Satish Kumar Dwivedi

Results-oriented DevOps and Cloud Practice Lead with 17+ years of experience in the software industry. Proven success in transforming technology landscapes through strategic leadership and innovative solutions. Expertise in architecting, implementing, and optimizing scalable infrastructure solutions. Skilled in managing and mentoring high-performing teams to foster a collaborative and innovative culture. Collaborated with cross-functional teams to align technology solutions with organizational goals and objectives.

• ITIL Foundation Examination
• IBM Certified System Administrator WebSphere Message Broker V7.0
• IBM Certified System Administrator WebSphere MQ V7.0
• MJAT (Manufacturing Java Architect Training Program) TCS internal certification for JAVA Architect)
• PRINCE2 Practitioner
• Google Cloud Professional Cloud Architect

Manufacturing and Automotive, Finance, Java, J2EE, HTML, XML, Java Script, ESQL, JSON, YEML etc, Python, JSP, Servlet, EJB (MDBs), JMS, JPA, Spring Boot, Angular JS, Rest APIs, WMB v7.0, IIB10, ACE11, WebSphere MQ V7.0, ESB, IBM DataPower, Google Cloud Platform (GCP) - Big query, Google bucket, Google functions, Gsutil, GKE. API Gateway, Load Balancer etc. AWS - EC2, S3 Buckets, Route 53, API Gateway, Cloud Formation, Lambda, SQS, SNS, RedShift, RDS etc Azure - Azure Blob Storage, Azure AD B2C, Azure Active Directory, Azure API Manager, Azure AKS, Azure DevOps, Azure Graph API etc, Kubernetes, Docker, Git, Jira, Confluence, Jenkins, Tekton, Maven, OpenShift, Grafana etc.

12/15/2010

Associate Consultants

DevOps and Cloud Practice Head (Solution and Integration Architect)

• Passport Number: K6842781
• Passport Place Of Issue: Pune
• Date of Birth: 12/16/1983
• Gender: Male
• Nationality: Indian
• Marital Status: Married

• Google Cloud Certified Professional Cloud Architect
• Prince2 (2009) Practitioner
• ITIL 2011
• IBM Certified System Administrator WebSphere MQ V7.0
• IBM Certified System Administrator WebSphere Message Broker V7.0

Waitlist Me (GCP):  Waitlist Me is a cloud-based application designed to manage customer waitlists and reservations efficiently. It helps businesses of various types, such as restaurants, healthcare facilities, retail stores, and salons, to improve their customer service and streamline operations by effectively handling the influx of customers.

Stack: Python, Ionic, Angular, Google Cloud Services such as App Engine, Compute Engine, Pub-Sub, Cloud SQL (MySQL), BigQuery, Cloud Logg, Cloud Monitor.

Responsibilities:

• Understanding technical requirements.
• Designed and implemented scalable, secure, and cost-effective architectures on Google Cloud Platform (GCP) that align with industry best practices and business needs.
• Developed infrastructure-as-code (IaC) using Terraform.
• Implemented IAM roles and policies, VPC peering, firewall rules, and Identity-Aware Proxy (IAP) to secure cloud environments while ensuring the least privilege principle.
• Enforced cloud security best practices, including encryption at rest and in transit, regular security audits, and vulnerability assessments across GCP infrastructure.
• Assisted with compliance efforts by ensuring that architecture adheres to industry standards such as GDPR, HIPAA, and SOC2.

Hugo Energy (GCP): Hugo Technologies Ltd (Hugo) is a London-based tech company known for its Hugo Energy App which empowers households to better understand and manage their energy use. Hugo needed energy market data to match app user’s home addresses with their meter details to make onboarding easier and quicker.

Stack: Python, Ionic, Angular, Google Cloud Services such as Cloud Function, Compute Engine, Pub-Sub, Cloud SQL (MySQL), Cloud Load Balancer.

Responsibilities:

• Design a highly scalable and secure environment.
• Design Deployment Architecture (CICD) with the help of Jenkins.
• Provisioning Infrastructure through Terraform.
• Validate security vulnerabilities.
• Set up comprehensive monitoring and alerting systems using Cloud Logging, Cloud Monitoring, and Cloud Trace for full visibility into system performance.
• Created serverless architecture (data pipeline) to pull up consumption data from third-party applications using Google Cloud Functions and Pub-Sub.
• Worked on Burpsuite for security audit and VAPT

Diving Board Migration from Azure to GCP - Diving Board is a platform where cutting-edge blockchain technology meets artificial intelligence to revolutionize your trading experience. Whether you're a seasoned trader or just starting, our platform is designed to empower you with the tools and insights you need to succeed in the fast-paced world of trading. Diving Board is a DeFi options trading platform empowered with AI. It aims to unlock the full potential of DeFi through advanced algorithms and machine learning insights, facilitating more informed and strategic trading.

Stack: NodeJS, NextJS, Google Cloud Services such as Cloud Load balancer,  Cloud Run, Compute Engine, Pub-Sub, Cloud SQL (PostgreSQL), and Memorystore.

Responsibilities:

• Worked on infrastructure assessment.
• Creating a migration plan and getting it approved.
• Cost estimation of GCP.
• Proposing GCP Infrastructure Architecture.
• Work on Blue Printing and Documentation.
• Work with the team to provision the new GCP infrastructure and migrate the application as is.
• Perform Security testing of infrastructure.
• Design Deployment Architecture (CICD) with the help of Cloud Build.
• Designed and implemented scalable, secure, and cost-effective architectures on Google Cloud Platform (GCP) with the help of Cloud Run, and Cloud Load Balancer.
• Integrating Cloud Logging, Cloud Monitoring, and Cloud Trace for full visibility into system performance.

ACE11 Migration (On-prem to GCP) - The ESB WMB version 7.0 has been the backbone of the client’s Integration Architecture, supporting over 300 interfaces, including critical ones related to MES, CRM, and plant floor operations. However, the platform reached its End of Life (EOL) and End of Support (EOS) in 2016, with extended support ending in 2018, placing the business at significant risk of disruption and preventing real-time data exchange between systems.

The migration project aims to transfer all interfaces from ESB WMB v7.0 and IIB-10 to IBM ACE v11, which will operate in a containerized environment using a Cloud Native approach. Post-migration, the interfaces will be managed under a DevOps model, ensuring continuous integration and deployment.

Stack: GCP, OpenShift Kubernetes, Java, ESQL, Shell Scripting, JSON, YEML, My SQL, IBM ACE 11, Spring Boot, Angular, Grafana, Git, Maven, Jenkins, Tekton etc .

Responsibilities:

• Led the ACE11 Migration Project, overseeing the complete infrastructure setup, including GCP and OpenShift Cluster environments. Responsibilities included planning interface migrations and securing necessary approvals, as well as supporting end-to-end integration and system testing.
• Developed monitoring and alerting capabilities using Grafana and Prometheus, ensuring real-time visibility and system health checks. Managed CI/CD pipelines, Kubernetes clusters, and ACE containers (microservices), ensuring smooth deployment and infrastructure maintenance.
• Collaborated closely with business owners to address and resolve production issues related to interfaces. Coordinated with external vendors, such as IBM and Red Hat, to obtain product support and ensure seamless project execution.

Digital Portal (Azure) - Migrating an Ombudsman Complaint Management System to a digital portal involves transitioning from a traditional, often paper-based or manual complaint handling system, to a more streamlined, accessible, and efficient online platform. This process aims to improve the user experience, increase operational efficiency, enhance transparency, and ensure faster resolution of complaints.

Stack: Java, Spring Boot,  Azure Cloud, Azure AD B2C, Azure Active Directory, API Manager, AKS, Azure Frontdoor, Application Gateway etc.

Responsibilities

• Creating High-Level (HLD) and Low-Level Design (LLD) documentation.
• Developing design documents and securing necessary approvals.
• Conducting multiple Proof of Concepts (POCs) to validate design.
• Designing end-to-end solutions and ensuring timely delivery.
• Implementing Azure CI/CD pipelines for streamlined deployment.
• Managing and maintaining infrastructure, Kubernetes clusters, and API Manager, Microservices.
• Implementing security measures across applications to ensure robust protection.
• Assisting the team in understanding requirements and providing support during the development phase.
• Ensuring adherence to industry best practices throughout the project lifecycle.