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Apache Pinot Realtime OLAP Datastore

AWS Databases

real-time OLAP datastore for low latency, high concurrency analytics

Base
Hardened build
minimal ports, security patches applied at build time
Access
Unique credentials
generated on first boot, readable only by root
Verified
Boots working
services pass a health gate before release
Support
24/7, 365 days
by email and live chat, 24 hour response SLA

Overview

Apache Pinot is a distributed OLAP datastore built for user-facing analytics: it ingests batch and streaming event data and answers SQL aggregations over large event and time-series datasets with sub-second latency at high concurrency. This image runs a single-instance Pinot cluster with the bundled ZooKeeper, Controller, Broker and Server, ready to create a schema and table, ingest data and query from the web console immediately after launch.

Why the cloudimg image

cloudimg preinstalls and hardens Pinot so it is production-ready on first boot: a unique console password is generated per instance and stored in a root only file, every Pinot component and ZooKeeper stay off the public network behind an authenticated nginx reverse proxy, the cluster state lives on a dedicated, independently resizable data volume, and every deployment is backed by a paired step by step guide and 24/7 cloudimg support.

Common uses

  • Power sub-second, high-concurrency analytics dashboards and in-product metrics over event data
  • Serve low-latency SQL over streaming and batch time-series or clickstream data
  • Stand up a queryable OLAP datastore for evaluation or production without manual JVM and cluster setup

Key features

  • Unlike container-based Pinot deployments that require orchestration, this AMI runs the full stack - ZooKeeper, Controller, Broker and Server - as systemd-managed services on a single EC2 instance. Launch and reach a queryable console in minutes, not the hours a manual install demands for Java setup, distribution verification, service wiring and memory tuning.
  • Compared to community AMIs with static settings, JVM heaps are sized to fit the recommended instance and the ZooKeeper data, Controller segment store and Server segments live on a dedicated EBS volume you can resize independently for IOPS and capacity - enabling safe instance replacement and predictable storage scaling without risking ingested data.
  • Unlike raw Pinot installs that expose an unauthenticated Controller console and Broker query endpoint, every Pinot component and ZooKeeper stay off the public network here. An authenticated nginx reverse proxy is the single public entry point on port 80, and each instance generates a unique console password stored in a root-only file - no shared or default credentials ever ship. Backed by 24/7 cloudimg technical support via email and live chat.

See it running

Real screenshots taken while testing this image against its deployment guide.

Apache Pinot Realtime OLAP Datastore screenshot 1 Apache Pinot Realtime OLAP Datastore screenshot 2 Apache Pinot Realtime OLAP Datastore screenshot 3

Description

This is a repackaged open source software product wherein additional charges apply for cloudimg support services.

## Apache Pinot - Production-Ready Real-Time OLAP Datastore AMI

Deploy a fully configured Apache Pinot analytics datastore on AWS in minutes - not hours. This AMI delivers Pinot preinstalled and running as a managed single-instance cluster, so you can create tables, ingest batch and streaming data, and run low-latency SQL analytics from the built-in web console immediately after launch.

Built for data engineers and analytics teams who need a production-grade OLAP datastore for user-facing analytics without the overhead of manual installation, JVM tuning and security hardening - especially teams that need sub-second queries over event and time-series data feeding dashboards.

### Why This AMI Instead of a DIY Install

  • Versus manual EC2 setup: Skip the hours of installing a Java runtime, verifying the Pinot distribution, wiring up ZooKeeper, the Controller, Broker and Server, writing systemd units, provisioning a data disk and tuning JVM memory so the cluster fits your instance.
  • Versus a raw upstream install: Pinot's Controller console and Broker query endpoint ship with no authentication. This image keeps every Pinot component and ZooKeeper off the public network and fronts the console with an authenticated nginx reverse proxy, so the only exposed application entry point is a password-protected console on port 80.
  • Versus other community AMIs: Benefit from a first-boot process that generates a unique console password per instance, a dedicated data disk for cluster state and segments, JVM heaps sized to the recommended instance, and 24/7 professional support from cloudimg.

### Application Stack

  • Apache Pinot installed under /opt/pinot, run by a dedicated unprivileged service account
  • A single-instance cluster: the bundled ZooKeeper, the Pinot Controller (web console), the Pinot Broker (query endpoint) and the Pinot Server, each a systemd service
  • Headless OpenJDK 17 Java runtime with JVM heaps sized to fit the recommended instance
  • A dedicated EBS data disk holding the ZooKeeper data, Controller segment store and Server segments - independently resizable for IOPS and capacity
  • systemd services that start the cluster in dependency order on boot and restart on failure
  • nginx reverse proxy publishing the authenticated Pinot console on port 80

### Real-Time OLAP and Web Console

Pinot is built for low-latency, high-concurrency analytics over large event and time-series datasets. Create a schema and table, ingest streaming or batch data, then explore it with sub-second aggregations, filters and time-range scans. The web console (served on port 80 through nginx) provides a SQL query editor, a table and schema manager, a cluster and instance view and an ingestion job manager; Pinot also exposes a SQL-over-HTTP query API through the Broker for your applications and dashboards. See our deployment guide for annotated console walkthrough screenshots and a worked batch-ingestion example.

### Security

Secure First Boot: A one-shot service generates a fresh console password unique to each instance and stores it in a root-only file. No shared or default credentials ship in the image.

Network Isolation: Every Pinot component and the bundled ZooKeeper stay off the public network - the security group exposes only port 22 (SSH) and port 80 (the authenticated console). The single public application entry point is the nginx reverse proxy on port 80, protected by HTTP basic authentication. Restrict port 80 to your own CIDR and terminate TLS at a load balancer or proxy for production.

Encryption at Rest: The dedicated data disk can leverage AWS EBS encryption. Enable EBS encryption when launching the instance or use encrypted snapshots.

### Use Cases

  • User-facing analytics: power sub-second, high-concurrency dashboards and in-product metrics over event data for your own customers.
  • Real-time operational monitoring over streaming event data, with fast group-bys and time-range filters.
  • Interactive exploration of time-series and clickstream data with low-latency SQL over billions of rows.

### Evaluation Path

Launch this AMI on the recommended instance type to evaluate Pinot with minimal AWS infrastructure cost. Use the web console's query editor and the worked batch-ingestion example in our guide to validate table creation, ingestion and query before scaling up.

### 24/7 cloudimg Support

Technical support by email and live chat covers deployment and instance sizing, schema and table design, batch and streaming ingestion configuration, query tuning, JVM and memory administration, and console authentication and TLS setup.

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Related technologies

apache pinotolap datastorereal time analyticsuser facing analyticstime series databaseevent analyticslow latency queriesdata engineercolumn storestreaming analytics