No matter what type of digital transformation your company is undergoing, there is one thing all digital transformations have in common: they’re producing massive amounts of events. Events are the lifeblood of leading enterprises, and while most companies embarking on digital transformation initiatives have plans for data management, data storage, and data analytics, few have a strategy for data movement. Yet how data will move through the increasingly distributed enterprise is one of the most critical decisions for any successful digital transformation initiative.
If events are the lifeblood of leading enterprises, event-driven architecture is the circulatory system.
An event is a change of state or occurrence that can be recognized, transmitted, processed, and reacted to by other applications.
Historically, most distributed computing systems have interacted via request/reply where one system asks another for information or instructions. Event-driven architecture distributes information in real-time based on changes in state or things that happen. It’s a flexible architecture that decouples systems, and it’s the most reliable, durable way to scale microservices-based applications and business processes across your enterprise.
Whether you’re a telecom receiving events about signal strength to optimize the location of the next cell tower, or a manufacturer running a quality assurance application firing assembly line readings to local SCADA systems and HQ for analysis — the number of events you’re going to be dealing with is going to rise during your digital transformation.
How you move events can dramatically impact the reliability, scalability and performance of your applications. Event-driven architecture can be an ideal solution for these challenges.
As with the implementation of any new technology, there are adjustments and compromises to be made when deploying event-driven architecture. Here are a few things that you’ll want to consider before getting started:
It’s understandable that many organizations get overwhelmed at this stage of their digital transformation. The implementation process can be made easier by thinking ahead and by incorporating the right technologies at the start.
An event mesh is an architectural layer that dynamically routes events from one application or connected device to any other— no matter where they are deployed. Whether it’s in legacy on-premises systems or in the public cloud, private cloud, or somewhere in between, an event mesh takes the guesswork out of getting events where they need to be.
An event mesh is essentially an interconnected network of event brokers – a modern form of message broker – that dynamically routes events across distributed and disparate computing environments. An effective event mesh is self-routing, self-healing, and self-learning, and will become more efficient as more events are routed through it. You’ll want to build your event mesh with an event broker that utilizes open protocols and supports open APIs so you can avoid vendor lock-in.
It’s important that the event broker is easy to deploy, operate, manage, and scale so you can focus on the flow of events that drive your business instead of managing the system that enables that flow.
With event-driven architecture and an event mesh, you can swiftly build and deploy event-driven applications that foster successful digital transformation by letting your business collect, use, and respond to the real-time event data that’s generated across your organization.
To learn more about why event-driven architecture is key to your successful digital transformation, and how an event mesh can solve some of the challenges to deployment, check out this video:
Ms. Mollot is responsible for all aspects of Solace's marketing strategy and operations.
Before joining Solace Mychelle was the Chief Marketing Officer of Klipfolio, a SaaS analytics company with responsibility for Marketing and Product Management.
Prior to that, she was Vice President and CMO for the Websphere and Business Analytics divisions of IBM where she launched the Smarter Analytics component of IBM's Smarter Planet.
Mychelle has a Bachelor of Science in Engineering Geophysics from Queen's University.[position] => Chief Marketing Officer [url] => https://solace.com/blog/author/mychellemollot/ ) )