June 2016 Summaries

The PagerDuty Operational Excellence and Innovation Awards aim to recognize ITOps and DevOps teams that excel in accelerating delivery while maintaining reliable and available services, showcasing operational maturity and exceptional use cases. These awards, presented at the PagerDuty Summit, highlight organizations advancing digital business through modern incident management and operational excellence. Award winners receive recognition through a ceremony, blog post, press release, and social media mentions, along with the choice of a team prize or a charitable donation. The awards encourage teams to share their success stories, celebrating their contributions to business value and customer satisfaction.

Velocity 2016 in Santa Clara was an energizing experience for attendees, with notable contributions from PagerDuty's team, including insightful talks by David Hayes, David Shackelford, and Donny Nadolny. The event was marked by a bustling exhibition hall where IT professionals explored the latest technology solutions and best practices. PagerDuty's booth attracted significant interest, especially for its Service Group feature, Slack Integration, and advanced platform capabilities like API v2.0 and PD-CEF. An interactive Lite-Brite attraction highlighted attendees' preferences for modern notification methods over traditional emails. David Shackelford shared strategies for product management within a DevOps model, emphasizing feedback and shared culture, while David Hayes discussed the broader implications of DevOps beyond automation, advocating for a culture of responsibility and empathy between developers and operations. Donny Nadolny addressed challenges in debugging distributed systems, offering practical lessons and insights. The event also featured notable speakers like Dan Slimmon, Emily Nakashima, and Alice Goldfuss, who discussed innovative approaches to troubleshooting, performance monitoring, and role rotation. Overall, the conference provided valuable learning opportunities and fostered a vibrant exchange of ideas within the IT and DevOps communities.

PagerDuty's quarterly webinar, "What's New with PagerDuty," showcases recent innovations designed to enhance user experience and operational reliability. Highlights include the PagerDuty Service Group, which facilitates the organization and management of multiple integrations for improved service monitoring, and a scheduling feature that allows users to restore details from the last 10 schedule snapshots easily. The session also introduces new native integrations for collaboration, ITSM, and infrastructure monitoring, expanding PagerDuty's ecosystem. Developer enhancements are emphasized with features that offer greater flexibility for integrating custom tools. Additionally, API v2 provides access to a rich developer portal, enabling the use of add-ons and custom or pre-built integrations, while the Custom Event Transformer allows integration of any system capable of sending HTTP/HTTPS requests by transforming unstructured data into valid PagerDuty events.

At Velocity Santa Clara, a presentation focused on the symbiotic relationship between DevOps and product management, highlighting the significance of understanding each other's impact on software operability and product outcomes. The discussion centered on three core practices at PagerDuty: fast, frequent, and stable deployments enabled by continuous integration and ChatOps, engineered failure inspired by Netflix's Simian Army to prepare for unexpected system breakdowns, and a culture of software ownership where teams are responsible for the code they deploy. These practices foster a culture where failure is a learning opportunity, and product management involves managing risks and uncertainties. The integration of DevOps principles helps bridge the gap between product and engineering, although it presents challenges in aligning communication and goals. Despite the initial adjustment period, this model is seen as essential for releasing better software more frequently and enhancing customer satisfaction.

PagerDuty has unveiled the latest iteration of its API, enhancing the platform's functionality for developers by enabling seamless integration of apps and custom tools. The new API improvements streamline communication between tools and PagerDuty, support embedding of applications within PagerDuty, and allow the creation of custom integrations using JavaScript that can be deployed across multiple data centers. These features empower users to transform raw data into PagerDuty events with high reliability, and to embed information such as schedules or dashboards directly into their apps or the PagerDuty interface. With these advancements, the platform supports a wide range of innovative use cases, encouraging developers to leverage PagerDuty as a central hub for incident management and operational excellence. The new capabilities provide opportunities for both developers and non-developers to harness industry best practices and build tailored solutions, with resources and examples available through PagerDuty's Developer Portal.

In San Francisco, the integration of Slack into daily workflows, particularly in the realm of ChatOps and incident response, has become ubiquitous, highlighting a significant evolution in chat tools. The collaboration between PagerDuty and Slack has addressed common inefficiencies in incident management by allowing users to manage PagerDuty incidents directly from Slack using Slack's Message Buttons feature. This integration ensures that incident responders no longer have to switch between multiple platforms, streamlining the response process and maintaining focus on resolving issues quickly. PagerDuty's partnership with Slack also includes seamless integration with other tools like ServiceNow, reducing administrative burdens during crises. This collaboration exemplifies how advancements in ChatOps are revolutionizing industry practices by enhancing operational efficiency and real-time collaboration.

In 2016, as hybrid infrastructures become the norm, incident management solutions must adapt to manage the complexities of environments that combine on-premises servers with public and private cloud services. Challenges include limited physical access to infrastructure, lack of full control over cloud-hosted components, and the abstract nature of devices, making it difficult to pinpoint the root causes of alerts. Effective incident management strategies involve using intelligent platforms, such as PagerDuty, that can route alerts to the appropriate administrators, integrate various monitoring tools, centralize alert management, and scale with the infrastructure. Being vendor-agnostic is crucial to accommodate the diverse components of hybrid environments. As hybrid infrastructures continue to grow, adapting incident management solutions now will better prepare organizations for the future.

Velocity is approaching, and PagerDuty is set to participate in the event in Santa Clara on June 22-23, offering demos and swag at Booth 401, along with opportunities for in-depth discussions. The event promises a plethora of engaging sessions, including those hosted by PagerDuty. Highlights include David Shackelford's session on the intersection of DevOps and product management, emphasizing collaboration for shipping quality software, and Donny Nadolny's talk on debugging distributed systems like ZooKeeper, which are crucial for modern software despite their complexity. Additionally, David Hayes will discuss the broader implications of DevOps beyond automation, focusing on cultural aspects and shared responsibilities that foster a customer-focused environment. Attendees are encouraged to join these sessions to gain insights into managing complex systems, enhancing organizational culture, and maintaining system reliability.

PagerDuty has introduced a new feature allowing users to revert recent schedule changes with ease, addressing customer feedback about the difficulty of managing scheduling modifications. Starting from May 20th, the system captures snapshots of schedule layer changes, which include details such as who is in rotation and hand-off times, enabling users to revert to one of the last ten snapshots with a simple button click. Users can access this feature through the Schedules interface by selecting "Revert this Schedule," which displays a dropdown menu of the latest schedule changes, allowing further modifications or the reactivation of a previous version. This enhancement aims to streamline the process of reviewing, updating, and reverting schedules, and PagerDuty invites user feedback for future improvements.

The monthly partner spotlight highlights the collaborations between PagerDuty and three innovative companies: Red Canary, Opsee, and Raygun. Red Canary, renowned for its endpoint security solutions, has integrated with PagerDuty to enhance threat notifications and on-call management for its customers, ensuring quick alerts through various channels like mobile apps and SMS. Opsee simplifies AWS monitoring by automatically generating health checks for services and infrastructure, and its integration with PagerDuty facilitates streamlined incident management and on-call responsibilities. Raygun, specializing in real-time error and crash reporting, partners with PagerDuty to provide developers with swift notifications and detailed insights into application issues, allowing for rapid resolution and reduced downtime. These partnerships leverage PagerDuty's capabilities to improve operational efficiency and response times across different domains.

The evolution of technology has consistently led to the automation of routine tasks, with significant implications for human roles across various industries. Initially, telephone operators were indispensable for connecting calls, but advancements have replaced them with automated systems. Similarly, the role of secretaries who managed tasks like dictation and calendar scheduling has largely been supplanted by personal computing and software like Microsoft Word. In the realm of incident monitoring, the transition from carrying pagers to relying on automated alert systems exemplifies this shift, as technology now handles many routine notifications and only escalates complex issues to humans. This trend suggests that individuals higher up in organizational hierarchies will increasingly assume roles that require significant expertise and authority to address and resolve sophisticated problems that automated systems cannot handle. The narrative reflects a broader pattern of technological progress, where mundane tasks are automated, leaving humans to manage more intricate and critical challenges.