A. Events
B. Platform
C. Tenant
D. Infrastructure
A. Set overly stringent SLOs to ensure high performance at all times, regardless of actual load, to account for unexpected spikes in demand and ensure that real-time processing requirements are always met.
B. Maintain static SLOs throughout, ignoring variable load patterns and focusing only on maintaining a consistent baseline for performance and availability.
C. Establish tiered SLOs that define different levels of service expectations during identified peak and off-peak periods, with stricter SLOs applied during peak times to address real-time processing needs and more relaxed SLOs during off-peak times to optimize resource usage.
D. Adjust SLOs dynamically based on predicted load patterns, using historical data to forecast high-load periods and relaxing SLOs during low-load times to allow for system maintenance and updates.
A. TCP
B. GRPC
C. UDP
D. HTTP
E. RTP
A. The geographical location of users
B. Assigned roles and permissions
C. Custom alert thresholds for each group
D. Data access levels
A. Perform a detailed network and configuration analysis to identify the cause
B. Ignore the status since it's probably a temporary glitch
C. Decorate the agent console to improve morale
D. Turn off all devices in the network to reset status indicators
A. Focusing on a single aspect of the environment to avoid complexity
B. Limiting the scope to critical applications only
C. Excluding third-party services from the observability framework
D. Comprehensive coverage of all nodes, services, and transactions
A. Perspective based on geographical location
B. Perspective exclusivity to ensure no overlap between perspectives
C. Grouping based on deployment environments
D. Filtering services by their response times
A. It can predict future system loads with absolute certainty.
B. It offers the ability to store data indefinitely.
C. It eliminates the need for manual data interpretation.
D. It provides automatic code remediation.
A. The event's significance and frequency
B. The potential impact of the event on user experience
C. The scalability of perspectives as new events are defined
D. Alignment of event definitions with business objectives
A. The Instana backend requires a single container deployment.
B. The backend can be installed without persistent storage.
C. Network connectivity between containers is not necessary.
D. Docker Compose can be used to manage the container deployment.
