A hybrid cloud model would best address the company's needs of saving money by leveraging the cloud while still being able to customize the infrastructure. A hybrid cloud model is a combination of public and private cloud services, connected by a secure network. A public cloud service is a cloud service that is offered by a third-party provider over the Internet, and is shared by multiple customers. A private cloud service is a cloud service that is dedicated to a single customer, and is hosted either on-premises or by a third-party provider. A hybrid cloud model allows the company to use the public cloud for cost-effective and scalable services, such as storage, backup, or analytics, and use the private cloud for more sensitive or customized services, such as security, compliance, or performance. A hybrid cloud model also enables the company to move workloads between the public and private cloud as needed, depending on the demand, availability, or cost. A hybrid cloud model can provide the company with the best of both worlds: the flexibility and efficiency of the cloud, and the control and customization of the infrastructure.
References:
* What is Hybrid Cloud? | IBM1
* Hybrid Cloud Computing | Microsoft Azure2
* Cloud Deployment Models: Explaining and Comparing the 5 Main Models ...3

See the answer below in explanation part.
Explanation:
Answer of both steps below.

B: USB-C:
USB-C is a versatile connector that supports charging, high-speed data transfer, and the ability to send audio and video signals (e.g., DisplayPort over USB-C).
It is used by most modern mobile devices and laptops because of its fast transfer speeds and power delivery capabilities.
Incorrect Options:
A: Lightning: Lightning is proprietary to Apple devices and does not natively support video output.
C: MicroUSB: MicroUSB is outdated and does not support video output.
D: MiniUSB: MiniUSB is an older standard and does not support modern features like video output or fast charging.
Key Takeaway: USB-C is the most versatile connector for charging and transferring data, audio, and video.
Reference: CompTIA A+ Core 1 Exam Objectives (220-1101), Domain 3.1 - Cable types and features.

High availability is a design principle that ensures a system or service can operate continuously without significant downtime or disruption. High availability can be achieved by implementing redundancy, failover, load balancing, and backup strategies. High availability can prevent a single point of failure within the system, which means that if one component fails, another one can take over its function. Rapid elasticity is the ability to scale up or down the resources of a system according to the demand, but it does not prevent a single point of failure. RAID is a method of storing data across multiple disks to provide redundancy and performance, but it does not prevent a single point of failure at the server level. Shared resources are the resources that are pooled and accessed by multiple users or systems, but they do not prevent a single point of failure either. References: https://www.comptia.org/blog/what-is-cloud-computing

The error message "Reboot and Select Proper Boot Device" indicates that the computer cannot find the boot device that contains the operating system12. This can happen if the hard drive that stores the operating system is damaged or failed, and the BIOS cannot detect it or read from it23. A failed hard drive can also cause other symptoms such as clicking noises, corrupted files, or slow performance4.