Building Observability When Bandwidth Is Unreliable
How engineering teams can keep operational visibility when bandwidth is expensive, unstable, or simply unavailable when it matters most.
Choosing the Right Signals When Storage and Compute Are Expensive
Observability becomes more sustainable when teams focus on the signals that explain user impact instead of storing everything by default.
Designing Dashboards for Low-Bandwidth Operations Teams
Operational dashboards should stay legible and useful even when teams are working with slow links, limited screens, and incomplete data.
Finding Blind Spots in Distributed Systems with Minimal Telemetry
Even without exhaustive tracing, teams can reveal the most dangerous blind spots in multi-service systems through disciplined instrumentation.
What Is Worth Instrumenting First in a Resource-Constrained System
When time and budget are limited, instrumentation should begin with the places where user harm and operational uncertainty intersect.
Can You Achieve Real Observability with Only the Essentials?
Yes, if the essentials are chosen well: service health, structured logs, meaningful alerts, and a clear path from symptoms to root cause.
Adaptive Observability Strategies for Volatile Infrastructure
Teams operating on volatile infrastructure need observability that can adapt signal depth, retention, and response paths as conditions change.
Review the Monitoring Stack You Already Have Before Buying More Tools
Teams often gain more by improving signal quality, ownership, and workflow around existing tools than by adding another observability platform.
Open-Source Observability Tools Worth Evaluating for African Teams
Open-source observability can be a strong fit for teams that want flexibility and cost control, provided they choose tools they can realistically operate.
Meet the Author
The future won’t be defined by how fast systems grow, but by how well they are understood.
Abdoulaye (AB) Apithy is a senior infrastructure and platform leader focused on cloud-native, multi-cloud systems at enterprise scale. He builds and operates mission-critical platforms where reliability, visibility, and resilience are non-negotiable. Currently pursuing a PhD in observability for resource-constrained environments, he brings a systems-level approach to solving real-world complexity. Through Observability Africa, he helps organizations turn blind systems into trusted, insight-driven infrastructure.
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- Incident Response (8)
- Monitoring (8)
- Observability (14)
- Platform Engineering (9)
- Reliability Engineering (9)
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