Victor is available for hire
Hire VictorVictor Oghifobibi
Verified Expert in Engineering
Cloud Architect and Developer
Location
Lagos, Nigeria
Toptal Member Since
March 31, 2023
Victor is a cloud architect with 12 years of experience, 3+ in designing and building cloud and hybrid solutions. He is a certified Azure Solutions Architect Expert with a computer science background and a deep understanding of how to undertake end-to-end cloud deployments, architectural design decisions, POCs, and migration plans. Victor specializes in developing highly available, scalable, secure, hybrid cloud environments and migration plans to help customers confidently adopt the cloud.
SecuritySecurity Policies & ProceduresIdentity & Access Management (IAM)CloudWeb SecuritySystem AdministrationMobile SecurityAzure Virtual NetworksAzure Virtual MachinesCloud InfrastructureCloud MigrationApplication SecurityCloud ArchitectureData Loss Prevention (DLP)Single Sign-on (SSO)Microsoft IntuneZero TrustNetwork MonitoringMaintainabilityMicrosoft OutlookDesktop SupportVeeamInfrastructure SecurityScalabilityContinuous Data Protection (CDP)
Portfolio
Netcom Africa
Risk Management, Microsoft Defender Antivirus, Microsoft Sentinel, Azure...
Netcom Africa
Cloud Platforms, Architecture, Design, Azure DevOps, Cloud Migration, SQL...
Netcom Africa
Windows Server, VMware, Hyper-V, Azure IaaS, TCP/IP, VPN...
Experience
Availability
Part-time
Preferred Environment
Windows, Slack, Microsoft Teams, Microsoft Project, Microsoft Visio, Azure DevOps, Microsoft Planner, Microsoft
The most amazing...
...thing I've done was migrating enterprise customers' on-premises systems to the cloud, improving system performance, efficiency, security and scalability.
Work Experience
Cybersecurity Solutions Architect
2020 - PRESENT
Netcom Africa
- Collaborated with cross-functional teams to design and implement security controls and processes, ensuring adherence to change management and governance policies.
- Implemented a robust network security infrastructure in Azure, including the configuration of Azure Key Vault, Azure Firewall, virtual appliances, WAFs, NSGs, ASGs, etc., to protect sensitive data and ensure compliance with industry regulations.
- Designed and implemented IAM solutions using Microsoft Entra ID (formerly Azure Active Directory), enabling secure and granular access control to cloud resources and improving security posture and compliance.
- Established a comprehensive IAM solution using Azure AD, implementing features such as single sign-on, conditional access, and multi-factor authentication. This resulted in improved security and access control for enterprise resources.
- Deployed a unified endpoint management solution using Microsoft Intune, enabling secure management and compliance of corporate devices throughout their lifecycle, leading to a 25% decrease in device-related security incidents.
- Implemented data protection measures such as data encryption, DLP, and data backup and recovery solutions, ensuring the compliance, confidentiality, integrity, and availability of critical data.
- Defined and maintained the application security framework, aligning it with the overall security strategy, policies, and standards and adapting to the evolving technological threat landscape.
- Implemented infrastructure as code (IaC) practices, enabling automated deployment and configuration management, resulting in a 50% reduction in deployment errors.
- Designed and deployed an incident monitoring and response solution using Azure Sentinel and other Microsoft security tools, which enabled effective investigation and remediation of security incidents and reduced incident response time by 40%.
- Defined and enforced compliance policies in Microsoft Intune, achieving a 95% compliance rate and mitigating risks associated with unauthorized access and data breaches.
Technologies: Risk Management, Microsoft Defender Antivirus, Microsoft Sentinel, Azure, Cybersecurity, Application Security, Cloud Security, Information Security, Risk & Compliance, Identity & Access Management (IAM), Infrastructure Security, Security, Zero Trust, Cloud, Data Protection, Data Loss Prevention (DLP), Security Administration, Azure Active Directory, Office 365, Network Security, Azure App Service, Azure Application Gateway, Azure Application Insights, Azure Key Vault, Microsoft Purview, DevSecOps, Solution Architecture, Microsoft Intune, Mobile Development, Web Security, Windows 10, Microsoft Outlook, SharePoint 365, Single Sign-on (SSO), Microsoft, Tableau, SharePoint, SecOps, DevOps, Azure SQL Databases, Azure Virtual Networks, Event-driven Architecture, Cloudflare, Web App Security, Monitoring, SaaS Monitoring, Azure Cloud Services, Azure Resource Manager (ARM), Business Continuity & Disaster Recovery (BCDR), Carbonite, Azure Blobs, Azure Virtual Network Gateway, Azure Virtual Machines, IT Security, Security Audits, Certified Information Systems Security Professional, Amazon S3 (AWS S3), Amazon DocumentDB, Amazon EC2, HIPAA Compliance, Security Policies & Procedures, Microsoft Azure, GitHub Actions, Azure Cloud Security, Database Security
Cloud Solutions Expert/DevOps Engineer
2019 - PRESENT
Netcom Africa
- Developed and executed a successful migration strategy for over 100 on-premise applications to the cloud, resulting in a 99.99% uptime for critical systems.
- Created a disaster recovery plan for a company using cloud resources, reducing the recovery time from 72 hours to less than four hours.
- Implemented a security strategy for a company using cloud resources, resulting in 100% compliance with industry regulations such as PCI DSS and HIPAA.
- Improved a company's data management strategy, leading to a 70% increase in data storage capacity while reducing data storage costs by 40%.
- Orchestrated systems for high availability and reliability, ensuring continuous operation and optimal performance across different regions and under varying load conditions.
- Established robust monitoring and alerting systems with Amazon CloudWatch, achieving a 99.9% uptime rate and reducing mean time to resolution (MTTR) by 40%.
- I led a team of four admins to migrate 500 email accounts to the Microsoft Office 365 Cloud platform in three months. The migration was completed on time and within budget, resulting in improved email accessibility, collaboration, and cost savings for the organization.
- Designed and implemented cloud solutions on AWS, leveraging Terraform for infrastructure as code (IaC), resulting in a 30% reduction in deployment time and a 20% decrease in infrastructure costs.
- Spearheaded the migration of EC2 instances to ECS, optimizing scalability and reducing operational costs by 25%.
- Engineered serverless architecture solutions using AWS Lambda, resulting in a 50% improvement in application deployment speed and a 15% reduction in overall infrastructure expenses.
Technologies: Cloud Platforms, Design, Architecture, Azure DevOps, Cloud Migration, SQL, Cloud Architecture, Cloud Computing, Cloud Security, Cloud Services, Cloud Infrastructure, Google Cloud Platform (GCP), Networking, Cloud Storage, Microsoft Exchange, Azure Migrate, Solution Architecture, Microsoft Defender Antivirus, Security, Microsoft Intune, Web Security, Windows 10, Microsoft Outlook, Azure Active Directory, Single Sign-on (SSO), Microsoft, SharePoint, Azure App Service, Azure Application Insights, Azure SQL Databases, Azure Virtual Networks, Microservices, Event-driven Architecture, Containerization, Amazon Web Services (AWS), Containers, Kubernetes, Monitoring, SaaS Monitoring, Azure Cloud Services, Azure Resource Manager (ARM), Helm, Terraform, Cloud, Business Continuity & Disaster Recovery (BCDR), Google Cloud, Azure Blobs, Azure Virtual Network Gateway, Azure Virtual Machines, Mobile Security, IT Security, Amazon S3 (AWS S3), Amazon DocumentDB, Amazon DynamoDB, Amazon EC2, DocumentDB, HIPAA Compliance, Scaling, MigrationWiz, Configuration Management, Azure VDI, Role-based Access Control (RBAC), Microsoft Azure, GitHub Actions, CI/CD Pipelines, AWS Certified Solution Architect, Infrastructure, AWS Lambda, ECS
Systems Engineer
2019 - 2021
Netcom Africa
- Led the successful migration of 500 users from on-premises Exchange to Exchange Online, reducing email downtime by 50% and increasing email availability by 80%.
- Managed the deployment of Microsoft Teams for 500 users, resulting in a 40% increase in collaboration and productivity.
- Managed on-premises infrastructure, overseeing server provisioning, configuration, and maintenance tasks with a focus on reliability and performance optimization.
- Provided timely technical support and troubleshooting assistance to end-users and internal teams, maintaining a satisfaction rating of over 95%.
- Configured Android for work profiles in Microsoft Intune, ensuring policy enforcement and separation between work and personal data on employee devices.
- Streamlined Active Directory (AD) user and group management by implementing automated group membership updates, reducing manual effort by 75%.
- Developed automation scripts in Python and Bash, automating routine system administration tasks, resulting in a 30% increase in operational efficiency.
- Configured Azure AD Connect and implemented single sign-on for 500 users, reducing password-related help desk tickets by 60%.
- Developed and implemented PowerShell scripts to automate the creation of 200 SharePoint sites, reducing the time required for manual site creation by 90%.
- Administered user accounts, permissions, and access controls, ensuring compliance with security policies and standards and reducing access-related incidents by 25%.
Technologies: Windows Server, VMware, Hyper-V, Azure IaaS, TCP/IP, VPN, Azure Active Directory, SQL Server DBA, Microsoft 365, Windows PowerShell, Identity & Access Management (IAM), Security, Microsoft Intune, Windows 10, Google Workspace, Microsoft Outlook, SharePoint 365, Microsoft, SharePoint, SecOps, Azure Virtual Networks, Linux, Kubernetes, Monitoring, Azure Cloud Services, Azure Resource Manager (ARM), Helm, Terraform, Cloud, Business Continuity & Disaster Recovery (BCDR), Veeam, Carbonite, Google Cloud, Azure Blobs, Azure Virtual Machines, Mobile Security, IT Security, Amazon DocumentDB, DocumentDB, React Native, Scaling, Microsoft Power BI, MigrationWiz, Configuration Management, Azure VDI, Role-based Access Control (RBAC), Microsoft Azure, Azure Kubernetes Service (AKS)
Network Security Engineer
2014 - 2018
NGS International
- Implemented robust security measures, such as firewalls, access control, and encryption, to protect the system and data from external threats and unauthorized access.
- Secured the infrastructure by implementing multi-factor authentication and encryption and improving the company's overall security posture.
- Optimized resource utilization, improving the overall system performance with a reduced response time and increased system stability.
Technologies: Firewalls, IT Networking, CCNA Security, DNS, Virtualization Technology, Multiprotocol Label Switching (MPLS), Cisco Routers, Network Monitoring, Security, Windows 10, Microsoft Outlook, SharePoint, SecOps, Linux, Cloudflare, DevSecOps, Mobile Security, IT Security, Security Audits, Certified Information Systems Security Professional, HIPAA Compliance, Configuration Management, Security Policies & Procedures
System Administrator
2011 - 2013
Alcon Nigeria
- Implemented regular software and security updates on company servers, reducing the risk of cyberattacks by 40%.
- Installed and configured new desktop systems and software applications, ensuring seamless integration with the company network.
- Provided technical support to employees via phone and email, resolving 95% of issues promptly and efficiently.
- Monitored and optimized system performance, resulting in a 40% decrease in downtime and increased customer satisfaction.
Technologies: Backups, Servers, Upgrades, Desktop Support, Remote Desktop, Windows Server 2008, System Administration, Windows System Administration, Microsoft Exchange, Identity & Access Management (IAM), Microsoft Deployment Toolkit (MDT), Microsoft Outlook, SharePoint 365, Microsoft
Experience
Reducing Cloud Spend by Re-architecting Multi-cloud Architecture for a Logistics Company
A logistics company was facing challenges in effectively managing its cloud costs, as they were using multiple cloud platforms for its various applications.
As the cloud solutions architect, I was tasked with designing and implementing a multi-cloud architecture for the company to reduce cloud costs and improve efficiency.
I analyzed the current cloud usage and costs, identified the applications that could be consolidated onto a single cloud platform, and developed a multi-cloud architecture that optimized the use of multiple cloud platforms. I then implemented the multi-cloud architecture, migrating the necessary applications and data to the appropriate platforms. I monitored the multi-cloud environment to ensure it ran smoothly and that costs were reduced as expected. I also worked with the development and operations teams to optimize the architecture as needed, such as by rightsizing cloud resources and automating manual processes.
By following these steps, I successfully designed and implemented a multi-cloud architecture that reduced cloud costs by 30% while improving the efficiency of the company's cloud environment.
As the cloud solutions architect, I was tasked with designing and implementing a multi-cloud architecture for the company to reduce cloud costs and improve efficiency.
I analyzed the current cloud usage and costs, identified the applications that could be consolidated onto a single cloud platform, and developed a multi-cloud architecture that optimized the use of multiple cloud platforms. I then implemented the multi-cloud architecture, migrating the necessary applications and data to the appropriate platforms. I monitored the multi-cloud environment to ensure it ran smoothly and that costs were reduced as expected. I also worked with the development and operations teams to optimize the architecture as needed, such as by rightsizing cloud resources and automating manual processes.
By following these steps, I successfully designed and implemented a multi-cloud architecture that reduced cloud costs by 30% while improving the efficiency of the company's cloud environment.
Multi-cloud Optimization Project: Cost-effective Infrastructure for Logistics Firm
A logistics company was facing challenges in effectively managing its cloud costs, as they were using multiple cloud platforms for its various applications.
As the lead DevOps engineer, I was tasked with optimizing the multi-cloud architecture for a logistics company, balancing cost savings with performance and reliability.
I collaborated with them to assess and optimize the existing multi-cloud setup, aligning with best practices.
I conducted a comprehensive assessment, identifying opportunities for cost savings. Proposed changes included leveraging reserved instances, optimizing data transfer between Azure and AWS, and implementing autoscaling policies. Established cloud cost monitoring and reporting using Azure Cost Management and AWS Cost Explorer.
The outcome was a rearchitected and cost-optimized multi-cloud environment, delivering significant savings and improved operational efficiency for the logistics company.
As the lead DevOps engineer, I was tasked with optimizing the multi-cloud architecture for a logistics company, balancing cost savings with performance and reliability.
I collaborated with them to assess and optimize the existing multi-cloud setup, aligning with best practices.
I conducted a comprehensive assessment, identifying opportunities for cost savings. Proposed changes included leveraging reserved instances, optimizing data transfer between Azure and AWS, and implementing autoscaling policies. Established cloud cost monitoring and reporting using Azure Cost Management and AWS Cost Explorer.
The outcome was a rearchitected and cost-optimized multi-cloud environment, delivering significant savings and improved operational efficiency for the logistics company.
Design and Implementation of a Multi-cloud Architecture for Enhanced Security at a Logistics Company
As a cloud solutions architect, I led a project for a logistics company focused on establishing a secure and compliant multi-cloud environment, leveraging both Azure and AWS. The project aimed to reduce costs, enhance security, and ensure compliance across multiple cloud platforms.
My tasks included implementing multi-cloud disaster recovery, cross-cloud redundancy, cross-cloud compliance, and cost optimization.
I implemented Azure (Azure Site Recovery) and AWS (AWS Backup) disaster recovery solutions to ensure business continuity in both clouds. Azure Load Balancers and AWS Elastic Load Balancers were deployed to enhance redundancy and high availability. I integrated Azure Policy for Azure and AWS configuration for AWS to enforce security policies, monitor compliance, and offer recommendations. While prioritizing security and compliance, we optimized cloud resources strategically to maintain cost-effectiveness in the multi-cloud environment.
The project resulted in a multi-cloud strategy that offered enhanced security, compliance, and cost-effectiveness. It included disaster recovery in Azure and AWS, achieved redundancy and high availability across multiple clouds, and maintained cross-cloud compliance.
My tasks included implementing multi-cloud disaster recovery, cross-cloud redundancy, cross-cloud compliance, and cost optimization.
I implemented Azure (Azure Site Recovery) and AWS (AWS Backup) disaster recovery solutions to ensure business continuity in both clouds. Azure Load Balancers and AWS Elastic Load Balancers were deployed to enhance redundancy and high availability. I integrated Azure Policy for Azure and AWS configuration for AWS to enforce security policies, monitor compliance, and offer recommendations. While prioritizing security and compliance, we optimized cloud resources strategically to maintain cost-effectiveness in the multi-cloud environment.
The project resulted in a multi-cloud strategy that offered enhanced security, compliance, and cost-effectiveness. It included disaster recovery in Azure and AWS, achieved redundancy and high availability across multiple clouds, and maintained cross-cloud compliance.
Successful Migration Strategy for over 50 On-premise Apps to the Cloud
The company was facing challenges with managing and maintaining its on-premise infrastructure and ensuring high uptime for its critical systems.
As the cloud solutions architect, I was tasked with developing and executing a migration strategy to move over 100 on-premise applications to the cloud to improve uptime for critical systems and reduce maintenance costs.
I developed a migration strategy tailored to each application's specific requirements, taking into consideration the application architecture, data dependencies, security requirements, and performance requirements. I then worked closely with the development and operations teams to execute the migration plan, ensuring that each application was migrated to the appropriate cloud platform smoothly and seamlessly.
The migration was a success, with over 50 on-premise applications successfully moved to the cloud. The migration resulted in a 99.99% uptime for critical systems, which was an improvement over the previous on-premise infrastructure. The company also benefited from reduced maintenance costs, improved scalability, and better alignment with the business objectives.
As the cloud solutions architect, I was tasked with developing and executing a migration strategy to move over 100 on-premise applications to the cloud to improve uptime for critical systems and reduce maintenance costs.
I developed a migration strategy tailored to each application's specific requirements, taking into consideration the application architecture, data dependencies, security requirements, and performance requirements. I then worked closely with the development and operations teams to execute the migration plan, ensuring that each application was migrated to the appropriate cloud platform smoothly and seamlessly.
The migration was a success, with over 50 on-premise applications successfully moved to the cloud. The migration resulted in a 99.99% uptime for critical systems, which was an improvement over the previous on-premise infrastructure. The company also benefited from reduced maintenance costs, improved scalability, and better alignment with the business objectives.
Migration of 500 Email Accounts to Office 365 Cloud Platform
Led a team of four admins to migrate 500 email accounts to the Microsoft Office 365 Cloud platform in three months. The project was completed on time and within budget, resulting in improved email accessibility, collaboration, and cost savings for the organization.
Migration of 1,000 Active Directory User Accounts to Azure AD
Led the migration of 1,000 Active Directory user accounts to Azure AD within six months. I worked with a team of six administrators and collaborated with the vendor to complete the project on time and within budget. This improved user management, enhanced security, and saved the organization's costs.
M365 IT Migration (Tenant to Tenant) for Aviation Establishment
In my previous role, I led the migration of Execujet's IT operations from their parent company in South Africa to Nigeria. This migration project involved transitioning their Office 365 tools and licenses, encompassing 120 active users and over 2TB of data.
As the project lead, my responsibilities included developing a robust migration strategy, conducting thorough planning sessions with the Execujet team, orchestrating the migration execution using MigrationWiz, and providing post-migration support.
To ensure a successful migration, I collaborated closely with the Execujet team to assess the existing environment, identify potential challenges, and outline migration priorities. Leveraging MigrationWiz, I meticulously planned and executed the migration of mailboxes, data, and applications from the source environment to the target environment.
The IT migration project was completed successfully, with minimal downtime and disruption to business operations. Execujet's IT operations were seamlessly transitioned to their new environment, empowering them to operate efficiently in their new location.
As the project lead, my responsibilities included developing a robust migration strategy, conducting thorough planning sessions with the Execujet team, orchestrating the migration execution using MigrationWiz, and providing post-migration support.
To ensure a successful migration, I collaborated closely with the Execujet team to assess the existing environment, identify potential challenges, and outline migration priorities. Leveraging MigrationWiz, I meticulously planned and executed the migration of mailboxes, data, and applications from the source environment to the target environment.
The IT migration project was completed successfully, with minimal downtime and disruption to business operations. Execujet's IT operations were seamlessly transitioned to their new environment, empowering them to operate efficiently in their new location.
Website Migration for Manufacturing and Food & Beverage Industries
The clients were facing challenges in modernizing their digital infrastructure, particularly their product-related websites and applications, to adapt to evolving market demands and enhance their online presence. They needed to transition their existing on-premises WordPress-based websites to a more scalable, secure, and performance-optimized cloud environment.
As a cloud architect and DevOps Engineer, I led a cloud adoption initiative for clients. The project involved migrating their on-premises WordPress websites and applications to Azure. I assessed their existing infrastructure, devised a migration strategy, and ensured seamless integration with Azure services for optimized performance, security, and scalability.
I utilized Azure App Service, Azure Database for MySQL, and Azure Blob Storage to create a robust cloud infrastructure tailored to each client's needs. I configured Azure App Service environments, implemented security measures, and established automated deployment pipelines using Azure DevOps.
The successful execution of this initiative resulted in significant performance enhancements, fortified security, and increased scalability for the clients' WordPress websites and applications.
As a cloud architect and DevOps Engineer, I led a cloud adoption initiative for clients. The project involved migrating their on-premises WordPress websites and applications to Azure. I assessed their existing infrastructure, devised a migration strategy, and ensured seamless integration with Azure services for optimized performance, security, and scalability.
I utilized Azure App Service, Azure Database for MySQL, and Azure Blob Storage to create a robust cloud infrastructure tailored to each client's needs. I configured Azure App Service environments, implemented security measures, and established automated deployment pipelines using Azure DevOps.
The successful execution of this initiative resulted in significant performance enhancements, fortified security, and increased scalability for the clients' WordPress websites and applications.
Scalable eCommerce Application with Azure Queue Storage
A leading online retailer faced challenges with their eCommerce website during peak shopping seasons. The website struggled to handle the heavy traffic, leading to slow response times and a poor user experience.
As a cloud architect and DevOps engineer, I designed and implemented a solution that could manage the load effectively. I decided to leverage Azure Queue Storage to handle the heavy traffic and process requests asynchronously.
I started by setting up Azure Queue Storage and integrating it with the eCommerce website. Whenever a customer placed an order, I added it to the queue instead of processing it immediately. A separate background process was set up to handle these queued orders, allowing the website to remain responsive to the customers. I also implemented a retry policy to handle any failures in processing the orders from the queue.
The new system significantly improved the efficiency and responsiveness of the Retail company's eCommerce website, especially during peak shopping seasons. It led to a smoother customer shopping experience, reduced cart abandonment rates, and increased sales.
As a cloud architect and DevOps engineer, I designed and implemented a solution that could manage the load effectively. I decided to leverage Azure Queue Storage to handle the heavy traffic and process requests asynchronously.
I started by setting up Azure Queue Storage and integrating it with the eCommerce website. Whenever a customer placed an order, I added it to the queue instead of processing it immediately. A separate background process was set up to handle these queued orders, allowing the website to remain responsive to the customers. I also implemented a retry policy to handle any failures in processing the orders from the queue.
The new system significantly improved the efficiency and responsiveness of the Retail company's eCommerce website, especially during peak shopping seasons. It led to a smoother customer shopping experience, reduced cart abandonment rates, and increased sales.
Strengthening Cloud Security and Governance for a Global Financial Service Institution
The global financial institution faced critical cloud security and governance challenges, including vulnerabilities and gaps in its existing cloud environment. As the lead architect, I aimed to strengthen their cloud security posture and establish a robust governance framework.
To address the situation, I thoroughly assessed their cloud environment, identifying potential security risks and control deficiencies. Collaborating closely with cross-functional teams, I devised a comprehensive set of security controls aligned with the organization's change management and governance policies.
In the implementation phase, I focused on fortifying the network security infrastructure within Azure. This involved configuring essential components such as Azure Firewall, Virtual Appliances, Web Application Firewalls (WAFs), Network Security Groups (NSGs), and Application Security Groups (ASGs).
As a result of these measures, the institution experienced a remarkable 30% decrease in security incidents, ensuring the integrity and confidentiality of their sensitive data.
To address the situation, I thoroughly assessed their cloud environment, identifying potential security risks and control deficiencies. Collaborating closely with cross-functional teams, I devised a comprehensive set of security controls aligned with the organization's change management and governance policies.
In the implementation phase, I focused on fortifying the network security infrastructure within Azure. This involved configuring essential components such as Azure Firewall, Virtual Appliances, Web Application Firewalls (WAFs), Network Security Groups (NSGs), and Application Security Groups (ASGs).
As a result of these measures, the institution experienced a remarkable 30% decrease in security incidents, ensuring the integrity and confidentiality of their sensitive data.
Enhancing Cloud Security and Governance for a Financial Services Institution
The global financial institution faced critical challenges related to cloud security and governance, including vulnerabilities and gaps in its existing cloud environment. As the lead architect, my objective was to strengthen their cloud security posture and establish a robust governance framework.
To address the situation, I conducted a thorough assessment of their cloud environment and devised a comprehensive set of security controls aligned with the organization's change management and governance policies.
In the implementation phase, I focused on fortifying the network security infrastructure within Azure. Furthermore, I established a strong Identity and Access Management (IAM) solution using Azure Active Directory (AD), providing secure and granular access control to cloud resources. Key features such as single sign-on, conditional access, and multi-factor authentication were implemented, significantly bolstering the institution's security and compliance efforts.
As a result of these measures, there was a 30% decrease in security incidents, ensuring the integrity and confidentiality of their sensitive data.
To address the situation, I conducted a thorough assessment of their cloud environment and devised a comprehensive set of security controls aligned with the organization's change management and governance policies.
In the implementation phase, I focused on fortifying the network security infrastructure within Azure. Furthermore, I established a strong Identity and Access Management (IAM) solution using Azure Active Directory (AD), providing secure and granular access control to cloud resources. Key features such as single sign-on, conditional access, and multi-factor authentication were implemented, significantly bolstering the institution's security and compliance efforts.
As a result of these measures, there was a 30% decrease in security incidents, ensuring the integrity and confidentiality of their sensitive data.
Delivering Comprehensive Cloud Security Training
The global financial institution faced critical challenges related to cloud security and governance, including vulnerabilities and gaps in its existing cloud environment. As the lead architect, I aimed to strengthen their cloud security posture and establish a robust governance framework.
To address the situation, I thoroughly assessed their cloud environment, identifying potential security risks and control deficiencies. Collaborating closely with cross-functional teams, I devised a comprehensive set of security controls aligned with the organization's change management and governance policies.
In the implementation phase, I focused on fortifying the network security. Furthermore, I established a robust IAM solution using Azure AD, enabling secure and granular access control to cloud resources.
To empower the institution's staff with cloud security knowledge, I delivered comprehensive training sessions and guidance on best practices. These initiatives helped the organization mitigate risks, adhere to industry standards, and safeguard valuable financial information.
To address the situation, I thoroughly assessed their cloud environment, identifying potential security risks and control deficiencies. Collaborating closely with cross-functional teams, I devised a comprehensive set of security controls aligned with the organization's change management and governance policies.
In the implementation phase, I focused on fortifying the network security. Furthermore, I established a robust IAM solution using Azure AD, enabling secure and granular access control to cloud resources.
To empower the institution's staff with cloud security knowledge, I delivered comprehensive training sessions and guidance on best practices. These initiatives helped the organization mitigate risks, adhere to industry standards, and safeguard valuable financial information.
Strengthening Mobile Device Security and Compliance with Microsoft Intune
A prominent beverage manufacturing company encountered significant challenges in ensuring robust mobile device security and compliance with data protection regulations. As an accomplished engineer in mobile security, I successfully implemented Microsoft Intune to address these critical requirements.
Conducting a comprehensive analysis of vulnerabilities and compliance gaps, I designed and executed an effective Microsoft Intune solution. I significantly enhanced the company's mobile security posture by centralizing device management and applying advanced security controls. Collaborating closely with cross-functional teams, I developed and enforced stringent compliance policies aligned with industry standards and regulations.
The implementation of Microsoft Intune yielded remarkable results, including a 20% reduction in security incidents, demonstrating improved protection against unauthorized access to sensitive data. This achievement positioned the company to meet industry compliance requirements and safeguard critical information.
Conducting a comprehensive analysis of vulnerabilities and compliance gaps, I designed and executed an effective Microsoft Intune solution. I significantly enhanced the company's mobile security posture by centralizing device management and applying advanced security controls. Collaborating closely with cross-functional teams, I developed and enforced stringent compliance policies aligned with industry standards and regulations.
The implementation of Microsoft Intune yielded remarkable results, including a 20% reduction in security incidents, demonstrating improved protection against unauthorized access to sensitive data. This achievement positioned the company to meet industry compliance requirements and safeguard critical information.
Secure Mobile Device Management for Healthcare with Android for Work
In a healthcare organization, the challenge of securely managing mobile devices while protecting sensitive patient information is paramount. As an Intune engineer, I successfully implemented Android for Work profiles to address this challenge.
By leveraging Android for Work, a robust solution for separating work and personal data on employee devices, I ensured the highest level of security and compliance. Collaborating with cross-functional teams, I analyzed the organization's mobile device management needs and identified Android for Work profiles as the ideal solution.
My role involved configuring Intune policies specific to the healthcare industry, including secure access controls, application whitelisting, and encrypted data transmission. I integrated Android for Work profiles with Intune, establishing a seamless and user-friendly employee experience while maintaining strict security measures.
The implemented solution empowered healthcare professionals to securely access and manage patient data on their mobile devices. It ensured compliance with industry regulations and protected sensitive information from unauthorized access or data breaches.
By leveraging Android for Work, a robust solution for separating work and personal data on employee devices, I ensured the highest level of security and compliance. Collaborating with cross-functional teams, I analyzed the organization's mobile device management needs and identified Android for Work profiles as the ideal solution.
My role involved configuring Intune policies specific to the healthcare industry, including secure access controls, application whitelisting, and encrypted data transmission. I integrated Android for Work profiles with Intune, establishing a seamless and user-friendly employee experience while maintaining strict security measures.
The implemented solution empowered healthcare professionals to securely access and manage patient data on their mobile devices. It ensured compliance with industry regulations and protected sensitive information from unauthorized access or data breaches.
Securing Healthcare Mobile Apps with Microsoft Intune Mobile Application Management Policies (MAM)
Protecting sensitive health data was a top priority for a leading Nigerian healthcare organization. With the rising use of mobile devices, ensuring data security on these devices posed a significant challenge. As the Intune engineer, I tackled this issue by implementing Mobile Application Management (MAM) policies using Microsoft Intune.
I assessed the existing mobile security landscape and identified gaps in data protection. By leveraging Intune's MAM capabilities, I designed and deployed policies that enforced data encryption, restricted app access to authorized sources, and enabled remote data wipe.
Through close collaboration with stakeholders, I ensured that the policies were tailored to meet the specific needs of the healthcare industry, balancing security and usability. The MAM policies enabled the organization to safeguard patient information, comply with healthcare privacy regulations, securely manage apps on BYOD mobile devices, prevent unauthorized data access, and reduce the risk of data breaches.
The project resulted in enhanced protection of sensitive health data, improved regulatory compliance, and increased confidence in the organization's mobile security posture.
I assessed the existing mobile security landscape and identified gaps in data protection. By leveraging Intune's MAM capabilities, I designed and deployed policies that enforced data encryption, restricted app access to authorized sources, and enabled remote data wipe.
Through close collaboration with stakeholders, I ensured that the policies were tailored to meet the specific needs of the healthcare industry, balancing security and usability. The MAM policies enabled the organization to safeguard patient information, comply with healthcare privacy regulations, securely manage apps on BYOD mobile devices, prevent unauthorized data access, and reduce the risk of data breaches.
The project resulted in enhanced protection of sensitive health data, improved regulatory compliance, and increased confidence in the organization's mobile security posture.
Infrastructure Monitoring Enhancement
Our organization's infrastructure monitoring needed enhancement to ensure timely issue detection and resolution.
As a cloud architect and the DevOps lead, recognizing the need for proactive issue detection and faster incident response, I was responsible for designing and implementing an infrastructure monitoring enhancement strategy.
I collaborated with cross-functional teams to identify critical metrics and set up automated monitoring using Azure Monitor and Grafana. Leveraging infrastructure as code (IaC), I automated the deployment of monitoring agents across all critical components. I integrated monitoring into our CI/CD pipeline, enabling real-time alerts and notifications.
The enhanced monitoring led to proactive issue detection and quicker incident response. Through this initiative, we achieved a 30% reduction in the mean time to resolution (MTTR) and improved the overall system reliability.
As a cloud architect and the DevOps lead, recognizing the need for proactive issue detection and faster incident response, I was responsible for designing and implementing an infrastructure monitoring enhancement strategy.
I collaborated with cross-functional teams to identify critical metrics and set up automated monitoring using Azure Monitor and Grafana. Leveraging infrastructure as code (IaC), I automated the deployment of monitoring agents across all critical components. I integrated monitoring into our CI/CD pipeline, enabling real-time alerts and notifications.
The enhanced monitoring led to proactive issue detection and quicker incident response. Through this initiative, we achieved a 30% reduction in the mean time to resolution (MTTR) and improved the overall system reliability.
Automated Data Backup and Recovery Strategy
Manual data backup processes were time-consuming and prone to errors, risking data loss.
In my role as a cloud architect and DevOps engineer, I spearheaded the design and implementation of an automated data backup and recovery strategy.
Leveraging Azure Backup and Azure Site Recovery, I architected a solution that ensured data resilience and minimized downtime in the event of disruptions. I designed and deployed Azure Backup solutions for critical data sources. With infrastructure as code, we automated backup schedules and disaster recovery processes using continuous integration practices to ensure consistent backups.
Data loss risks were minimized. Our recovery time was reduced by 50%, ensuring business continuity during potential disruptions. Automation and collaboration between DevOps and data teams streamlined processes, enhancing data protection and operational efficiency.
In my role as a cloud architect and DevOps engineer, I spearheaded the design and implementation of an automated data backup and recovery strategy.
Leveraging Azure Backup and Azure Site Recovery, I architected a solution that ensured data resilience and minimized downtime in the event of disruptions. I designed and deployed Azure Backup solutions for critical data sources. With infrastructure as code, we automated backup schedules and disaster recovery processes using continuous integration practices to ensure consistent backups.
Data loss risks were minimized. Our recovery time was reduced by 50%, ensuring business continuity during potential disruptions. Automation and collaboration between DevOps and data teams streamlined processes, enhancing data protection and operational efficiency.
Azure Log Aggregation and Performance Enhancement for Multinational Corporation
I led a project to upgrade a multinational organization's performance monitoring and log aggregation as they transitioned to Azure. Focused on enhancing the PowerOn Platform (Power BI Gen2, Azure App Services, Azure SQL Managed Instances), my role centered on efficiency optimization.
I introduced new data feeds for Power BI and Azure SQL Managed Instances, ensuring effective collection and processing of performance and usage data. Azure App Services were seamlessly integrated with Azure Monitor to capture real-time operational data, enhancing insights into application layer performance.
A central Log Analytics Workspace was proposed and implemented, providing a holistic view of performance and utilization data. It consolidated metrics, logs, and data from all PowerOn resources.
To address scalability concerns, Azure Autoscale was adopted, optimizing resource allocation during traffic spikes for cost savings and improved system performance.
This project resolved performance monitoring challenges, enabling effective Azure infrastructure management and preparing the client for future Azure endeavors.
I introduced new data feeds for Power BI and Azure SQL Managed Instances, ensuring effective collection and processing of performance and usage data. Azure App Services were seamlessly integrated with Azure Monitor to capture real-time operational data, enhancing insights into application layer performance.
A central Log Analytics Workspace was proposed and implemented, providing a holistic view of performance and utilization data. It consolidated metrics, logs, and data from all PowerOn resources.
To address scalability concerns, Azure Autoscale was adopted, optimizing resource allocation during traffic spikes for cost savings and improved system performance.
This project resolved performance monitoring challenges, enabling effective Azure infrastructure management and preparing the client for future Azure endeavors.
Cloud Resource Optimization and Cost Management
Resource costs for our internal applications were escalating without optimized utilization, impacting our budget.
As the cloud architect, I spearheaded a cloud resource optimization and cost management initiative.
I implemented Azure Cost Management and Advisor tools, developing automated scripts to analyze usage patterns and right-size resources using infrastructure as code. Continuous Integration integrated cost analysis into our deployment pipeline. By automating the analysis of resource consumption patterns, we identified underutilized resources and optimized scaling strategies.
Cost savings of 20% were achieved through optimized resource allocation. The organization benefited from the efficient use of cloud resources without compromising performance. Collaboration between finance and systems teams ensured cost-effective operations.
As the cloud architect, I spearheaded a cloud resource optimization and cost management initiative.
I implemented Azure Cost Management and Advisor tools, developing automated scripts to analyze usage patterns and right-size resources using infrastructure as code. Continuous Integration integrated cost analysis into our deployment pipeline. By automating the analysis of resource consumption patterns, we identified underutilized resources and optimized scaling strategies.
Cost savings of 20% were achieved through optimized resource allocation. The organization benefited from the efficient use of cloud resources without compromising performance. Collaboration between finance and systems teams ensured cost-effective operations.
Internal Email Migration Platform Solution
As a cloud architect and DevOps engineer, I architected an email migration platform solution that utilized Docker for containerization and Kubernetes for orchestration. This platform would analyze existing email structures, automate data migration, and ensure a smooth migration experience for our customers.
My role encompassed the end-to-end implementation of a containerized microservices-based email migration platform. This involved designing an automated migration process, orchestrating the deployment of microservices, and establishing continuous integration and delivery pipelines.
I led the development of microservices responsible for data extraction, transformation, and loading. Leveraging infrastructure as code principles, I scripted the deployment of these microservices, ensuring consistency across environments. I integrated Azure DevOps into the pipeline, enabling automated testing, quality checks, and deployment.
The platform successfully reduced downtime and data loss during migration, improving overall efficiency and customer satisfaction.
My role encompassed the end-to-end implementation of a containerized microservices-based email migration platform. This involved designing an automated migration process, orchestrating the deployment of microservices, and establishing continuous integration and delivery pipelines.
I led the development of microservices responsible for data extraction, transformation, and loading. Leveraging infrastructure as code principles, I scripted the deployment of these microservices, ensuring consistency across environments. I integrated Azure DevOps into the pipeline, enabling automated testing, quality checks, and deployment.
The platform successfully reduced downtime and data loss during migration, improving overall efficiency and customer satisfaction.
Housekeeping and Room Inspection Automation for Hotel
A prominent hotel chain faced challenges with manual housekeeping processes and room inspections. They needed a more efficient solution for room status updates and maintenance requests.
As the solutions architect, I was entrusted with designing and implementing a SharePoint system to automate housekeeping and room inspection processes.
We analyzed existing workflows and collaborated with housekeeping staff and management to identify key requirements. We developed a SharePoint-based system accessible via mobile devices for housekeeping staff to update room statuses, report issues, and request maintenance. Managers could track cleaning schedules and quality standards via the platform.
The automation of housekeeping and room inspections led to increased efficiency and accuracy. The hotel chain experienced reduced turnaround times, improved room quality, and enhanced guest satisfaction due to more efficient maintenance responses.
As the solutions architect, I was entrusted with designing and implementing a SharePoint system to automate housekeeping and room inspection processes.
We analyzed existing workflows and collaborated with housekeeping staff and management to identify key requirements. We developed a SharePoint-based system accessible via mobile devices for housekeeping staff to update room statuses, report issues, and request maintenance. Managers could track cleaning schedules and quality standards via the platform.
The automation of housekeeping and room inspections led to increased efficiency and accuracy. The hotel chain experienced reduced turnaround times, improved room quality, and enhanced guest satisfaction due to more efficient maintenance responses.
Guest Feedback and Satisfaction Surveys Implementation
A hotel sought to gain valuable insights into guest satisfaction and make data-driven improvements to enhance the guest experience.
As the solutions architect, I was entrusted with implementing a SharePoint solution for collecting and analyzing guest feedback.
We designed and deployed SharePoint surveys customized to capture specific insights. The system allowed guests to provide feedback during their stay, and we implemented analytics to gather and analyze the data. The feedback system integrated seamlessly with hotel operations to facilitate timely responses to guest needs.
The implementation of the SharePoint feedback system enabled the hotel chain to make data-driven improvements. As a result, they experienced increased guest satisfaction, better online reviews, and a substantial increase in repeat bookings.
As the solutions architect, I was entrusted with implementing a SharePoint solution for collecting and analyzing guest feedback.
We designed and deployed SharePoint surveys customized to capture specific insights. The system allowed guests to provide feedback during their stay, and we implemented analytics to gather and analyze the data. The feedback system integrated seamlessly with hotel operations to facilitate timely responses to guest needs.
The implementation of the SharePoint feedback system enabled the hotel chain to make data-driven improvements. As a result, they experienced increased guest satisfaction, better online reviews, and a substantial increase in repeat bookings.
Strengthening SharePoint Security and Workflow Optimization at PowerGas
PowerGas needed to enhance SharePoint security and optimize SharePoint workflows to support PowerApps development.
I assessed their SharePoint environment, identified security gaps, and evaluated existing workflows.
I implemented role-based access control (RBAC), multi-factor authentication (MFA), and encryption to strengthen security. I optimized workflows, automated processes and provided training on best practices.
PowerGas achieved improved SharePoint security, streamlined workflows, and enhanced support for PowerApps development, ensuring data protection and compliance with best practices.
I assessed their SharePoint environment, identified security gaps, and evaluated existing workflows.
I implemented role-based access control (RBAC), multi-factor authentication (MFA), and encryption to strengthen security. I optimized workflows, automated processes and provided training on best practices.
PowerGas achieved improved SharePoint security, streamlined workflows, and enhanced support for PowerApps development, ensuring data protection and compliance with best practices.
Microservices-based Inventory Management
In response to the need for real-time inventory updates, I led the development of a microservices-based inventory management system for a retail store, focusing on improving system scalability and resource optimization. The client needed an efficient way to manage their inventory.
My key task was to design and implement an event-driven system using Azure DevOps, C#, Docker, and microservices to enable efficient communication between components. Incorporating service discovery and load balancers to streamline scaling and API Gateway for secured microservices interactions while optimizing cloud resources for data archiving and automatic tiering.
Using Azure DevOps and Docker, I designed and implemented a microservices-based system with Azure pipelines for efficient provisioning, version control, and Azure storage optimization for automatic data tiering and archiving. Employing event-driven architecture principles, I centralized authentication, logging, and routing to ensure secure and managed interactions between microservices.
We achieved secure microservices interactions, robust data archiving, improved inventory control, and scalability by integrating a robust microservices architecture and optimizing cloud resources.
My key task was to design and implement an event-driven system using Azure DevOps, C#, Docker, and microservices to enable efficient communication between components. Incorporating service discovery and load balancers to streamline scaling and API Gateway for secured microservices interactions while optimizing cloud resources for data archiving and automatic tiering.
Using Azure DevOps and Docker, I designed and implemented a microservices-based system with Azure pipelines for efficient provisioning, version control, and Azure storage optimization for automatic data tiering and archiving. Employing event-driven architecture principles, I centralized authentication, logging, and routing to ensure secure and managed interactions between microservices.
We achieved secure microservices interactions, robust data archiving, improved inventory control, and scalability by integrating a robust microservices architecture and optimizing cloud resources.
Streamlining Order Notifications in a Multi-cloud Supply Chain Solution
The supply chain management software, hosted on Azure, needs to notify relevant stakeholders about order updates and status changes efficiently.
As the DevOps expert, I was tasked with the integration of Amazon Simple Notification Service (SNS) to the Azure Supply Chain app for seamless and real-time order notifications.
I assessed the current notification mechanism and identified areas for improvement. Implement Amazon SNS to handle order notifications, providing a scalable and reliable solution. I concluded by conducting thorough testing to ensure the smooth flow of order notifications between Azure and AWS.
Lastly, I set up monitoring to track the performance of the new notification system and promptly address any issues.
The integration of Amazon SNS streamlines the order notification process, ensuring that stakeholders receive timely updates on order status changes. This enhances the overall efficiency of the supply chain by providing real-time information and reducing delays in decision-making. I achieved a seamless and real-time order notification system, enhancing overall supply chain efficiency.
As the DevOps expert, I was tasked with the integration of Amazon Simple Notification Service (SNS) to the Azure Supply Chain app for seamless and real-time order notifications.
I assessed the current notification mechanism and identified areas for improvement. Implement Amazon SNS to handle order notifications, providing a scalable and reliable solution. I concluded by conducting thorough testing to ensure the smooth flow of order notifications between Azure and AWS.
Lastly, I set up monitoring to track the performance of the new notification system and promptly address any issues.
The integration of Amazon SNS streamlines the order notification process, ensuring that stakeholders receive timely updates on order status changes. This enhances the overall efficiency of the supply chain by providing real-time information and reducing delays in decision-making. I achieved a seamless and real-time order notification system, enhancing overall supply chain efficiency.
Enhanced Sales Analytics and Reporting Solution
The client needed a solution to efficiently process and analyze data and provide valuable insights. The objective was to build a comprehensive analytics platform for an online retail store to track sales, inventory, and customer data for informed decision-making.
My primary task was to architect an efficient system that met these requirements by leveraging Azure services such as CosmosDB, Azure Functions, and Azure Databricks, creating an efficient system for processing and analyzing sales data.
Using Azure APIs and OpenAPI specifications, I enabled efficient data retrieval and display. I optimized Azure DataFactory and Azure Databricks to process and analyze data, providing invaluable insights for the business.
The result was a comprehensive sales analytics platform that facilitated real-time data access. This enhanced analytics solution supported scalable cloud resources, providing actionable insights for improved decision-making and resource optimization. The system also allowed easy scaling of cloud resources for data processing and analysis, contributing to reduced response times and enhanced performance.
My primary task was to architect an efficient system that met these requirements by leveraging Azure services such as CosmosDB, Azure Functions, and Azure Databricks, creating an efficient system for processing and analyzing sales data.
Using Azure APIs and OpenAPI specifications, I enabled efficient data retrieval and display. I optimized Azure DataFactory and Azure Databricks to process and analyze data, providing invaluable insights for the business.
The result was a comprehensive sales analytics platform that facilitated real-time data access. This enhanced analytics solution supported scalable cloud resources, providing actionable insights for improved decision-making and resource optimization. The system also allowed easy scaling of cloud resources for data processing and analysis, contributing to reduced response times and enhanced performance.
Seamless Event-driven Inventory and Order Processing
The client needed a streamlined process to manage customer orders and real-time inventory updates, ensuring accurate stock levels and efficient order fulfillment. The requirement was to develop a system for real-time order processing and inventory updates in a retail warehouse.
I led the development, utilizing Azure Event Grid and Azure storage solutions to achieve real-time customer order confirmations, shipping, and delivery processes.
I implemented Azure's cloud resources to create an event-driven architecture, designed RESTful API endpoints, and established triggers for efficient inventory updates.
The system maintained accurate stock levels, enabled efficient order fulfillment, and effectively addressed inventory management challenges, improving operational efficiency and streamlined order processing, ultimately reducing manual effort and minimizing errors.
I led the development, utilizing Azure Event Grid and Azure storage solutions to achieve real-time customer order confirmations, shipping, and delivery processes.
I implemented Azure's cloud resources to create an event-driven architecture, designed RESTful API endpoints, and established triggers for efficient inventory updates.
The system maintained accurate stock levels, enabled efficient order fulfillment, and effectively addressed inventory management challenges, improving operational efficiency and streamlined order processing, ultimately reducing manual effort and minimizing errors.
Power BI Reporting Dashboard for Manufacturing Company
A manufacturing company specializing in automotive parts had challenges with manual reporting processes dealing with data stored across disparate systems and formats, making it difficult to consolidate and analyze data effectively.
I was tasked to develop a comprehensive reporting dashboard using Power BI to analyze production data, monitor KPIs, and optimize operational efficiency.
I worked with stakeholders to identify reporting requirements.
Designed and developed custom Power BI dashboards to visualize production metrics, such as yield rates, downtime, and quality control.
Integrated Power BI with Azure data services, leveraging Azure SQL Database and Azure Data Factory for data ingestion and transformation.
Implemented automated data refresh schedules to ensure that reports and dashboards were always up-to-date.
The result was a user-friendly Power BI reporting dashboard that provided actionable insights into production performance, leading to informed decision-making and process improvements.
This reduced reporting time by 30%. Also, stakeholders were empowered with self-service analytics capabilities, enabling them to explore data and generate ad-hoc reports as needed.
I was tasked to develop a comprehensive reporting dashboard using Power BI to analyze production data, monitor KPIs, and optimize operational efficiency.
I worked with stakeholders to identify reporting requirements.
Designed and developed custom Power BI dashboards to visualize production metrics, such as yield rates, downtime, and quality control.
Integrated Power BI with Azure data services, leveraging Azure SQL Database and Azure Data Factory for data ingestion and transformation.
Implemented automated data refresh schedules to ensure that reports and dashboards were always up-to-date.
The result was a user-friendly Power BI reporting dashboard that provided actionable insights into production performance, leading to informed decision-making and process improvements.
This reduced reporting time by 30%. Also, stakeholders were empowered with self-service analytics capabilities, enabling them to explore data and generate ad-hoc reports as needed.
Internal CRM Implementation for Sales Team
My organization lacked a centralized system to effectively manage leads, customer interactions, and sales data. The fragmented sales process made prioritizing follow-ups and monitoring sales performance difficult.
My tasks:
• Implemented an internal CRM solution tailored to the specific needs of Netcom's sales team to improve lead management, customer interactions, and sales tracking.
• Collaborated with the sales team to gather requirements and understand their workflow.
• Designed and customized a CRM system using Microsoft Power Apps, integrating it with existing systems. Configured automated workflows and notifications to streamline lead assignment and follow-up processes.
Implemented custom dashboards and reports in Power BI to track sales performance, pipeline metrics, and customer engagement. This resulted in Improved visibility into the sales pipeline and performance metrics, leading to better forecasting accuracy and informed decision-making.
• Streamlined lead management processes, resulting in a 25% increase in lead conversion rates.
• Empowered sales team members with actionable insights through interactive Power BI dashboards, driving accountability and performance improvement.
My tasks:
• Implemented an internal CRM solution tailored to the specific needs of Netcom's sales team to improve lead management, customer interactions, and sales tracking.
• Collaborated with the sales team to gather requirements and understand their workflow.
• Designed and customized a CRM system using Microsoft Power Apps, integrating it with existing systems. Configured automated workflows and notifications to streamline lead assignment and follow-up processes.
Implemented custom dashboards and reports in Power BI to track sales performance, pipeline metrics, and customer engagement. This resulted in Improved visibility into the sales pipeline and performance metrics, leading to better forecasting accuracy and informed decision-making.
• Streamlined lead management processes, resulting in a 25% increase in lead conversion rates.
• Empowered sales team members with actionable insights through interactive Power BI dashboards, driving accountability and performance improvement.
Power BI Analytics Platform for Operations Management
The operations management team at Netcom lacked centralized visibility into key performance indicators (KPIs) and operational metrics across various departments. This resulted in inefficient decision-making, as department heads lacked timely and accurate insights into their respective areas of responsibility.
My team was tasked with developing an internal analytics platform using Power BI to track and analyze key operational metrics across various departments within Netcom, including IT, finance, and human resources.
• Worked with department heads to identify key performance indicators (KPIs) and reporting requirements.
• Designed and implemented a centralized data warehouse architecture on Azure, leveraging Azure SQL Database for data storage and Azure Data Factory for ETL processes.
• Developed interactive Power BI dashboards and reports to visualize operational metrics such as IT ticket resolution times, financial performance, and employee productivity.
• Implemented row-level security in Power BI to ensure data privacy and access control based on user roles and permissions.
Our results enabled cross-departmental visibility and collaboration by providing a unified view of operational metrics through Power BI dashboards.
My team was tasked with developing an internal analytics platform using Power BI to track and analyze key operational metrics across various departments within Netcom, including IT, finance, and human resources.
• Worked with department heads to identify key performance indicators (KPIs) and reporting requirements.
• Designed and implemented a centralized data warehouse architecture on Azure, leveraging Azure SQL Database for data storage and Azure Data Factory for ETL processes.
• Developed interactive Power BI dashboards and reports to visualize operational metrics such as IT ticket resolution times, financial performance, and employee productivity.
• Implemented row-level security in Power BI to ensure data privacy and access control based on user roles and permissions.
Our results enabled cross-departmental visibility and collaboration by providing a unified view of operational metrics through Power BI dashboards.
Enhancing Healthcare Operations with Azure Virtual Desktop (AVD)
A leading provider of medical services faced challenges in securely accessing critical medical imaging software and electronic health records (EHR) systems. Traditional solutions like SharePoint fell short. They needed a solution providing secure and compliant access to critical medical applications while ensuring optimal performance and data security.
As a Cloud Solutions SME, I proposed leveraging Azure Virtual Desktop (AVD) to address their challenges by providing secure and compliant access to medical applications.
Working closely with the client, we thoroughly assessed their IT infrastructure and identified the applications and data that required access through AVD. We designed a customized AVD environment tailored to their needs, ensuring seamless integration with their existing Microsoft 365 and Azure services.
The result? Secure and compliant access to critical medical apps, improved performance, and enhanced patient care delivery. AVD provided consistent and optimized performance, enabling healthcare professionals to access these applications from any device, anywhere, while ensuring data security and compliance with HIPAA regulations.
As a Cloud Solutions SME, I proposed leveraging Azure Virtual Desktop (AVD) to address their challenges by providing secure and compliant access to medical applications.
Working closely with the client, we thoroughly assessed their IT infrastructure and identified the applications and data that required access through AVD. We designed a customized AVD environment tailored to their needs, ensuring seamless integration with their existing Microsoft 365 and Azure services.
The result? Secure and compliant access to critical medical apps, improved performance, and enhanced patient care delivery. AVD provided consistent and optimized performance, enabling healthcare professionals to access these applications from any device, anywhere, while ensuring data security and compliance with HIPAA regulations.
Enhancing Health Team Collaboration and Productivity with Microsoft Cloud for Healthcare
A healthcare organization needed to improve patient care outcomes and meet regulatory requirements. They used Microsoft Teams but faced challenges in collaboration and communication across care teams.
As the cloud solution expert, the task was to develop and implement a solution to enhance care team collaboration, schedule synchronization, and communication efficiency. I analyzed the organization's regulatory requirements and designed and deployed Microsoft Teams with healthcare templates to create new teams and channels for care teams. I implemented Shifts to manage schedules, time-off requests, and shift changes. Used Microsoft Lists and PowerAutomate for patient care processes. Leveraged Microsoft Teams capabilities for secure communication, including file sharing and tagging specific team members, and ensured compliance with industry regulations such as HIPAA and GDPR by configuring security and privacy settings.
The output enhanced teamwork and coordination among care teams, improving efficiency in scheduling and communication, increasing productivity through streamlined workflows and automated processes, and enhanced security and compliance posture, protecting sensitive patient data and adhering to regulatory requirements.
As the cloud solution expert, the task was to develop and implement a solution to enhance care team collaboration, schedule synchronization, and communication efficiency. I analyzed the organization's regulatory requirements and designed and deployed Microsoft Teams with healthcare templates to create new teams and channels for care teams. I implemented Shifts to manage schedules, time-off requests, and shift changes. Used Microsoft Lists and PowerAutomate for patient care processes. Leveraged Microsoft Teams capabilities for secure communication, including file sharing and tagging specific team members, and ensured compliance with industry regulations such as HIPAA and GDPR by configuring security and privacy settings.
The output enhanced teamwork and coordination among care teams, improving efficiency in scheduling and communication, increasing productivity through streamlined workflows and automated processes, and enhanced security and compliance posture, protecting sensitive patient data and adhering to regulatory requirements.
Remote Care Management Solution for Health Care Company
A healthcare organization aimed to leverage Microsoft Cloud for Healthcare to streamline remote care management for patients. The challenge was optimizing the deployment and management processes within the Microsoft Cloud for the Healthcare environment to ensure seamless operation and compliance with industry standards, such as HIPAA, GDPR, and CCPA.
As an architect and DevOps engineer, I spearheaded implementing and optimizing remote care management solutions using Microsoft Cloud for Healthcare. Leveraging Azure Health Data Services, Dynamics 365 Customer Service, and Azure DevOps, I orchestrated the deployment pipelines and automated workflows for device management, data ingestion, and analytics processing. Using Infrastructure as Code principles, I created reproducible and scalable environments, ensuring consistency and reliability across deployments. I integrated Microsoft 365 Compliance and Microsoft Purview to enforce security and compliance policies.
By implementing DevOps practices, we successfully deployed a scalable and secure remote care management solution that enabled proactive care management through advanced analytics and insights while ensuring compliance and efficiency in healthcare operations.
As an architect and DevOps engineer, I spearheaded implementing and optimizing remote care management solutions using Microsoft Cloud for Healthcare. Leveraging Azure Health Data Services, Dynamics 365 Customer Service, and Azure DevOps, I orchestrated the deployment pipelines and automated workflows for device management, data ingestion, and analytics processing. Using Infrastructure as Code principles, I created reproducible and scalable environments, ensuring consistency and reliability across deployments. I integrated Microsoft 365 Compliance and Microsoft Purview to enforce security and compliance policies.
By implementing DevOps practices, we successfully deployed a scalable and secure remote care management solution that enabled proactive care management through advanced analytics and insights while ensuring compliance and efficiency in healthcare operations.
Zero Trust Foundation Solution for Levitikal Realities & Construction
The company operates in a dynamic environment with teams across various construction sites. The security of sensitive project data is a major concern due to the dispersed nature of the teams.
As the solution architect, I was tasked to design and implement a Zero Trust foundation solution, leveraging Microsoft 365 to enhance security measures and protect sensitive project data.
I implemented Azure Active Directory (Azure AD) for user identity management, enabling strong authentication using conditional access policies and single sign-on capabilities. I deployed Microsoft Defender for Endpoint to protect devices across multiple platforms from advanced threats, allowed device-based conditional access, and performed endpoint detection and response (EDR). I also configured Microsoft Purview Information Protection to classify, label, and protect sensitive information from accidental sharing across the organization's data estate. I utilized Microsoft Intune for cloud-based device management and enforcement of compliance policies.
After the project, security measures were enhanced to secure and manage identities, defend against threats on multiple platforms, and protect sensitive information across their data estate.
As the solution architect, I was tasked to design and implement a Zero Trust foundation solution, leveraging Microsoft 365 to enhance security measures and protect sensitive project data.
I implemented Azure Active Directory (Azure AD) for user identity management, enabling strong authentication using conditional access policies and single sign-on capabilities. I deployed Microsoft Defender for Endpoint to protect devices across multiple platforms from advanced threats, allowed device-based conditional access, and performed endpoint detection and response (EDR). I also configured Microsoft Purview Information Protection to classify, label, and protect sensitive information from accidental sharing across the organization's data estate. I utilized Microsoft Intune for cloud-based device management and enforcement of compliance policies.
After the project, security measures were enhanced to secure and manage identities, defend against threats on multiple platforms, and protect sensitive information across their data estate.
Simplified Endpoint Management Levitikal Realities & Construction
Levitikal Realities & Construction faced inefficiencies in managing endpoints across dispersed teams and construction sites. The existing IT infrastructure cannot efficiently manage endpoints across distributed teams, leading to device provisioning and deployment inefficiencies.
As the solutions architect, I designed and implemented a simplified endpoint management solution using Microsoft 365 to streamline device management processes.
For the implementation, I leveraged Microsoft Intune for cloud-based endpoint management and application deployment. I deployed Windows 11 Enterprise for enhanced security features and a modern user experience. I also utilized Windows Autopilot for simplified device provisioning and deployment and implemented Windows Autopatch to automate patch management for Windows devices. I used Endpoint analytics to gain insights into device performance and user productivity.
The endpoint solution streamlined device provisioning and patch management processes, resulting in faster onboarding of new devices and reduced downtime. This increased operational efficiency and minimized security vulnerabilities, enhancing overall cybersecurity posture and reducing the organization's exposure to cyber threats.
As the solutions architect, I designed and implemented a simplified endpoint management solution using Microsoft 365 to streamline device management processes.
For the implementation, I leveraged Microsoft Intune for cloud-based endpoint management and application deployment. I deployed Windows 11 Enterprise for enhanced security features and a modern user experience. I also utilized Windows Autopilot for simplified device provisioning and deployment and implemented Windows Autopatch to automate patch management for Windows devices. I used Endpoint analytics to gain insights into device performance and user productivity.
The endpoint solution streamlined device provisioning and patch management processes, resulting in faster onboarding of new devices and reduced downtime. This increased operational efficiency and minimized security vulnerabilities, enhancing overall cybersecurity posture and reducing the organization's exposure to cyber threats.
Productivity and Collaboration solution for Levitikal Realities & Construction
This company faces communication and collaboration challenges among dispersed project teams. Fragmented communication and collaboration methods hinder productivity and project timelines for distributed project teams.
As the solutions architect, I designed and implemented a productivity and collaboration solution using Microsoft 365 to enhance communication and collaboration among project teams. First, I deployed Microsoft Teams as the central communication and collaboration platform. I implemented SharePoint Online for centralized document management and collaboration.
I provided access to essential productivity tools such as Office Suite (Word, Excel, PowerPoint) and enabled seamless collaboration on projects with Loop. I migrated and facilitated efficient email and calendar management with Outlook and Exchange Online.
The productivity and collaboration solutions, including Microsoft Teams and SharePoint Online, fostered collaboration and communication among project teams, leading to faster decision-making and increased innovation. Centralized document management and remote access to engineering applications improved workflow efficiency and employee satisfaction, ultimately driving productivity gains and project success.
As the solutions architect, I designed and implemented a productivity and collaboration solution using Microsoft 365 to enhance communication and collaboration among project teams. First, I deployed Microsoft Teams as the central communication and collaboration platform. I implemented SharePoint Online for centralized document management and collaboration.
I provided access to essential productivity tools such as Office Suite (Word, Excel, PowerPoint) and enabled seamless collaboration on projects with Loop. I migrated and facilitated efficient email and calendar management with Outlook and Exchange Online.
The productivity and collaboration solutions, including Microsoft Teams and SharePoint Online, fostered collaboration and communication among project teams, leading to faster decision-making and increased innovation. Centralized document management and remote access to engineering applications improved workflow efficiency and employee satisfaction, ultimately driving productivity gains and project success.
Virtual Desktop Infrastructure for Engineering Applications
Levitikal Realities & Construction faces challenges in accessing engineering applications from remote locations. Remote access to critical engineering applications such as AutoCAD and Revit is essential for project teams but limited due to the dispersed nature of the teams.
As the solutions architect, I designed and implemented a virtual desktop infrastructure (VDI) solution using Microsoft 365 to enable remote access to engineering applications. I deployed Windows 365 to host engineering applications such as AutoCAD and Revit and configured user access and permissions to ensure remote access to critical tools from any location. I integrated Microsoft Intune for device management across diverse platforms and implemented security policies and configurations to ensure compliance with company standards.
Deploying the virtual desktop infrastructure for engineering applications enabled remote access to critical tools such as AutoCAD and Revit, empowering employees to work from anywhere without compromising performance. This increased flexibility and mobility enhanced workforce productivity and accelerated project timelines, ultimately improving project outcomes and client satisfaction.
As the solutions architect, I designed and implemented a virtual desktop infrastructure (VDI) solution using Microsoft 365 to enable remote access to engineering applications. I deployed Windows 365 to host engineering applications such as AutoCAD and Revit and configured user access and permissions to ensure remote access to critical tools from any location. I integrated Microsoft Intune for device management across diverse platforms and implemented security policies and configurations to ensure compliance with company standards.
Deploying the virtual desktop infrastructure for engineering applications enabled remote access to critical tools such as AutoCAD and Revit, empowering employees to work from anywhere without compromising performance. This increased flexibility and mobility enhanced workforce productivity and accelerated project timelines, ultimately improving project outcomes and client satisfaction.
Legal Case Management System with Microsoft 365 and Power Platform
Our internal legal team needed a comprehensive case management system to streamline workflows, improve collaboration, and automate repetitive tasks. The goal was to leverage Microsoft 365 and Power Platform to build a custom solution tailored to the team's needs.
As a cloud architect and Microsoft 365 subject matter expert, I designed, developed, and deployed a legal case management system. This involved gathering requirements, designing the system architecture, developing custom apps, integrating various Microsoft tools, and ensuring the system met all relevant regulations and best practices.
I started by setting up Microsoft Teams and SharePoint for collaboration and document management. I then used Power Apps to build custom apps based on the team's requirements. I automated workflows using Power Automate and set up data analysis and reporting using Power BI. I integrated ProCase for case management and used Arrow365 for bulk SharePoint site creation. I conducted thorough testing to ensure the system was functioning as expected and provided training to the users.
The new system significantly improved the efficiency of the legal team's workflows and received positive user feedback.
As a cloud architect and Microsoft 365 subject matter expert, I designed, developed, and deployed a legal case management system. This involved gathering requirements, designing the system architecture, developing custom apps, integrating various Microsoft tools, and ensuring the system met all relevant regulations and best practices.
I started by setting up Microsoft Teams and SharePoint for collaboration and document management. I then used Power Apps to build custom apps based on the team's requirements. I automated workflows using Power Automate and set up data analysis and reporting using Power BI. I integrated ProCase for case management and used Arrow365 for bulk SharePoint site creation. I conducted thorough testing to ensure the system was functioning as expected and provided training to the users.
The new system significantly improved the efficiency of the legal team's workflows and received positive user feedback.
Real-Time Fleet Management System Improvement for Logistics Company
AMG Logistics, a leading logistics company, had a fleet management system struggling to process real-time data from their vast fleet of vehicles.
As a cloud architect and DevOps engineer, my task was to improve the system's performance and responsiveness. I decided to leverage Azure Event Hubs to handle the real-time data effectively.
I integrated Azure Event Hubs with the fleet management system to ingest the telemetry data from the vehicles in real time. This data was then processed and analyzed using Azure Stream Analytics, providing real-time insights into vehicle performance and logistics operations.
The integration of Azure Event Hubs significantly improved the performance of the fleet management system, providing real-time insights that helped AMG Logistics optimize its operations and improve service delivery.
As a cloud architect and DevOps engineer, my task was to improve the system's performance and responsiveness. I decided to leverage Azure Event Hubs to handle the real-time data effectively.
I integrated Azure Event Hubs with the fleet management system to ingest the telemetry data from the vehicles in real time. This data was then processed and analyzed using Azure Stream Analytics, providing real-time insights into vehicle performance and logistics operations.
The integration of Azure Event Hubs significantly improved the performance of the fleet management system, providing real-time insights that helped AMG Logistics optimize its operations and improve service delivery.
Real-Time Inventory Management System for Retail Company
Prince Ebeano, a leading grocery retail supermarket, needed a real-time solution to manage its inventory across multiple locations.
As a cloud architect and DevOps engineer, I designed and implemented a solution to manage real-time data effectively. I decided to leverage Azure Event Hubs for its capability to ingest millions of events per second.
I integrated Azure Event Hubs with their eCommerce systems to receive the inventory data. The data was then processed and analyzed using Azure Stream Analytics. This allowed them to monitor their inventory in real-time and make informed decisions based on the data trends.
The new system significantly improved the efficiency of Prince Ebeano's operations by providing real-time insights into their inventory.
As a cloud architect and DevOps engineer, I designed and implemented a solution to manage real-time data effectively. I decided to leverage Azure Event Hubs for its capability to ingest millions of events per second.
I integrated Azure Event Hubs with their eCommerce systems to receive the inventory data. The data was then processed and analyzed using Azure Stream Analytics. This allowed them to monitor their inventory in real-time and make informed decisions based on the data trends.
The new system significantly improved the efficiency of Prince Ebeano's operations by providing real-time insights into their inventory.
Building a Scalable Document Ingestion Pipeline on Azure Cloud Platform for a Legal AI Tech Company
A legal tech company faced challenges in efficiently ingesting, processing, and storing large volumes of documents from various sources while ensuring scalability, reliability, and security. The existing document ingestion system relied on a monolithic application architecture deployed on AWS VMs.
I led the design and implementation of a scalable document ingestion pipeline on the Azure Cloud platform, improving processing efficiency by 50%. A comprehensive assessment of the existing AWS document ingestion pipeline was conducted to identify components for migration. I also worked with stakeholders to define the project scope and objectives.
I architected an end-to-end solution leveraging Azure Blob Storage, Azure Functions, and Logic App, meeting business requirements and scalability needs. I worked with the team to build and deploy custom Azure Functions for automated document processing, reducing manual intervention by 70%.
I also migrated existing AWS pipeline components to Azure and conducted testing and performance tuning.
By leveraging Azure services, we successfully developed and implemented the document ingestion pipeline, facilitating automated document processing and enhancing operational efficiency.
I led the design and implementation of a scalable document ingestion pipeline on the Azure Cloud platform, improving processing efficiency by 50%. A comprehensive assessment of the existing AWS document ingestion pipeline was conducted to identify components for migration. I also worked with stakeholders to define the project scope and objectives.
I architected an end-to-end solution leveraging Azure Blob Storage, Azure Functions, and Logic App, meeting business requirements and scalability needs. I worked with the team to build and deploy custom Azure Functions for automated document processing, reducing manual intervention by 70%.
I also migrated existing AWS pipeline components to Azure and conducted testing and performance tuning.
By leveraging Azure services, we successfully developed and implemented the document ingestion pipeline, facilitating automated document processing and enhancing operational efficiency.
Education
2022 - 2023
Master's Degree in Business Administration
University of East London - London, UK
2006 - 2011
Bachelor's Degree in Computer Science
University of Port Harcourt - Port Harcourt, Nigeria
Certifications
SEPTEMBER 2023 - SEPTEMBER 2024
Microsoft Certified: Azure Cosmos DB Developer Specialty
Microsoft
DECEMBER 2022 - DECEMBER 2024
Microsoft Azure Solutions Architect Expert
Microsoft
NOVEMBER 2022 - NOVEMBER 2024
Microsoft Certified: DevOps Engineer Expert
Microsoft
JULY 2022 - JULY 2025
AWS Certified Cloud Practitioner
AWS
MARCH 2022 - MARCH 2023
Microsoft Certified: Azure Database Administrator Associate
Microsoft
FEBRUARY 2022 - PRESENT
Microsoft Certified: Azure Data Fundamentals
Microsoft
JANUARY 2022 - FEBRUARY 2024
Microsoft Certified: Azure Administrator Associate
Microsoft
NOVEMBER 2021 - NOVEMBER 2023
Microsoft Certified: Security Operations Analyst Associate
Microsoft
JULY 2021 - JULY 2022
Microsoft 365 Certified: Enterprise Administrator Expert
Microsoft
APRIL 2021 - APRIL 2024
Microsoft 365 Certified: Teams Administrator Associate
Microsoft
Skills
Tools
Microsoft Teams, MS Exchange, Azure Key Vault, Microsoft Exchange, Microsoft Intune, Microsoft Outlook, Terraform, Azure Virtual Network Gateway, AWS Subnets, Azure App Service, Azure Application Insights, Microsoft Power Apps, Helm, GitHub, Amazon Elastic Container Service (Amazon ECS), GitLab CI/CD, GitLab, Slack, Microsoft Project, Microsoft Visio, VMware, Hyper-V, VPN, Azure Application Gateway, Logging, Grafana, Azure Kubernetes Service (AKS), Microsoft Deployment Toolkit (MDT), Tableau, Bubble, Git, AWS CloudFormation, Power BI Desktop, Microsoft Power BI, Power Query, Azure Information Protection (AIP), Windows Autopilot, Microsoft Exchange Online, Azure Network Security Groups, AWS Mobile Analytics, Azure Logic Apps, Azure Monitor
Paradigms
Azure DevOps, DevOps, DevSecOps, Microservices, Event-driven Architecture, Role-based Access Control (RBAC), API/Services Architecture, HIPAA Compliance, ETL, Agile, Continuous Delivery (CD), Continuous Integration (CI), Mobile Development, Maintainability, Best Practices in Design, RESTful Development, Change Management, REST, Testing
Platforms
Windows, Azure, SharePoint, Microsoft, Amazon Web Services (AWS), Amazon EC2, Google Cloud Platform (GCP), Kubernetes, SharePoint 365, Linux, AWS Lambda, Windows Server 2008, Windows Server, Azure IaaS, Desktop, Docker, Azure Functions, Microsoft Loop, WordPress, Microsoft Power Platform, Microsoft Power Automate, Azure Event Hubs
Storage
Azure Active Directory, Azure Cloud Services, Azure SQL Databases, Google Cloud, Azure Blobs, Amazon S3 (AWS S3), Amazon DynamoDB, Database Security, Azure Cosmos DB, Databases, SQL Server DBA, Database Performance, Database Administration (DBA), Data Integration, Azure Queue Storage, Cloud Deployment, Redis
Other
Microsoft Planner, IT Networking, Network Monitoring, Web Security, Cloud Platforms, Cloud Migration, System Administration, Office 365, Application Security, Collaboration, Cloud Architecture, Cloud Infrastructure, Mobile Device Management (MDM), Microsoft 365, Identity & Access Management (IAM), Security, Data Loss Prevention (DLP), Azure Migrate, Solution Architecture, Mobile Security, Configuration Management, Windows 10, Cloud, CI/CD Pipelines, Monitoring, Single Sign-on (SSO), SecOps, IT Security, Azure Virtual Networks, Business Continuity & Disaster Recovery (BCDR), Containerization, Containers, Azure Resource Manager (ARM), Veeam, Azure Virtual Machines, Security Audits, Amazon DocumentDB, DocumentDB, Scaling, Microsoft Azure, Security Policies & Procedures, GitHub Actions, AWS Certified Solution Architect, Infrastructure, Azure Cloud Security, Cloud Networking, Cloud Storage, Cloud Security, Azure Administrator, Google Workspace, Azure Data Factory, Azure Databricks, Cloudflare, Web App Security, SaaS Monitoring, Carbonite, Rackware, Certified Information Systems Security Professional, MigrationWiz, Azure VDI, ECS, Healthcare IT, Strategy, Operations, Partnerships, Financials, Digital Marketing, Backups, Servers, Upgrades, Desktop Support, Remote Desktop, Firewalls, CCNA Security, DNS, Virtualization Technology, Multiprotocol Label Switching (MPLS), Cisco Routers, Compliance, Source Control Management, Facilitation, Storage, Communication, Design, Architecture, Security Planning, Cloud Computing, Data Management, Networking, Cloud Services, Data Protection, Information Security, Data-level Security, Migration, Microsoft Dynamics 365, Application Infrastructure, Cyber Threat Hunting, High Availability Disaster Recovery (HADR), Digital Solutions, Windows System Administration, TCP/IP, Data, MCSE | Data Platforms, Deployment, Product Lifecycle Management (PLM), Risk Management, Microsoft Defender Antivirus, Microsoft Sentinel, Risk & Compliance, Infrastructure Security, Zero Trust, Security Administration, Microsoft Purview, Policy, Administration, Microsoft Endpoint Manager (MEM), Regulatory Compliance, Data Security, Azure Pipelines, Infrastructure as Code (IaC), Cross-functional Collaboration, Data Modeling, Performance Optimization, Azure Autoscaling, Solution Design, Optimization, Integration, Cost Analysis, Disaster Recovery Plans (DRP), AWS Cloud Architecture, Microsoft Azure Cloud Server, Pipelines, Azure Event Grid, Analytics, AWS DevOps, Scalability, Reliability, Data Analysis, Data Visualization, Workflow Automation, IT Projects, Customer Relationship Management (CRM), Dynamics CRM 365, Data Architecture, Data Governance, Training, Software Configuration Management (SCM), Microsoft Cloud for Healthcare, Microsoft Lists, Azure Health Data Services, Windows 11, Endpoint Analytic, Endpoint Security, Endpoint Management, Endpoint Detection and Response (EDR), Microsoft Office, Outlook, Azure Virtual Desktop, DevOps Engineer, WordPress Installation, IT Project Management, Teamwork, Web Development, Azure Stream Analytics, Web Project Management, Data Analytics, API Integration, AWS Well-Architected Framework, Cloud adoption strategies, Migration Strategies, AWS Cloud Security, AWS storage services, Azure Service Bus, Performance Tuning, Redis Clusters, Azure Blob Storage, Core data concepts, Identify considerations for relational data on Azure
Languages
Snowflake, YAML, JavaScript, SQL, T-SQL (Transact-SQL), C#, Bash, Python, Bash Script, Ruby
Frameworks
Windows PowerShell, ADF, AWS HA, React Native
Libraries/APIs
Azure API Management, OpenAPI, Azure Cognitive Services
Industry Expertise
Cybersecurity, Network Security
Collaboration That Works
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