Fully Managed Open-Source SQL Database

The SQL Your Stack Already Speaks. Truly Open Source. Fully Managed.

Neviri Managed MariaDB pairs drop-in MySQL compatibility with a community-driven, GPL-licensed engine. Galera multi-primary clustering, thread pool concurrency, and temporal tables come standard, with no enterprise edition paywall in sight.

🚀 Deploy today with a $100 instant infrastructure credit.

Three Primaries. Zero Replication Lag.

Classic primary-replica setups funnel every write through one node and leave replicas trailing behind it. Neviri deploys production MariaDB as a 3-node Galera cluster where that hierarchy simply does not exist.

A transaction sent to any node is certified and committed on all of them in the same instant:

  • Any-node writes: every member is a full read-write primary
  • Synchronous certification: write-sets validated cluster-wide
  • Zero-lag reads: every node returns the same committed state

Galera Replication Simulator

MariaDB Node 01
10.0.4.10
Primary (read-write)
4,127 tx committed
MariaDB Node 02
10.0.4.11
Primary (read-write)
4,127 tx committed
MariaDB Node 03
10.0.4.12
Primary (read-write)
4,127 tx committed
Cluster StateSynced (3/3)
Replication Lag0 ms (synchronous)
Writable Nodes3 of 3

Cluster synced. All 3 nodes accepting writes. Click Write to Node 03 to issue a transaction...

Certification-based replication:Galera replicates every transaction write-set synchronously and certifies it against concurrent transactions on every node before commit. There is no replication lag to monitor, and any node in the cluster accepts writes at any time.

Community Engineering, Production Hardened

Every Managed MariaDB cluster ships with the most powerful open-source capabilities of the engine pre-configured and tuned.

Galera Multi-Primary Clustering

Every node in the cluster accepts writes. Synchronous certification-based replication commits transactions on all nodes at once, so there is no promotion step and no failover window.

Drop-In MySQL Compatibility

Speaks the MySQL wire protocol natively. Existing connectors, ORMs, and mysqldump workflows connect to MariaDB unchanged, making migration a connection-string swap.

Thread Pool Concurrency

MariaDB's built-in thread pool maps tens of thousands of client connections onto a small set of worker threads, holding latency steady where per-connection threading collapses.

Multiple Storage Engines

InnoDB drives transactional workloads by default, ColumnStore accelerates columnar analytics, and Aria handles crash-safe internal tables, all selectable per table.

Snapshots + Binlog PITR

Daily volume snapshots pair with continuously archived binary logs for Point-in-Time Recovery. Roll a fresh instance back to the second before any bad statement.

System-Versioned Tables

Native temporal tables record every row change with validity timestamps. Query your data AS OF any past moment for audits, compliance trails, and change forensics.

Platform-Native Data Layer

Wired Into the Neviri Ecosystem

Your MariaDB cluster plugs directly into Neviri compute, private networking, and storage layers, so the pieces around your database are as managed as the database itself.

Compute Credential Injection

Database hosts, users, and passwords are injected into your Neviri compute containers as environment variables at deploy time, so credentials never live in your repository.

Cluster-Wide Read Balancing

Because every Galera node serves identical data with zero lag, Neviri load balancers spread read traffic across all three nodes over the internal VPC for linear read throughput.

Encrypted Off-Node Backups

Snapshots and binary log archives are AES-256 encrypted and shipped to S3-compatible Object Storage on separate hardware, surviving even total cluster loss.

Developer workflows

Your MySQL Tooling Works on Day One

Because MariaDB implements the MySQL wire protocol, every mature MySQL driver, ORM, and admin tool in your stack connects without a rewrite. Swap the endpoint, keep the codebase.

The MariaDB thread pool is pre-enabled on every plan, so ORM connection pools and serverless bursts never exhaust server threads.

PHP Laravel & Symfony

Eloquent and Doctrine run on MariaDB through the standard mysql PDO driver, with zero configuration changes from a MySQL setup.

Node.js Prisma / Sequelize / TypeORM

Point your existing mysql provider or driver at the MariaDB endpoint. Migrations, schema sync, and pooling behave identically.

Python Django & SQLAlchemy

Django's MySQL backend and SQLAlchemy's mysqlclient or PyMySQL dialects connect to MariaDB out of the box for web apps and data pipelines.

Java Spring Boot & Hibernate

Use MariaDB Connector/J or the MySQL JDBC driver with Hibernate dialects for enterprise services with strict connection pooling.

Frequently Asked Questions

Everything you need to know about Galera clustering, MySQL migration, and recovery guarantees on Neviri.

MariaDB began as a community fork of MySQL created by the original MySQL engineers, and it remains fully open source under the GPL with no closed enterprise-only edition. Practically, that means capabilities MySQL reserves for paid tiers ship in every MariaDB server: the thread pool for massive connection concurrency, additional storage engines like Aria and ColumnStore, and system-versioned tables for auditing. Query optimizer improvements and features are driven by the MariaDB Foundation and its community, so the roadmap is public and license risk is off the table.

For the vast majority of applications, yes. MariaDB speaks the MySQL wire protocol, so existing connectors, ORMs, and client libraries work without modification, and the SQL dialect, information_schema layout, and utilities like mysqldump behave the way your tooling expects. To migrate a smaller database, export with mysqldump and import into your Neviri MariaDB endpoint. For production systems that cannot tolerate downtime, configure replication from your existing MySQL source into the MariaDB cluster, let it catch up, then swap the connection string during a quiet window and cut over in seconds.

Galera relies on quorum. If one node in a 3-node cluster fails, the surviving two nodes hold a majority, form the Primary Component, and keep serving reads and writes without interruption. When the failed node returns, it automatically resynchronizes via an incremental (IST) or full (SST) state transfer before rejoining. If a network partition splits the cluster, any segment without a majority refuses writes entirely rather than diverging, which makes a split-brain scenario, where two halves accept conflicting data, structurally impossible.

Neviri captures a full snapshot of your cluster volumes every day without pausing client traffic, and continuously archives the MariaDB binary logs, the ordered record of every committed transaction, to durable off-node storage. To recover, we restore the most recent snapshot taken before the incident and replay binary log events up to the exact second you specify. A bad DELETE at 14:03:22 can be undone by restoring a fresh instance at 14:03:21, with the original cluster untouched for forensics.

Minor releases containing security and stability fixes are applied automatically inside a maintenance window you define. Because Galera clusters tolerate mixed adjacent versions, we upgrade one node at a time while the other two continue accepting traffic, so patching involves no cluster-wide downtime. For major version jumps, Neviri notifies you ahead of time and provides a one-click rolling upgrade in the dashboard, letting you validate your application against the new release on a restored copy before touching production.

By default your cluster lives inside a private VPC and only accepts connections from your Neviri compute instances, which is the posture we recommend for production. If you need to attach an external BI tool, a migration utility, or your local workstation, you can enable a public endpoint and lock it down with the Neviri Cloud Firewall so that only explicitly whitelisted IP addresses can reach port 3306, with TLS enforced on every connection.

Keep your stack open source. Hand us the operations.

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