This blog post explores achieving a balance between speed and quality in enterprise software delivery. It emphasizes that while rapid development is crucial for competition, maintaining high-quality, reliable software is equally important.

The article outlines several strategies to achieve this balance, including:

Agile development methodologies

Continuous integration and delivery (CI/CD)

Test automation

DevOps culture with a focus on on-call support

Risk-based testing

Incremental refactoring and technical debt management

Monitoring and feedback loops

Real-world examples from companies like Amazon, Netflix, and Salesforce are presented to illustrate how these strategies are implemented in practice. The blog concludes that achieving excellence in technical delivery requires a commitment to both speed and quality, ultimately resulting in a better customer experience.

This blog post argues that clearly defined service ownership is essential for effective on-call rotations. When on-call engineers are unsure of who owns which service, it can lead to confusion and slow down response times during incidents. Service ownership empowers team members to take accountability for the services they develop and maintain, resulting in faster incident resolution, improved accountability, and enhanced team collaboration. The blog post also details steps to establish a culture of service ownership within your team.

This blog post explores on-call scheduling and how to create an effective system that minimizes burnout for your team. It outlines the different purposes of on-call schedules, including incident response, maintenance and upgrades, and technical support. The blog emphasizes the importance of a well-designed on-call schedule to prevent burnout and offers tips such as creating a balanced rotation system, respecting work-life balance, and developing clear communication and escalation policies. By following these recommendations, you can create a successful on-call schedule that ensures both operational efficiency and team satisfaction.

This blog post discusses the return on investment (ROI) that organizations can achieve by implementing an enterprise incident management platform. It emphasizes the importance of these platforms in improving an organization's cybersecurity posture.

The blog outlines the key functionalities of an enterprise incident management platform, including:

Incident detection and alerting

Incident management tools

Forensic and investigation capabilities

Remediation and mitigation features

Reporting and analytics functionalities

It then details key metrics that can be used to measure the ROI of such a platform. These metrics include:

Mean time to detect (MTTD) security incidents

Mean time to respond (MTTR) to security incidents

Volume and frequency of security incidents

Cost savings and avoidance from reduced downtime and prevented breaches

Regulatory compliance

Real-world examples are provided to illustrate the positive impact that these platforms can have on an organization's security posture.

Overall, the blog highlights that enterprise incident management platforms are not just reactive tools for responding to security incidents, but rather strategic investments that enhance an organization's overall cybersecurity resilience.

This blog post explores the benefits of using incident management tools to streamline IT operations and minimize downtime. It explains what incident management tools are and how they can improve efficiency, collaboration, workflow, resolution times, and reporting for IT incidents.

The blog also details several popular options including:

Squadcast: A modern unified incident management and on-call platform

ServiceNow: A comprehensive solution for large enterprises.

Freshservice: A user-friendly and affordable option for businesses of all sizes.

Atlassian Jira Service Management: Integrates well with other Atlassian products.

PagerDuty: Specializes in alerting and incident response.

ClickUp: An all-in-one project management tool with built-in incident management.

Finally, the blog offers advice on choosing the right tool based on factors like IT infrastructure size and complexity, incident volume, and existing tool integrations.

This blog post discussed the importance of on-call scheduling software for organizations that rely on on-call engineers to maintain service quality. It highlighted the shortcomings of traditional on-call management methods and how on-call scheduling software automates and simplifies the process.

The key takeaways include:

Benefits of on-call scheduling software: reduced errors, improved visibility, streamlined communication, automated notifications, enhanced collaboration, and reduced on-call fatigue.

Use cases: IT operations, customer support, DevOps teams, security teams, and network operations centers.

Popular features: flexible scheduling, automated escalations, alert integrations, reporting & analytics, shift swapping & handoffs, and mobile apps.

Best practices: clearly define responsibilities, involve your team, provide training, test rotations, continuously improve, conduct post-incident reviews, and invest in automation.

Conclusion: On-call scheduling software empowers teams, improves customer satisfaction, and leads to data-driven decision making for optimizing on-call processes.

Understanding application security is crucial for organizations aiming to safeguard their digital assets and maintain trust with their users. To help you stay informed, this blog post explores five types of vulnerabilities that app security teams should be aware of in 2024.