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CONSTELLATION OS

Empowering OODA World with new generation backend capabilities and performance

CONSTELLATION

CONSTELLATION

Introducing Constellation OS

Constellation OS serves as the cutting-edge backend platform for OODA World. Designed with modern computing in mind, it’s built on a micro-services architecture and integrated with a data lake.

This ensures both flexibility and centralized data management. Capable of handling up to 1 million events per second, Constellation OS stands as a beacon of performance and efficiency in the digital tech landscape.

FIVE OBVIOUS REASONS TO ADOPT CONSTELLATION OS

Demystifying technical choices empowering open, scalable and high performance solutions

Why a Micro-service architecture?

Micro-service architecture offers a modular design, allowing individual components to be developed, deployed, and scaled independently. This promotes agility in development and deployment, enhances system resilience by isolating failures, and facilitates easier updates and maintenance.

Moreover, it supports diverse technology stacks for different services, catering to specific needs and optimizing performance.

Why a Kafka Communications bus?

Kafka provides a high-throughput, fault-tolerant, and scalable messaging system, making it ideal for real-time data processing and analytics. Its distributed nature ensures data durability and redundancy.

Additionally, its ability to handle large volumes of events in real-time makes it a preferred choice for systems demanding high performance and reliability.

Why a Kafka Communications bus?

Kafka provides a high-throughput, fault-tolerant, and scalable messaging system, making it ideal for real-time data processing and analytics. Its distributed nature ensures data durability and redundancy.

Additionally, its ability to handle large volumes of events in real-time makes it a preferred choice for systems demanding high performance and reliability.

Why a NoSQL database?

MongoDB is a NoSQL database that offers flexibility with its schema-less design, allowing for rapid iteration and adaptability to changing data structures. Its document-oriented model is intuitive and can handle varied data types, making it suitable for diverse applications.

MongoDB provides horizontal scalability through sharding, ensuring performance under large data loads. Additionally, its built-in replication enhances data availability and resilience.

Why an OpenAPI 3.0 specification language?

OpenAPI 3.0 provides a clear, standardized framework for defining APIs, ensuring consistent communication and integration between various services and applications within the data lake ecosystem. Its robust documentation capabilities enable developers to comprehend APIs quickly, facilitating faster development and reducing time-to-market for new features and applications.

Additionally, OpenAPI supports for both JSON and YAML formats enhances flexibility and ease of use. This standardization not only future-proofs the platform but also fosters a vibrant developer community, encouraging innovation and the creation of diverse, high-quality applications within the data lake environment.

Why an OpenAPI 3.0 specification language?

OpenAPI 3.0 provides a clear, standardized framework for defining APIs, ensuring consistent communication and integration between various services and applications within the data lake ecosystem. Its robust documentation capabilities enable developers to comprehend APIs quickly, facilitating faster development and reducing time-to-market for new features and applications.

Additionally, OpenAPI supports for both JSON and YAML formats enhances flexibility and ease of use. This standardization not only future-proofs the platform but also fosters a vibrant developer community, encouraging innovation and the creation of diverse, high-quality applications within the data lake environment.

Why a Kubernetes platform?

Kubernetes is the top choice for container orchestration due to its automated deployment, scaling, and self-healing features. It provides seamless multi-cloud and hybrid cloud support, simplifies configuration, and offers robust monitoring, ensuring efficient and resilient management of containerized applications.

Its large community support enhances its appeal, making it the preferred choice for modern, efficient and agile infrastructure management.

Key benefits of constellation OS

Micro-services

Architecture

1

offers flexibility and

promotes system resilience

High

Performance

5

Handles up to 1 million

events per second

Centralized

Data

4

Integrated data lake for

real-time analytics

Modern

Tech Integration

3

Uses Kafka and MongoDB

for robustness and efficiency

Ease of

Deployment

2

Rapid installation and

configuration with Linux

Optimized

CPU Consumption

1

40% less CPU usage vs

competitors, reducing operational costs

INCLUDED IN

all our solutions

SUITABLE FOR

all our vertical markets

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