IT organizations, such as managed service providers (MSPs), deploy incident alerting and on-call management solutions to accelerate software delivery and ensure seamless customer experiences. Incident alert management platforms orchestrate the distribution of alerts to ensure that technicians continue to maintain system uptime and minimize service disruptions.
On-call scheduling software modernizes the way healthcare administrators assign responsibilities to care team members. The software helps create an equitable workforce among care teams and eliminates manual errors during the on-call scheduling process. Administrators can set up digital schedules to contact the right clinicians at the right time. This ensures that on-call providers quickly resolve patients’ issues to improve patient experience.
Effective healthcare communication requires proper software and processes to ensure that the right person receives timely messages. Unfortunately, Divisions of Family Practice (DoFP), a large community-based network of physicians located in British Columbia, Canada, relied on a third-party answering service to connect long-term care facilities (LTCFs) with on-call providers.
As software development teams struggle with spotty, siloed software delivery cycles, the DevOps approach provides relief by unifying stakeholders to achieve faster, collaborative and continuous software delivery. However, the DevOps methodology fails if it does not address the issue of DevOps burnout. In this post, we’ll uncover strategies that DevOps teams can use to better manage their work environment.
The OnPage clinical communication and collaboration (CC&C) system is universally adopted by midwifery care communities across the United States and Canada. OnPage is proud to provide a real-time, secure collaboration platform that allows midwives to improve patient experience. This article examines the continued widespread adoption and implementation of OnPage’s industry-leading CC&C system by midwifery care communities.
Cyberthreats including malware, viruses, and other security hazards are constantly evolving and becoming more dangerous and harder to detect. This makes it quite difficult to keep your data and information protected nowadays. Unless you are sure that you are absolutely protected, which is wishful thinking, you remain at risk of attacks by the latest strains of malware and security threats.
Site reliability engineers (SREs) are involved in scaling systems and making them reliable and efficient for organizations. But SREs often fail to build system resiliency when they do not have the right tools at their disposal. In this post, we’ll uncover five leading tools that SREs can use to drive the reliability and stability of computing systems. It also examines how SREs can use the tools to improve operations tasks and infrastructure processes.
