Ability to monitor systems to react to incidents and prevent outages
Microservices Architecture has led to significant increases in distributed systems complexity such that modern digital products are often made up of hundreds of individual applications. Knowing when one of these units goes wrong in production and the impact to users remains a challenge.

Complex, drawn-out releases
Systems that require significant manual intervention to build and deploy draw your engineers away from other important production activities. However, investment in modern tools, technologies and  and ways of working is required to create systems that are deployable hundreds of times per day.

Disaster recover - recovering from natural disasters
If your building were to flood, catch fire or worse, would you have the correct procedures and preparations in place to prevent a significant loss in revenue? Ensuring your "lights are always on" from a website or IT systems point of view is critical for your business.

Chaos engineering - proving high availabilty
Production systems are often claimed to have High Availability architecture such that they are resilient to component failure. Chaos Engineering is the practice of running controlled experiments in order to prove these claims and know for sure how your systems will react in case of failure.

Compliance - device tracking and review
Your audit and compliance obligations may require a complete device and asset tracking inventory. Retrofitting a solution can be a challenge for many organisations as asset lending may have been done at a time when compliance and tracking processes were not in place.