Neon
Neon is a cloud-native Serverless PostgreSQL database service designed to provide developers with elastically scalable relational database capabilities. Core features include a compute-storage separation architecture, on-demand auto-scaling, and support for database branching, which facilitates isolated management of development, testing, and production environments. Neon is fully compatible with the PostgreSQL ecosystem and is suited for the data persistence needs of modern web applications and SaaS products.
Timeline (last 90 days)
Nikita Shamgunov is a co-founder of Neon and previously also founded MemSQL (later renamed SingleStore).
Neon is a cloud database company providing Serverless Postgres, characterized by separating PostgreSQL's storage from compute and supporting on-demand scaling, branched databases, and extremely fast cold starts.
Writing the Neon configuration into neon.ts makes the configuration file itself code, which can go into version control, participate in code review, be checked by the type system, and be deployed along with the application, thereby reducing configuration drift.
Neon branches are isolated from each other, and a schema migration or data write on one branch does not affect the parent branch.
Creating a branch in Neon is essentially just adding a pointer to a particular data state, yielding a fully functional, readable and writable independent database within seconds, with almost no additional storage overhead.
At the WorkOS init() event, Anthony Giuliano demonstrated an AI stylist application called DressCode, whose entire Neon configuration was compressed into a single neon.ts file.
Neon's architecture separates the storage layer from the compute layer, with data stored on shared storage in a copy-on-write manner, and compute nodes mounting to a particular data version on demand.
Single-file configuration has boundaries: as application complexity rises, whether one file can carry the complete backend logic depends on the thickness of the abstraction layer; Neon positions this file as a configuration entry point rather than a container for business logic.
Neon is a Serverless PostgreSQL service based on a storage-compute separation architecture; its branching feature uses the Copy-on-Write concept and can create isolated environments containing a full dataset within seconds.
The solution to the data leakage is to have the agent perform training on an isolated branch restored to the exact timestamp prior to the prediction window.
24 more timeline events
All Facts (20)
Neon支持数据库分支（Database Branching），开发者可以为每个PR创建独立的数据库副本进行测试
90%UnverifiedNeon是新一代Serverless PostgreSQL服务，其核心创新在于存储与计算分离的架构，支持在无请求时将计算层缩容至零（scale-to-zero）
90%UnverifiedNeon is a cloud database company providing Serverless Postgres, characterized by separating PostgreSQL's storage from compute and supporting on-demand scaling, branched databases, and extremely fast cold starts.
50%UnverifiedNikita Shamgunov is a co-founder of Neon and previously also founded MemSQL (later renamed SingleStore).
50%UnverifiedCreating a branch in Neon is essentially just adding a pointer to a particular data state, yielding a fully functional, readable and writable independent database within seconds, with almost no additional storage overhead.
50%UnverifiedSingle-file configuration has boundaries: as application complexity rises, whether one file can carry the complete backend logic depends on the thickness of the abstraction layer; Neon positions this file as a configuration entry point rather than a container for business logic.
50%UnverifiedWriting the Neon configuration into neon.ts makes the configuration file itself code, which can go into version control, participate in code review, be checked by the type system, and be deployed along with the application, thereby reducing configuration drift.
50%UnverifiedNeon branches are isolated from each other, and a schema migration or data write on one branch does not affect the parent branch.
50%UnverifiedNeon's architecture separates the storage layer from the compute layer, with data stored on shared storage in a copy-on-write manner, and compute nodes mounting to a particular data version on demand.
50%UnverifiedThe solution to the data leakage is to have the agent perform training on an isolated branch restored to the exact timestamp prior to the prediction window.
50%UnverifiedNeon is a Serverless PostgreSQL service based on a storage-compute separation architecture; its branching feature uses the Copy-on-Write concept and can create isolated environments containing a full dataset within seconds.
50%UnverifiedIn the demo, TabFM runs locally on a DGX Spark, with data stored in a Neon-based Serverless Postgres.
50%UnverifiedServerless Postgres products such as Neon and PlanetScale attempt to overcome the database cold-start bottleneck using storage-compute separation and instant branching technology.
50%UnverifiedThe author recommends using Supabase or Postgres via Neon for the backend during the MVP phase, but acknowledges that this approach is not enterprise-grade and has limited security.
50%UnverifiedThe Neon checkpoint mechanism takes approximately 650 milliseconds to create a branch and approximately 2.9 seconds to roll back to a branch.
50%UnverifiedThe author built a custom agent around the open-source coding agent PI, running Gemini 3 Flash, equipped with Shell and SQL tools, operating a Postgres database running on Neon.
50%UnverifiedNeon creates a full-copy branch of the production database for each agent run, ready within two seconds.
50%UnverifiedNeon and PlanetScale are cloud database services that employ copy-on-write or similar storage tiering technology.
50%UnverifiedDatabase-type projects such as Neon and Dolt host refs metadata in separate strongly consistent storage systems (such as etcd or PostgreSQL) while offloading large-volume packfile data to object storage, forming a hybrid architecture.
50%UnverifiedNeon is a next-generation database service based on PostgreSQL that treats database branching as a first-class citizen.
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