A. Energy-efficient cooling systems
B. High-frequency CPUs
C. Large-scale storage options
D. High-bandwidth networking
A. The performance requirements of the application
B. The data protection and replication needs
C. The scalability and elasticity of the storage solution
D. The aesthetic design of the storage interface
A. Sticky Sessions for user session persistence
B. Single instance types for cost saving
C. Auto Scaling groups to adjust compute capacity
D. Cross-Zone Load Balancing
A. Storage efficiency
B. Capacity utilization
C. Geo monitoring
D. Performance
A. SNMP
B. HTTP/2
C. FTP
D. SSH
A. GPU compute power
B. Audio output quality
C. Memory capacity and speed
D. Network latency
A. Higher costs for small-scale applications
B. Limited to HTTP/HTTPS traffic
C. Ability to route traffic based on content type
D. Simpler and older technology
A. The brand of hardware in use
B. The color depth of display monitors
C. The physical location of the development team
D. Efficient data indexing and query optimization
A. Isolation of network traffic between tenants
B. Data encryption at rest and in transit
C. The color scheme of the tenant's logo
D. Implementation of quotas and limits per tenant
A. Defining system requirements and specifications
B. Benchmarking the performance of existing solutions
C. Conducting a market analysis for potential competitors
D. Selecting the color scheme for the user interface
