# Drizzle vs Prisma ORM in 2026: A Practical Comparison for TypeScript Developers

> Compare Drizzle ORM and Prisma with real production examples, updated for Prisma 8 RC, Drizzle 1.0 beta, and the PlanetScale acquisition. Key differences in schema design, performance, migrations, and which TypeScript ORM to choose for your Next.js or Node.js project.

*Published: 2026-01-24*
*Canonical: https://makerkit.dev/blog/tutorials/drizzle-vs-prisma*

---

Drizzle and Prisma are the two leading TypeScript ORMs in 2026. Both provide type-safe database access, but they take fundamentally different approaches: Prisma abstracts SQL behind a schema-first design, while Drizzle keeps you close to SQL with a code-first TypeScript API.

**Quick answer**: Choose Prisma if you want maximum abstraction and a mature ecosystem. Choose Drizzle if you want SQL control, smaller bundles, and faster serverless cold starts. Both work well for production SaaS applications.

*Updated September 2026: Prisma 7.10 is the current stable line and Prisma 8 is in release candidate; Drizzle 0.45.2 is stable with 1.0 in beta, and the Drizzle team now works at PlanetScale. Versions verified against npm on 2026-09-06.*

## What Is Prisma?

**Prisma is a schema-first TypeScript ORM** that uses its own schema language (PSL) to define your database structure. You write models in a `.prisma` file, then generate a TypeScript client that provides type-safe queries. Prisma handles migrations, relationships, and query optimization automatically.

## What Is Drizzle?

**Drizzle is a code-first TypeScript ORM** where you define schemas directly in TypeScript. There's no separate schema language or generation step. The query builder maps directly to SQL syntax, giving you full visibility into the queries that run against your database.

### Drizzle vs Prisma at a Glance

| Feature | Drizzle | Prisma (7.x) |
|---------|---------|----------|
| Schema definition | TypeScript | `.prisma` DSL |
| Generation step | None — instant types | `prisma generate` required |
| Bundle size (min+gzip) | ~8.3 KB | ~1.6 MB |
| Cold start | Near-instant | Competitive (Rust removed in v7) |
| Query API style | SQL-like (`select`, `from`, `where`) | Object-based (`findMany`, `include`) |
| Edge runtime support | First-class | Supported (since v7) |
| Migrations | `drizzle-kit generate` + numbered SQL | `prisma migrate dev` + timestamped folders |
| Studio/data browser | Drizzle Studio | Prisma Studio (more polished) |
| TypeScript inference | Instant on save | After `generate` |
| Database support | Postgres, MySQL, SQLite, Turso, D1, Neon, PlanetScale | Postgres, MySQL, SQLite, SQL Server, MongoDB, CockroachDB |
| Maturity | Fast-moving; backed by PlanetScale since March 2026 | Mature, larger ecosystem, company-backed |
| Best for | Edge, serverless, SQL-comfortable teams | Teams wanting abstraction and tooling |

### Quick Decision Matrix

| Factor | Choose Drizzle | Choose Prisma |
|--------|----------------|---------------|
| SQL comfort | Comfortable writing SQL | Prefer abstraction |
| Bundle size | Critical (serverless/edge) | Less important |
| Type updates | Want instant inference | OK with generate step |
| Team background | Backend/SQL experience | Frontend/Rails/Django |
| Documentation | Can navigate newer docs | Want comprehensive guides |

After maintaining both ORMs across the [MakerKit Drizzle kit](/drizzle) and [MakerKit Prisma kit](/prisma) — both built on the [Next.js Supabase starter](/docs/next-supabase-turbo/installation/introduction) architecture — the choice usually comes down to your team's SQL comfort level and deployment environment rather than one being objectively better.

If you're also considering TypeORM or Sequelize, both Prisma and Drizzle have largely surpassed these older options in developer experience and type safety. TypeORM remains popular in enterprise Node.js projects, but for new TypeScript applications, Drizzle and Prisma are the stronger choices.

## What Changed with Prisma 7

Prisma 7 shipped in late 2025 with the most significant architecture change in the project's history: the Rust query engine is gone. The entire client is now pure TypeScript.

The results speak for themselves. The following table compares Prisma 6 and Prisma 7 performance metrics:

| Metric | Prisma 6 | Prisma 7 | Improvement |
|--------|----------|----------|-------------|
| Bundle size | ~14 MB | ~1.6 MB | 90% smaller |
| Query latency | Baseline | 3x faster | Rust serialization eliminated |
| Type checking | Baseline | 70% faster | ArkType collaboration |
| Cold start | Slow | Competitive | No binary loading |

The Rust removal isn't just about performance. It means simpler deployments on Vercel Edge and Cloudflare Workers, where native binaries were a constant headache.

Other notable Prisma 7 changes:

- **Generated code moves out of node_modules** to your source directory
- **New `prisma.config.ts`** file for dynamic configuration
- **Mapped enums** finally supported (a long-requested feature)
- **98% fewer types** to evaluate during compilation

The performance figures in that table are Prisma's own, published in the [Prisma 7 release announcement](https://www.prisma.io/blog/announcing-prisma-orm-7-0-0). We have not independently benchmarked them; the bundle-size reduction is the one we can confirm from our own installs.

## What's Coming in Prisma 8

**Build on Prisma 7 today. Prisma 8 is in release candidate and still accumulating breaking changes.**

If you are picking an ORM this month, this is the version question that matters, and most comparison posts have not caught up to it. Prisma 8 is a further rewrite — the whole client fully in TypeScript — and as of September 2026 `npm install prisma` resolves the `latest` tag to an 8.0 release candidate, not to the stable 7 line. Prisma 7.10 remains the version to build production on.

Two things make the transition gentler than it sounds. Prisma 7.10 shipped a `@prisma/prisma7` compatibility package, so 7 and 8 can be installed side by side in the same project, which makes an incremental migration possible rather than a big-bang cutover. And the breaking changes are mostly mechanical: `.take(n)` and `.skip(n)` on collections become `.limit(n)` and `.offset(n)`, and PostgreSQL date and time columns return Temporal values or strings rather than JavaScript `Date` objects — the second of which will touch more of your code than the first.

Check the [Prisma changelog](https://www.prisma.io/changelog) and [release list](https://github.com/prisma/orm/releases) before you start, because the RC series is still moving. Pin an explicit 7.x version in `package.json` rather than accepting `latest`, or you will get an RC by accident.

## How Drizzle Compares

Drizzle launched as a performance-first alternative and has held that position. The following table summarizes Drizzle's core advantages:

| Metric | Drizzle |
|--------|---------|
| Bundle size | ~8.3 KB (min+gzip) |
| Dependencies | Zero external dependencies |
| Cold start | Near-instant |
| SQL control | Full query visibility |

Drizzle's philosophy is "if you know SQL, you know Drizzle." The query builder maps directly to SQL constructs, so there's no abstraction layer to learn or debug.

### Drizzle Now Has a Corporate Backer

**The single biggest change to the Drizzle side of this comparison in 2026 is that Drizzle is no longer an unfunded open-source project.** In March 2026, [PlanetScale announced that the Drizzle team was joining the company](https://planetscale.com/blog/drizzle-joins-planetscale), hiring the core maintainers to work on Drizzle full-time. The project stays open source, and Drizzle documents the arrangement on its own [sustainability page](https://orm.drizzle.team/docs/sustainability).

This matters because "who maintains this in two years?" was the strongest argument against choosing Drizzle over Prisma, and it is now a much weaker one. Prisma has a company behind it and always has. Drizzle now does too. If you rejected Drizzle on maintenance risk before March 2026, that call is worth revisiting.

The honest counterweight: the backer is a database vendor, and Drizzle's roadmap now sits inside a company with its own commercial interests. Nothing in the announcement suggests a change of direction, and PlanetScale's obvious incentive is a well-maintained ORM that works everywhere. But "funded by a company that sells Postgres" is a different governance model from "funded by nobody," and it is worth knowing which one you are adopting.

### Drizzle 1.0 Is in Beta

Drizzle's stable line is **0.45.2**, which is what our kits run and what we would ship on today. A **1.0 beta** has been in progress through 2026, consolidating the package layout and refining the relational query API. As with Prisma 8, the guidance is the same: build on the stable line, read the [latest releases page](https://orm.drizzle.team/docs/latest-releases) before you pin, and expect some API churn in the beta before it lands.

Both ORMs, in other words, have a major version in flight right now. Neither is a reason to delay a decision — but both are a reason to pin your versions explicitly.

## Schema Definition: Two Approaches

**Prisma's schema language is cleaner to read; Drizzle's TypeScript schemas are more verbose but skip the generation step.** This is where the ORMs differ most. Let me show you the same table in both.

**Prisma** uses its own schema language (PSL):

```prisma
// schema.prisma
model Project {
  id             String       @id @default(uuid())
  name           String
  description    String?
  organizationId String       @map("organization_id")
  createdAt      DateTime     @default(now()) @map("created_at")
  updatedAt      DateTime     @updatedAt @map("updated_at")

  organization   Organization @relation(fields: [organizationId], references: [id], onDelete: Cascade)
  tasks          Task[]

  @@index([organizationId])
  @@map("projects")
}
```

After editing the schema, you run `prisma generate` to create the TypeScript client.

**Drizzle** defines schemas directly in TypeScript:

```typescript
// schema.ts
import { relations, sql } from 'drizzle-orm';
import { index, pgTable, text, timestamp } from 'drizzle-orm/pg-core';

export const projects = pgTable(
  'projects',
  {
    id: text('id')
      .primaryKey()
      .default(sql`gen_random_uuid()`),
    name: text('name').notNull(),
    description: text('description'),
    organizationId: text('organization_id')
      .notNull()
      .references(() => organization.id, { onDelete: 'cascade' }),
    createdAt: timestamp('created_at').defaultNow().notNull(),
    updatedAt: timestamp('updated_at')
      .defaultNow()
      .$onUpdate(() => new Date())
      .notNull(),
  },
  (table) => [index('projects_org_idx').on(table.organizationId)],
);

export const projectsRelations = relations(projects, ({ one, many }) => ({
  organization: one(organization, {
    fields: [projects.organizationId],
    references: [organization.id],
  }),
  tasks: many(tasks),
}));
```

No generation step. Types update as you save the file.

**My take after using both**: Prisma's schema language is cleaner for reading, but having to run `prisma generate` after every change gets tedious during active development. Drizzle's approach feels more natural if you think in TypeScript, but the schema files get verbose with larger models.

## Query APIs Compared

Both ORMs are fully type-safe, but they read differently.

**Prisma** uses an object-based API that abstracts SQL:

```typescript
// Find projects with their tasks
const projects = await db.project.findMany({
  where: {
    organizationId: currentOrgId,
    createdAt: { gte: thirtyDaysAgo },
  },
  include: {
    tasks: {
      where: { status: 'open' },
      orderBy: { priority: 'desc' },
      take: 5,
    },
  },
});

// Nested create
const project = await db.project.create({
  data: {
    name: 'New Project',
    organizationId: currentOrgId,
    tasks: {
      create: [
        { title: 'First task', status: 'open' },
        { title: 'Second task', status: 'open' },
      ],
    },
  },
  include: { tasks: true },
});
```

You describe what you want. Prisma figures out the SQL.

**Drizzle** has two APIs. The Select API maps to SQL:

```typescript
import { and, eq, gte } from 'drizzle-orm';

// Find projects with their tasks using Select API
const projectsWithTasks = await db
  .select({
    project: projects,
    task: tasks,
  })
  .from(projects)
  .leftJoin(tasks, eq(tasks.projectId, projects.id))
  .where(
    and(
      eq(projects.organizationId, currentOrgId),
      gte(projects.createdAt, thirtyDaysAgo),
    ),
  );
```

And the Query API for simpler patterns:

```typescript
import { and, desc, eq, gte } from 'drizzle-orm';

// Find projects with their tasks using Query API
const projectsWithTasks = await db.query.projects.findMany({
  where: and(
    eq(projects.organizationId, currentOrgId),
    gte(projects.createdAt, thirtyDaysAgo),
  ),
  with: {
    tasks: {
      where: eq(tasks.status, 'open'),
      orderBy: [desc(tasks.priority)],
      limit: 5,
    },
  },
});
```

In practice, Prisma's API is easier to teach to developers who don't know SQL well. Drizzle's Select API gives you exact control over the generated query, which matters when you're debugging slow queries or optimizing joins.

For real-world query patterns in a SaaS context, see the [Drizzle database operations guide](/docs/nextjs-drizzle/development-guide/database-operations) or [Prisma database operations guide](/docs/nextjs-prisma/development-guide/database-operations).

## Migrations: Different Philosophies

**Both are safe in production if you use `migrate` and review the generated SQL; neither protects you from a careless column rename.** Both ORMs generate SQL migrations, but the workflow differs. For detailed setup guides, see the [Drizzle migrations documentation](/docs/nextjs-drizzle/database/migrations) or [Prisma migrations documentation](/docs/nextjs-prisma/database/migrations).

**Prisma Migrate** workflow:

```bash
# 1. Edit schema.prisma
# 2. Generate types
pnpm prisma generate
# 3. Create and apply migration
pnpm prisma migrate dev --name add_projects_table
# Expected output: "Applying migration `20260123_add_projects_table`"
```

Prisma creates timestamped folders with SQL files:

```
migrations/
├── 20250118_add_projects_table/
│   └── migration.sql
└── migration_lock.toml
```

**Drizzle Kit** workflow:

```bash
# 1. Edit schema.ts
# 2. Generate migration
pnpm drizzle-kit generate
# Expected output: "[✓] Your SQL migration file ➜ schema/0001_add_projects.sql"

# 3. Apply migration
pnpm drizzle-kit migrate
# Expected output: "[✓] Running migrations... [✓] 1 migration applied"
```

Drizzle creates numbered SQL files:

```
schema/
├── 0000_initial.sql
├── 0001_add_projects.sql
└── meta/
    └── _journal.json
```

**A gotcha we hit in production**: Drizzle's `strict: true` mode prompts you when it detects ambiguous changes like column renames. Without it, Drizzle might interpret a rename as "drop + add," which loses data. Always use strict mode.

Neither ORM has built-in rollback, which is not considered a good practice anyway. For production, test migrations on staging first and have database backups ready.

## Performance: Real Numbers

With Prisma 7's architecture change, the performance gap has narrowed significantly. Here's what matters:

### Bundle size

Bundle size affects serverless cold starts, which is important in Serverless SaaS applications:
- Prisma 7: ~1.6 MB (down from ~14 MB)
- Drizzle: ~27 kB (min) or ~8.3 KB (min+gzip) for `drizzle-orm@0.45.2`, as reported by [Bundlephobia](https://bundlephobia.com/package/drizzle-orm) in September 2026

You will see other figures quoted for Drizzle — anything from 7 kB to 12 kB — and they are mostly not contradicting each other. Drizzle is heavily tree-shaken and split by dialect, so what you actually ship depends on which entry point you import and which driver you pair it with. The number above is the root package; your real bundle will differ. The point that survives every measurement is the order of magnitude: Drizzle is tens of kilobytes and Prisma is over a megabyte.

Drizzle is still dramatically smaller. On Vercel Functions or AWS Lambda, this translates to faster cold starts.

### Query execution

Prisma 7 claims 3x faster queries by eliminating the Rust serialization layer.

Where Drizzle shines is complex joins. Because you control the exact SQL, you can write a single optimized query instead of relying on the ORM's query planner:

```typescript
import { eq, sql } from 'drizzle-orm';

// Drizzle: One query, full control
const orgWithDetails = await db
  .select({
    org: organization,
    memberCount: sql<number>`count(distinct ${member.userId})`,
    projectCount: sql<number>`count(distinct ${projects.id})`,
  })
  .from(organization)
  .leftJoin(member, eq(member.organizationId, organization.id))
  .leftJoin(projects, eq(projects.organizationId, organization.id))
  .where(eq(organization.id, orgId))
  .groupBy(organization.id);
```

## Serverless and Edge: Where It Matters

If you're deploying to Vercel Edge, Cloudflare Workers, or similar environments, this section is critical.

**Prisma 7** now works on edge runtimes without the native binary issues that plagued earlier versions. You still need Prisma Accelerate or a direct database connection that supports edge (like Neon's serverless driver).

**Drizzle** has always been edge-native. No binaries, tiny bundle, works everywhere. With adapters for Neon, PlanetScale, Turso, and Cloudflare D1, you can pick your database and deployment target independently. See our [Drizzle with Supabase guide](/blog/tutorials/drizzle-supabase) for a complete setup walkthrough.

**Our approach in MakerKit**: Both kits work with standard PostgreSQL. With Prisma 7, edge deployment is no longer a dealbreaker - both ORMs work on Vercel Edge and similar platforms. The main difference now is Drizzle's smaller bundle size, which still matters for cold start optimization.

## Developer Experience

Some observations after years with both:

**Prisma strengths**:
- Prisma Studio is excellent for browsing data during development
- The documentation is comprehensive and well-organized
- Error messages are usually clear and actionable
- The schema language enforces consistency

**Drizzle strengths**:
- Drizzle Studio has improved significantly
- Type inference is instant (no generate step)
- The SQL-like API means less context switching
- Debugging is easier because you can see the exact queries

**Pain points with Prisma**:
- The `prisma generate` step adds friction during development. In my experience, the most common support question from MakerKit customers is "why are my types wrong?" - almost always because they edited the schema and forgot to regenerate. Your IDE shows errors until you remember to run the command.
- Binary targets for different platforms can cause deployment issues (less so with v7)
- Large schemas can slow down type checking (improved in v7)

**Pain points with Drizzle**:
- Relations are metadata only; you need separate `references()` for actual foreign keys
- The dual API (Select vs Query) can confuse new users
- Documentation, while improving, has gaps for advanced patterns

### TypeScript 7 Changes the Type-Checking Argument

**TypeScript 7 narrows one of the historical gaps between these ORMs, but it does not close it.**

Type-check speed appears three times in this comparison — Prisma's generated client is large, big schemas slow compilation, and Drizzle's instant inference is a real daily quality-of-life win. TypeScript 7, the Go-native compiler rewrite, went GA in July 2026 and makes type checking dramatically faster for everyone. Our own kits run `typescript@7.0.2`.

Prisma published their own numbers, which are the most relevant ones here because their monorepo is the stress case: whole-repo type checking went from **~74s on TypeScript 5.8 to ~24s on TypeScript 7**, about 3x faster, and they were able to drop the `--max-old-space-size=8192` heap flag entirely because the Go compiler uses far less memory ([Prisma's write-up](https://www.prisma.io/blog/typescript-7-native-compiler-faster-type-checking)). Microsoft's headline figure for the compiler is around 10x; Prisma got 3x because only part of their CI time was ever spent in `tsc`.

The important caveat is in the same post: **generated types are no smaller**. TypeScript 7 checks Prisma's types faster, it does not make Prisma generate fewer of them. So if your objection to Prisma was compile times on a large schema, that objection is now substantially weaker. If your objection was the `prisma generate` step itself — the thing that makes your IDE show errors until you remember to run it — TypeScript 7 does nothing for you, and Drizzle's no-generation model still wins that one.

## When to Choose Prisma

Pick Prisma if:

1. **Your team writes fewer than 10 raw SQL queries per month**: Prisma's abstraction layer lets developers be productive without deep SQL knowledge
2. **You want rich tooling out of the box**: Prisma Studio, introspection, and the VS Code extension are polished
3. **You're using a supported database**: Prisma supports PostgreSQL, MySQL, SQLite, SQL Server, MongoDB, and CockroachDB
4. **You value ecosystem maturity**: Prisma has more community plugins, examples, and Stack Overflow answers

## When to Choose Drizzle

Pick Drizzle if:

1. **You need cold starts under 200ms on Vercel Functions**: Drizzle's tiny bundle makes a measurable difference
2. **You want SQL control**: Complex queries, custom optimizations, or you just prefer knowing exactly what SQL runs
3. **You're comfortable with SQL**: Drizzle's API rewards SQL knowledge
4. **You need maximum flexibility**: Drizzle's adapter system works with more database providers and deployment targets

## What We Chose for MakerKit

We maintain both a [Drizzle-based kit](/drizzle) and a [Prisma-based kit](/prisma). The architecture is identical; only the database layer differs.

Why both? Because the "right" choice depends on your situation.

When customers ask me which to choose, I focus on two factors: **SQL comfort level** and **existing codebase patterns**. If a team already thinks in SQL and has backend developers who write raw queries regularly, Drizzle feels natural. If the team is more frontend-heavy or comes from Rails/Django backgrounds where ORMs abstract everything, Prisma's mental model clicks faster.

Note that Prisma 7 now works well on edge deployments too - the old "Drizzle for edge, Prisma for Node" rule is less relevant than it used to be.

One thing that surprised me: **type inference speed affects developer happiness more than I expected**. Drizzle's instant type updates as you edit feel noticeably snappier than waiting for Prisma's generate step, especially on larger schemas. It's a small thing, but it adds up over a day of coding.

Both kits use the same [Better Auth integration](/docs/nextjs-drizzle/authentication), the same billing system, the same multi-tenancy model. The ORM choice doesn't limit what you can build. Read the [full announcement](/blog/changelog/announcing-drizzle-prisma-better-auth-kits) for more details on why we built both kits. Building on TanStack Start instead of Next.js? We cover [how the Drizzle-vs-Prisma call plays out on TanStack Start](/blog/tutorials/tanstack-start-drizzle-vs-prisma) separately, since Nitro cold starts and server functions change the tradeoffs.

## Migration Between ORMs

If you start with one and later want to switch, here's the reality check:

**Schema migration** is straightforward. Both ORMs support PostgreSQL. Your tables, columns, and constraints stay the same. You're rewriting the schema definition file, not the database.

**Query migration** is the work. Every database call needs rewriting. For a mid-sized application, expect a few days of focused effort. The type system helps: TypeScript will flag every query that needs updating.

Interestingly, most MakerKit customers stick with their initial ORM choice. I haven't seen many migrations in either direction - people tend to pick one and stay with it. That's a good sign that both are production-capable.

## Common Pitfalls to Avoid

Before you ship to production, watch out for these gotchas that catch most teams:

1. **Using `db push` in production** — Both ORMs have push commands for rapid prototyping. These skip migration files and can cause data loss. Always use `migrate` commands in production.
2. **Missing indexes on foreign keys** — Neither Prisma nor Drizzle auto-create indexes on foreign keys. Add them explicitly for any column used in JOINs or WHERE clauses, or queries will slow down as data grows.
3. **Trusting generated migrations blindly** — Column renames can be interpreted as "drop + add" operations. Always review migration SQL before applying. This is especially important with Drizzle if you forget `strict: true`.
4. **Skipping staging tests** — Migrations that pass locally can fail with production data volumes or constraint violations. Always test on staging with realistic data.
5. **Forgetting `prisma generate` after schema changes** — The most common Prisma support issue. Your IDE shows type errors until you regenerate. Consider adding it to your git hooks.
6. **Mixing Prisma `$transaction` with raw SQL** — Transaction boundaries behave unexpectedly when combining Prisma client calls with `$queryRaw`. Stick to one approach per transaction.
7. **Drizzle relations without foreign keys** — Drizzle's `relations()` are metadata only for the Query API. You still need `.references()` on columns to create actual database foreign keys.

For more on database setup with these ORMs, see the [MakerKit database schema documentation](/docs/next-supabase-turbo/development/database-schema).

## So - what do you choose, Drizzle or Prisma?

Prisma 7 closed the performance gap significantly, and solved many of the problems that made Drizzle so popular in the first place. The Rust removal was a smart move that addresses years of deployment friction, bloated bundle size, and binary issues. If you tried Prisma before and bounced off the binary issues, it's worth another look — and TypeScript 7 has taken another bite out of the compile-time complaint on top of that.

Drizzle remains the leaner choice with more SQL control. If you're deploying to edge environments or want to see exactly what SQL runs, it's hard to beat. And the maintenance question that used to hang over it is answered: PlanetScale employs the core team now. Plus the Drizzle team is a fun bunch. They definitely win at humor.

What changed most since we first published this is not the technical comparison — it is that both projects are now visibly funded and both have a major version in flight. Prisma 8 is in RC; Drizzle 1.0 is in beta. Build on Prisma 7.x or Drizzle 0.45.x today, pin the version explicitly, and plan an upgrade rather than being surprised by one.

Both are production-ready. Both have active development. Both work well with modern TypeScript stacks.

Pick based on your team's preferences, not internet benchmarks. You'll be productive with either.

{% faq
   title="Frequently Asked Questions"
   items=[
     {"question": "Is Drizzle really better than Prisma?", "answer": "Neither is objectively better. Drizzle excels in bundle size and SQL control. Prisma excels in developer experience, tooling (Prisma Studio), and documentation. Choose based on your deployment environment and team's SQL comfort level."},
     {"question": "Which version of Prisma and Drizzle should I use in 2026?", "answer": "Build on Prisma 7.x and Drizzle 0.45.x, and pin both explicitly. As of September 2026 both projects have a major version in flight: npm's 'latest' tag for the prisma package resolves to a Prisma 8 release candidate rather than the stable 7 line, and Drizzle 1.0 is in beta. Prisma 7.10 ships a @prisma/prisma7 compatibility package so 7 and 8 can be installed side by side for an incremental migration. Prisma 8's breaking changes include .take()/.skip() becoming .limit()/.offset() and Postgres date/time columns returning Temporal values or strings instead of JavaScript Date objects."},
     {"question": "Is Drizzle ORM well maintained? Who is behind it?", "answer": "Yes. PlanetScale announced in March 2026 that the Drizzle team was joining the company, hiring the core maintainers to work on Drizzle full-time, and the project remains open source. This addressed the main sustainability concern about choosing Drizzle over Prisma, which has always had a company behind it. The counterweight is governance: Drizzle's roadmap now sits inside a database vendor with its own commercial interests, which is a different model from an independent project even if the practical incentives point toward a well-maintained, portable ORM."},
     {"question": "Is Prisma or Drizzle faster in 2026?", "answer": "With Prisma 7's Rust removal, query performance is comparable for typical web applications. Drizzle has significantly smaller bundle size, which means faster serverless cold starts. For raw query execution, both perform well within acceptable ranges."},
     {"question": "What are the disadvantages of Prisma?", "answer": "Prisma's main drawbacks include: the required 'prisma generate' step after schema changes, less SQL control for complex queries, and historically tricky edge runtime support (improved in v7). For most applications, these are minor trade-offs."},
     {"question": "Why is Prisma so popular?", "answer": "Prisma gained popularity through excellent developer experience: intuitive schema language, Prisma Studio for visual data browsing, comprehensive documentation, and strong TypeScript integration. It lowered the barrier for developers who aren't SQL experts while maintaining type safety."},
     {"question": "Can I use Prisma or Drizzle with Supabase?", "answer": "Yes, both work with Supabase PostgreSQL. Use the 'Session Mode' connection string for compatibility. Drizzle requires 'prepare: false' in the connection config for transaction pooling compatibility. See our detailed guide on using Drizzle with Supabase for the full setup."},
     {"question": "Which ORM is better for serverless or edge deployments?", "answer": "Drizzle is more suited for edge and serverless due to its tiny bundle size and zero binary dependencies. Prisma 7 improved significantly here but still has a larger footprint. For Cloudflare Workers or Vercel Edge, Drizzle requires less configuration."},
     {"question": "Should I migrate from Prisma to Drizzle?", "answer": "Only if you have a specific reason: bundle size concerns, need for SQL control, or edge deployment requirements. Migration requires rewriting all database queries. If Prisma works for your use case, there is no compelling reason to switch."},
     {"question": "How does Drizzle compare to TypeORM?", "answer": "Drizzle offers better TypeScript inference, smaller bundle size, and a more modern API than TypeORM. TypeORM uses decorators and class-based entities, while Drizzle uses plain TypeScript objects. For new projects, Drizzle is generally the better choice unless you need TypeORM's decorator pattern."},
     {"question": "Do Prisma and Drizzle support TypeScript equally well?", "answer": "Both provide excellent TypeScript support with full type inference. Prisma requires a 'generate' step after schema changes. Drizzle infers types directly from your TypeScript schema with no generation step. Prisma 7 improved type checking speed by 70% over Prisma 6, and TypeScript 7's Go-native compiler (GA July 2026) narrowed the gap further — Prisma measured their own whole-repo type check falling from about 74 seconds to about 24 seconds. But TypeScript 7 does not make Prisma's generated types any smaller, and it does nothing about the 'prisma generate' step itself, which is where Drizzle's no-generation model still wins."},
     {"question": "Which has better documentation?", "answer": "Prisma has more comprehensive documentation with extensive guides, tutorials, and API references. Drizzle's documentation is improving but has gaps for advanced patterns. For Stack Overflow answers and community examples, Prisma has a larger pool due to its longer market presence."},
     {"question": "Can I use raw SQL with both ORMs?", "answer": "Yes. Prisma has $queryRaw and $executeRaw for raw SQL. Drizzle has the sql template tag that integrates directly with the query builder. Drizzle's approach feels more natural since the regular API already resembles SQL."}
   ]
/%}