Agile and  Modern IT Solutions

The prominent hospital in southern California, operating across two locations, identified the imperative to revamp and streamline IT service management processes for heightened efficiency and effectiveness. Seeking to implement ServiceNow IT Service Management (ITSM) for a robust ticketing system and enhanced incident resolution capabilities, the challenge resided in configuring ServiceNow minimally while guaranteeing a seamless migration of ticket history from their current third-party vendor.

Our team initiated a thorough implementation process to address the challenge of implementing ServiceNow ITSM at the hospital. We opted for a base, vanilla installation of ServiceNow, focusing on essential functionalities without custom workflows or automation initiatives. This involved setting up 7-10 IT queues customised to meet specific requirements and configuring the default portal for user ticket submissions. Additionally, we integrated email (SMTP) services for streamlined communication and basic reporting capabilities for incident tracking and analysis. Our team meticulously managed the migration process, utilising available tools to preserve historical data and uninterrupted service continuity. Furthermore, we conducted tailored training sessions for the IT team, equipping them with the necessary knowledge and skills to leverage the ServiceNow platform effectively.

Our client that mines precious metals faced significant hurdles with their on-premises backup solution, Commvault, spanning configuration management, backup job oversight, and restoration timeframes. These challenges presented obstacles that hindered their disaster recovery capabilities and posed limitations on the scalability initiatives vital for accommodating the company's evolving needs and growth trajectory. The complexities in managing configurations, monitoring backup jobs effectively, and reducing restoration times underscored the pressing need for a comprehensive overhaul of their backup infrastructure to ensure robust disaster recovery mechanisms and streamlined scalability pathways.

Our proposal entailed migrating our client's backup infrastructure to a Commvault setup hosted on AWS. By leveraging the multi-availability zone feature within AWS, we aimed to enhance the redundancy and scalability of their backup system. This migration to AWS offered improved fault tolerance through redundant data storage across different zones and provided the flexibility to scale resources dynamically based on workload demands. The utilisation of AWS infrastructure allowed for enhanced data protection, increased system reliability, and the ability to seamlessly expand storage capacity as needed, ensuring a robust disaster recovery framework and accommodating future growth requirements effectively.

Our task was to tackle the intricate access rights management requirements of a vast healthcare facility spanning almost 50 locations. Due to a lack of centralised control and visibility, daily hurdles such as access management, account provisioning, permission oversight, system monitoring, and compliance reporting plagued the organisation. The challenge was seamlessly integrating solutions to enhance inventory management, enforce regulatory compliance, and boost network performance, minimising downtime and disruptions throughout the expansive healthcare network.

We successfully addressed the complex access rights management challenges by deploying SolarWinds Access Rights Manager (ARM) and User Device Tracker (UDT) for the healthcare facility with nearly 50 locations. With ARM, our solution provided the client with centralised visibility into resource access, automated provisioning, detection of suspicious activities, and customised reporting for compliance and audit requirements. Simultaneously, UDT enhanced network device visibility and control, allowing real-time location, status, and usage monitoring. This comprehensive approach streamlined inventory management, ensured regulatory compliance, optimised network performance, and minimised downtime and disruptions, empowering the healthcare facility to operate efficiently and securely across its extensive network infrastructure.