To empower and support ITOps and DevOps teams managing complex, hybrid IT environments, we have enhanced our observability, AI-powered operations copilot, and analytics, and automation capabilities - and we have made it easier for IT teams to deploy these capabilities with multiple HPE packages. Collectively, these enhancements to the HPE OpsRamp continue to get us closer to the vision of autonomous IT operations.

In today’s digital landscape, businesses require robust and adaptable Network infrastructure that can handle hybrid environments and support a seamless digital experience. OpsRamp and Aruba have joined forces to deliver a comprehensive solution that addresses the challenges of multi-vendor network observability management and network observability providing enterprises with tools for visibility, control, and performance optimization across distributed environments.

The Schrödinger's Cat thought experiment highlights the paradox of determining a system's state without direct observation—an apt analogy for the challenges of observing cloud-native applications. These systems' complex, ephemeral, and distributed nature often makes them appear as black boxes. Coupled with the operational complexities of multi-cloud and hybrid environments, gaining a clear picture feels impossible.

OpsRamp, a Hewlett Packard Enterprise company, updated its state of the MSP market survey for the first time in two years with some surprising results. The survey was the largest of its kind with more than 600 participants across three geographic regions and 24 countries.

In March 2023, Hewlett Packard Enterprise (‘HPE’) announced the acquisition of OpsRamp, subsequently closing the deal in May that year. Founded in 2014, OpsRamp is an award-winning solution that enables IT operations, site reliability engineeering (SRE), cloud operations, and DevOps teams, and other stakeholders to better detect, remediate, predict, and prevent slowdowns and outages across physical, virtual, and cloud systems.

The OpsRamp State of Observability 2024 report not only presents fascinating data from a strong sample of IT leaders, but also outlines many highly actionable findings. As an independent analyst and advisor, I appreciate how this report outlines a powerful action plan for any CIO, CTO, or other IT leader who has not yet adopted or achieved success with observability.

We often hear the term "observability" in the context of DevOps and how SREs use telemetry data. Collecting and analyzing this telemetry data is a vital first step to a successful autonomous IT operations strategy. Observability can help you find out about problems in your system you didn’t know you had—and before your users are impacted—by giving you new visibility that your monitoring systems don’t provide. But any observability initiative must also include network observability.

In today's fast-paced digital economy, businesses are constantly seeking innovative solutions to streamline their operations, enhance agility, and drive growth. As enterprise IT infrastructure environments get more distributed and complicated to meet evolving demands, the need for robust IT monitoring, management and automation becomes even more important.

HPE Discover 2024 was one of the biggest and most monumental events in the history of the company, packed with several ground-breaking announcements. The event was the first-ever corporate keynote at Sphere, Las Vegas and was attended by a record 14000 people. OpsRamp, a Hewlett Packard Enterprise company, played an active role in the conference program and issued several new product announcements. Let’s have a look at some of the key highlights from HPE Discover 2024.

Artificial intelligence is a game-changing technology across industries and business processes, designed to make workers more efficient, reduce the steps it takes to complete a task, and gain answers and insights faster. But those powerful capabilities also put new demands on compute infrastructure and this requires a new class of infrastructure observability metrics.