can now configure the period of inactivity after which a compute is automatically suspended by modifying the Auto-suspend delay setting for a compute endpoint. For example, you can increase the Auto-suspend delay setting to reduce how often a compute is suspended, or you can disable the Auto-suspend feature entirely to ensure that a compute remains active. The maximum Auto-suspend delay setting is 86400 seconds (24-hours). A setting of 0 means use the default (5 minutes / 300 seconds), and a setting of -1 means never suspend the compute. You can access the configuration dialog by editing a compute endpoint.
Added a Storage widget to the Neon Dashboard that shows current project storage size, number of branches, and data size for the primary branch. These metrics previously appeared in the Usage widget.
Added support for the pg_stat_statements extension, which provides tracking of plan and execution statistics for SQL statements. For more information about Postgres extensions supported by Neon, see Postgres extensions.
consumption_period_start and consumption_period_end properties to the Get project details API. These properties provide the date and time when Neon starts and stops measuring usage for the current billing period.PRIMARY branch badge that identifies a branch as the primary branch for a project. The help message states that the compute endpoint associated with the primary branch remains accessible if you exceed project limits, ensuring uninterrupted access to the data on your primary branch.Something went wrong page after creating a branch without a compute endpoint.endpoint_id to the connection examples accessible from the Connection Details widget on the Neon Dashboard.The compute active time limit of 100 hours per month for non-primary branches, introduced on February 24, 2023, now applies to all Neon Free Tier projects. The limit was not applied to projects created before February 24 2023 to give users time to adjust their usage or upgrade to a paid plan. For information about Free Tier limits, see Free Tier. If you have questions about this change or upgrading to a paid plan, please contact Sales.
branch object to the Create project endpoint that allows you to specify names for the primary branch, role, and database created with a project. Previously, specifying non-default names for these objects required additional API calls after creating a project.Connections from the Postgres.js client for Node.js and Deno are now supported. Postgres.js recently added support for Server Name Indication (SNI), which Neon uses to route incoming connections. Postgres.js connections must pass the ssl: 'require' option. For more information about how Neon uses SNI, see How Neon routes connections.
The Neon serverless driver was verified to work with Deno. Where you would install another Postgres driver, run npm install @neondatabase/serverless instead, and then import the Neon serverless driver:
A Beta version of Neon's Autoscaling feature is now available for Pro plan users in selected regions. Autoscaling allows you to specify a minimum and maximum compute size. Neon scales compute resources up and down within the specified compute size boundaries to meet workload demand. The Autoscaling feature can be enabled when creating a Neon project or by editing a compute endpoint.
quota_reset_at property from the Project consumption endpoint used by Neon partners. The property did not provide useful data.Added a guide for connecting Neon to PolyScale. The PolyScale service makes data-driven apps faster by simplifying global data distribution and caching. You can connect Neon to PolyScale in minutes, providing your database-backed applications with speedy access to your Neon data from anywhere in the world. For more information, see Connect Neon to PolyScale.
region_id description in the Project API to include a link to the list of regions supported by Neon.libpq configuration, making it possible to enable authentication for only the management HTTP API or the Compute API.$NEON_AUTH_TOKEN variable handling when connecting from a compute to Pageservers and Safekeepers.Added a Billing page describing Neon paid plans, pricing, and related topics.
Added instructions for using the Neon Serverless driver on Vercel Edge Functions and Cloudflare Workers. The driver is a drop-in replacement for node-postgres that allows you to query data from environments that support WebSockets but not TCP sockets.
Added an SDK reference page, which provides links to community-created SDKs for interacting with the Neon API. Community-created SDKs include:
Thanks to Dmitry Kisler and Ganesh Prasannah for the contributions.
Updated the Neon Docs landing page. The new landing page provides a visual interface for navigating the Neon documentation site.
Added an RSS feed for the Neon Release notes.
Redirected old Neon API reference links to the new Neon API reference.
Updated various Neon API reference style elements to align styles with the Neon Docs site.
Updated the query example in the Neon Console onboarding banner and in the Query with Neon's SQL Editor topic in the documentation. The CREATE TABLE statement did not include a primary key, which prevented the data from being edited when accessed from pgAdmin.
Added support for fractional Compute Units (CU), enabling configuration of compute endpoints with a quarter or half CU. One CU has 1 vCPU and 4 GB of RAM.
suspend_timeout_seconds property to the Endpoint API, which specifies the duration of inactivity (in seconds) after which a compute endpoint is automatically suspended.In addition to the Free Tier, Neon now offers the following paid plans:
You can learn more about Neon's paid plans and pricing on the Neon Pricing page.
physical_size property from the Branch response body in the Neon API.psql example had an extra project name in the connection hostname.Autoscaling: Added support for scaling Neon's local file cache size when scaling a virtual machine.
Compute: Released a new pg_tiktoken Postgres extension, created by the Neon engineering team. The extension is a wrapper for OpenAI’s tokenizer. It provides fast and efficient tokenization of data stored in a Postgres database.
The extension supports two functions:
tiktoken_encode function takes text input and returns tokenized output, making it easier to analyze and process text data.tiktoken_count function returns the number of tokens in a text, which is useful for checking text length limits, such as those imposed by OpenAI’s language models.The pg_tiktoken code is available on GitHub.
Compute: Added support for the Postgres prefix, hll and plpgsql_check extensions. For more information about Postgres extensions supported by Neon, see Postgres extensions.
Compute, Pageserver, Safekeeper: Added support for RS384 and RS512 JWT tokens, used to securely transmit information as JSON objects.
Pageserver: Removed the block cursor cache, which provided little performance benefit and would hold page references that caused deadlocks.
Released a new version of the Neon serverless driver (v0.2.6), which allows you to query data from Cloudflare Workers, Vercel Edge Functions, and other environments that support WebSockets. The updated driver offers:
ws (WebSocket library) package if required, which makes the driver easier to use on StackBlitz and with Zapatos, for example.Added three new example application repositories to help you get started with the Neon serverless driver on Vercel Edge Functions. The example application generates a JSON listing of the 10 nearest UNESCO World Heritage sites using IP geolocation (data copyright © 1992 – 2022 UNESCO/World Heritage Centre).
kysely-codegen generates Kysely type definitions from your database.The UNESCO World Heritage sites example is also available for the Neon serverless driver on Cloudflare Workers. See neondatabase/serverless-cfworker-demo.
Broken pipe error on the Pageserver. In case of a failure, the WAL redo process is now restarted, and requests to apply redo records are retried automatically.Failed to open WAL file warnings that appeared in the Safekeeper log files. The warnings were due to an outdated truncate_lsn value on the Safekeeper, which caused the walproposer (the Postgres compute node) to download WAL records starting from a Log Sequence Number (LSN) that was older than the backup_lsn. This resulted in unnecessary WAL record downloads from cold storage.rum and pgTAP extensions. For more information about Postgres extensions supported by Neon, see Postgres extensions.Added Neon API Operation endpoint examples and a topic describing how to poll operation status. When working with the Neon API programmatically, it may be necessary to poll operations to ensure that currently running API requests are finished before proceeding with the next request.
Introduced a new Neon API documentation user interface. The new UI is more user-friendly, easier to navigate, and offers a more intuitive design, making it easier for developers to find what they need and get started with our APIs quickly. The UI can be viewed in light or dark mode and includes a Try it feature that allows you execute API requests from your browser.
cpu_used_sec property was added to the Project response body in the Neon API. This property shows the number of CPU seconds used by a branch's compute endpoints. The value resets to zero at the beginning of each billing period.web_access role. This role was used by the Neon SQL Editor and passwordless auth feature. With the introduction of stored passwords, the web_access role is no longer required. Removal of the web_access role also addresses permission issues encountered when attempting to perform actions as the web_access role on objects owned by other roles or vice versa.Added support for the following Postgres extensions:
pg_graphqlpg_jsonschemapg_hashidspgroutinghypopgautoincinsert_usernamemoddatetimerefintFor more information about Postgres extensions supported by Neon, see Postgres extensions.
-pooler suffix to the compute endpoint ID in your connection string. This feature allows you to connect to the same database with pooled and non-pooled connections.Operation, Project, Branch, and Endpoint properties to the Neon API reference.API: The connection_uris property in the Create branch response is no longer a required property, meaning that the field is not included in the response if the value is empty. The connection_uris property is now returned only in cases where a branch has only a single database and role.
API: Added property descriptions for Project, Branch, Endpoint, Database, Role, and Operation endpoints.
Control Plane: A compute endpoint now remains in an active state after resetting a password, creating a role, or creating a database. Previously, a compute endpoint was suspended following those actions. This behavior caused unnecessary latency when accessing the compute endpoint immediately afterward. The latency was due to the few seconds required to restart the compute endpoint.
Integrations: Improved text and fixed a documentation link in the Neon Vercel Integration UI.
UI: The Neon Free Tier now includes a compute endpoint with each branch. Previously, there was a limit of 3 endpoints per project. This limit was removed based on user feedback indicating that it was not conducive to developer workflows that create a branch for each preview deployment.
Instead of limiting the number of endpoint computes in the Neon Free Tier, there is now a limit of 100 compute active time hours per month. Currently, the compute hour limit applies to newly created projects only. The limit does not yet apply to existing projects. We expect to apply the limit to all projects later this quarter. Regardless of the compute hour limit, you are always able to connect to the compute endpoint associated with the primary branch of your Neon project. For more information, see Technical Preview Free Tier.
If you have any questions about how this change to Neon's Free Tier limits might impact your existing project, please reach out to us on the Neon community forum.
UI: With the removal of the endpoint limit, endpoints no longer appear in the Project limits widget on the Neon Dashboard.
UI: With the introduction of pooled connections strings (see Enable pooling), enabling pooling for a compute endpoint is deprecated. With this change, the Pooler enabled toggle on the Edit Compute Endpoint dialog is now disabled and will be removed in a future release.
UI: Changed a column heading in the table on the Operations page from ID to Action. The items listed in the column are operation actions rather than IDs.
UI: Renamed the Users page in the Neon Console to Roles. This change aligns Neon's terminology with Postgres, which uses the concept of "roles" to refer to database users. (See Database roles, in the PostgreSQL documentation.) All UI elements in the Neon Console were updated to reflect this change.
Compute: Added support for the Postgres xml2 and pgjwt extensions. For more information about Postgres extensions supported by Neon, see Postgres extensions.
Compute: Updated the versions for the following Postgres extensions:
address_standardizer, address_standardizer_data_us, postgis, postgis_raster, postgis_tiger_geocoder, postgis_topology extensions to version 3.3.2.plv8, plls, plcoffee extensions to 3.1.5.h3_pg extension to 4.1.2.Updating an extension version requires running an ALTER EXTENSION <extension_name> UPDATE TO <new_version> statement. For example, to update the postgis_topology extension to the newly supported version, run this statement:
Pageserver: Corrected the storage size metrics calculation to ensure that only active branches are counted.
Proxy: Enabled OpenTelemetry tracing to capture all incoming requests. This change enables Neon to perform an end-to-end trace when a new
connection is established.
10) and maximum (100) pagination values for the List projects API endpoint. These settings were enforced previously but were not included in the Neon API specification.default_endpoint_settings property, which defines custom settings for project's compute endpoints.10000 simultaneous connections. For more information about connection pooling in Neon, see Connection pooling.pgvector, plls and plcoffee extensions. For more information about Postgres extensions supported by Neon, see Postgres extensions.TCP_NODELAY protocol option. The TCP_NODELAY option causes segments to be sent as soon as possible, even if there is only a small amount of data. For more information, refer to the TCP protocol man page.quota_reset_at property to the Project response schema in the Neon API. This property displays a future date indicating when a resource consumption quota will be reset. For example, the Neon Free Tier offers 100 compute hours per month. The quota_reset_at property shows when that quota will be set back to 100 hours.compute_seconds_limit property to the CurrentUserInfoResponse schema in the Neon API. This property defines the monthly compute limit in terms of compute seconds.default_endpoint_settings property in the Project schema was split into default_endpoint_settings and settings. The default_endpoint_settings property is now used exclusively for Postgres specific settings applied to a project's compute endpoints. The settings property is used for general project settings such as the compute quota. If you have been using createProject or updateProject API requests in your code, you may need to update those requests to account for this change.PRIMARY badge to identify the primary branch of a Neon project. The badge is visible on the Branches page in the Neon Console and in other UI elements that show a project's branches.Added support for the Postgres postgis-sfcgal extension. For more information about Postgres extensions supported by Neon, see Postgres extensions.
Compute: Added support for International Components for Unicode (ICU), which permits defining collation objects that use ICU as the collation provider. For example:
Integrations: You can now integrate Neon with your Vercel project directly from your Vercel account. The new integration, which is currently in Beta, is available from the Vercel Integration Marketplace. The integration allows you to connect your Vercel project to a new or existing Neon project. It also enables creating a database branch for each Vercel preview deployment and for your Vercel development environment. For more information about the Neon-Vercel integration, see Connect Vercel and Neon.
Control Plane: You can now enable connection pooling in Neon for individual connections. Pooling is enabled by adding a -pooler suffix to the endpoint ID in the Neon hostname. For example:
Connections that do not specify the -pooler suffix connect to the database directly. The ability to enable pooling for individual connections supports workflows that require both pooled and non-pooled connections to the same database. For example, serverless applications that use Prisma Client require a pooled connection, while Prisma Migrate requires a direct connection to the database. For more information, see Enable connection pooling.
The previous method of enabling connection pooling for a compute endpoint is deprecated. When switching to the new per-connection method, be sure to disable connection pooling at the compute endpoint. You can do so by editing the compute endpoint.
Console: Added validation to ensure that emails are provided in the expected format when creating a Neon account.
Control Plane: Added validation for the Log Sequence Number (LSN) provided when creating a branch from a particular LSN value to prevent the possibility of creating a branch from an unrelated parent branch. An appropriate error is now reported when an invalid LSN value is provided.
UI: With the removal of the endpoint limit, endpoints no longer appear in the Project limits widget on the Neon Dashboard.
creation_source property. Currently, the creation_source property identifies the console as the creation source in all cases but will eventually identify other sources, such as the Neon API.limit parameter to request up to 100 projects.stop_compute operation, which is no longer used. It was replaced by suspend_compute.cannot execute GRANT in a read-only error that occurred when a database owner enabled the default_transaction_read_only setting, preventing the Control Plane from configuring the compute instance.Added support for the Postgres unit extension. For more information about Postgres extensions supported by Neon, see Postgres extensions.
gc) interval from 100 seconds to 60 minutes. This change reduces the frequency of layer map locks.Added support for several Postgres extensions. Newly supported extensions include:
bloompgrowlocksintaggpgstattupleearthdistanceaddress_standardizeraddress_standardizer_data_usFor more information about Postgres extensions supported by Neon, see Postgres extensions.
pg8000 Python Postgres driver, version 1.29.3 and higher, now supports connecting to Neon.EXPLAIN that show prefetch hits and misses for sequential scans.Pageserver: Added support for on-demand download of layer files from cold storage. Layer files contain the data required reconstruct any version of a data page. On-demand download enables Neon to quickly distribute data across Pageservers and recover from local Pageserver failures. This feature augments Neon's storage capability by allowing data to be transferred efficiently from cold storage to Pageservers whenever the data is needed.
branch_logical_size_limit attribute to the Neon API Project response body, which shows the logical data size limit for project branches. This attribute replaces the logical_size_limit attribute, which was shown in the Branch response body. The Neon Free Tier limits the logical data size of a branch to 3072 MiB (3 GiB).project_id in the hostname, are no longer valid. Instead of the project_id, an endpoint_id must be specified in the hostname. For information about constructing a valid connection string, see Connect from any application. An email with migration instructions was sent to affected users.branch or endpoints attributes was required. Without a request body, the default behavior is to create a branch from the project's root branch (main) without an endpoint, and the branch name is auto-generated..env file with the password are provided in a pop-up dialog after creating a project.pg_prewarm Postgres extension, which utilizes the above-mentioned sequential scan prefetch feature. The pg_prewarm extension provides a convenient way to load data into the Postgres buffer cache after a cold start. For information about Postgres extensions supported by Neon, see Postgres extensions.storage_sync operation to make it more robust and reliable while syncing files between Pageservers and S3.logical_size_limit attribute to the branch schema, which shows the data size limit for a branch.max_project_size attribute in Neon API v1 specification to branch_logical_size_limit.max_project_size attribute from Neon v2 API schema.parent_id and name attributes optional when creating a branch.allow_connections flag for endpoints to permit disabling connections to the endpoint.endpoints attribute is not specified. Creating a branch without an endpoint supports backup uses cases and useful in scenarios where the number of branches exceeds the number of available endpoints due to endpoint limits.region_id parameter as region.id. The attribute was previously treated as region.handle. Code that uses these endpoints may need to be updated.main to neondb.ApiKey tag to API Key."Content-Type" header with an "application/json" value to Neon API v2 error responses.TIME and LSN fields to the branch details page for child branches. The TIME field shows the time value selected when creating a branch with data up to a specified point in time. The LSN field shows a Log Sequence Number (LSN), indicating that the branch was created with data up to that LSN.postgres repository to the neon repository and created a separate wal_redo binary in order to reduce the amount of change in the postgres repository codebase.--daemonize option from the CLI process that starts the Pageserver and Safekeeper storage components. The required library is no longer being maintained and the option was only used in our test environment.Added support for the US East (Ohio), Europe (Frankfurt), and Asia Pacific (Singapore) regions, allowing you to create Neon projects closer to your application servers. For more information about Neon's region support, see Regions.
Updated Neon's branching capabilities. The following enhancements were introduced:
main.main) or from another branch in the project.For more information about Neon's branching capabilities, see Branching, and Manage branches.
Neon Branching capabilities are not yet publicly available. If you would like to try this feature, contact us at iwantbranching@neon.tech, describing your use case and requesting that Neon enable branching for your account.
With the addition of support for new regions and updates to Neon's branching capabilities, changes were made to the hostname in Neon connection strings. Previously, a hostname had this format: <project_id>.cloud.neon.tech. With the introduction of new regions, a <region_slug> and <platform> value were added to the hostname for projects created in newly supported regions. With the update to branching capabilities, <project_id> was replaced by <endpoint_id>. As a result of these changes:
<endpoint_id>.cloud.neon.tech.<endpoint_id>.<region_slug>.<platform>.neon.tech.The old hostname format continues to be supported for projects created before these changes were introduced.
Added highlighting support for Postgres 15 SQL Keywords to Neon's SQL Editor. Keywords are highlighted when entered in the SQL Editor.
410 Gone error when resubmitting an OAuth consent challenge..pgpass configuration instructions provided after creating a project or resetting a password. The instructions did not include the required Postgres port number.wal_log_hints parameter, which is the default Postgres setting. The Pageserver-related issue that required enabling wal_log_hints has been addressed, and enabling wal_log_hints is no longer necessary.state field to the TimelineInfo struct that is returned by the timelines internal management API endpoint. Timeline state information improves observability and communication between Pageserver modules.INSERT ... ON CONFLICT handling issue for speculative Write-Ahead Log (WAL) record inserts. Under certain load conditions, records added with INSERT ... ON CONFLICT could be replayed incorrectly.backpressure_throttling_time function that returns the total time spent throttling since the system was started.h3_pg and plv8 Postgres extensions. For information about Postgres extensions supported by Neon, see Postgres extensions.compaction_period setting to 20 seconds to reduce the frequency of polling that is performed to determine if compaction is required. The frequency of polling with the previous setting of 1 could result in excessive CPU consumption when there are numerous tenants and projects.protected: boolean flag to the roles public API response.zenith_ctl binary.read, update, delete project access scopes for OAuth applications.Failed to connect to the compute node error.PostGIS extension, version 3.3.0. For information about Postgres extensions supported by Neon, see Postgres extensions.options, application_name, and replication connection parameters to compute nodes..pgpass password file instructions that are presented when resetting a password #1825.max_replication_write_lag to 15 MB to tune the backpressure mechanism and improve PostgresSQL responsiveness under load.In progress to Scheduling.uuid-ossp extension binaries, which provide functions for generating universally unique identifiers (UUIDs). CREATE EXTENSION "uuid-ossp" is now supported. For information about extensions supported by Neon, see Available Postgres extensions.423 Locked is now reported instead of 409 Conflict.CREATE EXTENSION statement for users that are not database owners.zenith.page_server_connstring to neon.pageserver_connstringzenith.zenith_tenant to neon.tenant_idzenith.zenith_timeline to neon.timeline_idzenith.max_cluster_size to neon.max_cluster_sizewal_acceptors to safekeeperszenith_admin role to cloud_admin.fullbackup endpoint that works like basebackup but also sends relational files.psql copy.DROP DATABASE is executed.max_lsn_wal_lag default setting to avoid constant reconnections during normal work.wal_connection_attempts maintenance, preventing busy reconnection loops.pooler_enabled property to the project update API call to indicate whether or not connection pooling is enabled.user_id type from int64 to uuid.{ "message": "error text" }.platform, region, and instance_type ids optional during new project creation.web_access system role to be modified or deleted, which could affect the functioning of the Neon SQL Editor.