Background
ItdaStream

ItdaStreamCombining Kafka-Compatible Interface with Tiered Storage

ItdaStream Key Features

Overcoming Kafka limitations with separated compute and storage for unlimited retention and cost reduction.

Full Kafka Protocol Compatibility

Seamless migration using existing Kafka clients and ecosystem without any code changes.

Separation of Compute & Storage

Cloud-native architecture with high-performance Stateless brokers and independent S3 storage scaling.

S3-based Tiered Storage

Solves disk capacity limits by keeping fresh data in Memory/SSD (Hot tier) and aged data in S3 (Cloud tier).

Superior Performance & Latency

Ensures minimal latency for real-time data processing through asynchronous S3 Flush and Tail Read optimization, even in S3-based environments.

Unlimited Data Retention

Secure long-term data preservation using S3 Object Storage, independent of local disk constraints.

Enterprise Security & KMS

Enhanced security with built-in KMS applying AES-GCM 256-bit Envelope Encryption.

Zero-Rebalancing Scaling

Instant broker scaling without the heavy data re-replication load during node addition or removal.

Integrated Admin UI

Real-time TPS monitoring, topic management, IAM policies, and integrated log browsing.

Drastic Infrastructure Cost Savings

Reduces storage costs by up to 80% compared to traditional Kafka by utilizing S3 over expensive SSDs.

Key Use Cases

Large-scale Log Aggregation

Cost-effectively store and query terabytes of logs for the long term.

Event-driven Microservices

Handle MSA events based on standard Kafka APIs with minimal operational overhead.

Data Lake Integration

Directly accumulate and analyze real-time events into S3 data lakes.

Cloud Native Migration

Seamlessly transition legacy Kafka infrastructure to elastic cloud environments.

Considering ItdaStream for your infrastructure?

Kafka API Compatible. S3 Tiered Storage. Unlimited Retention.

Innovate with the next-generation distributed streaming platform that enables cost savings and unlimited scalability.