Creating and deploying new software is risky. We've all seen how easily bugs arise, causing software to be poorly delivered or to the wrong people. What's more, depending on how tightly we couple our systems and services, they can interact unexpectedly and unfortunately with existing software or hardware. Beyond unintended consequences, we can also find that people can use our services for nefarious purposes. It's essential to have safety nets in place when things don't go as planned or people attempt to break the rules. In this session, we'll discuss how feature flags can work in both temporary and permanent scenarios to enable you to break the quality triangle and deliver quality promptly.

What does Conway's Law have in common with the video game League of Legends? They can both teach us about how to organise development teams that achieve collective intelligence. When it comes to the art of software development, it's never a game of chance

Orders of magnitude matter. Things don't go up order of one every time. Organising people in a group requires disseminating information and its interpretation and, most importantly, its distribution. Remote working and asynchronous collaboration have become the norm, meaning that distributed teams have taken their silos of knowledge with them. The impact of this has compounded any organisations experiencing a skills gap with a skills distribution problem, increasing the importance of good documentation and transparent interaction processes. In this session, we'll go over the fundamentals of requirements engineering, looking at how orders of magnitude scale alongside the expansion of scope and additional requirements. Lastly, we'll discuss how you can apply elements of platform thinking to your everyday projects.