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What Is a Fused Stack? A New Approach to Software Architecture Efficiency
The fused stack is a modern software architecture that consolidates key backend components—such as the runtime, database, caching, messaging, and API server—into a single, in-process system, reducing the complexity and overhead of traditional distributed architectures. By eliminating inter-process communication and serialization, it boosts performance, simplifies development, improves resource efficiency, and enhances composability. Unlike old monoliths, fused stacks remain modular and scalable, making them ideal for real-time and high-throughput applications. Platforms like Harper showcase its potential, offering significant gains in speed, cost savings, and sustainability, signaling a promising shift toward more efficient, cloud-native development.
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The fused stack is a modern software architecture that consolidates key backend components—such as the runtime, database, caching, messaging, and API server—into a single, in-process system, reducing the complexity and overhead of traditional distributed architectures. By eliminating inter-process communication and serialization, it boosts performance, simplifies development, improves resource efficiency, and enhances composability. Unlike old monoliths, fused stacks remain modular and scalable, making them ideal for real-time and high-throughput applications. Platforms like Harper showcase its potential, offering significant gains in speed, cost savings, and sustainability, signaling a promising shift toward more efficient, cloud-native development.

Aleks Haugom
Senior Manager of GTM & Marketing
Blog
What Is a Fused Stack? A New Approach to Software Architecture Efficiency
The fused stack is a modern software architecture that consolidates key backend components—such as the runtime, database, caching, messaging, and API server—into a single, in-process system, reducing the complexity and overhead of traditional distributed architectures. By eliminating inter-process communication and serialization, it boosts performance, simplifies development, improves resource efficiency, and enhances composability. Unlike old monoliths, fused stacks remain modular and scalable, making them ideal for real-time and high-throughput applications. Platforms like Harper showcase its potential, offering significant gains in speed, cost savings, and sustainability, signaling a promising shift toward more efficient, cloud-native development.
Blog

What Is a Fused Stack? A New Approach to Software Architecture Efficiency
The fused stack is a modern software architecture that consolidates key backend components—such as the runtime, database, caching, messaging, and API server—into a single, in-process system, reducing the complexity and overhead of traditional distributed architectures. By eliminating inter-process communication and serialization, it boosts performance, simplifies development, improves resource efficiency, and enhances composability. Unlike old monoliths, fused stacks remain modular and scalable, making them ideal for real-time and high-throughput applications. Platforms like Harper showcase its potential, offering significant gains in speed, cost savings, and sustainability, signaling a promising shift toward more efficient, cloud-native development.
Blog
What Is a Fused Stack? A New Approach to Software Architecture Efficiency
The fused stack is a modern software architecture that consolidates key backend components—such as the runtime, database, caching, messaging, and API server—into a single, in-process system, reducing the complexity and overhead of traditional distributed architectures. By eliminating inter-process communication and serialization, it boosts performance, simplifies development, improves resource efficiency, and enhances composability. Unlike old monoliths, fused stacks remain modular and scalable, making them ideal for real-time and high-throughput applications. Platforms like Harper showcase its potential, offering significant gains in speed, cost savings, and sustainability, signaling a promising shift toward more efficient, cloud-native development.