Hire the Best Cloud Engineers
Chennai, India
I’m an AWS Certified Solutions Architect – Professional with multiple AWS specialty certifications and hands-on experience designing scalable, secure cloud architectures. I help businesses migrate applications to AWS, improve infrastructure reliability, and implement DevOps best practices. My AWS Certifications: • AWS Certified Solutions Architect – Professional • AWS Certified Security – Specialty • AWS Certified Advanced Networking – Specialty • AWS Certified Solutions Architect – Associate • AWS Certified Cloud Practitioner I can help with: • Cloud migration to AWS • High-availability architecture design • DevOps automation and CI/CD pipelines • Infrastructure security and networking • Application deployment and monitoring I also teach AWS concepts on my YouTube channel(Learn Tech), helping engineers understand real-world AWS architecture and best practices.
- Cloud Architecture
- Cloud Development
- AWS CloudFormation
- AWS Development
- Solution Architecture
- AWS CloudTrail
- Cloud Migration
- Security Infrastructure
- CI/CD
- AWS Lambda
- AWS Glue
- AWS CloudFront
- AWS Application
- AWS Amplify
- AWS Server Migration
- Amazon EC2
- Amazon S3
- AWS CodeDeploy
Barranquilla, Colombia
Mario Rodriguez = Cloud Engineer & DevOps I'm a senior CLOUD ENGINEER with extensive experience designing, building, and operating production-grade cloud infrastructure for startups and scaling businesses. My work focuses on turning abstract business requirements into stable, secure, and cost-efficient cloud systems. Rather than simply deploying services, I specialize in architectural decision-making, long-term maintainability, and operational resilience. I have led cloud initiatives from early design stages through production rollout, incident response, and continuous optimization. I have deep hands-on experience with AWS-based architectures, including VPC design, IAM security models, high-availability systems, and disaster recovery strategies. I routinely design infrastructures that balance performance, security, and cost, and I am comfortable justifying architectural trade-offs to both technical and non-technical stakeholders. On the DevOps side, I build automated CI/CD pipelines, infrastructure-as-code workflows, and observability stacks that allow teams to deploy confidently and recover quickly. I have worked closely with development teams to standardize deployment patterns, enforce security best practices, and reduce operational overhead. From an operation perspective, I have managed: - Production incidents and post-mortems - System monitoring, alerting, and capacity planning - Cost optimization and cloud spend governance - Security hardening and compliance-aware enfironments Regarding programming, my primary focus is on infrastructure and platform engineering but I am capable of working with bakend services when needed. I have practical experience with Go(Golang) for lightweight services, internal tools, and cloud-native components, though my strenght lies more in system design, automation, and cloud operations rather than pure application development. I work best with clients who value: - Clear architecture over quick hacks - Long-term stability over short-term shortcuts - Engineers who think in systems, not just tools If you need a cloud engineer who can own your infrastructure end-to-end, communicate clearly, and make technically sound decisions under real-world constraints, I would be glad to help.
- Cloud Architecture
- Kubernetes
- Amazon Web Services
- DevOps
- CI/CD
- Docker
- Terraform
- Ubuntu
- AWS Lambda
- Golang
- RESTful API
Kathmandu, Nepal
Hi, I’m Kisan 👋 I help startups and growing teams design scalable solutions on AWS, reduce cloud costs, and make sense of complex systems without overengineering. Who am I? - Cloud Solutions Architect (AWS) - Docker Captain - AWS Community Builder - Author of The Cloud Handbook Newsletter - Founder of Towards AWS If you’re dealing with: - Rising AWS bills - Confusing or fragile cloud architecture - Performance or scalability concerns - Or need clear, developer-focused technical content You’re in the right place. What I do best: ✅ AWS Architecture & Optimization Design and improve cloud architectures that are secure, scalable, and cost-efficient. ✅ AWS FinOps & Cost Optimizatioin Identify waste, optimize services, and help teams build cost-aware cloud systems. ✅ Cloud & DevOps Technical Writing High-quality, SEO-optimized technical content written by someone who actually builds systems. Why work with me? - AWS Cloud Engineer & Solution Architect with real production experience - Content read by millions of developers worldwide - Strong at both building systems and explaining them clearly How to get started? Send me a short message with: - What you’re building - Your current challenges And I’ll tell you honestly if I can help and how. Regards, Kisan
- JavaScript
- Node.js
- Amazon DynamoDB
- API Development
- AWS Lambda
- Technical Writing
- Cloud Development
- Cloud Engineering
- Serverless Computing
- Web Development
- Cloud Architecture
- AWS Development
- AWS Amplify
- AWS AppSync
Bengaluru, India
I help founders, CTOs, and engineering teams design, troubleshoot, and deploy AWS systems using Lambda, API Gateway, ECS/Fargate, Cognito, RDS, DynamoDB, S3, CloudFront, CloudWatch, CDK/Terraform, IAM, and CI/CD pipelines. You should contact me if you need help with: ✅ AWS architecture review before launch ✅ Cognito authentication and user-management setup ✅ Serverless APIs with Lambda, API Gateway, DynamoDB, SQS, SNS, and Step Functions ✅ ECS/Fargate deployments for containerized apps ✅ CI/CD, infrastructure as code, and repeatable deployments ✅ AWS cost, security, IAM, VPC, and observability improvements ✅ Rescue work when an AWS setup is broken, unstable, or hard to maintain In my enterprise career, I have led AWS cloud practices, delivered large-scale cloud programs, trained teams, and worked across architecture, DevOps, backend systems, and cloud governance. On Upwork, I focus on hands-on, practical AWS work for small teams that need senior help for 5–20 hours per week. Clients value me for clear communication, structured problem-solving, and building systems that are secure, maintainable, and cost-aware. I am especially useful when you need someone who can both design the architecture and get hands-on with implementation.
- AWS Lambda
- Amazon EC2
- Cloud Architecture
- Amazon S3
- Cloud Migration
- Amazon Workspace Administration
- Python
- AWS CloudFormation
- Amazon API Gateway
- Amazon DynamoDB
- Amazon Cognito
- Microsoft Excel
- Flask
Faridabad, India
🏆 Top 1% Expert-Vetted Salesforce Consultant | 99% Job Success Score | 5.0★ Rating Across 264 Engagements on Upwork I’m a ⭐️⭐️⭐️⭐️⭐️36x Certified Salesforce and 14x Certified HubSpot Expert (trailblazer.me/id/divschauhan), 3-time Dreamforce Hackathon Winner, with strong experience in AppExchange product development and active roles as a Salesforce Community Group Leader and Trailhead Answers Leader. ⭐️ Core skills include: ✅ Salesforce Implementation ✅ Salesforce Administration ✅ Sales Cloud ✅ Service Cloud ✅ Financial Services Cloud ✅ Experience Cloud ✅ Marketing Cloud ✅ Salesforce Maps ✅ Flow Builder ✅ Reports & Dashboards ✅ Lightning Pages ✅ Data Migration ✅ CPQ ✅ Commerce Cloud ✅ Agentforce I have worked with 🌟High Profile Clients🌟 in my Salesforce Career: ✅ Yamaha Motors(Fortune 500 Company) ✅ Ticket Master (~100 Million Estimated Revenue per Year) ✅ Lloyds Pharmacy(~150 Million Estimated Revenue per Year) 𝐂𝐞𝐫𝐭𝐢𝐟𝐢𝐜𝐚𝐭𝐢𝐨𝐧𝐬: ✅ Salesforce Certified MuleSoft Developer II ✅ Salesforce Certified B2C Commerce Developer ✅ Salesforce Certified MuleSoft Developer I ✅ Salesforce Certified B2C Solution Architect ✅ Salesforce Certified Marketing Cloud Developer ✅ Salesforce Certified Platform Developer II ✅ Salesforce Certified OmniStudio Developer ✅ Salesforce Certified Marketing Cloud Consultant ✅ Salesforce Certified Marketing Cloud Account Engagement Specialist ✅ Salesforce Certified Marketing Cloud Administrator ✅ Salesforce Certified Nonprofit Cloud Consultant ✅ Salesforce Certified Field Service Consultant ✅ Salesforce Certified CRM Analytics and Einstein Discovery Consultant ✅ Salesforce Certified CPQ Specialist ✅ Salesforce Certified Service Cloud Consultant ✅ Salesforce Certified Marketing Cloud Email Specialist ✅ Salesforce Certified Sales Cloud Consultant ✅ Salesforce Certified Platform App Builder ✅ Salesforce Certified Experience Cloud Consultant ✅ Salesforce Certified Administrator ✅ Salesforce Certified Platform Developer I 𝐒𝐚𝐥𝐞𝐬𝐟𝐨𝐫𝐜𝐞 𝐃𝐞𝐯𝐞𝐥𝐨𝐩𝐦𝐞𝐧𝐭 & 𝐂𝐨𝐧𝐬𝐮𝐥𝐭𝐢𝐧𝐠: ✅ Configuring Salesforce orgs from scratch, including custom objects, fields, roles, and profiles ✅ Data cleansing and governance for accuracy and reliability ✅ Designing reports and dashboards for actionable insights ✅ Apex classes, triggers, Visualforce pages, Lightning Web Components (LWC), Aura ✅ Custom AppExchange product development and third-party integrations (REST/SOAP APIs, JSON, XML, web services) ✅ JavaScript/jQuery customization to extend Salesforce functionality ✅ AppExchange tool selection, administrator and end-user training, and go-live documentation 𝐇𝐮𝐛𝐒𝐩𝐨𝐭 𝐃𝐞𝐯𝐞𝐥𝐨𝐩𝐦𝐞𝐧𝐭 & 𝐂𝐨𝐧𝐬𝐮𝐥𝐭𝐢𝐧𝐠: ✅ HubSpot CRM setup ✅ HubSpot onboarding ✅ HubSpot customization ✅ HubSpot workflow automation ✅ HubSpot email marketing automation ✅ HubSpot lead management ✅ HubSpot pipeline setup ✅ HubSpot sales automation ✅ HubSpot reporting & dashboards ✅ HubSpot data migration ✅ HubSpot integration services ✅ HubSpot API integration ✅ HubSpot CMS development ✅ HubSpot landing page design ✅ HubSpot email template design ✅ HubSpot contact segmentation ✅ HubSpot data cleanup & deduplication ✅ HubSpot CRM optimization ✅ HubSpot lifecycle stage setup ✅ HubSpot support & maintenance ⭐️⭐️⭐️⭐️⭐️ Financial Services Salesforce Consultant | Service Cloud | Experience Cloud | Sales Cloud | Australia | Europe | UK | USA | Canada | UAE 𝐏𝐫𝐨𝐟𝐢𝐥𝐞 𝐊𝐞𝐲𝐰𝐨𝐫𝐝𝐬: Salesforce Developer, Salesforce Administrator, Salesforce Marketing Cloud, Salesforce CPQ, Salesforce Sales Cloud, Salesforce Service Cloud, Salesforce Commerce Cloud, Salesforce Einstein, Salesforce Admin, CRM Development, Email Studio, Salesforce Apex, Salesforce Architect, Salesforce lightning, Lightning Web Components, LWC, Salesforce Expert, Salesforce Lightning Web Components (LWC), Salesforce integration, Senior Salesforce Developer, Salesforce AppExchange, Salesforce App Development, Salesforce API, Salesforce, Marketing Cloud, Marketing Campaign, Pardot, Salesforce Development, Salesforce Admin, Salesforce Integration, Salesforce setup, Salesforce set up, Salesforce Customization, Salesforce dev, Account, Lead, Contact, Opportunity, Quote, Order, CPQ, PDF, SF dev, SFDC dev, Salesforce optimization, Managed Package, Unmanaged Package, app, application, publishing, publish, Lightning, Classic, Aura, Lightning Web Component, Lightning Framework, Visualforce, VF, Lightning page, Apex, Trigger, Batch, Apex Class, Scheduler, Scheduled Apex, Batch, Queue, Standard Objects, Custom Objects, Custom Fields, Validation, Validation Rules, Automation, Data, Setup, Einstein, Einstein GPT, EinsteinGPT, LinkedIn, Linked In, Apollo, Workflow, work flow, WF, Screen Flow, Screenflow, Flow, Trigger Flow, Triggerflow, Process Builder, process builder, email, email template, MailChimp, Mail Chimp, Einstein GPT, GPT4, Conga Composer & Conga Sign, Salesforce Maps, High Velocity Sales.
- Salesforce
- Salesforce CRM
- Salesforce CPQ
- Salesforce Lightning
- Salesforce Sales Cloud
- Salesforce App Development
- Salesforce Service Cloud
- Salesforce Marketing Cloud
- Commerce Cloud
- HubSpot
- Pardot
- Salesforce Einstein
- Apex
- Service Cloud Development
- Salesforce Email Studio
- Tableau
- Visualforce
- API
- Customer Relationship Management
- SOQL
Dover, Delaware
If your AWS bill keeps climbing, production breaks under load, or a compliance deadline is getting close - the problem is rarely just AWS. It’s the architecture. I step into fragile systems and fix both: cloud infrastructure, and the application design running on it. Because even perfect AWS setup cannot save software that wasn’t designed to scale, isolate failures, or handle real production traffic. Most teams I work with are stuck in one of these situations: - AWS costs rising every month with no clear reason - Systems that pass tests but fail under real traffic - Compliance pressure from regulators or auditors - Constant firefighting instead of controlled releases Hiring more engineers or adding more monitoring increases complexity. I simplify the architecture - both infrastructure and code-level design - so the problems stop repeating. Recent outcomes: - Avoided a $5M federal penalty by delivering a critical federal platform before deadline, focusing only on what was required for compliant launch - Cut hosting costs from $96K to $14K per year by eliminating architectural waste across infrastructure and services - Designed and delivered a FedNow-ready, Federal Reserve-compliant real-time payments system scaling to 60,000 transactions per second using horizontally scaled services built specifically for cloud behavior What changes after I’m done: - Infrastructure and software designed to scale together - Predictable AWS costs - Systems that stay stable under load - Clear documentation and runbooks - A team that can operate it independently I build boring, predictable systems on purpose. Boring systems survive audits, scale events, and 3am incidents. If you’re dealing with cost pressure, reliability issues, or compliance risk, send me your biggest concern. I’ll tell you exactly what I would fix first and whether it’s worth doing. If it’s not a fit, I’ll say so.
- Amazon DynamoDB
- Node.js
- API Development
- AWS Lambda
- API
- Startup Company
- Amazon ECS
- AWS AppSync
- AWS IoT Core
- Socket Programming
- AWS CloudFormation
- AWS CodeDeploy
- CI/CD
- AWS Fargate
- AWS CloudFront
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Moving to the Cloud: What to Know & Who to Hire
What is “The Cloud”?
The cloud is synonymous with modern computing. A majority of businesses—from startups to massive corporations—use it in some capacity to augment or streamline their existing operations, data storage, hosting, and app deployment. So what is the cloud and how is it changing traditional server setups across the globe?
The U.S. National Institute of Standards and Technology (NIST) defines the cloud as “a model for enabling ubiquitous, convenient, on-demand network access to a shared pool of configurable computing resources (e.g., networks, servers, storage, applications, and services) that can be rapidly provisioned and released with minimal management effort or service provider interaction.”
In short, it’s allowing companies to reengineer their back-end architectures (servers, databases, application software, and more) and put them in virtual environments where they can be accessed remotely, without requiring physical server hardware of their own. Cloud services (also known as web services) are a blanket way to describe these computing capabilities.
The benefits of using cloud and web service providers
Adopting an infrastructure-as-a-service (IaaS) platform like Amazon Web Services (AWS) or a platform-as-a-service model (PaaS) from a provider like Heroku can take some of the responsibilities of hosting, maintaining, updating, and scaling up server operations off the hands of developers and IT managers. An IaaS will provide you with all the components you need to build a backend architecture, offering flexibility and plenty of scalability. Note that deploying a site or app’s back end to the cloud with an IaaS requires more configuration, while deploying with a PaaS doesn’t require as much configuration—just enable the services you need within the platform’s environment, push the code to it, and it handles the rest.
While their clients benefit from a virtual environment, cloud service providers themselves have massive data centers that are as big as multiple football fields. These servers are usually set up in a way that some can fail (or, even a majority of them), but not in a way that all of the services will be taken down. It’s important to know that it’s still possible for cloud computing to have a single point of failure, or to have certain services fail.
This has brought about the need for more engineers who know how to integrate, work with, and fix cloud-based operations. You may not need a full-time network engineer if you’re operating in the cloud, but you’ll definitely need a skilled development operations professional to ensure things run smoothly.
Here’s a look at a few of the top providers in the cloud services market:
- Amazon Web Services (AWS): Popular with startups looking to get things going in the cloud for cheap, this platform is also powerful enough for large, enterprise operations.
- Google Cloud Platform: This popular PaaS offers cloud computing, storage, big data and API services so you can build and launch sites or complex applications in the cloud. It offers things like SQL and NoSQL database services, analytics, virtual machines, all of which can be mixed and matched to suit your needs.
- Microsoft Azure: An enterprise-level Paas and IaaS cloud provider, it offers mobile and web app deployment and scaling, database services, virtual machines, mobile back ends, machine learning, and more.
- Heroku: A popular PaaS where applications can be completely built, deployed and run in the cloud.
- Rackspace: This PaaS offers cloud computing through its infrastructure (either dedicated servers, public cloud, or private cloud, all of which can be mixed and matched for a hybrid environment), or their partnerships with Azure and AWS.
- Cloud Foundry: This open-source PaaS written in Ruby and Go offers cloud computing services with an enterprise-grade option, Pivotal.
- Xen Cloud Platform (XCP): This open source virtualization solution that provides cloud computing and back-end virtualization. XCP includes an enterprise-ready set of tools with the Xen Hypervisor, with the Xen API for cloud, storage and networking operations.
- Oracle: This enterprise giant has made recent updates to its cloud capabilities, helping big businesses leverage the cloud, but also offering small- to medium-sized businesses cloud computing services.
- Apache Cloudstack: a free, open-source cloud software for creating and deploying cloud services that has excellent support for virtualization and the AWS API.
Beyond data centers: making the move to the cloud
With the rise of the cloud, the server landscape is rapidly changing, with more server-side operations being pushed off-site. Small, medium, and enterprise-level companies can easily expand the size, storage, and processing power of their servers in a way that takes less time, and less money.
For startups in particular, these cloud-based platforms take server upkeep and support off their plates so they can focus on growing their businesses. They also offer flexibility and speed, with the ability to scale up quickly when needed. Scaling up can be hard to do in a physical data center: ordering new hardware, provisioning, and racking, and stacking can take anywhere from three to six weeks. In the cloud, you can provision capacity on the fly.
The key to moving to the cloud is striking the right balance for your organization—whether that’s a hybrid approach or all-in.
Adopting a hybrid cloud approach
A majority of businesses are finding that a hybrid approach works best, leaving some things on traditional, local servers and moving more resource-heavy applications to the cloud. This can be a permanent strategic solution, or a stop along the way to going 100% cloud-based. There are benefits to leaving certain portions of your back-end infrastructure on virtualized local servers or co-located data centers, while moving more resource-heavy applications to the cloud.
For example, migrating a back-end architecture to Amazon Web Services (AWS) allows for automatic scaling, the ability to fail over multiple availability zones, its accommodations for peaky traffic and intensive operations (e.g., some of our machine learning models), and the ability to free up a team to focus on application-specific work rather than solving problems Amazon can address.
Public cloud vs. private cloud
A common approach is to divvy up a server’s workload with a mix of private (onsite) and public (cloud services) clouds. Larger, enterprise companies often opt for a private cloud/onsite server architecture. One reason? Protecting sensitive data.
For some organizations in regulated industries, like finance, there are restrictions on what information they can store in the cloud. Because of this, they have to strike a balance between storing sensitive information on-site while still making it available in the cloud, so they can take advantage of the agility and scalability the cloud offers.
Critical apps are often better suited for a private cloud for security and reliability reasons. The main concerns with critical apps are performance (speed, reliability, and no downtime) and security of your information. A privately hosted cloud is a good bet for these, giving you more control along with the flexibility you want.
Less critical apps like web servers, backup services, and infrastructures are safer in the public cloud. There, you’ll get servers that allow you to free up space on-site, plus the benefit of temporary scalability if you need it, with increased capacity just a click away. Also, a public cloud configuration can even be treated like software code and placed in a repository where developers can edit, adjust, and run tests against your current configuration, which is helpful for ensuring a successful deployment, and for getting the most out of the cloud.
Should you move to the cloud? What to consider before deploying to the cloud
For small businesses, there are some clear advantages to using the cloud—whether it’s going entirely to the cloud, or using a hybrid approach that breaks up your server workload between an on-site infrastructure and the cloud.
The benefits? It’s an invisible, offsite server that you can scale up when and how you want. If you have an application that requires a lot of space, data, or resources, you can shift that over to the cloud while freeing up space in your current setup.
Small businesses can strike a strategic balance between traditional on-site servers and cloud servers, so it’s important to ask yourself a few questions about your setup before choosing the one that’s right for you. And if you're not sure you can always seek the advice from cloud consulting specialists.
- Take a look at your existing back-end infrastructure. What are your requirements, and what are your end-user’s requirements? What will diversifying to the cloud do to help with these? Consider compatibility of your server-side software. While some businesses don’t move all of their server-side architecture to the cloud, it’s helpful to ensure cloud compatibility in the components they keep on-site.
- Decide what should go where. Plan how you’ll virtualize your back end. If you’re a small business, basic server functions like an email server or an app server could probably stay on-site. Or, apps that don’t require as much data storage could stay local, too. Be sure to prioritize your needs. You may opt to divvy up the workload with a hybrid cloud environment, keeping mini servers on-site to handle smaller workloads, like file sharing servers. These can even be designed to sync up with cloud drives.
- What’s your budget? This will help narrow down which cloud service is right for you. The great thing about the cloud? Flexibility. If you start out small and find you need more, you can easily upgrade subscriptions or buy more data—no need to switch out hard drives.
- Who should you hire or have on your team to help? Do you have a server professional available to help with maintenance or fixes? Because you don’t have to worry about hardware with cloud servers, it can be a more seamless integration for IT professionals, but it’s not without its quirks. Make sure you have a dev ops engineer who has plenty of experience integrating with the cloud and handling issues with network reliability that can arise.
- How scalable does it need to be? How much growth you anticipate in terms of traffic and data for your application or site’s server play a very important role in how you decide to set up your server. You’ll want to be able to expand your server space without having to totally replace it, whether that means starting with a setup that allows you to switch out hard drives for hard drives with more memory, or virtualizing your setup across numerous smaller servers.
- Security. Security is always a big concern—if you have very sensitive information being stored on your server, you may opt to keep that on-site while moving less sensitive information to the cloud. Or, go for a private cloud/hybrid cloud environment that allows you to maintain a more secure environment, and lets your IT professionals keep tighter control on what data is stored/shared where.
The need for cloud engineers
From a talent standpoint, running your server operations in the cloud means you won’t need the same network and storage engineers on hand to take care of day-to-day server issues—but maintenance and support won’t be totally off the table.
Look for a cloud server architect with plenty of experience deploying operations to the cloud. Some key skills and expertise to look for in a dev ops engineer are:
- Configuration management skills: Chef, Puppet, Ansible, etc.
- Virtualization experience: VMware, Kernel-based Virtual Machine (KVM), Xen, etc.
- Public cloud experience: Amazon Web Services, Google, Rackspace
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