On-premises technology refers to software and hardware solutions that are installed and run locally within an organization’s premises, rather than being hosted in the cloud or provided as a service. Despite the growing popularity of cloud-based solutions, on-premises technology remains indispensable for many organizations that need to maintain control, regulatory compliance, on-site data processing, or a mix of both. In this article, we will explore the continuing importance of on-premises technology, specifically in the areas of IT operations, storage, networking, and overall solutions.
Deploying and supporting on-premises technology is a critical function of IT operations teams, whether the infrastructure is entirely on-prem or has a hybrid cloud/on-premises architecture. One significant role of on-premises virtualization technology in IT operations work is to enable multiple virtual machines on a single physical server, which can improve cost-efficiency, flexibility, and workload management. Moreover, some organizations still require on-premises productivity software, such as Microsoft Office, to maintain full functionality and security control. The IT operations team should ensure that on-premises software and hardware are patched, updated, and monitored regularly to prevent downtime, vulnerabilities, and performance degradation.
On-Premises Storage Technology plays a vital role in ensuring the availability and recoverability of critical data in case of disaster or data loss. A 3-2-1 backup strategy, which means having three copies of data, two of which are on different media, and one is offsite or in the cloud, requires on-premises storage devices as one of the components. Examples of on-premises Storage Technology are Network-Attached Storage (NAS), Storage Area Network (SAN), and Direct-Attached Storage (DAS). The hardware management component of on-premises storage involves maintaining the physical devices, including disks, controllers, firmware, and backup tapes or disks, while monitoring their health, capacity, and performance.
Network connectivity is the backbone of modern organizations’ IT infrastructure, and on-premises networking technology plays a critical role in ensuring high performance, security, and compliance. In a cloud-centric world where workloads and data can be distributed across multiple cloud providers or regions, IT operations teams must understand how to integrate local networks with the cloud securely. Some on-premises networking technology solutions are routers, switches, firewalls, load balancers, and VPN gateways. These devices can protect the organization’s network from external and internal threats, isolate workloads and applications, optimize traffic, and enforce policies.
The role of on-premises solutions is not only still relevant but also necessary for many organizations, even those with a high degree of cloud maturity. For instance, organizations in regulated industries, such as healthcare or finance, may need to keep certain data and applications on-premises to comply with data privacy laws or regulations. Other organizations may have legacy applications that cannot be easily migrated to the cloud or require fast local processing speed. Some examples of on-premises solutions are Enterprise Resource Planning (ERP), Customer Relationship Management (CRM), and Human Resource Management (HRM) software. These solutions can enable organizations to streamline their operations, optimize their workflows, and access real-time insights from their data.
IT operations teams have a high level of responsibility for ensuring the smooth operation and security of on-premises solutions. They need to be proactive in identifying potential issues or inefficiencies, as well as reactive in responding to incidents in a timely and effective manner. A reliable approach to maintenance and monitoring can include regular backups, disaster recovery tests, tracking performance metrics, capacity planning, and risk assessments. Moreover, IT operations teams need to collaborate with other departments, such as security and compliance, to ensure that on-premises solutions are compliant, patched, and audited.
On-premises technology remains critical to modern organizations, despite the trend towards cloud-based solutions. In this article, we have discussed the importance of on-premises technology in the areas of IT operations, storage, networking, and overall solutions. IT operations teams play a crucial role in ensuring the effective deployment, maintenance, and security of on-premises solutions. Organizations that prioritize on-premises technology can gain benefits such as control, compliance, performance, and flexibility. As a final note, we encourage organizations to evaluate their specific needs, weigh the pros and cons of cloud and on-premises solutions, and make an informed decision based on their business goals and risk profile.
