Operations | Monitoring | ITSM | DevOps | Cloud

Is a multicloud strategy right for your organization?

For the last few years, many development teams have replaced traditional data centers with cloud-hosted infrastructure. Cloud adoption continues to grow, and teams are updating applications to leverage cloud-based services. But for many organizations, adopting a single cloud provider to host all their applications and data can put their business at risk. To reduce these risks, some organizations are distributing resources across multiple cloud providers in a specifically designed way.

Integrations on Rails: How we build and deploy integrations at FireHydrant

Implementing integrations without a mountain of technical debt can be challenging. But it doesn’t have to be all bugs, burn out, and outages when shipping integrations at a high volume. We’ve unlocked a pattern at FireHydrant to rapidly build and release integrations without swiping the technical debt credit card each time — and that gave us a fastlane to building premier integrations.

How to design a microservices architecture with Docker containers

Application development trends guide industries (tech and non-tech alike) toward a more cloud-native and distributed model with digital-first strategies. Many organizations are adopting new technologies and distributed workflows. Software development pipelines enable teams to collaborate efficiently and maintain productivity. However, organizations that were early to embrace modern application development strategies and tools, including containerization and multi-cloud environments.

Monitoring Your Fleet With Memfault Training

Releasing a connected device in today’s world without some form of monitoring in place is a recipe for trouble. How would you know how often or if devices are experiencing faults or crashing? How can the release lead be confident that no connectivity, performance, or battery-life regressions have occurred between the past and current firmware update? In this training session we will go over.

Research on Optical Module in FPGA Optical Fiber Transmission Circuit

The optical fiber data transmission circuit is divided into five parts: optical fiber transmission, photoelectric signal conversion, signal acquisition and transmission, data processing, and data transmission. Optical signals are transmitted between measurement systems through optical fibers; photoelectric signal conversion is performed by optical interface adapters and optical modules to convert signals into photoelectric and electro-optical signals.