#AWS Migration & Re-engineering

[vervesystems]

Unlock the full potential of your business with our AWS Migration & Re-engineering Services. Our experts ensure seamless transitions to the cloud, optimizing your infrastructure for maximum performance and scalability. Ready to take your business to the next level? Contact us today to get started!

[checkmateglobaltechnologies]

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[nrsinfowaysin]

Legacy Software Modernization Services In India – NRS Infoways

In today’s hyper‑competitive digital landscape, clinging to outdated systems is no longer an option. Legacy applications can slow innovation, inflate maintenance costs, and expose your organization to security vulnerabilities. NRS Infoways bridges the gap between yesterday’s technology and tomorrow’s possibilities with comprehensive Software Modernization Services In India that revitalize your core systems without disrupting day‑to‑day operations.

Why Modernize?

Boost Performance & Scalability

Legacy architectures often struggle under modern workloads. By re‑architecting or migrating to cloud‑native frameworks, NRS Infoways unlocks the flexibility you need to scale on demand and handle unpredictable traffic spikes with ease.

Reduce Technical Debt

Old codebases are costly to maintain. Our experts refactor critical components, streamline dependencies, and implement automated testing pipelines, dramatically lowering long‑term maintenance expenses.

Strengthen Security & Compliance

Obsolete software frequently harbors unpatched vulnerabilities. We embed industry‑standard security protocols and data‑privacy controls to safeguard sensitive information and keep you compliant with evolving regulations.

Enhance User Experience

Customers expect snappy, intuitive interfaces. We upgrade clunky GUIs into sleek, responsive designs—whether for web, mobile, or enterprise portals—boosting user satisfaction and retention.

Our Proven Modernization Methodology

1. Deep‑Dive Assessment

We begin with an exhaustive audit of your existing environment—code quality, infrastructure, DevOps maturity, integration points, and business objectives. This roadmap pinpoints pain points, ranks priorities, and plots the most efficient modernization path.

2. Strategic Planning & Architecture

Armed with data, we design a future‑proof architecture. Whether it’s containerization with Docker/Kubernetes, serverless microservices, or hybrid-cloud setups, each blueprint aligns performance goals with budget realities.

3. Incremental Refactoring & Re‑engineering

To mitigate risk, we adopt a phased approach. Modules are refactored or rewritten in modern languages—often leveraging Java Spring Boot, .NET Core, or Node.js—while maintaining functional parity. Continuous integration pipelines ensure rapid, reliable deployments.

4. Data Migration & Integration

Smooth, loss‑less data transfer is critical. Our team employs advanced ETL processes and secure APIs to migrate databases, synchronize records, and maintain interoperability with existing third‑party solutions.

5. Rigorous Quality Assurance

Automated unit, integration, and performance tests catch issues early. Penetration testing and vulnerability scans validate that the revamped system meets stringent security and compliance benchmarks.

6. Go‑Live & Continuous Support

Once production‑ready, we orchestrate a seamless rollout with minimal downtime. Post‑deployment, NRS Infoways provides 24 × 7 monitoring, performance tuning, and incremental enhancements so your modernized platform evolves alongside your business.

Key Differentiators

Domain Expertise: Two decades of transforming systems across finance, healthcare, retail, and logistics.

Certified Talent: AWS, Azure, and Google Cloud‑certified architects ensure best‑in‑class cloud adoption.

DevSecOps Culture: Security baked into every phase, backed by automated vulnerability management.

Agile Engagement Models: Fixed‑scope, time‑and‑material, or dedicated team options adapt to your budget and timeline.

Result‑Driven KPIs: We measure success via reduced TCO, improved response times, and tangible ROI, not just code delivery.

Success Story Snapshot

A leading Indian logistics firm grappled with a decade‑old monolith that hindered real‑time shipment tracking. NRS Infoways migrated the application to a microservices architecture on Azure, consolidating disparate data silos and introducing RESTful APIs for third‑party integrations. The results? A 40 % reduction in server costs, 60 % faster release cycles, and a 25 % uptick in customer satisfaction scores within six months.

Future‑Proof Your Business Today

Legacy doesn’t have to mean liability. With NRS Infoways’ Legacy Software Modernization Services In India, you gain a robust, scalable, and secure foundation ready to tackle tomorrow’s challenges—whether that’s AI integration, advanced analytics, or global expansion.

Ready to transform?

Contact us for a free modernization assessment and discover how our Software Modernization Services In India can accelerate your digital journey, boost operational efficiency, and drive sustainable growth.

[devopsvibe]

Cloud Transformation: Unlocking Agility, Scalability, and Innovation

Cloud transformation is no longer just a tech trend — it’s a fundamental shift in how businesses operate, deliver services, and compete in the digital age. Migrating to the cloud and modernizing legacy systems can empower organizations to become more agile, resilient, and cost-efficient.

But what exactly is cloud transformation, and why is it critical for companies of all sizes?

What Is Cloud Transformation?

Cloud transformation is the process of migrating digital assets — such as infrastructure, data, applications, and workflows — from on-premises systems to cloud-based environments. It also involves re-architecting systems to fully leverage cloud-native technologies like microservices, containers, serverless computing, and automated DevOps pipelines.

It’s not just about "lifting and shifting" workloads — true cloud transformation is about optimizing and evolving business operations for speed, scalability, and innovation.

Why Cloud Transformation Matters

Here’s why forward-thinking companies are investing in cloud transformation:

1. Business Agility

Cloud platforms (AWS, Azure, GCP, etc.) allow teams to deploy resources on-demand, experiment faster, and iterate products in real-time.

2. Cost Optimization

Move from CapEx to OpEx. Pay only for what you use. Scale up or down without heavy upfront infrastructure investments.

3. Enhanced Security & Compliance

Leading cloud providers offer built-in security, encryption, and compliance controls that meet industry standards (ISO, SOC, HIPAA, etc.).

4. Improved Performance & Availability

Multi-region deployments, global CDNs, and self-healing architectures ensure that applications are fast and reliable — even at scale.

5. Innovation Acceleration

Leverage AI, machine learning, big data analytics, and serverless computing without building complex backend systems from scratch.

Steps in a Successful Cloud Transformation Journey

Assessment & Planning Audit current infrastructure and apps. Identify dependencies, costs, and performance bottlenecks.

Cloud Strategy & Roadmap Define cloud adoption goals: full migration, hybrid cloud, or multi-cloud approach.

Migration & Modernization Move workloads in phases. Replatform or refactor apps where needed to gain full cloud benefits.

Automation & DevOps Integration Introduce CI/CD pipelines, IaC (Infrastructure as Code), and monitoring tools for full lifecycle automation.

Optimization & Governance Continuously refine performance, costs, and compliance through cloud-native management tools.

Challenges to Expect (and How to Overcome Them)

Legacy Application Complexity 👉 Solution: Use containerization or break monoliths into microservices.

Security & Data Sovereignty Concerns 👉 Solution: Implement identity management, encryption, and region-specific hosting.

Skills Gaps in Cloud Engineering 👉 Solution: Partner with experienced DevOps/cloud experts or invest in team training.

Cloud Transformation + DevOps: A Powerful Duo

Combining DevOps practices with cloud transformation ensures faster deployments, better testing, automated recovery, and consistent environments — from development to production. This synergy dramatically reduces Time-to-Market and operational risks.

Conclusion

Cloud transformation is not just a technical upgrade — it’s a strategic move that empowers businesses to grow, adapt, and innovate. By aligning the right technologies, people, and processes, organizations can unlock real competitive advantages in the digital economy.

🚀 Want expert insights and actionable guides on DevOps, automation, and cloud migration?

Visit devopsvibe.io — your go-to resource for future-ready IT solutions.

[coredgeblogs]

Kubernetes vs. Traditional Infrastructure: Why Clusters and Pods Win

In today’s fast-paced digital landscape, agility, scalability, and reliability are not just nice-to-haves—they’re necessities. Traditional infrastructure, once the backbone of enterprise computing, is increasingly being replaced by cloud-native solutions. At the forefront of this transformation is Kubernetes, an open-source container orchestration platform that has become the gold standard for managing containerized applications.

But what makes Kubernetes a superior choice compared to traditional infrastructure? In this article, we’ll dive deep into the core differences, and explain why clusters and pods are redefining modern application deployment and operations.

Understanding the Fundamentals

Before drawing comparisons, it’s important to clarify what we mean by each term:

Traditional Infrastructure

This refers to monolithic, VM-based environments typically managed through manual or semi-automated processes. Applications are deployed on fixed servers or VMs, often with tight coupling between hardware and software layers.

Kubernetes

Kubernetes abstracts away infrastructure by using clusters (groups of nodes) to run pods (the smallest deployable units of computing). It automates deployment, scaling, and operations of application containers across clusters of machines.

Key Comparisons: Kubernetes vs Traditional Infrastructure

Feature

Traditional Infrastructure

Kubernetes

Scalability

Manual scaling of VMs; slow and error-prone

Auto-scaling of pods and nodes based on load

Resource Utilization

Inefficient due to over-provisioning

Efficient bin-packing of containers

Deployment Speed

Slow and manual (e.g., SSH into servers)

Declarative deployments via YAML and CI/CD

Fault Tolerance

Rigid failover; high risk of downtime

Self-healing, with automatic pod restarts and rescheduling

Infrastructure Abstraction

Tightly coupled; app knows about the environment

Decoupled; Kubernetes abstracts compute, network, and storage

Operational Overhead

High; requires manual configuration, patching

Low; centralized, automated management

Portability

Limited; hard to migrate across environments

High; deploy to any Kubernetes cluster (cloud, on-prem, hybrid)

Why Clusters and Pods Win

1. Decoupled Architecture

Traditional infrastructure often binds application logic tightly to specific servers or environments. Kubernetes promotes microservices and containers, isolating app components into pods. These can run anywhere without knowing the underlying system details.

2. Dynamic Scaling and Scheduling

In a Kubernetes cluster, pods can scale automatically based on real-time demand. The Horizontal Pod Autoscaler (HPA) and Cluster Autoscaler help dynamically adjust resources—unthinkable in most traditional setups.

3. Resilience and Self-Healing

Kubernetes watches your workloads continuously. If a pod crashes or a node fails, the system automatically reschedules the workload on healthy nodes. This built-in self-healing drastically reduces operational overhead and downtime.

4. Faster, Safer Deployments

With declarative configurations and GitOps workflows, teams can deploy with speed and confidence. Rollbacks, canary deployments, and blue/green strategies are natively supported—streamlining what’s often a risky manual process in traditional environments.

5. Unified Management Across Environments

Whether you're deploying to AWS, Azure, GCP, or on-premises, Kubernetes provides a consistent API and toolchain. No more re-engineering apps for each environment—write once, run anywhere.

Addressing Common Concerns

“Kubernetes is too complex.”

Yes, Kubernetes has a learning curve. But its complexity replaces operational chaos with standardized automation. Tools like Helm, ArgoCD, and managed services (e.g., GKE, EKS, AKS) help simplify the onboarding process.

“Traditional infra is more secure.”

Security in traditional environments often depends on network perimeter controls. Kubernetes promotes zero trust principles, pod-level isolation, and RBAC, and integrates with service meshes like Istio for granular security policies.

Real-World Impact

Companies like Spotify, Shopify, and Airbnb have migrated from legacy infrastructure to Kubernetes to:

Reduce infrastructure costs through efficient resource utilization

Accelerate development cycles with DevOps and CI/CD

Enhance reliability through self-healing workloads

Enable multi-cloud strategies and avoid vendor lock-in

Final Thoughts

Kubernetes is more than a trend—it’s a foundational shift in how software is built, deployed, and operated. While traditional infrastructure served its purpose in a pre-cloud world, it can’t match the agility and scalability that Kubernetes offers today.

Clusters and pods don’t just win—they change the game.

[cloudolus]

What Is Amazon RDS Custom | A Flexible Database Solution

What Is Amazon RDS Custom?   Amazon RDS Custom is a managed database solution designed for applications requiring custom configurations. Unlike standard RDS services, RDS Custom provides access to the underlying operating system, allowing for tailored setups that meet unique business needs.

Key Features:   - Customizable Database Environment: Install software, change configurations, or modify database settings to fit your workload.   - Supported Database Engines: Currently available for Oracle Database, with more engines to come.   - Managed Services with Control: Enjoy AWS-managed automation for backups, scaling, and monitoring, while retaining control over patches and settings.   - High Availability: Supports Multi-AZ deployments, ensuring fault tolerance and uptime.   - Enhanced Security: Features encryption at rest, SSL/TLS for data in transit, and AWS best practices for network isolation.  

Who Benefits from Amazon RDS Custom?   - Enterprises Migrating Legacy Applications: Retain existing configurations while modernizing your database.   - Workloads Needing Specialized Software: Perfect for applications that require third-party tools or custom drivers.   - Organizations with Compliance Requirements: Achieve greater control over database and OS settings for regulatory compliance.  

Why Choose Amazon RDS Custom?   - Flexibility: Tailor your database to meet the exact requirements of your workload.   - Reduced Operational Overhead: AWS automates routine tasks like backups and scaling, freeing your team to focus on innovation.   - Compatibility: Migrate complex workloads without re-architecting your applications.  

Use Cases:   - Enterprise Resource Planning (ERP) systems.   - Applications requiring specific database configurations or drivers.   - Legacy database migration with minimal changes to the existing architecture.  

Amazon RDS Custom is the ideal solution for businesses looking to balance the simplicity of managed services with the need for customization. Watch this video to learn how you can unlock the full potential of your specialized workloads using RDS Custom.  

[samkabloghai]

Guide to Minimizing Downtime in Lift and Shift Migrations

Migrating an application or system to the cloud can be a transformative move for an organization, offering benefits like improved scalability, reduced infrastructure costs, and enhanced reliability. However, cloud migrations come with their own challenges, one of the biggest being downtime. Downtime during a migration can result in lost productivity, decreased user satisfaction, and potential revenue loss. For companies undertaking a "lift and shift migration", minimizing downtime is essential to ensure a seamless transition and uninterrupted business operations. This guide offers a practical approach to minimizing downtime in lift and shift migrations, equipping your team with strategies to make the transition as smooth as possible.

Understanding Lift and Shift Migration

A "lift and shift" migration involves moving an application or system from its current on-premises or hosted environment to the cloud without altering the core application architecture. This migration strategy is appealing for organizations looking for a faster way to leverage cloud infrastructure benefits without fully re-engineering their systems. Unlike other cloud migration approaches, such as re-platforming or re-architecting, lift and shift focuses on replicating the existing environment in the cloud with minimal changes. However, the simplicity of this approach also presents potential challenges, especially when it comes to minimizing downtime during the move.

Challenges in Minimizing Downtime

During a lift and shift migration, organizations often face challenges that can impact downtime, including:

Data Migration: Transferring large volumes of data from on-premises to cloud storage can take significant time, especially if network bandwidth is limited.

Application Dependencies: Applications often rely on multiple interconnected systems and databases, creating dependencies that need careful management to avoid breaking connections.

Testing and Validation: Ensuring that the application functions seamlessly in the cloud environment requires thorough testing, which can add to the time needed for the migration.

Cutover Processes: Planning the transition to minimize disruption during the final cutover from the old system to the new one is critical but can be complex.

Steps to Minimize Downtime in a Lift and Shift Migration

Now, let’s dive into actionable steps to minimize downtime during a lift and shift migration.

Step 1: Thoroughly Assess and Plan the Migration

The success of a lift and shift migration begins with comprehensive assessment and planning. Start by evaluating your application architecture, data storage, and dependencies. Conduct a thorough risk assessment to identify potential issues that could lead to downtime. By understanding the architecture and dependencies, you can better plan how each component will transition to the cloud with minimal interruption.

Some key areas to assess include:

Data Transfer Requirements: Determine the amount of data to be migrated and estimate the time it will take. If data volumes are large, consider methods like seeding or data compression to reduce transfer times.

Application Dependencies: Identify all dependencies, such as APIs, databases, and other services, and plan for how they will be maintained in the cloud.

Network Requirements: Assess your network capacity and determine if you need to increase bandwidth or use specialized migration tools to speed up the process.

Step 2: Choose the Right Migration Tools and Services

The cloud platform you’re migrating to, whether AWS, Azure, or Google Cloud, typically provides migration tools that can simplify and expedite the migration process. These tools are designed to handle large data volumes efficiently, minimizing the time needed for data transfer and synchronization.

Some commonly used migration tools include:

AWS Server Migration Service (SMS): AWS SMS simplifies migrating on-premises workloads to AWS with automated server replication.

Azure Migrate: Azure’s native migration tool provides features for server assessment, database migration, and real-time replication, which can aid in reducing downtime.

Google Cloud Migrate: Google Cloud Migrate provides end-to-end migration solutions for moving data, applications, and virtual machines to Google Cloud.

Additionally, third-party solutions like CloudEndure, Carbonite, and Velostrata can provide flexibility and additional features that align with your migration goals.

Step 3: Opt for Incremental Data Migration

If the volume of data to be moved is significant, incremental migration can be a valuable strategy for minimizing downtime. Instead of migrating all data at once, transfer the data in batches. This approach allows you to perform the bulk of the migration while the application is still operational, significantly reducing the final cutover time.

Consider these methods for incremental migration:

Database Replication: Replicate data incrementally by syncing data from the on-premises database to the cloud database in real-time.

Data Seeding: Use a bulk data transfer to seed your cloud database initially, then use incremental replication to keep data synchronized.

Parallel Processing: For applications that can handle parallel processing, run both on-premises and cloud environments concurrently. This approach allows you to gradually shift users to the cloud, reducing the impact of any potential downtime.

Step 4: Leverage Automation for Testing and Validation

Testing is essential to ensure that your application works seamlessly in the cloud. Automated testing can help accelerate this process, reducing the time needed for validation. Automated tests are particularly useful for large applications with complex architectures, where manual testing could be time-consuming.

Automate these key testing processes:

Performance Testing: Ensure that the application performs as expected under typical loads in the cloud environment.

Functional Testing: Test all critical application functions to verify that they behave as expected.

Integration Testing: Check that all integrations, such as APIs and external services, are working correctly in the cloud.

Using automation helps identify potential issues early on, reducing the risk of downtime once the application is live on the cloud.

Step 5: Schedule the Cutover for Low-Traffic Periods

For most businesses, user activity fluctuates throughout the day, week, or month. Scheduling the final cutover during low-traffic periods can significantly reduce the impact of any potential downtime on users. Analyze user behavior and determine the least disruptive time to perform the migration cutover, such as during weekends, overnight, or other off-peak hours.

During the cutover, ensure that all stakeholders are informed about the potential downtime. Implementing a maintenance window helps manage user expectations and minimizes the impact on user satisfaction.

Step 6: Implement a Rollback Plan

In any migration, there is always a risk of unforeseen issues. Developing a rollback plan ensures that, in case of complications, you can revert to the previous environment with minimal disruption. A rollback plan should outline steps to revert the data, configurations, and settings to their pre-migration states. This preparation allows you to maintain control and limit downtime, even if an unexpected problem arises.

Step 7: Monitor and Optimize Post-Migration

Once the migration is complete, ongoing monitoring is essential to ensure optimal performance and stability. Cloud platforms provide tools for monitoring metrics such as application response times, resource utilization, and error rates. By closely monitoring these metrics, you can identify and resolve any performance bottlenecks or errors quickly.

Optimization efforts may include:

Scaling Resources: Adjust resource allocations based on real-time demand to maintain performance levels.

Fine-Tuning Configurations: Tweak configurations, such as database settings or network configurations, to maximize efficiency.

Cost Management: Evaluate cloud usage and optimize resource allocation to control costs.

With effective post-migration monitoring, you can ensure that the application continues to function smoothly in the cloud, delivering a seamless experience for users.

Conclusion

A successful lift and shift migration to the cloud can unlock numerous benefits, from enhanced scalability to cost efficiency. However, minimizing downtime during the transition is essential to maintaining business continuity and user satisfaction. By carefully planning each step of the migration, leveraging the right tools, and implementing strategies like incremental data transfer and automation, businesses can greatly reduce the risk of downtime.

Trantor has supported numerous organizations in achieving smooth and efficient cloud migrations. By combining technical expertise with a deep understanding of business requirements, Trantor helps companies successfully migrate their systems to the cloud with minimal disruption.

[sifytechnologiessify]

Sify's App Modernization Services: Transforming Legacy Applications for the Digital Age

In the rapidly evolving digital landscape, businesses are increasingly seeking ways to enhance their agility, efficiency, and competitiveness. One of the key strategies to achieve these goals is through application modernization. Sify Technologies, a leader in Information and Communications Technology (ICT) solutions, offers comprehensive App Modernization Services designed to transform legacy applications into modern, agile, and efficient solutions. By leveraging cutting-edge technologies and best practices, Sify empowers businesses to unlock new levels of performance and innovation.

The Imperative for App Modernization

Legacy applications, often built on outdated technologies, can hinder business growth and innovation. These systems may lack the flexibility, scalability, and security required to meet modern business demands. App modernization addresses these challenges by re-engineering, re-architecting, and updating applications to leverage the benefits of modern technologies such as cloud computing, microservices, and containerization. Sify’s App Modernization Services are tailored to help businesses navigate this transformation seamlessly.

Comprehensive Assessment and Strategy

Sify begins the app modernization journey with a thorough assessment of the existing application landscape. This involves analyzing the current state of applications, identifying pain points, and understanding business objectives. Based on this assessment, Sify develops a customized modernization strategy that aligns with the client’s goals. This strategy encompasses various approaches, including rehosting, re-platforming, re-architecting, and rebuilding applications to ensure optimal outcomes.

Cloud-Native Transformation

One of the core aspects of Sify’s App Modernization Services is the adoption of cloud-native technologies. By migrating applications to the cloud, businesses can achieve greater scalability, flexibility, and cost efficiency. Sify leverages leading cloud platforms such as AWS, Microsoft Azure, and Google Cloud to transform legacy applications into cloud-native solutions. This involves refactoring applications to use microservices architecture, containerization, and serverless computing, enabling businesses to harness the full potential of the cloud.

Microservices and Containerization

Modernizing applications with microservices and containerization brings numerous benefits, including improved scalability, agility, and resilience. Sify’s expertise in microservices architecture allows businesses to break down monolithic applications into smaller, independently deployable services. Containerization further enhances this approach by encapsulating these services in lightweight, portable containers. This not only simplifies deployment and management but also enhances application performance and reliability.

Enhanced User Experience

A key objective of app modernization is to deliver a superior user experience. Sify focuses on modernizing the user interface (UI) and user experience (UX) of legacy applications to meet the expectations of today’s users. By adopting modern UI/UX design principles and technologies, Sify ensures that applications are intuitive, responsive, and visually appealing. This transformation enhances user satisfaction and drives greater engagement with the application.

Improved Security and Compliance

Legacy applications often come with inherent security vulnerabilities that can expose businesses to significant risks. Sify’s App Modernization Services include robust security enhancements to protect modernized applications from potential threats. By implementing advanced security protocols, encryption, and continuous monitoring, Sify ensures that applications are secure and compliant with industry regulations. This proactive approach mitigates risks and ensures the integrity of business-critical data.

Cost Efficiency and ROI

Modernizing legacy applications can lead to substantial cost savings and improved return on investment (ROI). By eliminating the need for costly hardware and reducing maintenance overhead, Sify’s App Modernization Services help businesses optimize their IT budgets. Additionally, modernized applications often require fewer resources and deliver improved performance, further enhancing cost efficiency. Sify’s approach ensures that the modernization process delivers tangible financial benefits.

Future-Proofing with Innovation

Sify’s commitment to innovation ensures that modernized applications are future-proof and capable of adapting to evolving business needs. By leveraging emerging technologies such as artificial intelligence (AI), machine learning (ML), and the Internet of Things (IoT), Sify helps businesses stay ahead of the curve. This forward-thinking approach ensures that modernized applications continue to deliver value and support long-term business growth.

Sify Technologies’ App Modernization Services provide businesses with the expertise and technology needed to transform legacy applications into modern, agile, and efficient solutions. By adopting a comprehensive approach that includes cloud-native transformation, microservices, enhanced security, and improved user experience, Sify empowers businesses to achieve new levels of performance and innovation. With Sify as a partner, businesses can confidently navigate the complexities of app modernization and unlock their full potential in the digital age.

[shristisahu]

Mastering Cloud Evolution: Strategies for Unleashing Business Agility

Originally Published on: QuantzigCloud Migration Strategies for Maximized Cost Savings

Revolutionizing Operational Excellence Through Tech Platform Engineering and Connected Propositions

In the ever-evolving realm of technology, the imperative adoption of cloud migration strategies takes center stage for businesses striving to achieve unparalleled agility and scalability. At the forefront is the Tech Platform Engineering approach, orchestrating meticulous cloud migration processes tailored to businesses of diverse sizes and intricacies. Anchored in intricate planning, this approach encompasses migration strategies that thoroughly evaluate the existing environment against cloud server prerequisites. A pivotal element is Application Performance Management (APM), ensuring seamless visibility and optimal performance across public, private, hybrid, or multicloud environments.

Tech Platform Engineering and Connected Propositions play an increasingly indispensable role in adapting to the dynamic landscape of public cloud platforms such as Google, Azure, and AWS. The focus on applications and data migration, coupled with addressing security concerns and ensuring data backup and recovery, lays a robust foundation for a triumphant cloud migration process. Establishing a pre-migration performance baseline facilitates more effective measurement of post-move success.

This article delves into the transformative influence of Tech Platform Engineering, shedding light on how it strategically deploys cloud migration strategies to optimize business operations. The exploration encompasses a deep dive into the cloud migration process, incorporating the Six R’s of migration – rehosting, replatforming, repurchasing, refactoring, retiring, and retaining – and their profound impact on tech platform optimization. Join us in this enlightening journey to understand how Tech Platform Engineering shapes our digital realm, empowering businesses to adapt and thrive in an interconnected world.

#CloudExcellenceOdyssey

Importance of Platform Engineering & Connected Propositions: Navigating Cloud Migration

At the heart of platform engineering lies the ability to establish agile and scalable infrastructures, indispensable in today's cloud-centric milieu. As businesses immerse themselves in interconnected ecosystems, cloud migration strategies such as rehosting, replatforming, and refactoring assume a pivotal role. From the straightforward 'lift-and-shift' approach to the more intricate re-architecting, these strategies empower businesses to optimize their applications for cloud environments on Google, Azure, or AWS.

In this swiftly evolving tech landscape, possessing a clear cloud migration roadmap is imperative. Businesses must navigate the spectrum of complexity, ranging from virtualized architectures to service-oriented and monolithic mainframe systems. By embracing suitable cloud migration strategies, companies can traverse from low to high complexity environments, leveraging cloud-native features for enhanced performance and agility.

Insights from Stephen Orban underscore the significance of portfolio discovery and planning in the migration process. The '5 R’s' approach – Rehosting, Replatforming, Repurchasing, Refactoring, and Retiring – provides a structured method for effective application migration management. This approach aids in identifying applications suitable for rehosting or 'lift-and-shift,' those requiring replatforming or optimization, and those primed for repurchasing on a new SaaS platform like Salesforce.com or Workday. While refactoring is intricate, it empowers businesses to fully exploit cloud-native features, transitioning from monolithic architectures to more flexible service-oriented or server-less architectures.

#StrategicCloudNavigation

Challenges in a lack of Cloud Migration Solutions

The absence of effective platform engineering begets significant migration challenges, especially in the transition to cloud environments. Without a well-structured cloud migration process, businesses grapple with issues such as data loss, downtime, and resource management difficulties. These challenges are exacerbated in intricate migrations involving public, private, hybrid, or multicloud environments.

Ensuring a seamless application migration to cloud providers like Google, Azure, or AWS stands out as a critical challenge. This necessitates meticulous planning and testing to circumvent potential downtime and data loss. IT professionals need to instill trust in the migration process by ensuring interoperability between old and new systems while managing resource allocation efficiently.

Moreover, businesses often contend with a lack of visibility into their cloud environment, a vital aspect for maintaining application performance management (APM) post-migration. Establishing a baseline premigration performance and consistently monitoring post-move success are often overlooked yet crucial steps. Leveraging tools like Business iQ allows businesses to track hosting costs, agility, scalability, and other pivotal metrics post-migration.

In conclusion, navigating the challenges of cloud migration mandates a strategic approach encompassing comprehensive planning, testing, and resourcing. The selection of the right APM provider instills confidence in the process, ensuring a seamless transition to the cloud.

#CloudMigrationChallenges

Key Benefits of Implementing Platform Engineering: Cloud Migration

The implementation of platform engineering unfolds a plethora of benefits, particularly in the context of cloud migration strategies. Embracing the Six R’s of Migration – Rehosting, Replatforming, Repurchasing, Refactoring, Retiring, and Retaining – empowers businesses to optimize their cloud migration process, harmonizing operational needs with strategic goals.

One of the primary benefits is the transition to an elastic infrastructure, promising substantial cost savings and heightened agility. By transitioning to cloud environments like Google, Azure, or AWS, businesses witness reduced infrastructure footprints, enhanced disaster recovery, and fortified security measures.

Moreover, platform engineering paves the way for a smoother application migration to the cloud, guaranteeing minimal downtime and data loss. It equips IT professionals to adeptly manage resources, garnering the trust of stakeholders by ensuring a seamless transition. Coupled with the right cloud provider and a well-executed migration strategy, businesses can surmount common challenges associated with cloud migration.

In summary, platform engineering offers an elastic infrastructure, cost savings, improved agility, and heightened security, positioning it as a pivotal component of successful cloud migration strategies.

#CloudMigrationAdvantages

What Do Our Platform Engineering Solution and Connected Propositions Offer?

Our platform engineering solution, meticulously designed for cloud migration, presents a comprehensive and strategic approach to the migration process. We hone in on the Cloud Migration Roadmap, tailoring our approach to the size and complexity of the migration. Our fundamental steps encompass planning, selecting the right migration strategy, comprehending the current environment, and delineating cloud server requirements.

The solution places a strong emphasis on Application Performance Management (APM) to uphold visibility in the cloud environment, be it public, hybrid, private, or multicloud. We extend support for migrations to major cloud providers like Google, Azure, and AWS, ensuring the secure and efficient migration of apps and data. Our solution addresses common security concerns and integrates data backup and recovery strategies.

Implementation of the Six R’s of Migration – Rehosting, Replatforming, Repurchasing, Refactoring, Retiring, and Retaining – allows us to provide a tailored approach to each migration scenario. These strategies span from basic 'lift-and-shift' (rehosting) to more intricate processes such as refactoring for cloud-native features.

Our platform engineering ensures that post-migration, businesses can gauge success through tools like Business iQ. We aid in establishing baseline premigration performance and continuously monitoring post-move success, guaranteeing the realization of benefits such as elastic infrastructure, optimized hosting costs, agility, and scalability.

In conclusion, our platform engineering solution for cloud migration is all-encompassing, addressing every facet of the migration process. It ensures businesses migrate efficiently and securely to the cloud, leveraging the benefits of cloud computing to achieve operational and strategic business goals.

#HolisticCloudMigration

Conclusion: Pioneering Cloud Migration Strategies for the Future

In today’s swiftly evolving technological landscape, platform engineering and connected propositions emerge as linchpins for businesses aiming to optimize their cloud migration strategies. These approaches lay a robust foundation for transitioning to cloud environments, adeptly handling the intricacies of planning, migration, and post-migration management.

Platform engineering, especially in the context of cloud migration, unfurls substantial advantages. It guarantees seamless transitions to cloud environments like Google Cloud, Azure, or AWS, minimizing disruption and maximizing efficiency. On the flip side, connected propositions bring coherence to this process, ensuring alignment of every facet of migration, from security to application performance management, with the overarching goals of the business.

In essence, embracing platform engineering and connected propositions transcends mere technology leverage; it embodies a transformation in the way businesses operate and compete in a cloud-first world. It’s a strategic maneuver that empowers organizations to fully harness the expansive potential of cloud computing, steering innovation, efficiency, and growth.

Contact us.

[computerservicestech]

Everything You Need To Know About Multi-Cloud Architecture

Utilizing the capabilities of two or more public cloud service providers (CSPs) is known as a multi-cloud strategy. For instance, a multi-cloud strategy might include:

• Google Cloud Storage, Elastic Compute Cloud (EC2), and Amazon Web Services (AWS).

• Google Cloud Storage, Azure Virtual Machines, and AWS EC2.

• Google Compute Engine, Azure Files, and AWS Simple Storage Service (S3).

Additionally, on-premises private clouds like private cloud, AWS EC2, and Azure Files may be involved. A cloud strategy can be categorized as multi-cloud as long as it includes cloud services provided by two or more public cloud providers.

Different Types of Multi-Cloud Architecture

An application that is hosted on-premises makes use of cloud services from various cloud platforms in this multi-cloud architectural approach. The application in the example below uses AWS S3 and Azure Files to store data. This application can benefit from the cloud’s scalability by utilizing a multi-cloud architecture, which also helps it avoid vendor lock-in and enhances availability and dependability. The AWS service can continue to allow the application to run properly even if, for example, the Azure service is unavailable.

1. Multi-Cloud Relocation

Using “the lift and shift” method of cloud migration, an application that was previously hosted on-premises is moved to a cloud platform and then set up to use a service from a different cloud platform. The program is moved to an AWS EC2 instance in the example below, however Azure is used for data storage.

2. Refactoring Multiple Clouds

An application is re-architected during a multi-cloud refactoring process in order to support multi-cloud deployment. We have an on-premises application in this scenario. It has been re-architected into two components, and each of those components is deployed on a different cloud platform, either Google Cloud Platform (GCP) or Azure.

3. Rebinding Multiple Clouds

Rebinding entails re-architecting the original application for migration to a multi-cloud architecture, similar to refactoring. The distinction is that while one component (or components) is/are moved to different cloud platforms, the other component (or components) is/are left on-premises. These deployments on the second platform are intended to act as failover targets in the event that the initial deployment fails.

4. Cloud Brokerage and Multi-Cloud Rebinding

Fundamentally, this is still multi-cloud rebinding, but with the addition of a cloud brokerage service, which is in charge of integrating multiple multi-cloud infrastructure components and making sure that they are all securely and properly operating.

5. Modernization of Multiple Applications

Multi-application modernization is the process of re-architecting a portfolio of apps in order to deploy them in a multi-cloud architecture, as opposed to only re-architecting a single application for multi-cloud deployment.

This strategy was chosen because, while being re-architected for the cloud, individual applications will still have drawbacks like inconsistent data, duplication of features, greater maintenance costs, etc. Prior to re-architecting them, you can identify possibilities for consolidation and integration that will help the applications work more cohesively after they are deployed in a multi-cloud environment.

What Benefits and Drawbacks Does a Multi-Cloud Architecture Offer?

As previously mentioned, there are a number of additional benefits to having a multi-cloud design. Fair enough, there are a few disadvantages as well, so let’s talk about those as well.

Advantages of Multi-Cloud Architecture

Utilizing a multi-cloud architecture has the following benefits:

Redundancy and dependability: Setting up redundancy across your IT infrastructure for dependability and availability goals can be more successful if you do it in a multi-cloud environment. You can still run off of your other CSP(s) in the worst-case situation when one of your CSP’s entire infrastructure is rendered useless, say as a result of a significant distributed denial-of-service (DDoS) or ransomware assault.

Less reliance on a single vendor: You can prevent vendor lock-in, a situation in which switching to a different cloud is impossible even if you wanted to for compatibility concerns.

Cost reductions: If you’re not completely reliant on a single vendor, it will be simpler to negotiate or secure better pricing for cloud services.

[mindfiresolutions-blog]

Top Companies to Outsource Software Migration and Modernization Work

Application modernization services address the legacy migration to new applications or platforms and integrate new functionality to offer the latest functions to the business. Modernization options include re-platforming, recoding, re-hosting, re-architecting, re-engineering, replacement, interoperability and retirement, and alteration to the application architecture as well.

Our aim through this article is to help you understand the key driving factors to make the right decision rather than just suggesting names. So before you scroll through the list of companies to whose among, let’s first learn how to choose.

Software migration and modernization services typically range from application migration and porting, application remediation, containerization, server, and database modernization etc.

How to choose an outsourcing company?

Flexibility is the key to long-term stability

A flexible approach allows the tech team to adjust core procedures to your assumptions and objectives. It lets you react well to unavoidable changes happening along the way.

By assessing methods used in the process, they can ensure continuous progress.

However, flexibility can also relate to other aspects, such as team composition and product ownership. There are several collaboration models to choose from, each needing a different engagement level from the partner’s side.

Discussion Process

Elaborate discussions with a software modernization partner let you better understand their processes. They’re also an excellent opportunity to clarify your internal procedures and requirements.

While it’s vital that the partnering company has a proactive approach and guides you in the right direction, it’s also critical for them to be open to your vision and respect it.

Knowing all the ins and outs

Lastly, as a client, you have every right to explore the experience of your potential tech partner in terms of software development as basic and software modernization in particular. A track record is always a plus and a decent sign of reliability.

Independent review sites, such as Clutch, collect clients’ opinions through detailed interviews. It’s a good source of information to check out before you engage with a trustworthy and qualified partner.

What kind of Projects the software company should have worked upon?

The first thing to do is to access the development capabilities of the software company. This can be understood by looking through the portfolio of projects. Below are the key project areas that need to be taken into consideration while outsourcing a software vendor.

Cloud Migration: On-Premise to Cloud, Virtual to Cloud, Datacentre to Cloud, Cloud to Cloud, serverless etc.

Website Migration: Across Hosts and CMSs (like WordPress, Drupal), across SPA/PWA, across different technologies (like PHP, Ruby, Java, Asp.Net, JavaScript, Python)

Platform Migration: Migration to Hybrid/Native/Cross-Platform, Migration Windows, Linux, UNIX, Mac OS X

Server Migration: Configuration of Database Server, Web, and Application, Measures for Backup and Disaster Recovery with expertise in Apache Web Server, Nginx, IIS

Database & Data Migration: Data Archival and Storage, Data Extraction and Conversion across databases like MSSQL, AWS Dynamo DB, MySQL, MariaDB, PostgreSQL, MongoDB

Skills and roles

Workflow and skills turn out to be important when assessing if a chosen tech partner can undertake the modernization process in your company. To expose the true value of a team, it’s worth examining the individuals that build it. A multidisciplinary team consists of members whose expertise is complementary. Each of them has a particular goal to achieve and plays a vital role in your project. Let’s dive deeper into the specialists of a tech team.

Developers

This is probably the first role that comes to mind when you think about a digital project. Developers write the code and implement changes described in the scope. They tackle the analytical challenges and solve them by creating high-quality code, fulfilling modern standards. The people engaged in the modernization process should know the vertical or the sort of software your product belongs to. It makes finding appropriate solutions much easier.

Software Architects

It’s a skillful individual combining an analytical mind with development skills. Their main objective is to outline the software’s internal structure and generate the most reasonable project roadmap. Their experience in maintaining, designing, and creating digital products is invaluable for more advanced tech endeavors, along with software modernization.

Product Designers

Before the development begins, one needs a visual representation of the product.

Generating a user-friendly flow with an aesthetically pleasing design for the product is fairly challenging. Within this section, we can differentiate two main roles: a UX designer and a UI designer.

The first one tackles the interface, confirming that the layer users interact with is pleasant to the eye. A UX specialist goes deeper, focusing not just on the visual aspect of the product but also the performance. An excellent designer should know the latest design standards to confirm the usability and versatility of their work.

Business Analysts

As the name suggests, a business analyst performs a detailed analysis of your needs to determine the objectives your product should meet. Their role is to act as your initial point of contact as the conversation begins; making sure your vision is understood by the whole crew working on the modernization.

Checklist for successful application modernization

Remember these four key factors for a successful software modernization project:

1. Select the modernization approach that would be the fastest to deliver value.

Based on the assessment held in the first phase, choose the appropriate modernization approach that fits your needs best.

2. Assess the current state of legacy systems.

The assessment should be systematic yet detailed: Study all aspects of your technology, from architecture and code to visual look and feel, considering your future business plans for product growth.

3. Rethink the architecture and look for simplicity.

When modernizing your system, less is more regarding both architecture and functionality. Implement only the most important features, like the Microservices architecture approach, to make your product scalable.

4. Choose the technology stack for optimal performance and user experience.

The right tech stack helps build a performant, efficient, reliable product. Adopt a solid testing process and quality assurance to get the best results.

Conclusion

Choosing a good outsourcing company alone is not enough! You need to make sure that things are running smoothly after that. Be ever ready to invest in staff training for quality performance and efficiency. Additionally, make a schedule for regular system updates. If you fail to keep your product updated, you might soon face another modernization challenge.

That’s why it’s essentially important to engage with the best outsourcing company. Our recommendation would be-

Mindfire Solutions- https://www.mindfiresolutions.com/

Sciencesoft- https://www.scnsoft.com/

Tatvasoft- https://www.tatvasoft.com/

Like other businesses, if you too are looking for software migration and modernization services, Mindfire Solutions can be your partner of choice. We have a team of highly skilled and certified software professionals, who have developed many custom solutions for our global clients over the years.

Here are a few interesting projects we have done with software migration and modernization. Click here to know more:

Paper packaging website — A Kentico CMS Solution

Customized Data Migration

PMS Modernization

[strategictech]

DevOps and Cloud InfoQ Trends Report

Cloud innovation has transitioned from a revolutionary phase to an evolutionary one, focusing on migrating and re-architecting workloads. The cloud space has evolved toward providing on-demand access to scalable resources and managed services, emphasizing simplifying interactions and reducing cognitive load for teams. 

Artificial Intelligence (AI) and Large Language Models (LLMs) may play a significant role in the domains of cloud and DevOps by addressing cognitive overload and supporting tasks like instant management, ticketing systems, and code generation. Major cloud providers like Microsoft, Google, and AWS have integrated AI into their products and services, showcasing the industry’s investment in AI technology. 

Low-code and no-code domains are impacted by AI-based and ChatGPT-like products, offering collaboration opportunities between business users and software engineering teams. 

Platform engineering is evolving toward simplification and value delivery, adopting a platform-as-a-service mindset. The role of platform engineering teams is shifting from complex infrastructure management to becoming service providers focused on user satisfaction and value creation. Observability, financial aspects, and sustainability considerations are becoming integral to platform engineering. 

OpenTelemetry is widely adopted for collecting metrics and event-based observability data, becoming the de facto standard in the industry. Its standardized nature encourages optimization and innovation among vendors. 

The focus on sustainability and green computing drives architectural choices toward efficiency and minimizing carbon footprints. Site Reliability Engineering (SRE) teams are crucial in analyzing environmental impact and promoting sustainability initiatives.

[knackforge]

Checklist for a Successful AWS Cloud Migration

Amazon Web Services (AWS) is a highly secure cloud services platform. The AWS cloud is the safest way to save data, run applications, and provision a wide variety of cloud computing resources. The process of migrating your current computing system into the AWS Cloud is known as migration. This may include moving your current company data center to the AWS cloud, re-engineering your applications with AWS, or even simply moving some of the organization’s systems to the cloud while leaving others in the current environment.

Businesses are migrating to Amazon Web Services (AWS) in greater numbers than ever before, lured by the cloud provider’s key features and benefits, including lower operational costs, scalability, agility, high availability, and disaster recovery.

Why Do Businesses Migrate to AWS?

When compared to on-premise deployments and other clouds, Amazon Web Services is the top cloud provider and offers several benefits. Here are some of the reasons why organizations are migrating to AWS:

Cost ━ AWS is known for its pay-per-use pricing, but it also offers a wide range of services that allow you to use only the resources you require, lowering expenses. For example, you can execute storage tiering and can save cold data to a low-cost storage service like Amazon Glacier.

Scalability ━ AWS delivers limitless scalability as well as a variety of ways to manage it, from EC2 auto-scaling to containerized deployments, serverless services, and more.

Agility ━ AWS provides diverse automation capabilities, integrates with DevOps workflows, and allows teams to instantly spin up development, test, and production environments to iterate quickly. Amazon also makes self-service IT simple by allowing organizational units to set up their infrastructure.

High availability and disaster recovery ━ Amazon has many data centers across the world, as well as a multi-AZ feature that allows you to host cloud services in various data centers, ensuring that your services continue to run even if one geographical region is affected by a disaster.

Cloud Migration Checklist in AWS

Understanding the process:

Migration must be handled by an expert in AWS, who has ample experience in migrating so that there is no major disruption in the operational flow of business. This AWS cloud migration checklist is the basic protocol that needs to be followed by organizations, which are aiming for migrating their application to cloud environments.

Identify resources and responsibilities

The pre-planning stage begins with identifying your budget, scope, and schedule. Some of the things you should outline during this phase include:

1. Key resources for migration work streams

2. People and departments responsible for each resource

3. Size of transferable modules (databases, data centers, applications)

4. Migration phases (steps)

5. Timeline for each step of the migration

6. Risk and mitigation logs (including data backup tools)

Find an experienced cloud partner

A skilled AWS partner can help you through the migration process, making it faster, smoother, and, ultimately, less expensive.

Remember that you’ll be providing this organization with your business data, so your decision should be deliberate and informed. Here are a few things to look for in a migration vendor:

1. Data safety. Professional firms can ensure the confidentiality of your data. An NDA (non-disclosure agreement) is, of course, required.

2. Experience. If you wish to avoid the common AWS cloud migration challenges, be sure your provider has appropriate experience.

3. Pricing. The migration procedure may be costly, but the experienced vendor can reduce your expenses with a practical framework.

4. Certification. When you’re dealing with AWS Consulting Partners, you can be sure they’re experts with deep technical knowledge.

You can also choose to migrate databases, applications, storage, and servers on your own. But your success rate will increase exponentially if you decide to work with a professional cloud computing service provider.

The following steps should be followed while migrating to AWS

Step 1: Migration preparation and business planning:

This is the initial phase in migrating to the cloud, and it involves taking into account the present state of application architecture while designing a project migration activity. To make the process go smoothly and maintain uninterrupted operational efficiency, all elements of the stakeholders engaged in the business and how they will be affected should be examined.

A rollback strategy should always be included in a migration plan since, due to unforeseen circumstances, the entire program or a portion of it may fail to migrate to the cloud, and in such scenarios, it should be rolled back to its original environment setup.

Step 2: Analysis of current solution and planning:

The analysis phase entails identifying and understanding the dependencies of the applications and focuses on defining priorities for migrating to the cloud. Less complex and critical applications should preferably be moved first, followed by the more critical ones.

Step 3 & 4: Designing, migrating, and validating applications:

After the migration is done, the next and final step includes addressing individual components of an application. There are six ‘R’s’ that act as references for migrations. The six ‘R’s’ are briefly defined as follows:

Re-host — This strategy is the most cost-effective way to migrate non-cloud services to the AWS cloud. Rehosting is a highly automated process that allows both quick migration and several big migrations.

Re-platform — This strategy works well when an application’s architecture needs to be changed to achieve cloud optimization. Cloud optimization aims to achieve certain objectives, such as minimizing database administration time or migrating to a fully managed cloud.

Re-purchase — This process is an approach for moving from a proprietary system to a SaaS platform. Organizations that have workloads that are simple to migrate to new versions ensure a smoother transition with this method.

Re-architect — This step is meant for applications that are native to the cloud for incorporating features such as autoscaling to ensure excellent performance. This entails redesigning the application to make use of cloud-native services and architecture.

Retire — To make the cloud more effective for an application’s operations, it’s crucial to figure out which assets should be removed if they’re no longer required, and which ones will take more time and effort.

Retain — In a few circumstances, organizations may choose to retain some part of their applications on their servers and move the other part to the cloud. This leads to a hybrid approach, which becomes a scenario of continuous reevaluation.

Migrating to the Amazon Web Services cloud may benefit a company in a variety of ways. AWS is a very cost-effective approach since it allows for resource auto-scaling, which means you only pay for the services you utilize. Transformation to cloud architecture is also a step toward increasing team productivity by offering a consolidated picture of work in progress. It also provides agility to any firm by allowing them to sell their goods much more quickly, giving them a competitive edge.

It is recommended that an organization must plan on KPIs (Key Performance Indicators), which might be helpful to measure and validate the migration success rate.

[dis--parity]

get to know the mun!

repost, don’t reblog.

———  basics! ♡

(PEN)NAME: Aria (some may know me as Verseau)

PRONOUNS: she/they

ZODIAC SIGNS: Aquarius sun, Cancer moon, Saggitarius Rising

TAKEN OR SINGLE: taken by two lovely people,,,

———  three  facts! ♡

I’m trans! I’ve only just started HRT this year after jumping through a couple hurdles but I’m over half a month in now and I couldn’t be happier with my progress so far! I’m hoping to be even more outwardly feminine in my daily life in 2021 and I’ve already taken a lotta good steps towards that!

I’m a student of mechanical engineering (though I kinda wish I was doing electrical engineering or software engineering bc I’m so much better at that)! My early aspirations for robotic science kinda got birthed into Alex’s interests in-character, and though I definitely retain an interest in it, if not just for writing her character then because robots are fuckin awesome, I dunno if I’ll be able to find a career in it myself... I’ve yet to really figure out what I wanna do with it but I’ll get there someday!

Alright this is a bit of a weird story but listen... I went to this like, catholic private school when I was doing secondary school (high school for you yankees) so we had to have mandatory services in chapel. And, y’know, kids don’t wanna be sat there listening to bible stories for half an hour of their lunch break so our chaplain occasionally spiced things up by bringing shit in. So, one day, he’s telling the story about adam and eve and the snake in the tree, two other kids played adam and eve (they weren’t naked before you ask, why would you think that) and I played... the tree. So I just,, stood there? And then we got to the part where the snake appeared in the tree, at which point the science teacher pulled out this FUCKING BALL PYTHON HE KEPT AND WRAPPED IT OVER MY SHOULDERS. SO,, i just had to stand there and stay calm while this snake was coiling around my neck and everyone else was looking at me all :monkaS: like,,, I got out ok but that’s all I was known for for like a week after that service, god.

———  experience ! ♡

Ooosh, I’ve been in the RP scene since, uhh... 2014? 2015? Embarrassingly enough my first few roleplays were in the F/NA/F scene on shamchat and chatzy with a group of friends (which I got to via reddit of all places). After that, I migrated to tumblr and got involved in the scene while re/born/ica’s AU was The Scene in that rpc, eventually my character (it was only Iris at the time, but I eventually brought Alex in too) evolved into fandomless OCs and I stuck around the tumblr rpc for the next few years to come. I also love roleplaying on discord and I’m generally better with activity there and better at organising threads so if y’all wanna move any threads to a private discord server just hmu! My discord is V.Aria#3817

———  muse preference !  ♡

Oooh,,, I think my OCs are actually pretty flexible when it comes to this kinda thing. Alex is the poster child of the blog (always has been tbh,,) but I love love LOVE getting interactions with yeong-hui and garis as well!! The theme of this blog is actually about their diverging stories and how they both coped with similar trauma in vastly different ways (highlighting the disparity between their ways of life, their circumstances, and who they are as people). As for the kind of people I prefer to interact with,,, let’s get this straight, I like a bastard character who’s kinda tastefully awful to others but not in a severe way but if your character is just Asshole then like. chances are we won’t get along. I’m also vvv much a fan of chaotic muses, smart muses, and definitely muses with a more compassionate personality bc y’know what? that’s kinda exactly what they need!

———  FLUFF / ANGST / SMUT! ♡    

FLUFF: Oh yes!!! I love love love both romantic and platonic fluff, just the kind of quality time and gift giving and shit that forges a bond between characters? Good shit, all the time! I love plotted romances so if you have an interest in that don’t hesitate to hit me up bc I’ll definitely do that for you whenever I get the chance

ANGST: OHOHOH... I haven’t actually had the chance to write a lot of angst recently, but both of my characters are BUILT for that shit! I wanna be able to have a plot where just, outbursts happen, trauma gets the better of the muses and they break down and they need comfort, or one of them gets badly hurt or in a bad situation and we’re forced to see how the other one contends with the situation!! I haven’t written that in so so long and I wanna see more of it!!

SMUT: I get it’s not for everyone and I tag all my nsfw on here bc of that (i’ve been thinking of making an nsfw sideblog but idk if there’s any interest,,) but! Writing smut and intimacy between muses is peak shit and I’m ALWAYS down for it!! Both of my muses are down for one night stand stuff as well - although romantic smut is the GOOD good shit always, it’s also really interesting to see how relationships develop as a result of sleeping around and just,,, otherwise casually interacting!

PLOT / MEMES: I find it easier to jump into interactions with a good open starter or an ask meme - I’m actually embarrassingly reliant on ask memes to really get any interaction going one way or the other so I encourage reblogging them and sending some in to me as well!! However! A plotted relationship dynamic is also very very good, I love exploring dynamics like two muses being coworkers/business associates, or roommates or just, someone they met at a bar or something. That’s just for setting the foundation but I also love throwing out ideas for interactions between our muses!! When I get sent a sentence starter meme I always have fun answering them and always look for a thread to sprout from them!!!

tagged by: @aemiliiu​ (thanks so much hun!!!) Tagging: uhhhhh,,,, I dunno who else would appreciate this but if you wanna have a crack at it, do it and tag me!

[bonjourmoncher]

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[qonqr]

The Migration from Hell

TLDR:

A new update will be out today

This upgrade/migration was very difficult

Expect some small issues over the next few weeks

Some older phones won’t work anymore, after the migration is complete

Greetings QONQR players. It has been several months since my last blog update. I hope my absence hasn’t created too much concern.

In early winter I began undergoing a massive migration effort on our servers. This followed a 4-month effort to accomplish a similar upgrade of our iPhone and Android clients to move to the new platform recommended for cross platform mobile development.

The server migration was excruciating to say the least.  For the technical folks in the crowd, we moved to the modern Web Application hosting model in Microsoft Azure, from the Classic Cloud Services model. This included a migration from ASP MVC 4 to ASP.Net Core.

For the non-technical folks, image that you built a custom car five years ago following the instructions published by a big electric car company, using mostly that company’s parts. Now said car company says that if you want to keep getting replacement batteries, you need to make some changes to your car. BUT don’t worry, you can re-use almost all of the parts.  Then you find out, that bolts are no longer allowed to connect the parts, and some new fasteners are needed. Some parts need to be moved from the front to the back of the car. You need to change out the engine start button on the dash to a thumb print reader on the gear shift. Also, the car must be re-assembled from the top down, which requires scaffolding to hold the car up as you build it. Now imagine that some of the new instructions are missing a few critical steps and you need to email support, which takes several days, to get to a solution. Also imagine that other instructions are complete, but the example diagrams are only samples of how to put things together, but you would never do it that way if your goal was to ever drive the car over 30 mph (and it doesn’t note that important detail).

This effectively describes my last 6 months.  Almost none of the logic on the server changed, the code parts were for the most part the same, yet it took months to connect my software to Microsoft’s new services and restructure the code to fit the new runtime requirements. All the while, avoiding the many mistakes in Microsoft’s documentation or avoiding the bad architecture advice that hurts the security and scalability we had in the old model.

I’ve talked to a few game developers over the years who had built a profitable game, but let it “die” or removed it from the store while many people were still playing it. In almost every case, the developer(s) reason for ending the game was because they couldn’t afford to do the upgrade that would be needed to keep the game going. Like with version 2 (QONQR Blue), I was too damned stubborn to abandon the game, and forced my way through the upgrade.

It was awful, and I can see how others have been smart enough not to try it. Software developers want to be creating new stuff, being innovative, overcoming challenges and solving problems they created themselves. Working to upgrade a large system has almost no innovation, requires reworking old stuff, and deals almost entirely with solving problems someone else (Microsoft, Apple, Google) created.  In many companies, a sure way to lose your best software developers is to make them spend months doing exactly this.

I’ve been very honest with my friends the past few months, and I’ve always done my best to be candid with my QONQR players.  The past year of migrations and upgrades, dealing with Apple, Google, and Microsoft’s terrible documentation and awful mobile platforms have destroyed my love of writing software. The industry has been flooded with “best practices” that make the easy things easier, and the hard things much, much harder. Ironically many of these “best ways to do things” hurt security on the mobile devices and reduce performance on the servers. It has been very difficult to fit within the “new way” of doing things, but keep our app secure, fast, and scalable.

What’s next for the app?

The new server hosting should save us money in our hosting costs and should support more users.  Some new features I hope to add in the future, were not supported in the old architecture.

The new servers are running now and a new QONQR app is in the stores for Android and iOS, version 3.1. I have decided to benchmark this as a major update, despite most the changes being on the server.

The new and old servers will run in parallel for a few weeks or months. Old apps will continue to connect to the old servers for now.  The new app has an option in settings that will allow you to connect to the old server if we find a bug impacts some users on the new server.

Android 4.4 and below will not be supported with the new app.  The security issues with 4.4 are too significant and the operating system is now 5 versions and 6 years behind the current Android version.

iPhone 5 and up will be supported for now, but that may change to iPhone 5S and up before the end of the year.

We think most features in Windows Phone will continue to work with the new servers once the old servers are shut down.  We are not testing WP anymore. Two things we know will not work are chat and the SyncLock protection mini-game.  It is unclear how much longer we will allow Window Phone clients to connect to the servers. Microsoft is officially discontinuing support for Windows Phone in 6 months. If the new server migration breaks the ability to launch and harvest on Windows Phone, that will be the end of our support for WP.

Chat and the SyncLock mini-game will not work between the new and old clients.  The new services for “live” connections are very different and I have not found a way to support old connections with the new services.  This will be a pain point we simply need to deal with during the migration.

Many new Android phones are flagged as tablets in the version 2.X version of the app.  This restriction is be removed in the 3.1 version.

What is next for Silver?

I need to find a way to enjoy this again. What makes QONQR great is the people who contribute positively to the community.  Perhaps I need to spend more time in the chat rooms just hanging out and chatting.  Maybe I need to work on something completely tangential to QONQR, such as finally shutting down the old forums that are plagued with Russian spam and moving to a new system. Maybe I should work on making it easier to crowdsource updates to the several languages QONQR support. Perhaps I need to spend some time cleaning up duplicate zones. Maybe I need to go fishing once a week.  I am looking for ways I can enjoy writing code again.

I hope this new server migration goes smoothly.  The sooner I can stop working on old problems, the sooner we can all get on to new and more exciting features.  Please bear with me as we work through the final migration issues.

Thanks for supporting QONQR.

-Scott (aka Silver)