Telecommunications infrastructure 路 Network operations 路 Observability 路 Automation
Telecommunications and network engineer focused on optical transport, network operations, observability and automation.
I work at the intersection of telecommunications infrastructure and software engineering, developing tools and operational systems for networks that need to be monitored, analyzed and operated reliably.
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Network event correlation and alarm intelligence for telecom NOC environments.
An open-source platform designed to correlate SNMP traps and transform network events into deterministic, explainable and operationally useful information.
The project focuses on:
Event Correlation 路 Alarm Intelligence 路 Network Operations 路 Observability 路 Explainability
Built around the principle that network automation should provide evidence, not simply an answer.
| Telecom & Networking | DWDM 路 Coherent Optics 路 SNMP 路 Optical Networks 路 Network Management 路 NOC |
| Observability | Zabbix 路 Prometheus 路 Grafana |
| Infrastructure | Linux 路 Docker 路 Docker Compose 路 Terraform 路 Git 路 CI/CD |
| Development | Python 路 Bash 路 SQL 路 JavaScript |
| DETERMINISTIC | The same evidence should lead to the same conclusion. |
| OBSERVABLE | Operational decisions should be supported by measurable data. |
| EXPLAINABLE | Automation should show why, not only what. |
| OPERATIONAL | Engineering must work under real NOC conditions. |
| SIMPLE | Complexity is justified only when it solves a real problem. |
Optical network automation 路 Network intelligence 路 NOC modernization 路 Event correlation 路 Network observability 路 QoT estimation 路 Reliability engineering
Telecommunications 路 Network Engineering 路 Automation 路 Reliability