Sync your world
in Real-Time.
The ultimate engine for collaborative applications. Unified access to PostgreSQL, MongoDB, and JSON stores with sub-millisecond delivery via an enterprise-grade C++ core.
Unified Data Stream
The Real-time
Backbone.
Anycast Routing
Requests are automatically routed to the closest edge node for minimum latency.
Direct Fiber Peering
Private backhaul networks between clusters bypass the public internet congestion.
Hot-Standby Clusters
Redundant nodes ensure zero data loss and instant failover in any region.
One SDK.
Any Database.
Stop writing boilerplate connector code. PingDart provides a unified API to query and sync data across the world's most popular data engines instantly.
PostgreSQL
Enterprise-grade relational sync with native Postgres protocol.
MySQL / SQL
Ultra-fast read/write for standard SQL databases.
NoSQL (Mongo)
Live change-stream for MongoDB with real-time JSON updates.
JSON Data
Lightweight, schema-less JSON stores for rapid prototyping.
AES-256-GCM encryption enforced at the NIC level via custom hardware accelerators.
Built for
High-Stakes.
Whether you're moving money or pixels, PingDart delivers.
Collaborative SaaS
Real-time presence, cursor tracking, and state synchronization for multiplayer creative tools.
Trading Desks
Tick-by-tick order book updates and trade execution for high-frequency financial platforms.
IoT Fleet Control
Command and control for millions of connected devices with 1:N broadast capabilities.
The API
Powerhouse.
One unified endpoint for WebSockets, REST, and Server-Sent Events. Choose your protocol, we handle the rest.
REST Gateway
Instant CRUD endpoints for every database table. Zero backend boilerplate.
Real-time Streams
Bidirectional WebSocket channels with binary compression for low overhead.
Type-Safe SDKs
Native bindings for Node, Go, Rust, and Python with automatic retry logic.
ENGINEERED
FOR SPEED.
PingDart bypasses the standard Linux kernel networking stack using **DPDK/XDP**, allowing us to process millions of packets per second with nanosecond jitter.
The Better Choice.
| Infrastructure Layer | PingDart Engine | Traditional Pub/Sub |
|---|---|---|
| Network Architecture | Custom C++ (DPDK) | Java/Node.js (Standard OS) |
| Standard Latency | Sub-millisecond | 15ms - 50ms |
| Binary Serialization | Native Protobuf/MessagePack | JSON/Text (High Overhead) |
| Encryption Layer | Hardware NIC-Level | Software-based TLS |
| Global Delivery | Edge Anycast Mesh | Standard Region Clusters |
How it
Works.
Generate Keys
Create a secure 'pk_...' API key for your database in the PingDart Dashboard.
Mount SDK
Initialize our lightweight Node.js or Python client with a single line of code.
Go Live
Start streaming live data events or querying with automated REST endpoints instantly.
The Unified
Data Mesh.
PingDart acts as a high-performance proxy layer that translates WebSocket and REST requests into native database protocols, ensuring your app stays database-agnostic.
Lower the
Hardware Floor.
We don't just run on the OS; we interact directly with the silicon. Our C++ engine utilizes kernel-bypass and custom memory allocators to ensure predictable performance under heavy load.
Zero-Jitter
Packet Flow.
Traditional Real-time APIs suffer from "Stop-the-World" Garbage Collection. PingDart's C++ core uses manual memory management to eliminate latency spikes entirely.
Why Choose
PingDart?
Native C++ Performance
Unlike standard Node.js backends, we use a C++ focus for packet processing, ensuring 5x lower latency in high-concurrency scenarios.
Unified Data Mesh
Write once, deploy everywhere. Switch between SQL and NoSQL without changing your application logic.
Zero-Trust Security
Every API call is encrypted and authenticated at the hardware level, meeting SOC2 and GDPR compliance standards.
By optimizing the compute layer with C++, we reduce cloud resource consumption by 90% compared to traditional architectures.
Technical Reference.
Connection Parameters
Subscription Endpoint
Simple
Pricing.
Scale your real-time infrastructure without hidden fees.
- 1 Database
- 1 Real-time API
- 1,000 AI Tokens
- Community Support
- 3 Databases
- 5 Real-time APIs
- 10,000 AI Tokens
- Email Support
- 10 Databases
- 25 Real-time APIs
- 100,000 AI Tokens
- Priority Support
- Unlimited DBs
- Unlimited APIs
- 500,000 AI Tokens
- 24/7 Support
import PingDart from "pingdart-node";
const sdk = new PingDart({ apiKey: "YOUR_API_KEY" });
// Real-time Database: Read with Live Sync
const users = await sdk.database.read('public', 'users', {
status: 'online'
});
// Pub/Sub: Subscribe to Channels
sdk.realtime.subscribe('fleet-status', (data) => {
console.log("Real-time update:", data);
});Common Questions.
How does PingDart maintain sub-millisecond latency?
By using a custom C++ networking stack and Anycast routing, we bypass traditional OS overhead and route traffic to the nearest edge node instantly.
Does this replace my existing database?
No, PingDart acts as a high-performance real-time layer on top of your existing PostgreSQL, MongoDB, or MySQL databases.
What is 'Unified Data Mesh'?
It's our abstraction layer that allows you to query multiple types of databases (SQL/NoSQL) with a single, consistent API syntax.
Is the data encrypted at rest?
Yes, we use hardware-level AES-256-GCM encryption for all data storage, ensuring compliance with global enterprise standards.