Debunking the Top Five Myths About Observability in SaaS
- SefasTech Editorial Team
- Oct 25, 2024
- 4 min read
Updated: Oct 29, 2024
As more SaaS businesses adopt observability as a critical tool for maintaining performance and reliability, myths surrounding observability continue to persist. These misconceptions can prevent companies from fully leveraging observability’s power and lead to inefficiencies or missed opportunities. This article debunks the top five myths about observability in SaaS, providing clarity on what it truly entails and why it’s a game-changer for modern software development.

Myth 1: Observability is Just Advanced Monitoring
It’s easy to confuse monitoring with observability, especially since both involve tracking a system’s behavior. However, observability is much more than an upgrade to traditional monitoring. Monitoring typically involves predefined metrics—like CPU usage or server uptime—that are designed to alert teams when a problem occurs. In contrast, observability is about providing deeper insight into the “why” and “how” of system issues, not just the “what.”
Consider a SaaS platform where response times spike unexpectedly. While monitoring might send an alert when latency crosses a threshold, observability offers a way to trace how that issue affects multiple microservices, analyze logs to see the sequence of events, and correlate metrics to pinpoint the root cause. Observability allows teams to move from reacting to incidents to anticipating and resolving them in real-time, offering a proactive approach that monitoring alone can’t provide.
Myth 2: You Only Need Observability for Large-Scale Applications
Another common misconception is that observability is only necessary for massive SaaS platforms with highly complex systems. While it’s true that large, distributed applications benefit significantly from observability, even small- and medium-sized SaaS applications can experience profound gains.
Smaller teams, in fact, may rely more heavily on observability to avoid performance pitfalls that could otherwise be hard to detect in early stages of growth. Imagine a niche SaaS provider offering a CRM solution that starts to scale. Initially, the company may monitor server loads or database performance, but as more users onboard, bottlenecks could arise across API integrations, third-party services, or database calls. With observability, even a modest-sized team can quickly get insights into every layer of their stack, avoiding performance slowdowns and improving the overall experience for users.
Myth 3: Observability Is Too Complex and Expensive to Implement
There is a prevailing myth that setting up observability requires high upfront costs, extensive infrastructure changes, and a large team of engineers to manage. The reality is that observability is becoming increasingly accessible to businesses of all sizes. Modern observability tools offer flexible integrations with cloud platforms and can be tailored to fit the needs of companies based on their scale and requirements.
For example, cloud-native services or containers are often designed with observability in mind. Instrumentation can be built into the application during the development stage, allowing logs, metrics, and traces to be automatically captured and sent to a central observability platform. Even a lean engineering team can take advantage of these tools to gain immediate insights into system behavior without the need for a complete infrastructure overhaul. Furthermore, observability should be seen as a cost-saving measure in the long run, helping to identify inefficiencies, reduce downtime, and avoid costly user experience issues.
Myth 4: You Don’t Need Observability if You Have Strong SLAs
Some SaaS businesses mistakenly believe that if they maintain strong Service Level Agreements (SLAs), there’s no need for observability. They rely on those metrics as the ultimate gauge of performance, but SLAs are lagging indicators. They show you what’s already happened—like uptime or response time averages—but they don’t provide the real-time, detailed insight needed to prevent violations in the first place.
For example, imagine a payment processing platform that guarantees 99.9% uptime as part of its SLA. That still allows for several minutes of downtime per month, but observability can help the business understand how various microservices are performing, detect patterns that could signal future failures, and improve overall system resilience. Instead of reacting to SLA breaches after they occur, observability allows you to preemptively address potential issues before they ever impact users.
Myth 5: Observability Is Only About System Health, Not Business Metrics
A widespread misunderstanding is that observability is purely for technical teams and only pertains to system health. In reality, observability has a powerful role in shaping business decisions as well. By giving both engineering and leadership teams deep visibility into how users are interacting with the application, observability can provide valuable insights into user behavior, feature adoption, and even revenue impact.
For instance, a SaaS platform that provides educational tools might use observability to track how often users interact with certain features, the types of content they engage with, or which features lead to higher conversion rates for paid plans. Observability can reveal where users encounter friction and where engagement drops off, helping product teams prioritize improvements. In this way, observability not only ensures a smooth technical experience but also drives data-informed business decisions.

Final Thoughts
Observability in SaaS is far more than a buzzword—it’s an essential practice for maintaining high-performing, reliable, and scalable applications. Debunking these myths helps clarify that observability is not just advanced monitoring, it’s not limited to large-scale businesses, and it can be both cost-effective and transformative for companies of any size. SaaS companies that embrace observability can move from merely reacting to problems to truly understanding their systems, enabling them to make better technical and business decisions for long-term success.




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