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Build Resilient Systems with Event-Driven Architecture
Build scalable, event-driven apps with unified Kafka, Pulsar, and MQTT messaging.
Organizations across industries use StreamNative
• CHALLENGES
Why Synchronous Architectures Break Down
Monolith Coupling
Services share databases and deploy as a single unit. A change in one service risks breaking others. Deployments are high-risk events.
Synchronous Brittleness
REST chains create cascading failures. If one downstream service is slow or down, the entire request path fails.
Lost Events
Point-to-point integrations drop messages during failures or spikes. Without durable event storage, data is permanently lost.
Scaling Limitations
Monolithic architectures can only scale vertically. Individual services can't scale independently based on their own demand.
• THE WAY OUT
Transform Your Approach to Data and Services
Unlock microservice potential and accelerate development with seamless access to reusable data streams.
Decoupled Services
Create a shared source of truth to provide all services with accurate, real-time data.
Modernize at Preferred Pace
Incrementally refactor monoliths into microservices while staying integrated with existing infrastructure.
Empower Data Autonomy
Enable teams to independently manage their needs with self-service access to high-quality streams.
Accelerate Time to Market
Build and scale workflows rapidly using serverless streaming without the complexity of managing infrastructure.
• WHY STREAMNATIVE
Contextually Aware Microservices
StreamNative gives every microservice a durable, ordered event backbone — so services react to context in real time without tight coupling or shared state.
Event-Driven Architecture
Choose Pulsar for low-latency messaging and Kafka for high-throughput streaming — both powered by Ursa for a consistent, modern operating model.
Reusable Data Streams
Data lands directly in Iceberg/Delta under your catalog, eliminating fragile ETL pipelines and bolt-on stream-to-table tools.
Real-Time Data Processing
Ursa uses a leaderless, diskless design to deliver ultra-low-cost topics and high throughput without sacrificing low latency.
Fast, Reliable, and Flexible
Scale compute and storage independently so you stop over-provisioning just to handle peaks.
Immutable and Infinite Data Storage
A trusted real-time backbone now — and the governed data foundation for Orca when you're ready.
Pre-defined Data Schemas
Serverless, Dedicated, BYOC, or Private Cloud — match your security, compliance, and ops model.
Event-Driven Architecture
Choose Pulsar for low-latency messaging and Kafka for high-throughput streaming — both powered by Ursa for a consistent, modern operating model.
Reusable Data Streams
Data lands directly in Iceberg/Delta under your catalog, eliminating fragile ETL pipelines and bolt-on stream-to-table tools.
Real-Time Data Processing
Ursa uses a leaderless, diskless design to deliver ultra-low-cost topics and high throughput without sacrificing low latency.
Fast, Reliable, and Flexible
Scale compute and storage independently so you stop over-provisioning just to handle peaks.
Immutable and Infinite Data Storage
A trusted real-time backbone now — and the governed data foundation for Orca when you're ready.
Pre-defined Data Schemas
Serverless, Dedicated, BYOC, or Private Cloud — match your security, compliance, and ops model.
• HOW STREAMNATIVE WORKS
How StreamNative Works
Stream
Scale efficiently and cost-effectively with our optimized Ursa data streaming architecture.
Connect
Effortlessly integrate data from any source using built-in connectors and APIs.
Secure
Protect data with SOC2, ISO, and HIPAA compliance, featuring RBAC and end-to-end encryption.
Deploy Everywhere
Flexible deployment on AWS, GCP, and Azure via Hosted, BYOC, or Private Cloud options.
• RESOURCES
Learn More About Event-Driven Architecture
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Start Building Event-Driven Systems on StreamNative
- Run Kafka and Pulsar on a single platform.
- Decouple services with durable event channels.
- Scale independently — no shared state, no tight coupling.