# If You Ask Your Customer for an MTR, You’ve Already Failed 🚨🚀💀 There’s an unspoken rule in network operations: **if you’re asking your customer to run an MTR (My Traceroute) to diagnose a problem, you have already failed at your job.** It’s that simple. The moment a network operator or service provider shifts the burden of troubleshooting onto the customer, it’s an admission of failure, a confession that the very tools designed to monitor and manage network performance are either ineffective, misconfigured, or outright nonexistent. 🎯⚠️📉 ## The Role of a Network Operator | Know Before the Customer Complains 🕵️‍♂️🔍📊 A competent network operator should always be several steps ahead of the customer. Your job is not to wait for complaints—it’s to **detect, analyze, and resolve issues before they escalate**. Network performance monitoring and diagnostic tools exist for a reason, and if your infrastructure isn’t providing you with the real-time visibility required to diagnose issues, then your deployment of NMIS (Network Management and Information System) has utterly failed. ❌🖥️📡 When a customer calls in and complains about packet loss, latency, or degraded service, you should already have a full report of: * **Real-time traffic analytics** * **Historical network performance data** * **Path monitoring and route analysis** * **QoS violations and congestion points** * **Last-mile performance metrics** Yet, too many service providers lazily throw back the responsibility by asking the customer to run an MTR, effectively telling them, *“We don’t actually have any idea what’s happening in our own network, so you figure it out for us.”* That’s an unacceptable approach in an era where advanced SD-WAN and intelligent network analytics exist. 🚀🌐🛠️ ## SD-WAN | The Solution You’re Ignoring 📡🧠⚡ The reality is, **modern SD-WAN solutions make MTR requests obsolete.** SD-WAN continuously collects telemetry from every network location, monitors packet loss, latency, and jitter across all links, and dynamically routes traffic based on real-time performance data. A properly deployed SD-WAN solution gives operators all the visibility they need to: * Identify last-mile failures before customers feel the impact * Detect congestion, packet loss, and link failures automatically * Mitigate poor performance by shifting traffic dynamically * Correlate network events across multiple traffic paths If an SD-WAN solution is in place and you’re still asking customers to run an MTR, then either **you’re not using the data correctly, or your implementation is fundamentally flawed.** 📉🤦‍♂️🚧 ## The MTR Request Is a Symptom of a Larger Problem 🚑🔎⚠️ When a service provider asks for an MTR, it signals one of the following failures: 1. **Lack of Proper Monitoring Tools** – The provider has no effective visibility or diagnostic capabilities. 2. **Poorly Configured Management Systems** – Existing tools exist but are not properly deployed or utilized. 3. **Ineffective Incident Management** – The Network Operations Centre (NOC) is reactive instead of proactive. 4. **Blame Shifting** – The provider is offloading their responsibility onto the customer instead of taking ownership. None of these scenarios are acceptable for a serious network operator. 🚫💻🔄 ## Wrap | Stop Wasting Time, Fix Your Network 🔥🏆✅ Customers are paying for a service, not to be your unpaid troubleshooting team. The expectation is that you, the service provider, **own your network performance end-to-end**. If you don’t have the right tools in place to detect, analyze, and resolve issues proactively, then you shouldn’t be in the business of delivering network services. 💰📡🔧 SD-WAN, AI-driven analytics, and advanced monitoring tools are designed to eliminate the guesswork from network operations. **Use them.** 🚀🤖📊 And the next time you consider asking a customer for an MTR, take a moment to reflect: *Have I failed at my job?* If the answer is yes, then it’s time to fix your network management before your customers find a provider that actually knows what they’re doing. 🎯🏁📢 --- ### Bonus | TWAMP & Equivalent Tools 🚀🎯⚖️ To accurately measure both directions of traffic, tools like **Two-Way Active Measurement Protocol (TWAMP)** or its equivalents should be used. Unlike traditional monitoring, which often only tests from the network core outward, TWAMP measures **end-to-end performance in both directions simultaneously**. This ensures that: * Service providers get a **true picture** of network conditions. * Problems can be **identified and resolved faster**. * **Better SLAs** can be enforced with reliable performance data. If your network monitoring solution doesn’t provide this level of visibility, then you’re **still flying blind**—and your customers will continue to experience issues that you can’t see. The fix? **Stop relying on incomplete data. Start using proper bidirectional monitoring tools.** --- %[https://bsky.app/profile/mastelek.bsky.social/post/3lqwqa4kggs2p]