Magma 5G SA is required to support 5G metrics to provide monitoring capabilities. Refer to REQ-SW-08 of TIP OCN FWA requirements specification.
5G Metrics indicate the overall non functional attributes of Magma AGW such as connected devices, mobility, throughput, performance, reliability, etc. These metrics are regularly pushed into prometheus, which along with grafana enables us to store and query these metrics.
Based on the Magma 5G metrics, a number of decisions can be made at orc8r level such as triggering alerts for threshold values to troubleshoot the issues at operator end, and scale-in/scale-out AGW decisions to cater to wider requirements, etc.
Total ask
Support Magma 5G metrics will be delivered at a total cost of: $60000
Contact Information
Kaleemullah Mohammed (kaleemullah.mohammed@wavelabs.ai)
Project Details
A metric in Magma deployments may originate at gateways (AGW, FeG, etc.) and travels through the Orc8r and is eventually displayed on the NMS UI. All the metrics are stored in prometheus for a default of 30 days.
Current metrics framework for LTE can be leveraged upon to support for magma 5G.
On the AGW, metrics are collected and exported from Python and C++ services.
Feature will be delivered in 3 milestones. Each milestone will have the following 5 process gates
Design
Development & Unit Testing
code review
Integration testing
resolve integration issues and regression issues
Before finishing the 2nd milestone, the feature shall pass the following process gates
System test
User Acceptance test
MileStone 1
Collection and export
On the AGW, 5G metrics are needed to defined, collect and export from Python and C++ services.
MileStone 2
Orchestrator and Prometheus
To extend the support service present in the Orc8r and pushes metrics over gRPC to Prometheus Edge Hub.
MileStone 3
NMS and Grafana
NMS dashboard which connects to the Grafana Data Source API, which proxies the parameterized metric request to Prometheus and displays the retrieved metrics.
Test plan
UT and validation of Magma 5G AGW metrics
Integration testing AGW, orc8r and NMS
Feature Roadmap
Feature will be delivered in 3 Milestones.
MS | DELIVERABLES |
-- | -- |
M1.0 | AGW metrics collection and export |
M2.0 | Orchestrator and Prometheus |
M3.0 |NMS and Grafana |
Proposal: Support for 5G metrics
Elevator Pitch
Magma 5G SA is required to support 5G metrics to provide monitoring capabilities. Refer to REQ-SW-08 of TIP OCN FWA requirements specification.
5G Metrics indicate the overall non functional attributes of Magma AGW such as connected devices, mobility, throughput, performance, reliability, etc. These metrics are regularly pushed into prometheus, which along with grafana enables us to store and query these metrics.
Based on the Magma 5G metrics, a number of decisions can be made at orc8r level such as triggering alerts for threshold values to troubleshoot the issues at operator end, and scale-in/scale-out AGW decisions to cater to wider requirements, etc.
Total ask
Support Magma 5G metrics will be delivered at a total cost of: $60000
Contact Information
Kaleemullah Mohammed (kaleemullah.mohammed@wavelabs.ai)
Project Details
A metric in Magma deployments may originate at gateways (AGW, FeG, etc.) and travels through the Orc8r and is eventually displayed on the NMS UI. All the metrics are stored in prometheus for a default of 30 days.
Current metrics framework for LTE can be leveraged upon to support for magma 5G.
On the AGW, metrics are collected and exported from Python and C++ services.
Mainly metrics are categorized into:
Feature Roadmap
Feature will be delivered in 3 milestones. Each milestone will have the following 5 process gates
MileStone 1
Collection and export
MileStone 2
Orchestrator and Prometheus
MileStone 3
NMS and Grafana
Test plan
UT and validation of Magma 5G AGW metrics Integration testing AGW, orc8r and NMS
Feature Roadmap
Feature will be delivered in 3 Milestones.
MS | DELIVERABLES | -- | -- | M1.0 | AGW metrics collection and export | M2.0 | Orchestrator and Prometheus | M3.0 |NMS and Grafana |References
https://docs.magmacore.org/docs/nms/metrics