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This daily observability audit analyzed 20 representative workflow runs from the last 7 days (capped per policy, with breadth-first selection and failure/cancel prioritization). The sampled runs included a mix of successful and failed executions across multiple workflows, but none of the selected runs included AWF Firewall artifacts (access.log) or MCP gateway telemetry artifacts (gateway.jsonl or rpc-messages.jsonl).
Because no firewall-enabled or MCP-enabled runs were present in the analyzed sample, component-level coverage metrics are currently not assessable for this window. This is a sampling gap rather than a confirmed runtime regression in logging pipelines.
Overall health for observability in this sample is indeterminate for AWF Firewall and MCP Gateway coverage due to absence of eligible runs. No critical missing-log defects were detected within runs that actually declared those components.
Key Alerts and Anomalies
No critical issues detected.
🔴 Critical Issues:
None in sampled eligible runs (no firewall-enabled or MCP-enabled runs found in analyzed set).
⚠️Warnings:
Representative sample contains zero firewall-enabled runs, so access.log coverage cannot be computed.
Representative sample contains zero MCP-enabled runs, so gateway/rpc telemetry coverage cannot be computed.
Coverage Summary
Component
Runs Analyzed
Logs Present
Coverage
Status
AWF Firewall (access.log)
0 (firewall_enabled_workflows)
0 (runs_with_complete_logs)
N/A (observability_coverage_percentage)
i️
MCP Gateway (gateway.jsonl or rpc-messages.jsonl)
0 (mcp_enabled_workflows)
0 (runs_with_complete_logs)
N/A (observability_coverage_percentage)
i️
📋 Detailed Run Analysis
Firewall-Enabled Runs
Workflow
Run ID
access.log
Entries
Allowed
Blocked
Status
None in analyzed sample
-
-
-
-
-
i️
Missing Firewall Logs (access.log)
Workflow
Run ID
Date
Link
None
-
-
-
MCP-Enabled Runs
Workflow
Run ID
Telemetry Source
Entries
Servers
Tool Calls
Errors
Status
None in analyzed sample
-
-
-
-
-
-
i️
Missing MCP Telemetry (no gateway.jsonl or rpc-messages.jsonl)
Workflow
Run ID
Date
Link
None
-
-
-
🔍 Telemetry Quality Analysis
Firewall Log Quality
Total access.log entries analyzed: 0
Domains accessed: 0 unique
Blocked requests: 0 (N/A)
Most accessed domains: N/A
Gateway Log Quality
Telemetry source: N/A (no MCP-enabled runs in sample)
Total entries analyzed: 0
MCP servers used: N/A
Total tool calls: 0
Error rate: N/A
Average response time: N/A
Healthy Runs Summary
No runs in this sample exercised firewall or MCP telemetry paths, so observability health for those subsystems could not be confirmed from this slice.
Recommended Actions
Add one targeted daily canary workflow that always enables firewall and MCP to guarantee baseline observability coverage in each 24h report.
Persist a small derived “component-used” index in run metadata (e.g., from aw_info.json) to make representative sampling deterministic for firewall/MCP classes.
Keep this report’s capped analysis model, but automatically backfill up to 5 targeted fetches only when either component class is absent from the initial broad sample.
📊 Historical Trends
Historical trend data was not computed in this run because the sampled set contained no firewall/MCP-enabled executions. Recommend tracking rolling 7-day coverage for each component once canary coverage is in place.
Report generated automatically by the Daily Observability Report workflow Analysis window: Last 7 days | Runs analyzed: 20
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Executive Summary
This daily observability audit analyzed 20 representative workflow runs from the last 7 days (capped per policy, with breadth-first selection and failure/cancel prioritization). The sampled runs included a mix of successful and failed executions across multiple workflows, but none of the selected runs included AWF Firewall artifacts (
access.log) or MCP gateway telemetry artifacts (gateway.jsonlorrpc-messages.jsonl).Because no firewall-enabled or MCP-enabled runs were present in the analyzed sample, component-level coverage metrics are currently not assessable for this window. This is a sampling gap rather than a confirmed runtime regression in logging pipelines.
Overall health for observability in this sample is indeterminate for AWF Firewall and MCP Gateway coverage due to absence of eligible runs. No critical missing-log defects were detected within runs that actually declared those components.
Key Alerts and Anomalies
No critical issues detected.
🔴 Critical Issues:
access.logcoverage cannot be computed.Coverage Summary
firewall_enabled_workflows)runs_with_complete_logs)observability_coverage_percentage)mcp_enabled_workflows)runs_with_complete_logs)observability_coverage_percentage)📋 Detailed Run Analysis
Firewall-Enabled Runs
Missing Firewall Logs (access.log)
MCP-Enabled Runs
Missing MCP Telemetry (no gateway.jsonl or rpc-messages.jsonl)
🔍 Telemetry Quality Analysis
Firewall Log Quality
Gateway Log Quality
Healthy Runs Summary
No runs in this sample exercised firewall or MCP telemetry paths, so observability health for those subsystems could not be confirmed from this slice.
Recommended Actions
aw_info.json) to make representative sampling deterministic for firewall/MCP classes.📊 Historical Trends
Historical trend data was not computed in this run because the sampled set contained no firewall/MCP-enabled executions. Recommend tracking rolling 7-day coverage for each component once canary coverage is in place.
Report generated automatically by the Daily Observability Report workflow
Analysis window: Last 7 days | Runs analyzed: 20
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