DEV Community: Zoe

How to Select the Right Incident Notification Tool

Zoe — Mon, 12 May 2025 19:28:17 +0000

When it comes to incident management, having a superb incident response plan is never enough if your team isn’t equipped with the right tools to mobilize on-call responders to critical incidents. During these high-pressure events, having a streamlined notification process makes all the difference, ensuring that prolonged response times are eliminated and normal business operations are always restored promptly. So, I wanted to share this guide that will help incident teams redefine their response plan by implementing the best notification tool for their organization’s goals.

Why do I need an incident alerting tool?

If your monitoring tools send out email alerts or your support team has a process in place to call/text your responders during incidents, you might be asking yourself, why do I even need an incident notification tool when I have such processes in place? The answer is simple, those types of alerts don’t work. Just face it. Have you ever gotten an email that says “just bumping this up, in case it got buried in your inbox” or has your friend ever emphasized their text when you haven’t answered due to distraction? That’s just what I’m talking about, urgent system outages or code breaks cannot be an email that gets buried or a notification that gets swiped away and forgotten about. Incident alerts have to be loud, disruptive and truly motivate teams to respond ASAP. Now that it’s clear incident alert management tools are an essential part of the incident response plan, we can get into the evaluation guidelines.

How to: Select the Best Notification Tool for Your Team

Unfortunately, there is no one-size-fits-all answer here (or really anywhere), and you have to be sensitive to the needs of your specific team, goals, and objectives. However, these are the essential elements teams should think about when evaluating incident alerting solutions for their team:

Alert Prioritization - Without sufficient alert prioritization capabilities, we are right back in the same boat, dealing with excessive notifications, alert fatigue, and missed messages. So, when deciding to implement an incident alerting solution, look for those that differentiate between high and low priority alerts, delivering urgent messages with distinctive notification sounds and the ability to bypass Do Not Disturb and the silent switch. This empowers teams to respond fast to critical incidents by reducing alert noise and improving job satisfaction.

Scalability - When investing in software services, teams must consider scalability. It is important that your solution grows with you and that teams can easily add or remove users as their business needs change. So look out for solutions that accommodate the needs of your organization and projected growth.

Collaboration - Just receiving the alert doesn’t cut it, your incident alerting tool must have collaboration features that make it easy for teams to effectively resolve the issue at hand. Some of these capabilities may include audit trails, message tracking, and two-way communication, eliminating the need for app switching and streamlining coordination and collaboration.

Integrations - Many incident alerting tools, like OnPage, integrate with your existing IT solutions. Key integrations your team may want to look out for are with chat collaboration apps (Microsoft Teams, Slack, etc.), ticketing solutions (ConnectWise, ServiceNow, Jira Service Management, etc.) and monitoring tools (Prometheus, Datadog, etc.).

Best Practices for Incident Alerting

Set effective alert rules - Setting the right thresholds is essential for incident alert management. Teams must evaluate their monitoring tools’ thresholds to ensure that only the most critical notifications are elevated to teams, especially after hours to avoid alert fatigue.

Establish an incident response team - During critical incidents, having an organized team with evenly distributed roles and responsibilities can significantly ease the incident management process and simplify task management.

Complement alerting with mass notifications - Teams should complement their internal incident alerting tools with a mass notification solution that delivers critical notifications via SMS, email, and voice call to all internal and external stakeholders simultaneously. This ensures that everyone is on the same page and teams can focus on resolving the incident at hand rather than updating all stakeholders individually.

Establish effective on-call rotations and escalations - Many incident alerting tools enable teams to take advantage of digital scheduling that ensures that alerts are routed to the right person and escalated when necessary. So, teams must establish equitable on-call rotations that allow their engineers to maintain productivity, whether that’s a follow-the-sun schedule, bi weekly schedule, or something completely different. Finding a policy that works for your team is essential for their success.

Conclusion

Incident notification tools are paramount to a good incident response plan, and choosing the right one can be a game-changer for your team. I hope these guidelines can help you begin your search and identify the needs and goals of your team when it comes to incident alerting.

Harness the Power of Automated Incident Management

Zoe — Thu, 12 Oct 2023 13:57:45 +0000

Development teams know all too well the detrimental impacts delayed incident response has on software development. From interrupted development progress to large financial or data losses, DevOps teams cannot endure the risks from ineffective incident management.

These risks highlight the importance of improving response strategies and automating incident management especially when it comes to ensuring continuous progress on development projects. So, this blog will dive into the benefits of automating incident management, as well as the steps required to do so.
What is incident management?

In the context of DevOps, incident management refers to the process of identifying, responding to, and recovering from incidents that impact critical systems necessary to making seamless progress on software development. It is crucial that there is a strong incident management plan in place that streamlines incident response. This ensures that development teams are not experiencing prolonged delays that may impact deployment dates, thereby negatively affecting their business reputation.

Why should I automate incident management?

Reducing incident response times is imperative to mitigating the impacts that critical incidents have on development, so improving incident management workflows should be a priority. Especially with the ever-changing digital landscape, constantly requiring faster, streamlined deployment. Ultimately, this leads to the belief that the future of DevOps is automation.

Automation is one of the most effective ways to improve incident management, with benefits including:

Reduced MTTR & MTTD

Automation tools, like log monitoring systems and critical alerting systems, can immediately detect and notify response teams of anomalies within critical systems that could imply cyberthreats or system failures. Eliminating the need for staff members to manually monitor for vulnerabilities can significantly reduce mean time to respond (MTTR) and mean time to detect (MTTD).

Improved accuracy

With the numerous trends and threats teams must remember and steps they must take to ensure effective incident management, they can often make mistakes or miss system vulnerabilities. Incident management systems successfully automate these processes, ensuring that no vulnerabilities go overlooked and no incident goes untracked.

Decreased costs

Automation expedites incident response, avoiding prolonged downtimes that have costly ramifications. Additionally, with the reduced need for human intervention, labor costs can be significantly reduced.

Improved productivity

Many incident management plans that incorporate automation include the implementation of incident alert management tools. These tools deliver distinguishable alerts right to the DevOps team’s mobile phones, allowing them to seamlessly work on their project without having to constantly monitor their emails for alerts from their monitoring systems or incident commander.

Steps to automating incident management

Review current incident management processes

When deciding to automate incident management processes, the first step is to review the current processes to see where automation is necessary for improvement. Oftentimes, DevOps teams use automation for incident ticket tracking, system monitoring, and incident alerting.

Examine the capabilities of existing technologies

Many DevOps teams’ existing technologies are capable of automating processes through integrations. For example, monitoring systems are often compatible with alerting solutions that can automate the notification process, ensuring response teams are promptly mobilized upon incident detection.

Research & implement tools that fit organizational needs

It is imperative that teams research automation tools and choose them based on organizational needs. This could include implementing technologies that integrate with existing tools,or researching technologies that are within a specific price range.

Implement incident management tools

Once the automated incident management tools have been purchased, they must be properly implemented into the organization’s environment. Teams should slowly implement automation tools, so that staff is not overwhelmed, learning all of the new processes at once.

Train staff on new tools & their corresponding protocols

Adding on to the last point, staff must be properly trained on both how to use new automation technologies, as well as the changes in the existing incident management protocols, so that they fully understand the new process. This ensures the successful implementation of an automated incident management plan.

Don’t forget about security!

With the increased number of teams moving towards DevSecOps, it is imperative to mention how cybersecurity fits into the automation of incident management. Teams cannot implement tools without researching their security measures, and with so many incident management systems that offer encrypted messaging, to ensure that incidents are handled securely without risking the loss of additional data, this should be easy. This is especially important to teams that are designing secure software development lifecycles – ensuring that their security efforts are not undermined by new technologies. Ultimately, teams must take security into consideration when automating incident management to ensure that all incidents are securely handled.

Conclusion

Automation is one of the best ways to reduce response times, and with the increased pressure for DevOps teams to deploy software after software, this is crucial. So, this blog guides development teams through the process of automating incident management, to ensure that no incident significantly impacts software development progress. Additionally, prioritizing security during development is essential and must be addressed in the incident management plan as well to ensure that organizations are not vulnerable to attack. So, by researching and implementing secure automation tools that align with organizational goals, teams can streamline incident management ensuring that DevOps teams can maintain seamless productivity.

The Importance of a Secure Software Development Lifecycle

Zoe — Wed, 16 Aug 2023 13:58:42 +0000

Many organizations moving towards DevSecOps have begun to implement Secure Software Development Lifecycles (SSDLC), meaning that they enhance their Software Development Lifecycle (SDLC) by integrating security into each step of the process.

Oftentimes, security tests are run at the end of the SDLC which can allow vulnerabilities to slip through the cracks, forcing development teams to scramble and come up with a solution. With SSDLCs, security is incorporated throughout the process allowing teams to identify and eradicate vulnerabilities early on, mitigating potential risks post-deployment.

Considering the increased risks with the expansion of the cyber landscape, it is important to look into the benefits of implementing a SSDLC.

What is a Software Development Lifecycle?

A SDLC is a structured process used by development teams to manage software development from start to finish. While the SDLC can vary between organizations, the main steps include:

• Planning – The development team defines the purpose of the project and outlines general guidelines including the timelines and necessary resources.
• Designing – During the design step, teams will take a more detailed approach to designing the software and might include how the actual software will look to users or the structure of the software.
• Building – This is when the team begins the process of coding the software while staying true to the software design.
• Testing – Once the software is created, the development team tests the software for any bugs or vulnerabilities that must be fixed before deployment.
• Deployment – After building, testing, and revising the software it will be deployed.
• Maintenance – The development team will continue to monitor the software development KPIs after deployment, so that they can address any issues that may arise.

How to Incorporate Security into the Software Development Lifecycle

Some developers are hesitant to take security measures before the testing phase of the SDLC, due to concerns of delayed deployment. But, when a SSDLC is effectively implemented, development teams will be able to secure their software while simultaneously making seamless progress on their projects. Some of the ways that security can be incorporated into the SDLC steps are:

• Planning – During the planning phase, general security questions should be addressed. This could include deciding if two-factor authentication should be used or if data will be encrypted.
• Designing – When designing software, developers should have an understanding of potential security risks, and have a plan on how to mitigate them once they start building the software.
• Building – Developers must be knowledgeable about current security standards, so that they can securely code upcoming software.
• Testing – Security tests should be conducted to ensure that all vulnerabilities are eliminated before deployment.
• Maintenance – Software must be continuously monitored and updated to ensure that security threats do not arise post-deployment.

Enhancing a Secure Software Development Lifecycle with an Incident Response Plan

Securing the SDLC is a strong practice that teams can employ to minimize threats to their software, but the possibility of cyberattacks does not go away. IT teams must have a structured incident response plan in place so that they are prepared in the event of a cyberattack. These are the best practices to follow when creating an incident response plan:

• Appoint a Knowledgeable Response Team
Appointing knowledgeable individuals to take charge during critical security incidents will ensure the smooth execution of the incident response plan. This provides teams with peace of mind, because they will know exactly who to turn to for assistance during cyberthreats.
• Deploy Monitoring and Alerting Technologies
By deploying IT monitoring and alerting tools, teams will be able to immediately identify threats and vulnerabilities within their software. Monitoring tools alleviate the responsibility of having to manually monitor unexpected changes in the software, and IT alerting solutions provide an extra cushion, by immediately delivering notifications about threats right to IT technicians’ smartphones.
• Train Staff on Incident Response Procedures
When implementing or updating an incident response plan, it is crucial that all team members are equipped with the right tools and knowledge to follow the procedures. So, it is paramount to an incident response plan’s success to adequately train staff on new incident response procedures.
• Maintain Comprehensive Documentation
In the event of cyberthreats, detected vulnerabilities, or new procedures, there must be comprehensive documentation collected to prevent confusion. Furthermore, maintaining strong documentation enhances efforts for continuous improvement. Teams can look back at past incidents and make sure that future software has security measures in place that will mitigate the possibility of similar instances.
• Conduct Post-Incident Reviews
Once an incident is resolved, it is imperative for teams to host a post-incident review. These reviews allow teams to examine an incident, find out what went wrong, revise the software, and eliminate vulnerabilities.

Conclusion

With the rise of cybercriminal activity, there is no room for error, IT teams must always be prepared to defend against cyberattacks. Securing each step of the SDLC minimizes the possibility of vulnerabilities slipping through the cracks, ensuring software security.