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Title: Azure Cloud Architect Location: On-site (Austin, TX) Exp: 12+ Duration: 12 Months Job Description: Client requires the services of [1] Cloud Solutions Architect 2 hereafter referred to as Worker, who meets the general qualification of Cloud Solutions Architect 2 and the specifications outlined in this document. The workers responsibilities and skills must include: Creates a well-informed Microsoft Azure cloud strategy and manage the adaption process. Determines Azure cloud requirements by analyzing business operations, applications, and security; reviewing business objectives; and evaluating current systems. Obtains Azure cloud design requirements, develops and implements cloud designs for new projects, and maintains existing cloud designs and architectures. Develops Azure cloud infrastructure projects and initiatives. Implements corresponding Azure cloud architecture changes to support new and modified systems and ensures that new designs conform to standards and guidelines; are consistent, normalized, and perform as required; and are secure from unauthorized access or update. Provides guidelines on creating Azure cloud infrastructure. Reviews changes, realizing their impacts on enterprise cloud architecture, and ensures that the impacts are communicated to appropriate parties. Establishes measures to chart progress related to the completeness and quality of Azure cloud architecture for enterprise usage; and to improve cloud performance. Communicate and collaborate in a professional and timely manner. Performs related work as assigned. 4-7 years of Developing Microsoft Azure infrastructure 4-7 years of Implementing cloud architecture 4-7 years of Creating Microsoft Azure cloud strategies ? Preferred (Optional): 3 years of Overseeing and working with vendors 3 years of Project work 3 years of Familiarity with ServiceNow / Ticketing System 3 years of Ability to follow complex workflow Process

Here are some of the top Cloud Architect or Enterprise Architect Career Tips from my 25 years of experience. https://buff.ly/3wmXexB I always like to say learn from other people’s experiences, and with this in mind, I created this short video to highlight some tips to help you in your architect career journey. I hope that this video helps you and If you're interested in learning more, keep an eye out for more content throughout the week. Please share your thoughts in the comments. #cloudarchitect #enterprisearchitect #careertips #architectskills

What ever the solution you are trying to sell to your boss or colleagues, architecting is one of the best ways to pass your ideas across and there is a level of respect you command if you are able to architect your solution as an engineer. My architecture does not have to be perfect but you will never find me doing a presentation without the architecture. Architecting my work boast my confidence a great deal. As a cloud or devops engineer, still braise up your self with some architectural skills. Imagine you are telling your boss why you need to use IAM IDENTITY CENTER (AWS SSO) like i had to do sometime back and you use an architecture like the one below it gives a clearer and better understanding of your trend of thought by just looking at it.#startarchitectingtoday #draw.io

A deployment model refers to the approach and methodology used to deliver and manage software applications or services to end-users. It encompasses various strategies, such as on-premises deployment, where the software is installed and managed within the organization's infrastructure, providing full control and customization but requiring significant hardware and maintenance costs. Cloud deployment involves hosting the software on remote servers managed by a third-party provider, offering scalability, flexibility, and reduced operational overhead. Hybrid deployment combines elements of both on-premises and cloud solutions, allowing organizations to leverage the benefits of both models. Each deployment model has its advantages and challenges, impacting factors like cost, scalability, security, and control. Organizations select the most suitable deployment model based on their specific requirements, such as budget, compliance, performance, and data sensitivity, to effectively deliver and manage their software solutions. Enroll now to grow your career visit us: www.ces-pl.com To know more Contact us: +91 98918 35387 Email id: info@ces-plcom #DeploymentModel #CloudComputing #OnPremises #HybridDeployment #SoftwareDeployment #ITInfrastructure #CloudServices #TechnologyDeployment #DevOps #EnterpriseIT #InfrastructureManagement #DigitalTransformation #ITStrategy #CloudMigration #ITArchitecture #SaaS #PaaS #IaaS #DataCenter #ITOperations #DeploymentStrategy #Scalability #CostEfficiency #Security #ITManagement #SoftwareDelivery #TechTrends #BusinessSolutions #ITConsulting #TechDeployment

Automation in Azure is a game-changer for organizations looking to optimize their cloud operations, reduce manual workloads, and enhance efficiency. In this blog, we will explore key Azure tools and strategies to automate processes and tasks ?? https://lnkd.in/gV2j7NTu ?? Here are some common scenarios where Azure Automation can make your life easier ???Schedule tasks ? Stop VMs or services at night and turn on during the day. ?? Weekly or monthly recurring maintenance workflows. ???Build and deploy resources ??? Deploy virtual machines across a hybrid environment using runbooks and Azure Resource Manager templates. ?? Integrate into development tools, such as #Jenkins and #AzureDevOps. ???Periodic maintenance ??? Purge stale or old data. ?? Reindex a SQL database at set timed intervals. ???Respond to alerts ?? Orchestrate a response when cost-based, system-based, service-based, and/or resource utilization alerts are generated. ???Hybrid automation ??? Manage or automate on-premises servers and services like SQL Server, Active Directory, SharePoint Server, etc. ???Azure resource lifecycle management - For IaaS and PaaS services. ?? Resource provisioning and deprovisioning. ??? Add correct tags, locks, NSGs, UDRs per business rules. ?? Resource group creation, deletion & update. ?? Start container group. ?? Register DNS record. ?? Encrypt Virtual machines. ?? Configure disk (disk snapshot, delete old snapshots). ???Subscription management ??? Start-stop resources to save cost. ?? #Monitoring & integrate with 1st party (through Azure Monitor) or 3rd party external systems. ?? Ensure resource creation\deletion operations are captured to #SQL. ?? Send resource usage data to web API. ?? Send monitoring data to ServiceNow, Event Hubs, New Relic, and so on. ?? Collect and store information about Azure resources. ?? Perform SQL monitoring checks & reporting. ?? Check website availability. ???Dev/test automation scenarios ??? Stop and start resources, scale resources, etc. ???Governance-related automation ??? Automatically apply or update tags, locks, etc. ???Azure Site Recovery ?? Orchestrate pre/post scripts defined in a Site Recovery DR workflow. ???Azure Virtual Desktop ??? Orchestrate scaling of VMs or start/stop VMs based on utilization. ???Configure VMs ??? Assess and configure Windows and Linux machines with configurations for the infrastructure and application. ???Retrieve inventory ?? Get a complete inventory of deployed resources for targeting, reporting, and compliance. ???Find changes ?? Identify and isolate machine changes that can cause misconfiguration and improve operational compliance. ?? Remediate or escalate them to management systems. #azure #cloudarchitect #cloudcomputing #devops #aks #automation #azuredevops #processautomation

What is a Solution Architect? A solution architect?is a skilled and experienced professional who is responsible for designing and implementing technology solutions that meet the unique needs of businesses and organizations. They are the problem-solvers of the tech world, leveraging their expertise in?software development, data management, and system integration to create efficient and effective solutions for their clients. From the high ground, solutions architects are an integral part of any #Agile or?#DevOps consulting team. They work as a link between #enterprise and #technical #architects, aiming to create the perfect #IT asset that resolves a client’s pain points. So, the next time you are using a complex software system, remember to thank the #solution #architect who made it all possible! The person answer this Radixweb Here is the Roadmap for #Cloud #Engineering :- https://lnkd.in/gDgftMGi Right Team to Help :- https://wa.link/kmgl5f

Cloud migration enables businesses of all sizes to seamlessly, securely, and transparently transit their software applications, databases, and IT resources to remote servers. #CloudMigrationServices #CloudEngineering?#Cxos?#Trendsness #HireSoftwareEngineers?#Data #thoughtwin #software #it #hire #developer #cloud #data

20 ways to successfully migrate to AWS with a Managed Service Provider in 2024 1. Assess Infrastructure → Understand your current IT setup 2. Define Goals → Set clear migration objectives 3. Choose MSP → Select a reliable AWS Managed Service Provider 4. Rehosting → Move applications without making changes 5. Replatforming → Modify applications for cloud optimisation 6. Refactoring → Overhaul applications for cloud-native features 7. Repurchasing → Switch to a different product 8. Retiring → Turn off outdated applications 9. Retaining → Keep essential applications 10. Timeline Management → Establish a realistic migration timeline 11. Data Migration → Securely move your data to AWS 12. Application Migration → Move applications after thorough testing 13. Post-Migration Monitoring → Monitor AWS environment performance 14. Performance Optimisation → Improve setup for better efficiency 15. Security Audits → Ensure correct application of security policies 16. Backup and Recovery → Regularly back up your data 17. Training and Support → Train your team in AWS management 18. Manage Downtime → Plan and schedule to reduce disruption 19. Ensure Data Integrity → Validate data and maintain an audit trail 20. Ongoing Support → Leverage the full potential of AWS How do you plan to approach your AWS migration? Book your free consultation with us. Link in comments ?? #AWSMigration #ManagedServiceProvider #AWSAdvancedServicePartner #CloudMigration #ManagedCloudServices

HOW TO RESOLVE MOST COMMON CLOUD INFRASTRUCTURE PERFORMANCE CHALLENGES Here's how you can tackle them: Design for Scalability Leverage cloud-native services and architectures that allow automatic scaling based on demand. This ensures that your infrastructure can handle fluctuations in workload without performance degradation Optimize Resource Allocation Continuously monitor resource utilization and right-size your cloud instances to match workload requirements. Implement auto-scaling policies to dynamically adjust resources based on workload patterns Distributed Architecture Design your applications and services to be distributed across multiple availability zones or regions to improve fault tolerance and reduce latency Use Content Delivery Networks (CDNs) Utilize CDNs to cache and deliver content closer to end-users,reducing latency and improving performance,especially for global applications Network Optimization Optimize network configurations to reduce latency and improve throughput. Utilize features like Virtual Private Clouds (VPCs),Direct Connect or ExpressRoute for dedicated network connectivity Storage Performance Choose appropriate storage options based on performance requirements. Utilize SSD-based storage for high-performance workloads and optimize storage configurations for I/O-intensive applications Database Optimization Optimize database performance by selecting the right database service,optimizing query performance and scaling database instances as needed. Consider managed database services for automated maintenance and scaling Load Balancing Implement load balancers to distribute incoming traffic across multiple instances or regions to ensure optimal resource utilization and high availability Monitoring & Alerting Implement robust monitoring and alerting systems to track key performance metrics and detect anomalies in real-time. Use cloud-native monitoring tools or third-party solutions for comprehensive visibility into your infrastructure Performance Testing Conduct regular performance testing to identify bottlenecks and optimize system performance. Use load testing tools to simulate realistic workloads and validate system scalability Security Considerations Ensure that security measures like encryption,access controls and compliance requirements do not degrade performance. Implement security best practices without compromising performance Cost Optimization Optimize resource utilization to minimize costs while maintaining performance. Utilize cost management tools and services to identify cost-saving opportunities and implement cost-effective solutions Please ???????? This Post If You Find It Useful ?????????? ???? ???????????????????? ???? ???????????? ?????? ?????????????????????? ???? ???????? ???????????????? ??????????????????????????/??????????/????????????????/?????????????????????? be it Full-Time,Freelance or Remote Positions +91 9895433637 #business #itinfrastructure #cloud #aws #azure #gcp