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Data-Driven Results with Open-Source Flexibility

89%

of organizations seek open-source data platforms to eliminate silos and foster interoperability across analytics, AI, and operational workloads

72%

report faster data product development cycles using modular, open-source components tailored to domain-specific needs

3x

faster adoption of AI/ML use cases when leveraging unified, schema-flexible data layers built with open standards and APIs

95%

achieve improved cost efficiency and platform extensibility with community-supported tools and no vendor licensing overhead

Platform Highlights

XenonStack’s Open-Source Data Platform empowers organizations with a unified, composable architecture that seamlessly integrates data lakes, warehouses, and streams

01

Unify batch pipelines, streaming events, and unstructured assets under a single, extensible architecture

02

Use community-backed standards like Iceberg, Kafka, and Trino to ensure interoperability, transparency, and vendor independence

03

Deliver low-latency insights through streaming frameworks and on-demand querying across massive datasets

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Support distributed deployments across cloud, hybrid, and edge setups—centrally governed and fully observable

Principles Behind Our Platform Approach

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Modular Infrastructure

Mix and match open-source tools to create a tailored ecosystem without vendor lock-in

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Metadata-First Thinking

Govern your data proactively with lineage tracking, data catalogs, and schema versioning

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Developer-Driven Operations

Enable data engineers with APIs, declarative configs, and GitOps-style automation

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Transparent Resource Consumption

Gain visibility into compute and storage costs, usage trends, and optimization opportunities

Cloud Integrations & Ecosystem Compatibility

Google Cloud Native Stack

Integrate with BigQuery, GCS, and Vertex AI using open connectors and Kubernetes-native orchestration

AWS-Compatible Architecture

Utilize Glue, Athena, and Lake Formation with support for Iceberg, S3, and open table formats

Azure-Enabled Deployments

Run data workloads on ADLS, Synapse, and AKS using hybrid-compatible open data tooling

How We Deliver Data Platform Modernization

Composable by Default

Build a solution stack that fits your current needs and evolves with your data maturity

Hybrid-Ready Architecture

Run your platform seamlessly across public cloud, private cloud, and edge compute environments

Insight-Driven Observability

Visualize system health, pipeline freshness, and query performance in real time

Security as a Foundation

Adopt end-to-end security practices—from encrypted storage to fine-grained identity and access policies

Ops at Dev Speed

Empower teams with Git-based workflows, declarative configurations, and CI/CD for data infrastructure

Competencies

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Benefits of Open-Source Data Platforms

Open-Source Data Platforms offer organizations flexibility, transparency, and cost-efficiency in managing and analyzing data at scale

Cost Optimization Redefined

Scale freely with community-driven, license-free software

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Flexibility Redefined

Mix and match open-source components to build the ideal stack

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Transparency Redefined

Access source code and configuration — no vendor black boxes

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Innovation Redefined

Rapidly adopt new tools and techniques with the thriving OSS ecosystem

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Ready to Reclaim Control of Your Data Infrastructure

Talk to our data architects about designing and deploying an open-source platform that empowers your teams, accelerates insight, and grows with your enterprise

Cloud Native Data Platform - Data Warehouse and Data Lake

Explore how cloud-native architectures unify Data Warehouse and Data Lake capabilities to deliver scalable, cost-efficient, and real-time data platforms optimized for AI, analytics, and operational agility

Big Data Platform: Introduction, Key Features

Understand the core components and advantages of a modern Big Data Platform — including scalability, fault tolerance, multi-source integration, and support for batch and stream processing