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January 01.2025
2 Minutes Read

Transform Your Career in 2025: Unlock Potential with SAFe Certifications

SAFe Certifications career masterclass banner with event details.



Begin Your Path to Success with SAFe Certifications in 2025

Is the new year beckoning you to enhance your professional journey? Simplilearn is offering an enlightening webinar on January 7th, 2025—a perfect opportunity to empower your career through SAFe certifications. Comprising of essential insights and expert guidance, this event aims at transforming your trajectory in Agile project management.

Why SAFe Certifications Matter

SAFe, or Scaled Agile Framework, is reshaping how teams work together in dynamic environments. It’s increasingly relevant in today's fast-paced market, especially for those in Agile project management roles. The certification not only sets a robust foundation in Agile principles but also equips learners with actionable skills for managing projects efficiently at scale. Attending this webinar can be a crucial step towards a career enhanced by agile methodologies, readying you for challenges and opportunities in 2025.

Looking Forward: Future Trends in Agile Practices

Organizations are increasingly adopting Agile methodologies due to their adaptability and effectiveness across various industries. In the coming years, expertise in Agile, particularly through certifications like SAFe, will continue to be sought after. Such skills will enhance your ability to navigate the complexities of modern project management landscapes, making you a vital asset to any team.



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10.25.2025

How OpenTelemetry Empowers Modern Mainframes for Agile DevOps

Update Bridging the Gap: OpenTelemetry and Mainframe ObservabilityIn an age where agility and responsiveness define successful IT infrastructures, BMC’s recent announcement regarding the integration of OpenTelemetry with mainframes running z/OS is revolutionary. This development introduces dynamic observability capabilities to environments that have traditionally been viewed as inflexible, thereby enabling DevOps teams to streamline their monitoring processes significantly.What Is OpenTelemetry and Why Does It Matter?OpenTelemetry is an open-source framework designed for collecting distributed traces and metrics across various software components. With the rapid evolution of cloud-native applications, being able to monitor performance across hybrid infrastructures has become essential. Connecting OpenTelemetry with z/OS systems allows organizations to leverage modern observability tools, offering insights that were previously unavailable in siloed mainframe environments.The Mainframe's New Role in DevOpsIntegrating OpenTelemetry with mainframes enables developers and operations teams to gather telemetry data from z/OS applications. This powerful combination enhances visibility into system performance, addresses bottlenecks, and optimizes workflows. The new framework brings together the agility of modern applications with the resilience of traditional systems, facilitating a smoother flow of operations. As organizations move toward continuous delivery and DevSecOps practices, the need for real-time performance metrics and indicators has never been more critical.Software as a Catalyst for ChangeThe traditional perception of mainframes is as bulky, unyielding machines. However, BMC's innovation signifies a cultural shift in technology, where legacy systems can coexist with cloud-native and microservices architecture. Tools for monitoring and observability are becoming vital assets that contribute to enhanced decision-making based on data-driven insights. For many organizations, this represents a significant step towards a more integrated IT strategy.Empowering Development TeamsWith greater visibility, development teams are empowered to troubleshoot issues faster using techniques such as tracing and monitoring. By implementing OpenTelemetry in their z/OS workloads, organizations can achieve a comprehensive view of interactions across complex infrastructures. This not only makes it easier for teams to understand how various components interact but also enhances the overall performance and reliability of their applications.Future Directions in Mainframe IntegrationAs the landscape continues to evolve, organizations must be proactive in adapting their monitoring strategies. Embracing frameworks like OpenTelemetry will not just enhance performance tracking but also shape the future of software development practices on mainframes. The convergence of DevOps and traditional mainframe systems is critical for organizations aiming for seamless operation across diverse platforms.Concluding ThoughtsBMC's move to incorporate OpenTelemetry with z/OS platforms is not just a technical enhancement; it's a cultural transformation that aligns with industry best practices. As organizations embrace these changes, they position themselves to navigate the complexities of today's IT environments more effectively. The potential for modernization in the mainframe landscape offers exciting opportunities for growth, efficiency, and competitive advantage.

10.25.2025

Mastering Total Commerce in 2025: Your Essential Buyer’s Guide

Update Understanding Total Commerce: The Future of RetailThe landscape of retail is evolving rapidly, with Total Commerce emerging as a crucial concept for businesses aiming to deliver seamless customer experiences. Unlike traditional omnichannel and unified commerce models, Total Commerce integrates various sales channels into one coordinated system, fostering a cohesive operation that benefits consumers and retailers alike. As we transition into a more interconnected retail environment, this guide aims to demystify Total Commerce and provide publishers and marketers with insights on its implementation.What Sets Total Commerce Apart?Before diving into the specifics, it's essential to establish the distinctions between Total Commerce, omnichannel, and unified commerce. Omnichannel focuses on providing multiple shopping options across separate systems, which can result in mixed experiences for consumers, whereas unified commerce relies on one data backbone to synchronize channels but doesn’t always guarantee on-the-ground service consistency.In contrast, Total Commerce ensures that sales environments—from brick-and-mortar locations to ecommerce platforms—operate under a cohesive strategy. Imagine a customer who buys a jacket online, returns it at a physical store, and receives a refund within minutes—this should reflect the efficiency of a Total Commerce approach.Why Is Total Commerce Important for 2025?As we venture further into 2025, the shift towards Total Commerce is not just a trend but a necessity. According to insights gathered from industry leaders and reports by Deloitte, consumer expectations are at an all-time high. With the pandemic sparking a rush towards digital experiences, businesses that fail to adapt risk losing relevance.Retailers are recognizing that they must embrace Total Commerce to meet the demands of today's value-seeking consumers. This implies offering a unified visibility of inventory across channels, supporting flexible return policies, and enabling real-time customer service. This level of commitment fosters trust and encourages repeat customer interactions, which are vital in the competitive retail space.Driving ROI with Effective Total Commerce StrategiesThe question arises: how can retailers effectively implement Total Commerce strategies to enhance their ROI? Key drivers include providing seamless buy online, pickup in-store (BOPIS) options, simplifying returns, and ensuring that customer service is always informed about previous transactions. Such capabilities not only increase customer satisfaction but also result in reduced returns and improved sales.Additionally, leveraging data analytics technology can significantly enhance operations. Retailers can access customer purchasing patterns, adjust inventories accordingly, and personalize marketing efforts to match consumer preferences. For example, insights from customer interactions can inform businesses of potential demands or shifts in buyer behavior.Enabling a 90-Day Pilot PlanOne practical approach to adopting Total Commerce is introducing a 90-day pilot plan. This plan should focus on integrating sales channels, training staff on new technology tools that facilitate this integration, and testing customer responses. Tracking KPIs such as order fulfillment times, customer satisfaction scores, and returns will offer meaningful insights into how effective these changes are and where further refinement is needed.Addressing Potential ObstaclesImplementing Total Commerce isn’t without challenges. Retailers may face issues such as legacy technology resistance, data fragmentation, and inconsistent customer service training across channels. However, addressing these challenges head-on through strategic investments in technology, staff training, and clear communication can significantly ease the transition.The Technology Behind Total CommerceInvestments in AI and advanced analytics technology serve as the backbone for Total Commerce. Utilizing these technologies can revolutionize how businesses interact with customers, foresee shopping trends, manage inventory, and streamline logistics. Reports suggest that businesses integrating these technologies can improve demand forecasting by about 15%, leading to better inventory management and customer service.Conclusion: Embracing the New Retail EraIn 2025, the retail landscape will continue to undergo major transformations driven by consumer demand for integrated and seamless experiences. Total Commerce is not merely a business strategy; it's a comprehensive approach to reshaping how retailers interact with customers, ensuring a lasting competitive edge.With a clear understanding of its components and a commitment to integrating systems and processes, businesses can effectively navigate the complexities of the retail environment and emerge as leaders. Don't just follow the trends; be at the forefront of retail innovation by implementing Total Commerce strategies and adjusting as markets and consumer expectations evolve.

10.24.2025

The New Metrics of DevOps: Unlocking Speed, Trust, and Transparency

Update Understanding DevOps Metrics: A New Era of Performance Measurement As organizations increasingly adopt DevOps practices, the need to measure success has never been more critical. Leaders and teams are aligning faster with new metrics emphasizing speed, trust, and transparency—principles that provide deeper insights into software delivery. Key Metrics Driving DevOps Efficiency The adoption of DevOps brings forth several key metrics, but among these, four stand out as essential indicators of a team’s capabilities: lead time for changes, change failure rate, deployment frequency, and mean time to recovery (MTTR). These metrics not only aid in tracking productivity but also foster collaboration, which is crucial for achieving high-quality releases. Lead Time for Changes Lead time for changes indicates how long it takes for a piece of code to move from the commit stage to deployment. This metric directly reflects the efficiency of development processes. High-performing teams often achieve lead times measured in hours, while others may find this spans days or even weeks. The efficiency in processing changes hinges on practices such as continuous integration and small batch deployments. Change Failure Rate This metric represents the percentage of deployments that fail, requiring fixes. A lower change failure rate indicates a mature development process, which is often enhanced through automated testing and strict quality protocols. High-performing teams typically maintain rates below 15%, showcasing their ability to deliver reliable updates without significant fallout. Deployment Frequency Understanding how often teams deploy changes is vital for assessing their responsiveness to user needs. High-performing teams may deploy several times a day, ensuring rapid improvements and innovations. In contrast, lower-performing counterparts may restrict their deployment activities to weekly or even monthly releases. This discrepancy underscores the importance of establishing a robust automated deployment pipeline, minimizing manual touchpoints. Mean Time to Recovery (MTTR) MTTR measures how quickly a team can recover from a failure in production. For effective recovery, teams must identify and resolve issues rapidly. This involves comprehensive monitoring and alerting systems, ensuring that teams can react swiftly to disturbances. Leading teams typically achieve recoveries within an hour, while others may take over a week—showcasing a stark performance gap in managing service interruptions. Transforming Culture through Transparent Metrics Transitioning to a DevOps model is as much about culture as it is about processes and tools. Transparency in metrics encourages a blameless culture where teams can openly discuss failures and learn from them. The implementation of metrics like those from DORA (the DevOps Research and Assessment) helps establish benchmarks that guide teams in their development journeys. Through sharing successes and failures transparently, organizations foster a culture that values learning and continuous improvement, ultimately enhancing software quality and delivery speed. Future Trends: Agility in DevOps As companies continue to leverage DevOps and agile methodology in their operations, the focus on metrics that truly drive success will be paramount. Teams might integrate newer metrics aligned with organizational goals, including DevSecOps practices, where security is inherently part of the development lifecycle. These evolving metrics will not only support a transparent development process but also reflect the organization’s commitment to maintaining high-quality software delivery. Organizations that prioritize these new metrics are not merely tracking performance; they are transforming it. By emphasizing speed, trust, and transparency, businesses can better meet customer expectations while enhancing their product’s reliability and security. Conclusion: The Road Ahead for DevOps Metrics As digital transformation continues to reshape industries, the measurement of performance within DevOps will remain critical. Companies willing to adopt and adapt these metrics will likely lead the way in achieving optimal efficiency and quality in software development.

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