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Choose the Right Data Streaming Platform.

Most platforms focus on streaming data, Condense focuses on understanding it. It’s not just managed Kafka; it’s Kafka with context. Infused with domain intelligence, Condense transforms raw streams into decisions, automations, and impact, because the right Kafka platform should understand what it’s moving

Trusted by Data teams around the world

Unbiased Simplified Comparison

How does Condense compare against Redpanda Data?

TL;DR

Condense and Redpanda both handle GBps-level throughput, but Condense provides the complete application environment that Redpanda lacks. Redpanda is a storage engine that requires you to manage separate clusters like Flink or Spark to actually use your data. Condense solves the entire lifecycle integrating high-performance brokers with a native execution layer for your Java, Python, or Go code. It autonomously scales your brokers and your logic in lockstep, eliminating the need for separate processing infrastructure and the manual work of managing it.

Architecture

Ecosystem

Support & Compliance

FeatureCondenseRedpanda
System DesignA unified environment that bundles Kafka, Kubernetes, and the App Runtime into one integrated stack.Designed as a native C++ engine that consolidates the broker, proxy, and storage into a high-performance, JVM-free execution model.
Unified PlatformUnified Application Fabric: Merges the Kafka engine with a native event-driven microservice runtime. It is an "Execution Fabric."Broker-Centric: A high-performance storage engine; requires external tools for logic.
Scaling ScopeFull-Stack Autonomy: Automatically scales brokers, connectors, and custom-code transforms (Java/Python/Go) based on real-time consumer lag.Infrastructure-Centric and Broker-Level Scaling: Efficiently scales cluster nodes, but scaling the processing power for your code remains a manual or external engineering task
Cloud StorageNative Object Storage: Direct offloading to S3/GCS/Azure Blob; data stays in your buckets for infinite retention.Tiered Storage: Integrated S3 offloading; Requires Enterprise License for production.
Enterprise BYOC100% BYOC Native: Specifically engineered to run in your VPC to eliminate "SaaS" networking taxes and maintain 100% data sovereignty.Flexible Managed/BYOC: Offers SaaS, Serverless, and BYOC; however, Azure BYOC typically requires more manual configuration.
PerformanceServerless Scale and Zero-Hop: Running GBps+ enterprise data workload and autonomous scale for spikes and variations. Application logic runs "local" to the broker, eliminating the network latency of external processors.Yes (Ultra-Low Latency): C++ engine optimized for sub-millisecond tail latencies.

Architecture

Ecosystem

Support & Compliance

FeatureCondenseRedpanda
System DesignA unified environment that bundles Kafka, Kubernetes, and the App Runtime into one integrated stack.Designed as a native C++ engine that consolidates the broker, proxy, and storage into a high-performance, JVM-free execution model.
Unified PlatformUnified Application Fabric: Merges the Kafka engine with a native event-driven microservice runtime. It is an "Execution Fabric."Broker-Centric: A high-performance storage engine; requires external tools for logic.
Scaling ScopeFull-Stack Autonomy: Automatically scales brokers, connectors, and custom-code transforms (Java/Python/Go) based on real-time consumer lag.Infrastructure-Centric and Broker-Level Scaling: Efficiently scales cluster nodes, but scaling the processing power for your code remains a manual or external engineering task
Cloud StorageNative Object Storage: Direct offloading to S3/GCS/Azure Blob; data stays in your buckets for infinite retention.Tiered Storage: Integrated S3 offloading; Requires Enterprise License for production.
Enterprise BYOC100% BYOC Native: Specifically engineered to run in your VPC to eliminate "SaaS" networking taxes and maintain 100% data sovereignty.Flexible Managed/BYOC: Offers SaaS, Serverless, and BYOC; however, Azure BYOC typically requires more manual configuration.
PerformanceServerless Scale and Zero-Hop: Running GBps+ enterprise data workload and autonomous scale for spikes and variations. Application logic runs "local" to the broker, eliminating the network latency of external processors.Yes (Ultra-Low Latency): C++ engine optimized for sub-millisecond tail latencies.

Condense: The Vertical Data Platform for Real-Time Businesses

Condense understands vertical data by design and connects directly to real time data sources
like vehicles or GDS platforms. Its purpose-built industry specific  connectors and transformations accelerate the development of real-time vertical use case

Condense understands vertical data by design and connects directly to real time data sources like vehicles or GDS platforms. Its purpose-built industry specific  connectors and transformations accelerate the development of real-time vertical use case

Condense understands vertical data by design and connects directly to real time data sources like vehicles or GDS platforms. Its purpose-built industry specific  connectors and transformations accelerate the development of real-time vertical use case

Accelerate the path from idea to production

Rapidly realize and deploy industry use cases

Enterprise scale with native governance

Optimize TCO through vertical industry-first approach

Condense - A Vertical Data Platform
Condense - A Vertical Data Platform

Why Switch to Condense?

Autonomous Full-Stack
Scaling

In a typical Redpanda architecture, scaling is restricted to the infrastructure. If your processing logic (WASM transforms or external apps) starts to lag during a traffic spike, you must manually intervene to adjust compute resources.

In a standard streaming architecture, scaling is reactive and siloed brokers are scaled based on disk/CPU, while processing apps are scaled via Kubernetes HPA.

Condense introduces Autonomous Scaling for the entire pipeline. It monitors real-time consumer lag and throughput at the event level. When data volume surges, the platform automatically provisions compute for your custom Java, Python, or Go transforms. It ensures your processing power stays in sync with your data volume and automatically scales back down to optimize costs once the surge passes.

Unified Development
Environment

While Redpanda supports WebAssembly (WASM) for simple tasks like data filtering, complex stateful business logic often requires moving code to an external system.

While Redpanda supports WebAssembly (WASM) for simple tasks like data filtering, complex stateful business logic often requires moving code to an external system.


Condense embeds a Full-Code IDE directly into the platform. Developers can write, test, and deploy production transforms in standard languages with built-in state management and version control. This environment is supported by an AI-assisted layer that handles rebalancing and root-cause analysis, significantly reducing the manual effort required to keep complex pipelines healthy.

Condense embeds a Full-Code IDE directly into the platform. Developers can write, test, and deploy production transforms in standard languages with built-in state management and version control. This environment is supported by an AI-assisted layer that handles rebalancing and root-cause analysis, significantly reducing the manual effort required to keep complex pipelines healthy.

Private Cloud Sovereignty (BYOC Deployment)

Many managed services require data to leave your environment to reside in a vendor-owned account, which can complicate security audits and increase network costs.

Condense is built for Bring Your Own Cloud (BYOC). It deploys directly into your private VPC (AWS, Azure, or GCP), keeping 100% of your data within your control. This allows you to inherit your existing security policies and encryption keys while utilizing your existing cloud enterprise credits for the underlying compute and storage.

Vertical Solutions vs. General-Purpose Pipes

Redpanda is a horizontal tool designed for raw speed across any use case, meaning all industry-specific logic must be built from scratch.

Condense removes "Integration Sprawl" by embedding a Full-Code IDE directly into the platform.

Condense removes "Integration Sprawl" by embedding a Full-Code IDE directly into the platform.

Condense provides a Verticalized Ecosystem. It includes pre-built, domain-aware transforms for industries like Mobility (e.g., VIN parsing, trip decoding), IoT, and FinTech. By using these pre-tuned assets, teams can bypass months of custom development and move from prototype to production significantly faster.

Condense provides a Verticalized Ecosystem. It includes pre-built, domain-aware transforms for industries like Mobility (e.g., VIN parsing, trip decoding), IoT, and FinTech. By using these pre-tuned assets, teams can bypass months of custom development and move from prototype to production significantly faster.

Transition from Message Broker to Application Environment

Redpanda simplifies the broker by removing the JVM, but it remains a storage and messaging layer. To actually use the data, teams still face the overhead of managing external processing clusters, such as Flink or Kubernetes microservices.

Condense merges these layers. It provides a managed environment that hosts both the data and the business logic as a single entity. This allows developers to ship production-grade code directly on the stream without the burden of building and maintaining a separate processing tier.

Transition from Message Broker to Application Environment

Redpanda simplifies the broker by removing the JVM, but it remains a storage and messaging layer. To actually use the data, teams still face the overhead of managing external processing clusters, such as Flink or Kubernetes microservices.

Condense merges these layers. It provides a managed environment that hosts both the data and the business logic as a single entity. This allows developers to ship production-grade code directly on the stream without the burden of building and maintaining a separate processing tier.

Why is Condense the Best Way to Enable Agentic AI and Real-Time Data

Connectors

App Lifecycle

Monitoring

Infra & Ops

WITHOUT CONDENSE

Coding Connectors

Requires specialized Java/Scala skills
to write and maintain industry specific connectors

Complex Management

Development and maintenance of ever changing industry connectors becomes difficult

Maintenance & Scalability

Managing scale and failover of connectors become a challenge as the load increases

THE CONDENSE WAY

Universal & Industry-Ready Connectors

Deploy universal or specialized connectors
(e.g., Telematics for Mobility) that come with built-in parsing for complex schemas

Configurable Output Sinks

Configure and deploy pre-built sink/source connectors and through UI into the data pipeline

Connectors

App Lifecycle

Monitoring

Infra & Ops

WITHOUT CONDENSE

Coding Connectors

Complex Management

Maintenance & Scalability

THE CONDENSE WAY

Universal & Industry-Ready Connectors

Configurable Output Sinks

Connectors

App Lifecycle

Monitoring

Infra & Ops

WITHOUT CONDENSE

Coding Connectors

Requires specialized Java/Scala skills
to write and maintain industry specific connectors

Complex Management

Development and maintenance of ever changing industry connectors becomes difficult

Maintenance & Scalability

Managing scale and failover of connectors become a challenge as the load increases

THE CONDENSE WAY

Universal & Industry-Ready Connectors

Deploy universal or specialized connectors
(e.g., Telematics for Mobility) that come with built-in parsing for complex schemas

Configurable Output Sinks

Configure and deploy pre-built sink/source connectors and through UI into the data pipeline

Get Started with Condense in 3 Simple Steps

Deploy Condense from Your Cloud Marketplace

01

Deploy

Deploy Condense from Your Cloud Marketplace

01

Deploy

Deploy Condense from Your Cloud Marketplace

01

Deploy

Create Your First Workspace

02

Create

Create Your First Workspace

02

Create

Create Your First Workspace

02

Create

Build Your First Real‑Time Pipeline

03

Build

Build Your First Real‑Time Pipeline

03

Build

Build Your First Real‑Time Pipeline

03

Build

Frequently Asked Questions

Frequently
Asked Questions