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.

Developing a personalised recommendation engine with integrated e-commerce proved a significant challenge for a small startup to build and expand. Hum sought a reliable technology partner capable of fostering this idea from its inception, providing ongoing support as it evolved alongside the growing business and offering the expertise required to incorporate advanced features such as Machine Learning-based recommendations progressively. AspireLive, with its proven track record, was the perfect fit for this role.

AspireLive took the lead in the e-commerce development initiative, meticulously crafting strategies to build a tailored platform aligned with their customer's needs and objectives. Their expertise in technology architecture was instrumental in laying a robust foundation for scalability and seamless integration of advanced functionalities. Beyond offering strategic guidance and expert recommendations, AspireLive actively participated in the implementation, enhancing efficiency and effectiveness. This partnership evolved organically over a year, fostering collaboration, continuous improvement, and a shared vision for future technological advancements. By proactively introducing innovative features like Machine Learning-based recommendations, AspireLive elevated the e-commerce project and solidified its role as a critical enabler of the startup's technological success, turning a challenging endeavour into a thriving and sustainable ecosystem.

The complexity of integrating diverse IoT devices, such as cameras, thermostats and sensors, into the Azure public cloud for our customer's parking garage infrastructure posed a significant challenge. Ensuring seamless connectivity, efficient data transmission, and robust security protocols across the IoT network required meticulous planning and expertise to optimise operational efficiency and safeguard sensitive data.

By meticulously designing and implementing a comprehensive IoT cloud solution on Microsoft Azure, we successfully overcame the challenge of integrating diverse IoT devices within our customer's parking garage infrastructure. Leveraging Azure's advanced features, we established a seamless connectivity framework for thermostats and cameras, enabling efficient data transmission and management in the cloud. This solution enhanced operational efficiency and fortified the garage's security posture, ensuring optimal performance and data protection.

A prominent global manufacturer, facing challenges with the efficiency of its widely distributed manufacturing facilities due to an outdated data centre, sought a data centre refresh. The seamless transition from its current data centre to a new VMware on the Nutanix platform was identified as a critical priority to enhance operational capabilities across its global network of plants.

Aspire implemented ESXi hypervisor clusters, VMware vCenter, and the Nutanix AOS Acropolis Operating System, incorporating hardware alerting and remote console access. Additionally, remote management was established at both primary and disaster recovery sites, comprehensive environment documentation was provided to facilitate deployment, replication was configured, and distributed storage and encryption were set up to ensure a robust and secure infrastructure.

Our customer encountered obstacles with visibility into their environment, leading to performance issues. They sought a comprehensive solution to gain a complete understanding of their network activities and address the performance challenges effectively.

We implemented a robust solution by utilizing Gigamon for monitoring network changes, performance evaluation, and traffic pattern analysis, along with Extrahop for advanced network analytics, thereby enhancing our network performance monitoring capabilities.

The client faced escalating challenges due to the intricate nature of their microservices platform, requiring a solution to address load-balancing issues and bolster security measures. With the need to enhance scalability and resilience while ensuring secure traffic distribution and API protection, the client sought a comprehensive approach to optimise their microservices architecture effectively.

Our team successfully tackled the escalating complexity of our client's microservices platform by implementing a robust solution that leveraged the power of F5 Big-IP, NGINX, and F5 APM Access Policy Manager. By integrating an API gateway alongside F5 technologies, we orchestrated seamless traffic distribution and fortified API security, empowering the client's microservices architecture with enhanced scalability and resilience.

A multinational accounting professional services firm tasked our team to support their network team in enhancing visibility into network traffic by identifying and selecting an optimal solution.

We meticulously assessed various solutions to ensure alignment with the company's requirements, leading to the selection of a cost-effective and efficient solution tailored to the specific use case. The optimal combination identified for the proof-of-concept test included Keysight taps, Viavi analytics, and CPacket for Azure, which stood out as the contenders' most functional and economical choices.

Our client, a prominent crude oil refinery renowned for producing gasoline, jet fuel, diesel, heating oil, heavy fuel oils, propane, and asphalt for multinational corporations, recognised the need for enhanced insights and analytics derived from machine data and event logs. They set out to elevate these capabilities by implementing an automated response mechanism to improve operational efficiency and fortify security measures.

The client revolutionised their operational environment by harnessing the power of Splunk, a leading platform known for its robust big data analytics, monitoring capabilities, security features, and incident response tools. The customer unlocked invaluable insights through the strategic integration of Splunk across their infrastructure and the centralised aggregation of machine data, event logs, metrics, and network traces. These insights empowered them to optimise operational efficiencies, pre-emptively identify operational risks, thwart cybersecurity threats, and automate responses to promptly and efficiently counter known vulnerabilities.

A prominent organisation in the water treatment industry encountered issues with its Cisco Unified Communications (UC) solution, which caters to more than 100 end users. The current IP address setup posed efficiency, scalability, and network reliability challenges, necessitating a comprehensive overhaul. The project aimed to revamp essential UC components' outdated IP address configuration while minimising operational disruptions. The intricate environment comprised a UCS server, multiple Cisco UC virtual machines, an extensive phone network, and several Cisco Voice Gateways.

The solution involved addressing the challenges with the existing UC infrastructure, including Cisco Unified Communications Manager (CUCM), Cisco Unity Connection (CUC), and Cisco Emergency Responder (CER), which utilised cumbersome static IP addresses. These static addresses posed management and update difficulties, compounded by their placement in the same subnet as the data network, heightening security vulnerabilities and reducing network availability. The project demanded meticulous planning and coordination to seamlessly execute the IP address reconfiguration without causing service interruptions or downtime for UC users and critical applications. The reconfiguration encompassed updating the IP addresses of numerous UC devices, servers, gateways, and endpoints distributed across various sites and regions, ensuring a smooth transition to a more secure and efficient network setup.

Our finance industry client, situated in a bustling metropolitan area across multiple buildings on campus, encountered persistent challenges. Clients struggled to maintain a reliable and consistent wireless connection at their workstations and while moving within the premises. In anticipation of future expansion and to address existing connectivity issues effectively, an urgent requirement arose for a comprehensive survey and remediation plan to enhance wireless coverage and performance throughout the entire campus.

Conducting meticulous Passive and Predictive site surveys across three multi-story locations, we meticulously evaluated the Wireless LAN Controller (WLC) and cloud-based dashboard configurations to align them with industry best practices. Our comprehensive report identified critical areas for improvement and provided the client with tailored solutions to optimise their wireless network performance and ensure compliance standards are met. We delivered a robust and tailored wireless network solution for enhanced connectivity and seamless operations by strategically placing access points and defining coverage areas based on specific wireless needs.

Our client, a private investment firm that has deployed over $20.9 billion globally, needed to move to a new company headquarters on short notice. As you can imagine, they were concerned about finding a trusted partner to quickly set up the IT infrastructure in their new offices. This would involve communications cabling, low voltage installation, and IT inventory relocation - not to mention working with the general and electrical contractor - on a very tight schedule. All of these tasks would also require high project management and a senior-level foreman to complete the work efficiently and on time.

The structured communications infrastructure cabling services we offered the client included a detailed description of all the components required to do the job. These included copper patch cords with proper termination, bi-directional cable testing, and patch panel labeling. We took great care to ensure that all connections were established according to industry standards, while working closely with the electrical contractor to make sure that everything was in order. Our proposal included low voltage equipment installation as well as the relocation of IT inventory, such as monitors and docking stations. Everything was completed on time and well within budget.

Our enterprise client sought robust firewall services with remote access capabilities to secure connectivity for their geographically dispersed workforce. Challenges arose in setting up a secure gateway for northbound and southbound traffic and delivering dependable VPN endpoints for remote access.

We effectively addressed the client's needs by deploying high-availability Palo Alto appliances at their data centre. These appliances had advanced features, including Global Protect VPN, URL filtering, and threat protection capabilities. Strategically positioned, these appliances served as comprehensive VPN endpoints and secure gateways for managing incoming and outgoing traffic. This deployment significantly bolstered the client's network security, ensuring a robust and reliable infrastructure for their distributed workforce.

Our client encountered obstacles in conducting thorough network performance monitoring, which entails analysing log traffic, assessing traffic patterns across various OSI layers, implementing efficient data filtering techniques, and effectively detecting potential cyber-attacks to bolster cybersecurity measures.

We deployed Elastic Stack Vectra for in-depth log traffic analysis and network performance monitoring in our project. We efficiently detected and neutralised potential cyber threats by utilising its features to analyse traffic patterns across OSI layers and apply advanced data filtration methods. This proactive approach significantly improved our client's network security resilience and operational reliability.