May 2023 Summaries

Deploying multiple data centers can help businesses mitigate risks associated with cloud computing, such as service disruption and reputational damage. By using data centers in different geographies, companies can ensure regulatory compliance and protect themselves from data loss due to hardware failures or natural disasters. Deploying applications across multiple data centers can also improve performance by optimizing workload distribution and reducing latency for global customer bases. Additionally, scaling object storage across multiple data centers can speed up unstructured data distribution and improve content availability, while horizontal scaling of read-only database instances can reduce read latency significantly. Ultimately, deploying across multiple data centers allows businesses to optimize their application's performance and provide exceptional customer experiences.

The company DigitalOcean has launched a new Partner Directory, providing a platform for companies and customers to find and connect with partners who can help them implement projects and workloads on the digital infrastructure. The directory allows users to search by expertise area or location, view detailed partner profiles, and connect directly with potential collaborators. With a wide range of partners in various industries and countries, DigitalOcean aims to make it easier for businesses to leverage its services and grow their infrastructure as they scale.

DigitalOcean's Premium CPU-Optimized Droplets offer a powerful and cost-effective way to host games, combining high-performance CPUs, fast network speeds, NVMe storage, and plenty of bandwidth. These virtual machines are designed for network and CPU-intensive workloads, making them ideal for gaming applications. They feature up to 10Gbps outbound network speeds, some of the latest generations of Intel Xeon CPUs, and NVMe SSDs, delivering up to 5 times faster outbound network speeds, 58% more performance, and 290% faster disk writes compared to Regular CPU-Optimized Droplets. This results in low latency, minimal data packet loss, and high-quality media streaming, leading to stutter-free gaming experiences. The droplets also offer consistent performance, even with dynamic demand, and come with generous bandwidth and storage included, making them a great solution for gaming companies looking to manage their operational expenses while providing top-notch gaming experiences.

Mandi Fuller from DigitalOcean has announced the launch of their redesigned status page, which aims to provide a more streamlined and user-friendly experience for customers. The new design features a simplified home page with a focus on showcasing current service status, and includes customizable notification options via various channels such as email, SMS, Slack, Twitter, and Atom/RSS feed. User research was conducted to inform the design decisions, and the new page also incorporates improvements in accessibility and compatibility for screenreaders and mobile devices. The old notifications have been temporarily disabled but are now back with more features, while the history page has been updated with filtering options. The team invites customers to provide feedback on the new status page through a dedicated page.

High Availability (HA) in DigitalOcean Kubernetes is crucial for maintaining the efficient operation and reliability of applications and services. A control plane failure can lead to server crashes, long load times, or complete game outages, resulting in unhappy users and potentially lost revenue. The HA control plane allows faster cluster creation and recovery due to its containerized design, automatic detection and replacement of unhealthy components, and dynamic allocation of CPU and memory resources on demand. It also enables faster feature updates and bug fixes, making it easier to maintain and roll back. Enabling HA is recommended for mission-critical apps and services requiring continuous operation with minimal downtime, as it improves performance, uptime, and resilience, meeting customer expectations and reducing the risk of outages.

Docker is a widely used tool in the developer community, providing a simple and efficient way to package and deploy applications. To protect data when running an application in Docker, it's essential to back up three types of data: container data at runtime, application configuration, and storage for application data. Named volumes are considered a best practice for managing storage in Docker, offering persistence, shareability, and ease of management across different hosts. To build a robust data protection strategy, backing up Docker volumes is recommended, with tools like SnapShooter providing comprehensive backup and restore capabilities for Docker-based applications.

SnapShooter, now part of DigitalOcean, has simplified cloud backups for startups and small businesses with its easy, frequent, and customizable backup features. To address the challenges of backing up data within containers, SnapShooter now offers Docker backup features that enable users to access backups via Backup jobs and restore volumes before running Docker containers. The company's agent server is also available in early availability, providing enhanced backup coverage and flexibility. Additionally, SnapShooter has improved database backup capabilities for DigitalOcean Managed Databases, allowing users to customize backup policies, retention periods, and storage targets with just a few clicks.