Please keep your RSVP up to date, free spots are always in demand!
Thanks to the timing of the voxxed days Berlin (https://voxxeddays.com/berlin/#) we can provide you this talk and give you a 20% coupon for the conference "VXB16_JUG_4g7Rc".
On Thursday the 28th January we are inviting all interested to join a talk about Microservices by Matt Heath from Mondo.
We assemble at 18:30 pm and the talk "Building Microservice Architectures with Go" starts at 19:00 pm until 20:00 pm.
Afterwards we are looking forward to discussions and socializing while enjoying food and cold beverages.
Traditionally applications have been built as monoliths; single applications which become larger and more complex over time, which limit our ability to react to change. An example of this is the banking industry where mergers and acquisitions between banks have lead to a patchwork of different systems & technologies that cost billions of dollars per year to maintain. As a result, the pace of innovation in the banking industry has slowed to a crawl.
At Mondo we're building a new kind of bank, a smart bank that belongs in the 21st century, and we’re building it almost entirely in Go. This talk will cover how we’re developing new core banking systems from scratch backed by a microservice platform written in Go, running across multiple data centres using open source frameworks and tools including Docker and Mesos. We'll look at why Go is perfectly suited to this, our architectural decisions, common pitfalls to avoid, and how microservice architectures can vastly increase both the velocity of development teams and the scalability and fault tolerance of our systems.
Matt Heath is an engineer at Mondo, a new kind of digital bank. Having previously worked as the Technical Lead of Hailo's global platform, Matt has an unhealthy obsession for scaling fault tolerant, high volume, distributed systems, and spends his spare time working on open source projects such as Phosphor, a distributed tracing system.
Twitter: @mattheath (http://twitter.com/mattheath)