{"source":"CiteHawk AI Index","record":"serverless databases — 2026-10","url":"https://www.citehawk.com/leaderboards/editions/2026-10/serverless-databases","immutable":true,"snapshotId":"16e3028f-c3f7-4d47-b63d-fed91da12bfd","capturedAt":"2026-10-01T04:35:07.609+00:00","contentHash":"63ea0b412049d827e06fcd59af2677b3076331d5150dfdfe11ff7a4180a74487","contentHashSpec":"sha256-v1: hex SHA-256 of the UTF-8 bytes of the compact JSON array (no whitespace, non-ASCII characters unescaped, as JavaScript JSON.stringify emits) of [provider, run, model, text] tuples, one per captured answer, sorted by provider then run","registryRulesHash":"043102d8d3162d07dda4892d375b4134e63a3cd6117ae53e2da6de4cd595ce2e","registryRulesHashSpec":"sha256-v1: hex SHA-256 of the UTF-8 bytes of the compact JSON object {version, aliases, notInCategory, categoryAllow, serviceSlugRe} where aliases is the array of [foldedKey, canonicalName, pinnedDomain, categoryScope] tuples sorted by key, carrying a fifth regionScope element only on the entries that have one, notInCategory and categoryAllow are arrays of [categorySlug, domains] tuples sorted by slug, and every domain/scope list is itself sorted, carrying a trailing notInCategoryByRegion element, an array of [categorySlug, region, domains] triples sorted by slug then region, only when at least one region-scoped deny entry exists","region":"global","prompt":"What are the best serverless databases? Recommend the top brands or products that people actually use.","providers":["openai","claude","gemini","perplexity","deepseek","grok","bing_copilot","google_aio","google_ai_mode"],"models":{"grok":"grok-4.3","claude":"claude-sonnet-5","gemini":"gemini-3.5-flash","openai":"gpt-5.5-2026-04-23","deepseek":"deepseek-flash","google_aio":"google_aio","perplexity":"sonar","bing_copilot":"bing_copilot","google_ai_mode":"google_ai_mode"},"runsPerProvider":1,"totalCalls":18,"ranking":[{"rank":1,"brand":"Neon","domain":"neon.com","entityId":"dd6ad096-7a83-458f-beb5-da55a8902f4b","score":55.5,"mentions":8,"recommendedBy":["openai","claude","gemini","perplexity","deepseek","grok","bing_copilot","google_ai_mode"],"averagePositionByProvider":{"grok":1,"claude":1,"gemini":1,"openai":2,"deepseek":4,"perplexity":1,"bing_copilot":1,"google_ai_mode":1}},{"rank":2,"brand":"Amazon DynamoDB","domain":"aws.amazon.com","entityId":"3666af11-2b31-4cd9-ae70-44c69cfdf69a","score":51.3,"mentions":9,"recommendedBy":["openai","claude","gemini","perplexity","deepseek","grok","bing_copilot","google_aio","google_ai_mode"],"averagePositionByProvider":{"grok":6,"claude":7,"gemini":4,"openai":1,"deepseek":1,"google_aio":1,"perplexity":5,"bing_copilot":7,"google_ai_mode":3}},{"rank":3,"brand":"Supabase","domain":"supabase.com","entityId":"a7fddae5-279c-4bf8-b9b3-99a52845d923","score":50.9,"mentions":8,"recommendedBy":["openai","claude","gemini","perplexity","deepseek","grok","bing_copilot","google_ai_mode"],"averagePositionByProvider":{"grok":2,"claude":2,"gemini":2,"openai":5,"deepseek":5,"perplexity":2,"bing_copilot":2,"google_ai_mode":2}},{"rank":4,"brand":"Turso","domain":"turso.tech","entityId":"f98a928a-696a-4a60-a61e-4d538d1b3a30","score":48.6,"mentions":8,"recommendedBy":["openai","claude","gemini","perplexity","deepseek","grok","bing_copilot","google_ai_mode"],"averagePositionByProvider":{"grok":3,"claude":6,"gemini":3,"openai":8,"deepseek":9,"perplexity":3,"bing_copilot":3,"google_ai_mode":4}},{"rank":5,"brand":"MongoDB Atlas","domain":"mongodb.com","entityId":"7a817995-78c8-417f-b530-71c3c2897a5f","score":47.1,"mentions":8,"recommendedBy":["openai","gemini","perplexity","deepseek","grok","bing_copilot","google_aio","google_ai_mode"],"averagePositionByProvider":{"grok":8,"gemini":6,"openai":11,"deepseek":25,"google_aio":2,"perplexity":8,"bing_copilot":6,"google_ai_mode":7}},{"rank":6,"brand":"PlanetScale","domain":"planetscale.com","entityId":"7ea3093e-ea42-47aa-9fcc-95d5e755ebab","score":45.8,"mentions":7,"recommendedBy":["openai","claude","perplexity","deepseek","grok","bing_copilot","google_ai_mode"],"averagePositionByProvider":{"grok":4,"claude":3,"openai":6,"deepseek":8,"perplexity":4,"bing_copilot":4,"google_ai_mode":5}},{"rank":7,"brand":"Google Firestore","domain":"google.com","entityId":"6231f6d8-8a49-4d2d-8627-83abdcd2d7e3","score":33.3,"mentions":5,"recommendedBy":["openai","claude","perplexity","deepseek","google_ai_mode"],"averagePositionByProvider":{"claude":8,"openai":3,"deepseek":2,"perplexity":6,"google_ai_mode":8}},{"rank":8,"brand":"Upstash","domain":"upstash.com","entityId":"0e5ae6a3-13c1-4c96-bfa2-08b4c29dc1b9","score":32.1,"mentions":5,"recommendedBy":["openai","gemini","deepseek","grok","google_ai_mode"],"averagePositionByProvider":{"grok":10,"gemini":9,"openai":9,"deepseek":11,"google_ai_mode":9}},{"rank":9,"brand":"Cloudflare D1","domain":"cloudflare.com","entityId":"957d86dc-2296-49de-b32a-52b1bf366a9e","score":26.5,"mentions":4,"recommendedBy":["openai","perplexity","deepseek","grok"],"averagePositionByProvider":{"grok":5,"openai":7,"deepseek":10,"perplexity":7}},{"rank":10,"brand":"Fauna","domain":null,"entityId":"03eb2247-742d-463d-a4b4-2ebcfa1dd168","score":19.4,"mentions":3,"recommendedBy":["openai","deepseek","bing_copilot"],"averagePositionByProvider":{"openai":12,"deepseek":24,"bing_copilot":5}},{"rank":11,"brand":"Azure Cosmos DB","domain":"azure.com","entityId":"308cef17-6dc5-43b6-8938-6f6752de264a","score":14.5,"mentions":2,"recommendedBy":["deepseek","openai"],"averagePositionByProvider":{"openai":10,"deepseek":3}},{"rank":12,"brand":"CockroachDB Serverless","domain":"cockroachlabs.com","entityId":"6c07163a-de38-45a9-850a-58e1b325c67a","score":14.1,"mentions":2,"recommendedBy":["deepseek","grok"],"averagePositionByProvider":{"grok":9,"deepseek":7}},{"rank":13,"brand":"Pinecone","domain":null,"entityId":"9f7ce6c7-a30b-407d-9493-ad2748a49665","score":13.3,"mentions":2,"recommendedBy":["gemini","deepseek"],"averagePositionByProvider":{"gemini":8,"deepseek":19}}],"answers":[{"provider":"bing_copilot","run":1,"model":"bing_copilot","capturedAt":"2026-10-01T04:35:07.616Z","text":"The top serverless databases widely used today include Neon, Supabase, Turso, PlanetScale, Fauna, MongoDB Atlas, and Amazon Aurora Serverless, each excelling in specific workloads from MVPs and web apps to global high-traffic platforms.\n\nTop Serverless Databases and Their Strengths\n\n1. Neon — For Modern Postgres Workflows\n\nNeon provides a pure PostgreSQL experience with advanced features like database branching, allowing instant test environments and safe schema migrations. It is ideal for developers who want robust CI/CD integration and minimal backend complexity. The main consideration is the potential cold start, which can slightly delay the first query after scaling to zero .\n\n2. Supabase — The All-in-One Backend\n\nSupabase is a PostgreSQL-based platform that combines database, authentication, storage, and APIs. It simplifies development for MVPs or full-stack web applications because it requires minimal backend coding. While convenient, its free tier does not scale to zero, meaning resources are always allocated .\n\n3. Turso — Edge-Optimized SQLite\n\nTurso, built on libSQL, is extremely low-latency, replicating data to edge locations close to serverless functions. Perfect for applications where performance at the edge is critical. Limitations include fewer Postgres extensions or complex stored procedures, given its SQLite foundations .\n\n4. PlanetScale — The Scalability Leader\n\nBased on Vitess, PlanetScale is MySQL-compatible and suited for large-scale apps with high traffic. It supports non-blocking schema changes, global deployments through read-only regions, and version control for database changes. Ideal for enterprises or apps expecting rapid scale +1 .\n\n5. Fauna — Flexible Document-Relational Model\n\nFauna operates as a hybrid relational/NoSQL database, ensuring strong consistency and rapid serverless performance. Its GraphQL and transactional support make it a versatile choice for dynamic web and mobile apps GeeksForGeeks+1 .\n\n6. MongoDB Atlas Serverless\n\nMongoDB Atlas provides a fully managed, NoSQL serverless cloud database across AWS, Azure, and GCP. It supports a Data API for web and mobile access and is suitable for globally distributed applications with high scalability requirements GeeksForGeeks .\n\n7. Amazon Aurora Serverless\n\nAurora Serverless is available in MySQL and Postgres flavors. It automatically scales compute based on demand and is optimal for apps that experience spiky, intermittent traffic. Cost savings are significant compared to traditional RDS deployments GeeksForGeeks+1 .\n\nOther Notable Mentions\n\nCloud Firestore: Real-time NoSQL database with offline support, good for mobile and web apps 1 .\nScyllaDB Serverless: High-performance NoSQL designed for low latency and massive throughput 1 .\nSurrealDB: Combines relational, time-series, and graph features with a simplified query language, ideal for multi-tenant applications 1 .\n\nChoosing the Right Serverless Database\n\nFor rapid MVPs or solo developers: Supabase or Fauna simplify backend setup.\nFor PostgreSQL-centric apps with CI/CD needs: Neon offers database branching and modern workflows.\nFor edge computing or latency-sensitive workloads: Turso is unmatched.\nFor scalable global MySQL apps: PlanetScale provides enterprise reliability with zero-downtime schema changes.\nFor high-traffic apps with unpredictable workloads: Aurora Serverless handles spikes effectively.\n\nEach option balances developer experience, scalability, type of database (SQL vs NoSQL), and cost differently. Choosing depends on your stack, required SQL flavor, and performance priorities +2 .","extractedBrands":[{"name":"Neon","domain":null,"position":1},{"name":"Supabase","domain":null,"position":2},{"name":"Turso","domain":null,"position":3},{"name":"PlanetScale","domain":null,"position":4},{"name":"Fauna","domain":null,"position":5},{"name":"MongoDB Atlas","domain":"mongodb.com","position":6},{"name":"Amazon Aurora","domain":null,"position":7},{"name":"Cloud Firestore","domain":null,"position":8},{"name":"ScyllaDB","domain":null,"position":9},{"name":"SurrealDB","domain":null,"position":10}]},{"provider":"claude","run":1,"model":"claude-sonnet-5","capturedAt":"2026-10-01T04:35:07.616Z","text":"# Best Serverless Databases (2026)\n\nServerless databases have become the default choice for modern app development because they eliminate server management, scale automatically, and often let you pay only for what you use. Here's a breakdown of the top products people actually use, organized by category.\n\n## 🐘 Serverless SQL / Postgres & MySQL\n\n**Neon** – The leader for serverless Postgres. It separates storage and compute, allowing your database to scale to zero when idle. It offers PostgreSQL with full compatibility, scale-to-zero pricing, database branching (like git for your schema), instant database cloning for testing, and autoscaling based on load. It's a favorite for startups and Vercel/Next.js deployments. Neon dropped prices 15-25% after the Databricks acquisition — its Launch plan starts at $19/month with 300 compute hours and 10GB storage.\n\n**Supabase** – Supabase is the go-to when you want more than just a database. It's the full-stack choice when you want auth, storage, real-time, and Postgres in one platform.\n\n**PlanetScale** – Originally known for MySQL/Vitess, it now also offers Postgres. PlanetScale now serves two distinct needs: low-cost managed Postgres and MySQL-compatible Vitess for horizontal scale, branching, and online schema changes. It has no free plan, but single-node Postgres starts at $5/month; production-grade and Vitess configurations cost more.\n\n**TiDB Cloud** – A strong pick if you expect unpredictable traffic spikes. TiDB is a distributed MySQL database whose \"Starter\" plan is fully serverless and handles \"spiky\" traffic better than most — if a marketing campaign suddenly sends 10,000 users to your site, TiDB's architecture is designed to spread that load across nodes automatically.\n\n**Prisma Postgres** – Positioned as the DX optimizer for developers who want tight tooling integration.\n\n## ⚡ Edge/SQLite-Based\n\n**Turso** – The top choice for latency-sensitive, globally distributed apps. Turso is built on libSQL (an open-source fork of SQLite) and is the one to pick if you care about latency above all else. Its free tier includes 5GB storage, 100 databases, and 500M row reads/month — the most generous free tier in the market. It also has a unique feature: embedded replicas let you run a Turso database inside your application process with automatic sync to the remote database.\n\n## 📦 NoSQL / Document & Key-Value\n\n**Amazon DynamoDB** – The classic enterprise-grade choice. It's AWS's fully managed, serverless NoSQL database built for ultra-low latency, massive scale, and seamless performance. It auto-scales to handle traffic spikes, offers predictable single-digit millisecond response times, and integrates tightly with the wider AWS ecosystem — designed for high-performance workloads like gaming, IoT, and real-time personalization.\n\n**Google Cloud Firestore** – The best fit for mobile/real-time apps tied to the Firebase ecosystem. It's Google's scalable, serverless NoSQL database designed for real-time applications across web, mobile, and IoT, offering strong synchronization, offline support, and automatic multi-region replication, so developers can focus on building features without managing infrastructure.\n\n**IBM Cloudant** – A lesser-known but capable option. It's one of the few NoSQL databases that scales elastically as a pure serverless offering — for teams running distributed apps that need global throughput and managed replication, its auto-sharding and always-on availability just work.","extractedBrands":[{"name":"Neon","domain":null,"position":1},{"name":"Supabase","domain":null,"position":2},{"name":"PlanetScale","domain":null,"position":3},{"name":"TiDB Cloud","domain":null,"position":4},{"name":"Prisma Postgres","domain":null,"position":5},{"name":"Turso","domain":null,"position":6},{"name":"Amazon DynamoDB","domain":"amazon.com","position":7},{"name":"Google Cloud Firestore","domain":"google.com","position":8},{"name":"IBM Cloudant","domain":"ibm.com","position":9}]},{"provider":"deepseek","run":1,"model":"deepseek-flash","capturedAt":"2026-10-01T04:35:07.616Z","text":"There’s no single “best” serverless database — it depends on your data model, cloud, latency needs, and budget. But the ones with real production adoption are fairly clear.\n\n## Top serverless databases people actually use\n\n| Use case | Top picks | Why people use them |\n|---|---|---|\n| **Serverless NoSQL / document** | **Amazon DynamoDB**, **Google Firestore**, **Azure Cosmos DB** | DynamoDB is the default AWS serverless NoSQL; Firestore is great for real-time mobile/web apps; Cosmos DB is Azure’s global multi-model option. |\n| **Serverless Postgres** | **Neon**, **Supabase**, **Amazon Aurora Serverless v2**, **CockroachDB Serverless** | Neon for branching + scale-to-zero; Supabase for an all-in-one backend; Aurora for AWS/enterprise; Cockroach for distributed SQL. |\n| **Serverless MySQL** | **PlanetScale** | Vitess-based, branching, non-blocking schema changes, HTTP driver. Very popular with modern app teams. |\n| **Edge / SQLite** | **Turso**, **Cloudflare D1** | Low-latency SQLite at the edge, good with Workers/serverless functions. |\n| **Key-value / cache** | **Upstash Redis**, **AWS ElastiCache Serverless**, **Cloudflare KV** | Upstash is edge-friendly with per-request pricing; ElastiCache is AWS-native; KV is simple for Workers. |\n| **Analytics / warehouse** | **Google BigQuery**, **Amazon Redshift Serverless**, **Amazon Athena**, **Snowflake**, **ClickHouse Cloud** | BigQuery/Athena are truly serverless; Snowflake/ClickHouse are managed and pay-per-use. |\n| **Vector / AI search** | **Pinecone**, **Qdrant Cloud**, **Weaviate Cloud**, **Zilliz Cloud**, **pgvector on Neon/Supabase** | Pinecone is the best-known serverless vector DB; pgvector is popular if you want to stay in Postgres. |\n| **Global distributed SQL** | **CockroachDB Serverless**, **Fauna** | Multi-region consistency, but smaller ecosystems than the big cloud options. |\n\n## Concrete recommendations\n\n- **Best all-around serverless Postgres:** **Neon** or **Supabase**. Neon if you want a pure Postgres dev experience; Supabase if you want auth, storage, realtime, and a dashboard.\n- **Best serverless MySQL:** **PlanetScale**.\n- **Best AWS-native serverless stack:** **DynamoDB** + **Aurora Serverless v2** + **Redshift Serverless/Athena**.\n- **Best GCP-native stack:** **Firestore** + **BigQuery**.\n- **Best Azure-native stack:** **Cosmos DB** + **Azure SQL Database serverless**.\n- **Best edge SQL:** **Turso** or **Cloudflare D1**.\n- **Best serverless cache/key-value:** **Upstash Redis**.\n- **Best serverless analytics:** **BigQuery**.\n- **Best serverless vector DB:** **Pinecone**, or **pgvector on Neon/Supabase** if you want fewer vendors.\n- **Best global distributed SQL:** **CockroachDB Serverless**.\n\n## Important caveats\n\n“Serverless” is often used loosely. Check whether the product actually scales to zero, has cold starts, connection limits, and predictable pricing at scale. Some popular options — like **Supabase**, **Aurora Serverless v2**, and **PlanetScale** — are managed/auto-scaling rather than always pure scale-to-zero. **MongoDB Atlas** is hugely popular, but its Serverless tier has been deprecated/steered toward Flex/dedicated clusters, so verify current status before choosing it.\n\nFor most startups and indie projects today, the common real-world picks are **Supabase or Neon**, plus **Upstash**, and **Pinecone/pgvector** for AI search. For enterprise AWS/GCP/Azure shops, **DynamoDB/Firestore/Cosmos DB** and their managed relational/analytics companions are the safest bets.","extractedBrands":[{"name":"Amazon DynamoDB","domain":"amazon.com","position":1},{"name":"Google Firestore","domain":"google.com","position":2},{"name":"Azure Cosmos DB","domain":"azure.com","position":3},{"name":"Neon","domain":null,"position":4},{"name":"Supabase","domain":null,"position":5},{"name":"Amazon Aurora Serverless v2","domain":"amazon.com","position":6},{"name":"CockroachDB Serverless","domain":null,"position":7},{"name":"PlanetScale","domain":null,"position":8},{"name":"Turso","domain":null,"position":9},{"name":"Cloudflare D1","domain":"cloudflare.com","position":10},{"name":"Upstash Redis","domain":null,"position":11},{"name":"AWS ElastiCache Serverless","domain":null,"position":12},{"name":"Cloudflare KV","domain":"cloudflare.com","position":13},{"name":"Google BigQuery","domain":"google.com","position":14},{"name":"Amazon Redshift Serverless","domain":"amazon.com","position":15},{"name":"Amazon Athena","domain":"amazon.com","position":16},{"name":"Snowflake","domain":null,"position":17},{"name":"ClickHouse Cloud","domain":null,"position":18},{"name":"Pinecone","domain":null,"position":19},{"name":"Qdrant Cloud","domain":null,"position":20},{"name":"Weaviate Cloud","domain":null,"position":21},{"name":"Zilliz Cloud","domain":null,"position":22},{"name":"pgvector on Neon/Supabase","domain":null,"position":23},{"name":"Fauna","domain":null,"position":24},{"name":"MongoDB Atlas","domain":"mongodb.com","position":25}]},{"provider":"gemini","run":1,"model":"gemini-3.5-flash","capturedAt":"2026-10-01T04:35:07.616Z","text":"The landscape of serverless databases has expanded significantly, driven by the decoupling of **compute and storage**. In a serverless database model, the database automatically scales up during traffic spikes, scales down (often to zero) when idle, and bills you strictly for the storage and compute queries you actually use. \n\nThe following are the top serverless databases that developers and enterprises actually use, categorized by their data models and primary use cases.\n\n---\n\n### 1. Relational (SQL) Serverless Databases\nFor modern web apps, SaaS platforms, and standard relational workloads, these are the market leaders.\n\n#### **Neon (Serverless Postgres)**\nNeon has quickly become the developer favorite for serverless PostgreSQL. It separates compute from storage, allowing databases to scale down to zero when they aren’t being used, saving massive amounts of money on inactive preview environments or dev databases.\n* **Best For:** Modern web applications, Next.js/Vercel projects (Neon actually powers Vercel Postgres), and rapid prototyping.\n* **Why people love it:** **Database Branching.** You can instantly branch your database (schema and data) just like a Git branch to test migrations or new features safely.\n* **The Catch:** If a database scales to zero, there is a minor \"cold start\" latency (usually 1–2 seconds) when the database wakes up for the first query.\n\n#### **Supabase (Postgres Backend-as-a-Service)**\nWhile Supabase is technically an entire open-source backend suite, its core is serverless-friendly PostgreSQL. It handles the database, authentication, file storage, real-time sync, and edge functions in one unified platform.\n* **Best For:** Full-stack apps, MVPs, and projects where you want a \"Firebase-like\" developer experience but want to stay on Postgres.\n* **Why people love it:** Real-time listeners, a beautiful UI, built-in vector search (via `pgvector`), and rapid setup.\n* **The Catch:** While it has generous free and usage-based tiers, the underlying database compute is conventionally provisioned behind the scenes, meaning it doesn't \"scale to zero\" in the same way Neon does unless configured specifically.\n\n#### **Turso (SQLite at the Edge)**\nTurso is built on **libSQL** (an open-source fork of SQLite) and is designed to run close to your users on edge networks. It allows you to run hundreds of thousands of isolated database instances globally.\n* **Best For:** Low-latency edge applications, multi-tenant SaaS (where every tenant gets their own micro-database), and mobile-backend synchronization.\n* **Why people love it:** Virtually **zero cold starts**, sub-millisecond query latency when run from edge functions, and an extremely generous free tier (which includes up to 9GB of storage across multiple databases).\n* **The Catch:** SQLite has limited support for highly complex concurrent write operations compared to Postgres or MySQL.\n\n#### **Amazon Aurora Serverless v2**\nIf you are already embedded in the AWS ecosystem and need enterprise-grade scaling, Aurora Serverless is the gold standard. It scales database capacity (ACUs) up and down instantly in response to application demand.\n* **Best For:** High-traffic, highly variable enterprise workloads, and legacy SQL migrations to AWS.\n* **Why people love it:** Seamless multi-region replication, extreme reliability, and compatibility with standard Postgres and MySQL.\n* **The Catch:** It **does not scale to zero**. Even when your database is completely idle, you must pay for a minimum allocation (usually 0.5 ACUs), making it expensive for small side projects or hobbyists.\n\n---\n\n### 2. Document & NoSQL Serverless Databases\nFor unstructured data, high write throughput, and massive scale.\n\n#### **Amazon DynamoDB**\nDynamoDB is the \"OG\" serverless database. It is a fully managed, multi-region NoSQL database that offers single-digit millisecond latency at virtually any scale.\n* **Best For:** High-volume APIs, microservices, and massive gaming or e-commerce backends.\n* **Why people love it:** Its \"On-Demand\" mode is truly serverless; you only pay for the exact read and write request units (RRUs/WRUs) your application uses. It handles massive throughput spikes without breaking a sweat.\n* **The Catch:** Highly restrictive query pattern requirements. If you need to perform complex ad-hoc queries, joins, or aggregations, DynamoDB’s key-value design makes it incredibly frustrating to use compared to SQL.\n\n#### **MongoDB Atlas Serverless**\nThis is the official serverless deployment option for MongoDB. It offers the flexible JSON-like document model that developers love, but with automated scale-to-zero compute provisioning.\n* **Best For:** Applications built on the MERN/MEAN stack that experience highly unpredictable or bursty traffic.\n* **Why people love it:** You get the full power of MongoDB's expressive query API without having to provision or pay for idle cluster instances.\n* **The Catch:** If your database has consistent, steady-state traffic, the serverless tier can end up being significantly more expensive than MongoDB’s standard provisioned tiers.\n\n---\n\n### 3. Specialized & Reactive Serverless Databases\nThese databases are built for specific, modern application architectures like AI/Vector Search and real-time collaborative state management.\n\n#### **Convex (Reactive Document Backend)**\nConvex is a rising star in the serverless space. It is a **reactive database** where the frontend is directly synchronized with the database. Instead of writing SQL or setting up WebSockets, you write TypeScript functions that run directly inside the database platform.\n* **Best For:** Real-time collaborative apps (like Figma or Notion clones), live chat, and AI-agent workflow orchestrations.\n* **Why people love it:** If any data changes, the UI updates automatically across all active users in real-time. It completely eliminates the complexity of WebSockets, state sync, and caching layers.\n* **The Catch:** It uses its own custom query engine rather than standard SQL, locking you into the Convex ecosystem.\n\n#### **Pinecone (Serverless Vector Database)**\nPinecone is the dominant serverless vector database used to store high-dimensional machine learning embeddings, which are necessary for Retrieval-Augmented Generation (RAG) and LLM memory.\n* **Best For:** Generative AI applications, semantic search, and AI agent memory.\n* **Why people love it:** Unlike older vector database architectures that required expensive, dedicated compute pods running 24/7, Pinecone Serverless separates compute from storage, allowing you to store massive vector indexes in cheap object storage and only pay for active searches.\n* **The Catch:** Highly specialized. It is strictly a vector database; you cannot use it as your main application relational database.\n\n#### **Upstash (Serverless Redis / Kafka)**\nTraditional Redis is memory-bound and requires an active, expensive server. Upstash solved this by creating a **Serverless Redis** (as well as serverless Kafka and QStash queues) billed entirely on per-request usage.\n* **Best For:** Caching, rate-limiting, session management, and job queues in serverless architectures (like Next.js on Vercel or AWS Lambda).\n* **Why people love it:** Extremely fast (sub-millisecond), scales to zero, and integrates perfectly with edge runtimes where traditional TCP connection pooling is difficult.\n* **The Catch:** Because of its on-demand HTTP API translation layer, it can have slightly higher latency than a traditional, self-hosted Redis cluster deployed on the same virtual network.\n\n---\n\n### Summary Recommendation Cheat Sheet\n\n* Choose **Neon** if you want standard, robust **PostgreSQL** with modern developer workflows (like branching).\n* Choose **Supabase** if you want Postgres but also need **Authentication, File Storage, and Real-Time** built-in.\n* Choose **Turso** if you are building an **Edge/JAMstack app** and want incredibly fast, cheap SQLite queries.\n* Choose **Convex** if you are building a **real-time, collaborative, multiplayer application**.\n* Choose **DynamoDB** if you are building a massive, production-grade enterprise system with **extreme write throughput** and scale needs.\n* Choose **Pinecone** if you are building a **Generative AI or RAG application**.","extractedBrands":[{"name":"Neon","domain":null,"position":1},{"name":"Supabase","domain":null,"position":2},{"name":"Turso","domain":null,"position":3},{"name":"Amazon Aurora","domain":"aws.amazon.com","position":4},{"name":"Amazon DynamoDB","domain":"aws.amazon.com","position":5},{"name":"MongoDB Atlas","domain":"mongodb.com","position":6},{"name":"Convex","domain":null,"position":7},{"name":"Pinecone","domain":null,"position":8},{"name":"Upstash","domain":null,"position":9}]},{"provider":"google_ai_mode","run":1,"model":"google_ai_mode","capturedAt":"2026-10-01T04:35:07.616Z","text":"When building modern apps, choosing a serverless database comes down to matching your stack (SQL vs. NoSQL vs. Edge) and how you want to handle scaling and cold starts.\n\nThe top serverless database brands and products that real development teams actually run in production are categorized below by their strengths:\n\n1. Serverless PostgreSQL (The SQL Favorites)\n\nNeon: Purpose-built, true serverless Postgres featuring instant git-like database branching, scale-to-zero compute, and separated storage/compute. Highly favored by modern TypeScript and web development teams.\nSupabase: Much more than just a database—it’s an entire open-source Firebase alternative built on top of robust managed PostgreSQL. It bundles instant APIs, Auth, real-time subscriptions, and storage.\nAmazon Aurora Serverless v2: The gold standard for enterprise workloads deeply entrenched in the AWS ecosystem. It scales capacity instantly in fine-grained increments to match application load without manual intervention.\n\n2. Edge & Distributed SQL/SQLite\n\nTurso: Built on libSQL (an open-source contribution of SQLite), Turso replicates your SQLite database to multiple geographic edge locations. It is exceptionally fast for edge functions, AI vector search, and multi-tenant setups with thousands of individual DBs.\nPlanetScale: Originally famous for bringing horizontal sharding and Vitess (MySQL-compatible) to serverless workflows with zero-downtime schema migrations, PlanetScale has expanded its offerings to provide powerful managed and serverless database tools.\n\n3. Serverless NoSQL & Document Stores\n\nAmazon DynamoDB: The veteran serverless NoSQL database. If you are on AWS, DynamoDB delivers single-digit millisecond latency at any scale with virtually zero operational overhead—though it requires careful upfront table design.\nMongoDB Atlas (Serverless): The serverless tier of MongoDB allows you to run document-based JSON workloads that scale up and down automatically based on traffic, preserving the flexible schema design of MongoDB without managing cluster sizing.\nGoogle Cloud Firestore: A flexible, scalable NoSQL cloud database for mobile, web, and serverless development from Firebase and GCP. It features powerful real-time listeners and offline sync.\n\n4. Key-Value & Specialized Caching\n\nUpstash: Provides serverless, HTTP-based Redis and Kafka. It solves the classic problem of standard Redis connection limits crashing serverless functions (like AWS Lambda) by offering a REST API and a true pay-as-you-go pricing model.\n\nIf you'd like, tell me:\n\nWhat tech stack or cloud provider (e.g., Next.js, AWS, Vercel) are you using?\nIs your workload Relational (SQL) or Document/Key-Value (NoSQL)?\n\nI can give you a tailored recommendation and help you evaluate pricing or cold-start trade-offs.","extractedBrands":[{"name":"Neon","domain":null,"position":1},{"name":"Supabase","domain":"supabase.com","position":2},{"name":"Amazon Aurora Serverless v2","domain":"aws.amazon.com","position":3},{"name":"Turso","domain":null,"position":4},{"name":"PlanetScale","domain":"planetscale.com","position":5},{"name":"Amazon DynamoDB","domain":"aws.amazon.com","position":6},{"name":"MongoDB Atlas","domain":"mongodb.com","position":7},{"name":"Google Cloud Firestore","domain":"cloud.google.com","position":8},{"name":"Upstash","domain":"upstash.com","position":9}]},{"provider":"google_aio","run":1,"model":"google_aio","capturedAt":"2026-10-01T04:35:07.616Z","text":"Amazon DynamoDB and MongoDB Atlas are among the best and most widely used serverless databases today.\n\nServerless databases run without you having to manage servers [0.5, 0.16]. They scale up or down automatically and use a pay-as-you-go pricing model.\n\nTop Serverless Databases","extractedBrands":[{"name":"Amazon DynamoDB","domain":"amazon.com","position":1},{"name":"MongoDB Atlas","domain":"mongodb.com","position":2}]},{"provider":"grok","run":1,"model":"grok-4.3","capturedAt":"2026-10-01T04:35:07.616Z","text":"**Neon, Supabase, Turso (libSQL/SQLite), PlanetScale (MySQL/Vitess), Cloudflare D1, and established options like AWS DynamoDB and Aurora Serverless v2 stand out as the most-used serverless databases in 2026.**[[1]](https://trybuildpilot.com/378-serverless-databases-compared-2026)[[2]](https://devreviewer.com/planetscale-vs-neon-vs-turso-best-serverless-database-2026/)\n\nThese are highlighted across developer comparisons, benchmarks, adoption signals (e.g., GitHub activity and production mentions), and real-world recommendations for variable/bursty workloads, edge apps, and serverless/edge architectures. Popularity favors Postgres-based solutions for general web/SaaS use, with strong NoSQL and edge alternatives.\n\n### Top Recommendations (Relational/SQL Focus)\nThese dominate recent discussions for new projects and production use:\n\n- **Neon (Serverless PostgreSQL)**: Frequently cited as the default or top pick for most developers in 2026. It separates compute from storage for true scale-to-zero (pay nothing when idle), instant database branching (git-like clones for previews/CI/CD), and strong Vercel/Next.js integration. Cold starts are typically ~300–500 ms (or faster with minimum compute). Generous free tier (e.g., 512 MB storage with auto-suspend). Excellent DX with broad ORM support (Prisma, Drizzle, etc.). Best for: General web apps, bursty traffic, dev/staging environments, Postgres users.[[1]](https://trybuildpilot.com/378-serverless-databases-compared-2026)[[1]](https://trybuildpilot.com/378-serverless-databases-compared-2026)\n\n- **Supabase (PostgreSQL + Backend Platform)**: Extremely popular all-in-one open-source platform (managed Postgres + auth, storage, realtime, edge functions, vectors). Not always \"pure\" serverless (paid plans often keep compute always-on; free projects may pause after inactivity). Strong for rapid full-stack development. Best for: MVPs, apps needing built-in backend services beyond just the DB. Many teams start here for speed.[[3]](https://gautamkhorana.com/serverless-databases/)[[4]](https://www.jusdb.com/blog/supabase-vs-planetscale-vs-neon-serverless-database-comparison-2025)\n\n- **Turso (libSQL/SQLite fork)**: Optimized for edge and low-latency reads via distributed replicas and embedded-replica patterns (reads can be local/microseconds). Excellent cold starts and multi-tenant support (easy per-tenant DBs). Generous free tier. Best for: Edge-first apps, global read-heavy workloads, multi-tenant SaaS, or SQLite-compatible stacks. Often praised for performance in specific architectures.[[5]](https://kanopylabs.com/blog/turso-vs-neon-vs-planetscale-serverless-databases)[[2]](https://devreviewer.com/planetscale-vs-neon-vs-turso-best-serverless-database-2026/)\n\n- **PlanetScale (MySQL-compatible via Vitess, with Postgres options emerging)**: Excels at safe, zero-downtime schema changes via branching/deploy requests and horizontal scaling/sharding. Strong for high write throughput. Free tier was removed (more production-oriented). Best for: Existing MySQL teams, complex migrations, or large-scale relational workloads.[[6]](https://markaicode.com/serverless-databases-2025-planetscale-neon-cockroachdb/)[[7]](https://blog.redlinesoft.net/posts/serverless-databases-neon-turso-planetscale/)\n\n- **Cloudflare D1 (SQLite)**: Tight integration with Cloudflare Workers for cheap, serverless SQLite at the edge. Good free tier and low latency. Best for: Cloudflare ecosystem users or simple edge apps.[[1]](https://trybuildpilot.com/378-serverless-databases-compared-2026)\n\n### Strong NoSQL/Key-Value and Cloud-Native Options\nThese see heavy real-world production use, especially at scale:\n\n- **AWS DynamoDB**: The classic, battle-tested serverless NoSQL (key-value/document) with instant scaling, global tables, and millisecond latency. Widely adopted in AWS ecosystems for high-traffic, real-time, or simple access-pattern apps (e.g., IoT, gaming, mobile backends). True pay-per-use with no cold starts.[[8]](https://www.citehawk.com/leaderboards/serverless-databases/neon)\n\n- **AWS Aurora Serverless v2** (MySQL or PostgreSQL compatible): Auto-scaling relational option deeply integrated with AWS. Scales in seconds but has a minimum compute floor (not true scale-to-zero). Best for: AWS-native apps with variable but not fully idle workloads.[[9]](https://aws.amazon.com/rds/aurora/serverless)\n\n- Others worth noting: MongoDB Atlas Serverless (flexible document model), CockroachDB Serverless (distributed Postgres-compatible for global consistency), and Upstash (serverless Redis for caching/sessions).\n\n### Quick Decision Guide\n- **New web/SaaS app or Postgres preference** — Start with **Neon** (or Supabase for full backend features).[[10]](https://www.devtoolsacademy.com/blog/serverless-sql-databases)\n- **Edge/low-latency or multi-tenant** — **Turso** or **D1**.\n- **MySQL stack or heavy schema changes** — **PlanetScale**.\n- **High-scale NoSQL or AWS-heavy** — **DynamoDB** or **Aurora Serverless**.\n- **All-in-one backend fast** — **Supabase**.\n\n**Key considerations**: True scale-to-zero saves costs on idle workloads but introduces cold starts (trade-offs vary by product). Pricing is usage-based (compute hours, storage, reads/writes) with varying free tiers—check current details as they evolve. Most support standard drivers/ORMs, though serverless/HTTP modes help with connection limits in functions.[[1]](https://trybuildpilot.com/378-serverless-databases-compared-2026)\n\nThese recommendations reflect consensus from 2025–2026 comparisons and developer feedback. Evaluate based on your stack (SQL flavor, cloud provider, latency needs), traffic patterns, and team expertise—many allow easy migration later. Test free tiers for your workload.","extractedBrands":[{"name":"Neon","domain":null,"position":1},{"name":"Supabase","domain":"supabase.com","position":2},{"name":"Turso","domain":null,"position":3},{"name":"PlanetScale","domain":"planetscale.com","position":4},{"name":"Cloudflare D1","domain":null,"position":5},{"name":"AWS DynamoDB","domain":"aws.amazon.com","position":6},{"name":"AWS Aurora Serverless v2","domain":"aws.amazon.com","position":7},{"name":"MongoDB Atlas Serverless","domain":"mongodb.com","position":8},{"name":"CockroachDB Serverless","domain":"cockroachlabs.com","position":9},{"name":"Upstash","domain":"upstash.com","position":10}]},{"provider":"openai","run":1,"model":"gpt-5.5-2026-04-23","capturedAt":"2026-10-01T04:35:07.616Z","text":"Here’s the practical shortlist I’d recommend in **2026**, focusing on products people actually use—not obscure “cool” databases.\n\n## Quick picks\n\n| If you want… | Pick |\n|---|---|\n| **Default choice for serverless apps on AWS** | **Amazon DynamoDB** |\n| **Serverless Postgres** | **Neon** |\n| **Postgres + auth/storage/realtime app backend** | **Supabase** |\n| **Mobile/web app sync with realtime clients** | **Firebase / Google Firestore** |\n| **Serverless relational on AWS, MySQL/Postgres-compatible** | **Amazon Aurora Serverless v2** |\n| **MySQL/Vitess with great schema workflow** | **PlanetScale** |\n| **Edge/serverless SQL with Cloudflare Workers** | **Cloudflare D1** |\n| **SQLite-style edge / many tiny DBs / agent workloads** | **Turso** |\n| **Serverless Redis / cache / queues / rate limits** | **Upstash Redis** |\n| **Azure-native serverless NoSQL or SQL** | **Azure Cosmos DB serverless** or **Azure SQL Database serverless** |\n\n## My ranked recommendations\n\n### 1. **Amazon DynamoDB** — best battle-tested serverless database overall\nUse it when you’re on AWS and need huge scale, low latency, and minimal ops. DynamoDB is fully managed/serverless, requires no server provisioning or patching, supports on-demand pay-as-you-go pricing, and can scale down to zero throughput when idle. ([aws.amazon.com](https://aws.amazon.com/dynamodb/features/?utm_source=openai))\n\n**Best for:** high-scale APIs, serverless backends, event-driven apps, carts, sessions, user metadata, IoT, gaming.  \n**Avoid if:** you need rich ad hoc SQL queries, joins, or flexible relational modeling.\n\n---\n\n### 2. **Neon** — best serverless Postgres\nIf you want “normal Postgres” but with serverless behavior, Neon is the standout. It supports autoscaling, scale-to-zero/autosuspend, and database branching, which makes it popular for modern web apps, Vercel/Next.js apps, AI tools, and dev/test environments. ([neon.com](https://neon.com/blog/neon-autoscaling-is-generally-available?utm_source=openai))\n\n**Best for:** SaaS apps, AI apps with pgvector, modern web apps, dev/staging branches, teams that want Postgres compatibility.  \n**Avoid if:** you need the absolute most mature enterprise Postgres platform with traditional dedicated instances.\n\n---\n\n### 3. **Firebase / Google Cloud Firestore** — best for mobile/web realtime apps\nFirestore is a serverless NoSQL document database for storing, syncing, and querying app data at global scale, with strong integration into Firebase and Google Cloud. ([firebase.google.com](https://firebase.google.com/products/firestore/?utm_source=openai))\n\n**Best for:** mobile apps, realtime collaboration, offline sync, Firebase-native apps, frontend-heavy teams.  \n**Avoid if:** your data is highly relational or you need complex SQL analytics.\n\n---\n\n### 4. **Amazon Aurora Serverless v2** — best serverless relational DB on AWS\nAurora Serverless v2 is a good pick if you want MySQL/Postgres compatibility with AWS-native autoscaling. It now supports scaling to 0 ACUs with automatic pause/resume in supported configurations, which makes it more “serverless” than older Aurora Serverless v2 setups. ([docs.aws.amazon.com](https://docs.aws.amazon.com/en_en/AmazonRDS/latest/AuroraUserGuide/aurora-serverless-v2.how-it-works.html?utm_source=openai))\n\n**Best for:** AWS teams that need relational SQL, migrations from MySQL/Postgres, production apps with variable load.  \n**Avoid if:** you need ultra-simple pricing or low-cost hobby projects; Aurora can get expensive and has more AWS/RDS complexity.\n\n---\n\n### 5. **Supabase** — best “app backend with Postgres”\nSupabase is not “pure serverless Postgres” in the same way Neon is: Supabase projects run on dedicated Postgres compute, and compute size changes are not automatic zero-downtime autoscaling. But it is widely used because it bundles Postgres, Auth, Storage, Realtime, Edge Functions, REST/GraphQL APIs, and now branching workflows. ([supabase.com](https://supabase.com/docs/guides/platform/compute-and-disk?utm_source=openai))\n\n**Best for:** indie SaaS, internal tools, Firebase alternative, apps that need auth + database + storage quickly.  \n**Avoid if:** your main requirement is true scale-to-zero database compute.\n\n---\n\n### 6. **PlanetScale** — best serverless-ish MySQL/Vitess workflow\nPlanetScale is a strong choice if you want MySQL compatibility, Vitess-based scaling, safe schema changes, and database branching/deploy-request workflows. Its big differentiator is developer workflow around schema changes and scaling MySQL-style workloads. ([planetscale.com](https://planetscale.com/features?utm_source=openai))\n\n**Best for:** MySQL teams, SaaS apps, schema-heavy production workflows, apps that may need horizontal scaling.  \n**Avoid if:** you specifically want Postgres features, extensions, or the PostgreSQL ecosystem.\n\n---\n\n### 7. **Cloudflare D1** — best SQL database for Cloudflare Workers\nD1 is Cloudflare’s managed serverless SQL database based on SQLite semantics, built directly into the Workers platform. It’s especially attractive if your app already runs on Cloudflare Workers and you want a simple relational database close to that ecosystem. ([cloudflare.com](https://www.cloudflare.com/products/d1/?utm_source=openai))\n\n**Best for:** Cloudflare Workers apps, edge APIs, small-to-medium relational workloads, low-cost serverless projects.  \n**Avoid if:** you need mature Postgres/MySQL features, high write throughput, or broad database tooling.\n\n---\n\n### 8. **Turso** — best SQLite-style edge / microdatabase option\nTurso is a SQLite-compatible database platform focused on many small databases, edge workloads, and agentic/AI use cases. It’s compelling when you like SQLite’s simplicity but need a managed cloud story and lots of lightweight isolated databases. ([turso.tech](https://turso.tech/what-is-turso?utm_source=openai))\n\n**Best for:** edge apps, per-tenant databases, AI agents, local-first-ish architectures, lightweight SQL.  \n**Avoid if:** you need traditional Postgres/MySQL semantics or heavy concurrent write workloads.\n\n---\n\n### 9. **Upstash Redis** — best serverless cache / queue / rate-limit DB\nUpstash is the go-to serverless Redis-style service. It offers pay-per-request pricing, scales to zero when idle, and works well from serverless and edge functions via HTTP without connection-pool headaches. ([upstash.com](https://upstash.com/redis?utm_source=openai))\n\n**Best for:** caching, rate limits, queues, sessions, ephemeral state, AI agent memory.  \n**Avoid if:** you need it as your primary relational/document database.\n\n---\n\n### 10. **Azure Cosmos DB serverless / Azure SQL Database serverless** — best if you’re Azure-native\nCosmos DB serverless charges for consumed request units and storage without capacity planning, while Azure SQL Database serverless automatically scales compute, can auto-pause during inactivity, and bills compute per second. ([learn.microsoft.com](https://learn.microsoft.com/en-us/azure/cosmos-db/serverless?utm_source=openai))\n\n**Best for:** Azure shops, enterprise apps, Microsoft stack, global NoSQL workloads, SQL Server-compatible workloads.  \n**Avoid if:** you’re not already on Azure; the mental model and pricing can be less appealing than simpler alternatives.\n\n---\n\n## Honorable mention: MongoDB Atlas — use Atlas, but not “Atlas Serverless”\nMongoDB itself is widely used, but **MongoDB Atlas Serverless instances are no longer the thing to choose**: MongoDB says Atlas stopped supporting M2/M5 clusters and Serverless instances as of January 22, 2026, with migrations to Free, Flex, or Dedicated clusters. If you want MongoDB, look at **Atlas Flex** or dedicated Atlas clusters instead. ([mongodb.com](https://www.mongodb.com/docs/atlas/flex-migration/?utm_source=openai))\n\n## Avoid: Fauna for new projects\nFauna was once a notable serverless database, but Fauna announced in March 2025 that it would sunset the Fauna service and stop accepting new customers. Don’t start new production work on it. ([fauna.evanweaver.com](https://fauna.evanweaver.com/the-future-of-fauna/?utm_source=openai))\n\n## My opinionated recommendation\n\nFor most new projects:\n\n1. **Use Neon** if you want SQL/Postgres and modern serverless behavior.  \n2. **Use DynamoDB** if you’re AWS-native and can model your access patterns upfront.  \n3. **Use Supabase** if you want a full backend platform, not just a database.  \n4. **Use Firestore** if you’re building mobile/realtime apps.  \n5. **Use Upstash Redis alongside any of the above** for cache, queues, sessions, and rate limiting.  \n6. **Use Cloudflare D1 or Turso** when your app is edge-first or SQLite-shaped.\n\nIf you’re unsure, pick **Postgres**—usually **Neon** for serverless Postgres or **Supabase** if you also want auth/storage/realtime. PostgreSQL remains one of the most widely used and admired databases among developers, and Stack Overflow’s 2025 survey highlighted PostgreSQL as the top database developers wanted to use or keep using. ([stackoverflow.co](https://stackoverflow.co/company/press/archive/stack-overflow-2025-developer-survey/?utm_source=openai))","extractedBrands":[{"name":"Amazon DynamoDB","domain":"aws.amazon.com","position":1},{"name":"Neon","domain":"neon.com","position":2},{"name":"Firebase","domain":"firebase.google.com","position":3},{"name":"Google Firestore","domain":"firebase.google.com","position":3},{"name":"Amazon Aurora Serverless v2","domain":"aws.amazon.com","position":4},{"name":"Supabase","domain":"supabase.com","position":5},{"name":"PlanetScale","domain":"planetscale.com","position":6},{"name":"Cloudflare D1","domain":"cloudflare.com","position":7},{"name":"Turso","domain":"turso.tech","position":8},{"name":"Upstash Redis","domain":"upstash.com","position":9},{"name":"Azure Cosmos DB serverless","domain":null,"position":10},{"name":"Azure SQL Database serverless","domain":null,"position":10},{"name":"MongoDB Atlas","domain":"mongodb.com","position":11},{"name":"Fauna","domain":null,"position":12}]},{"provider":"perplexity","run":1,"model":"sonar","capturedAt":"2026-10-01T04:35:07.616Z","text":"The **best serverless databases** that people actually use most often are **Neon**, **Supabase**, **Turso**, **PlanetScale**, **AWS DynamoDB**, and **Google Cloud Firestore**. Strong secondary options include **Cloudflare D1** and **MongoDB Atlas Serverless**.[1][12]\n\nIf you want the short recommendation by use case:\n\n- **Best overall for serverless Postgres:** **Neon** or **Supabase**.[1][5][13]\n- **Best for MySQL-style workloads:** **PlanetScale**.[1][7]\n- **Best for high-scale NoSQL on AWS:** **AWS DynamoDB**.[1][4][12][14]\n- **Best for real-time app backends / mobile apps:** **Google Cloud Firestore**.[1][3][8]\n- **Best for edge-first SQLite use cases:** **Turso**.[1]\n- **Best if you want an all-in-one backend platform:** **Supabase**.[5]\n\nA practical way to choose:\n\n| Product | Best for | Why people use it |\n|---|---|---|\n| **Neon** | Serverless Postgres apps | Popular for Postgres with autoscaling and variable workloads.[1][13] |\n| **Supabase** | Full-stack apps | Combines Postgres with auth, storage, and realtime features.[1][5] |\n| **Turso** | Edge apps | Fits globally distributed, low-latency SQLite-style workloads.[1] |\n| **PlanetScale** | MySQL-compatible apps | Known for serverless MySQL-style scaling and developer-friendly workflows.[1][7] |\n| **AWS DynamoDB** | Large-scale production systems | Mature, widely adopted, and deeply integrated with AWS.[1][4][12][14] |\n| **Google Cloud Firestore** | Mobile and web apps | Easy to start, document-based, and strong for realtime/event-driven use cases.[1][3][8] |\n| **Cloudflare D1** | Edge-native apps | Useful when you want database access close to users at the edge.[1] |\n| **MongoDB Atlas Serverless** | Document models | Good for teams already using MongoDB tooling and data models.[1][12] |\n\nIf you want the most broadly recommended names today, **Neon, Supabase, DynamoDB, Firestore, PlanetScale, and Turso** are the safest picks based on the adoption and comparison signals in the results.[1][12]","extractedBrands":[{"name":"Neon","domain":null,"position":1},{"name":"Supabase","domain":null,"position":2},{"name":"Turso","domain":null,"position":3},{"name":"PlanetScale","domain":null,"position":4},{"name":"AWS DynamoDB","domain":"aws.amazon.com","position":5},{"name":"Google Cloud Firestore","domain":null,"position":6},{"name":"Cloudflare D1","domain":null,"position":7},{"name":"MongoDB Atlas Serverless","domain":"mongodb.com","position":8}]}]}