The SMOKE stack gives enterprise developers the flexibility to respond fast to the market and make the best choices about on-premises, hybrid or multicloud.
Enterprise technology needs to help organizations take action in real time. Doing this effectively means modernizing application architecture from batch processing to event-driven.
Serverless computing is an event-driven architecture that abstracts infrastructure, so developers can focus on writing the application code. With serverless, application teams don’t need to worry about the complexity of maintaining, patching, supporting and paying for infrastructure that they need on an elastic basis. This makes serverless perfect as the glue to integrate services from anywhere.
At TriggerMesh, we think serverless is only the beginning. The real power comes from what serverless enables. Serverless architectures allow even the largest enterprises with years or decades of legacy code to break out of the constraints of their own data centers and a single cloud. Open source, standards and specifications free enterprise developers to mash-up services from on-premises and any cloud, to rapidly compose event-driven applications that support high velocity — so that you can bring new features and products to market fast.
For enterprises to succeed in a hybrid world that moves at breakneck speed, they need platforms that harness the power of the following five trends:
I call this combination the SMOKE stack and it will power the next generation of cloud native applications. The SMOKE stack gives enterprise developers the flexibility to respond fast to changing markets and to make the best choices about on-premises, hybrid, or multicloud.
Serverless and functions-as-a-service(FaaS) are often conflated, but serverless is much more than FaaS. That’s why my colleague and cloud-native expert, Sebastien Goaguen likes to say serviceful, not just serverless. In a cloud native world, applications are a combination of services — think of these services as very similar to libraries in monolithic applications. Because serverless abstracts the complexities of infrastructure, it allows developers to focus on applications comprised of event-driven functions that respond to a variety of triggers.
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