Operations | Monitoring | ITSM | DevOps | Cloud

In Episode 1, we delve into the critical topic of overcoming “Analysis Paralysis” during cloud migration. We will explore how Tidal Accelerator can help organizations break free from the shackles of over-analysis and guide them towards successful cloud migration.

In today's digital era, cloud computing has become the backbone of numerous businesses. Cloud systems have become the go-to choice for many organizational needs thanks to advantages like unparalleled scalability, accessibility, and cost-effectiveness. Still, the rapid surge in cloud adoption has attracted the attention of cybercriminals. According to a report from Netwrix, 68% of organizations experienced at least one cyber attack incident in the past year.

The choice of a framework isn’t merely a technical decision, it’s a commitment to a trajectory. Both Next.js and Remix are robust frameworks that cater to modern web development needs, but they differ in their approach to routing, data fetching, and performance optimization.

Our glossary page on attack surfaces defined the terms associated with the concept. This post provides information that'll help your organization identify its attack surface. Much like your lawn after a good rain, your attack surface will grow rapidly if left unchecked. Along with increases in attack surface size comes an increase in cybersecurity risk. That risk can’t be eliminated as attack surfaces are always evolving, but it must be carefully managed.

This is the third blog in our series on Kafka, where we continue to explore the nuances of deploying Kafka for scale. In our previous blogs, Essential Metrics for Kafka Performance Monitoring and Auto-Instrumenting OpenTelemetry for Kafka, we laid the foundation for understanding Kafka’s performance and monitoring aspects. Now, as we explore further into the Kafka ecosystem, we’re here to tackle the common challenges that can arise during deployment and scaling.

You may be ready to make the move to Grafana Cloud, but securely querying private data has been a blocker. If you wanted to query a network-secured data source like a MySQL database or an Elasticsearch cluster that is hosted in an on-premises private network or a Virtual Private Cloud (VPC), you needed to open your network to inbound queries from a range of IP addresses.