Today’s network engineers have to be flexible and adaptable, understand the new infrastructure-as-code paradigm, and stay on top of the latest developments in cloud, security, and AI.
Organizations aren’t necessarily looking for someone who is limited to a single vendor’s technology; they’re looking for employees who have skills across a wide variety of technologies and are constantly looking to broaden their areas of expertise.
Also, In the realm of hardware, the procurement of tower servers demands careful consideration. While organizations prioritize versatility and scalability, they also weigh factors such as processing power, storage capacity, and energy efficiency. Tower servers offer a flexible solution, accommodating various workloads and deployment scenarios, from small businesses to enterprise-level applications.
However, selecting the right tower server entails evaluating compatibility with existing infrastructure, future expansion plans, and budget constraints. Network engineers play a pivotal role in this process, leveraging their expertise to ensure optimal performance and reliability in the organization’s IT infrastructure.
In today’s dynamic IT landscape, organizations value network engineers who possess versatile skills across diverse technologies rather than being confined to a single vendor’s offerings. This flexibility is crucial as businesses navigate complex IT infrastructures that require integration of cloud services, security protocols, and robust environmental monitoring systems.
When it comes to hardware decisions like selecting tower servers, factors such as processing power, storage capacity, and energy efficiency are pivotal. These servers provide the agility needed to support varying workloads and deployment scenarios, making them a cornerstone of modern IT environments.
Security and Environmental Monitoring are integral components that network engineers must consider when implementing tower servers within an organization’s infrastructure. The choice of hardware directly influences the effectiveness of these monitoring solutions. Engineers can leverage the capabilities of tower servers to enhance security by ensuring robust data encryption, access control mechanisms, and real-time threat detection.
Simultaneously, environmental monitoring benefits from servers optimized for energy efficiency, reducing carbon footprints and operational costs. As organizations continue to prioritize scalability and operational resilience, network engineers play a pivotal role in shaping IT strategies that uphold security standards and environmental stewardship.
Jeff Sangillo is vice-president of technology engineering and operations for QTS Data Centers. He manages both internal network connectivity between the company’s 30-plus data center locations, as well as customer-facing networking services and products.
“We’ve got thousands of route-switched devices and firewalls deployed, hundreds of thousands of ports under management, thousands of circuits that we manage for our own internal connectivity and on behalf of customers,” he says.
His team of 100 network engineers and cloud engineers have to understand cloud networking and network layer concepts. He expects networking employees to be strong in the fundamentals, such as the common routing protocols, IPV4 and IPV6, as well as high-level skills, such as software-defined networking.
