This report provides a unique perspective on trends based on the usage of app architectures, processes, tools and use cases by leading-edge enterprises. The data in this report analyzes the technology adoption from more 2,000 Sumo Logic customers who run massive mission-critical modern applications on cloud platforms like AWS, Azure, and Google Cloud Platform, as well as hybrid cloud infrastructures.
In today’s digital economy, the pressure to develop and release new software has become paramount to deliver great customer experiences and create a competitive advantage. Unfortunately, the process by which to deliver this software is increasingly complex and highly fragmented across various tools and teams. While this complexity increases, there is also no easy way to centrally measure, monitor and secure the overall performance of the software delivery pipeline in real-time.
Digital enterprises are migrating mission-critical workloads to the cloud and leveraging advanced AWS infrastructure to reap the benefits of agile development and competitive advantage. There’s never been a greater need than now to have real-time visibility to ensure robust and consistent cloud security. Detecting, investigating and responding to threats in AWS and hybrid environments is crucial for all parties involved.
The tectonic shift happening within the public sector is seeing more and more federal organizations transitioning from legacy, on-premises systems to more scalable and secure cloud-based architectures. Sumo Logic’s cloud-first approach is a perfect fit for this so we’re excited to announce Sumo Logic has been prioritized by FedRAMP to work with the Joint Authorization Board (JAB) to achieve a Provisional Authority to Operate (P-ATO).
My role as a Chief Security Officer (CSO) has dramatically changed as we work to understand and adapt to COVID-19. It’s hard to believe that just a few weeks ago, my mind was focused on things such as FedRamp and the California Privacy Act (CCPA), now the majority of my time is focused on ensuring our employees safety and productivity, so they can continue to deliver products and support our customers and partners.
The first means to collect security-relevant information at Cloud SIEM Enterprise (CSE) was our Network Sensor. It was built to analyze network traffic and provide visibility beyond traditional SIEM's down to the network-level. Beyond organizing packets into flows, the sensor supports more advanced features such as decoding of common protocols, file carving, SSL certificate validation, OS fingerprinting, clustered deployment and more.
Kubernetes is an extremely intelligent technology, but without the right direction it can respond in unwanted or unexpected ways. As is true with most “smart” technologies, it is only as smart as the operator. In order to set teams up for peak success with Kubernetes, it is vital they have a pulse on their Kubernetes clusters. Here are 5 ways that engineers can best identify any loose ends when setting up a Kubernetes cluster and ensure the healthiest workloads possible.
Many companies are moving their infrastructure and web applications to the cloud. Along with moving to the cloud, organizations are finding new ways to remain agile and nimble, especially when it comes to software. By utilizing Amazon AWS and Amazon ECS, companies are decoupling their monolithic applications and taking advantage of microservice architecture.
In today’s increasingly connected world, corporate security operations centers (SOCs) are more important than ever. SOC teams are on the front line of protecting the company operations and confidential data from the myriad of rapidly evolving cyber threats organizations face everyday. SOC teams are tasked with more responsibility than ever before. As a result, they are drowning in systems that don’t provide enough information or context to empower analysts to make informed decisions. As a result, SOC teams are spending too much time on analysis and validation and not enough time on problem solving.