ntt-ai-observability-exporter 0.2.3

NTT AI Observability Exporter for Azure Monitor OpenTelemetry in AI Foundry projects

NTT AI Observability Exporter

A specialized telemetry exporter for NTT AI Foundry projects using Azure Monitor OpenTelemetry. This package simplifies telemetry setup for AI applications built with Azure services.

Features

• Single & Multi-Destination Telemetry: Send telemetry to one or multiple Azure Monitor instances
• Automatic instrumentation of Azure SDK libraries
• Simplified configuration for Azure Monitor OpenTelemetry
• Specialized support for Semantic Kernel telemetry
• Azure AI Foundry compatibility with content recording
• GenAI content recording for prompts and responses
• Comprehensive logging, tracing, and metrics collection

Installation

# Using pip
pip install ntt-ai-observability-exporter

# Using uv
uv pip install ntt-ai-observability-exporter

Usage

Single Destination Telemetry (Standard)

from ntt_ai_observability_exporter import configure_telemetry

# Simple one-line setup for single Application Insights instance
configure_telemetry(
    connection_string="InstrumentationKey=your-key;IngestionEndpoint=your-endpoint",
    customer_name="your-customer",
    agent_name="your-agent"
)

# Now use your AI components - telemetry is automatic!

Multi-Destination Telemetry (NEW!)

Send the same telemetry data to multiple Azure Monitor instances simultaneously:

from ntt_ai_observability_exporter.telemetry_multi import configure_telemetry_azure_monitor

# Configure telemetry for multiple Application Insights instances
configure_telemetry_azure_monitor(
    connection_strings=[
        "InstrumentationKey=key1;IngestionEndpoint=https://region1.in.applicationinsights.azure.com/",
        "InstrumentationKey=key2;IngestionEndpoint=https://region2.in.applicationinsights.azure.com/",
        "InstrumentationKey=key3;IngestionEndpoint=https://region3.in.applicationinsights.azure.com/"
    ],
    customer_name="multi-customer",
    agent_name="multi-agent",
    enable_genai_content=True,           # Enable GenAI content recording
    genai_content_mode="all",            # "all" or "sanitized"
    enable_semantic_kernel_diagnostics=True  # Enable Semantic Kernel diagnostics
)

# All telemetry (traces, logs, metrics) will be sent to ALL destinations!

Multi-Destination Features

• Duplicate to Multiple Targets: Same telemetry sent to all connection strings
• GenAI Content Recording: Capture prompts and responses automatically
• Semantic Kernel Integration: Full diagnostic support
• Live Metrics: Real-time monitoring for all destinations
• Comprehensive Instrumentation: Azure AI, OpenAI, HTTP clients, and more

Configuration Options

# Standard single destination with all options
configure_telemetry(
    connection_string="InstrumentationKey=your-key;IngestionEndpoint=your-endpoint",
    customer_name="your-customer",
    agent_name="your-agent",
    enable_content_recording=True,
    content_recording_mode="all",
    enable_azure_monitor_tracing=True
)

# Multi-destination with advanced options
configure_telemetry_azure_monitor(
    connection_strings=["conn1", "conn2", "conn3"],
    customer_name="customer",
    agent_name="agent",
    enable_live_metrics=True,
    metric_export_interval_millis=15000,
    disable_offline_storage=False,
    logger_names=["semantic_kernel", "azure", "custom_logger"]
)

What Gets Instrumented Automatically

The package automatically instruments:

• Azure SDK libraries (azure.ai.projects, azure.ai.inference, azure.ai.agents)
• HTTP client libraries (requests, aiohttp, urllib3)
• OpenAI Python client (when available)
• Semantic Kernel (when enabled)
• Azure AI Foundry components with GenAI content recording

This means when you use Azure AI components, telemetry is captured without any additional code.

Telemetry Types Captured

The configuration captures:

• Traces: Request flows, GenAI operations, and distributed tracing
• Metrics: Performance measurements, token usage, response times
• Logs: Structured logging from Azure SDKs and application code

Configuration Parameters

Standard Telemetry (configure_telemetry)

• connection_string: Azure Monitor connection string
• customer_name: Maps to service.name in OpenTelemetry resource
• agent_name: Maps to service.instance.id in OpenTelemetry resource
• enable_content_recording: Enable GenAI content recording (default: True)
• content_recording_mode: "all" or "sanitized" (default: "all")
• enable_azure_monitor_tracing: Enable Azure Monitor tracing (default: True)

Multi-Destination Telemetry (configure_telemetry_azure_monitor)

• connection_strings: List of Azure Monitor connection strings
• customer_name: Service name identifier
• agent_name: Service instance identifier
• enable_genai_content: Enable GenAI content recording (default: True)
• genai_content_mode: "all" or "sanitized" (default: "all")
• enable_semantic_kernel_diagnostics: Enable Semantic Kernel OTEL (default: True)
• enable_live_metrics: Enable live metrics for all destinations (default: True)
• metric_export_interval_millis: Metrics export interval (default: 15000)
• logger_names: Additional logger names to capture (default: ["semantic_kernel", "azure", "azure.core"])

Environment Variables

You can set these environment variables instead of passing parameters:

• AZURE_MONITOR_CONNECTION_STRING: The connection string for Azure Monitor
• CUSTOMER_NAME: Maps to service.name in OpenTelemetry resource
• AGENT_NAME: Maps to service.instance.id in OpenTelemetry resource
• AZURE_TRACING_GEN_AI_CONTENT_RECORDING_ENABLED: Enable GenAI content recording
• AZURE_TRACING_GEN_AI_CONTENT_RECORDING_MODE: Content recording mode
• SEMANTICKERNEL_EXPERIMENTAL_GENAI_ENABLE_OTEL_DIAGNOSTICS: Enable SK diagnostics

Example Use Cases

Single Application Insights (Standard Use Case)

from ntt_ai_observability_exporter import configure_telemetry

# Configure telemetry for your Azure AI project
configure_telemetry(
    connection_string="InstrumentationKey=xxx;IngestionEndpoint=https://westeurope-5.in.applicationinsights.azure.com/",
    customer_name="customer-name-foundry",
    agent_name="ai-foundry-agent"
)

# Use Azure AI components - telemetry is automatic
from azure.ai.projects import AIProjectClient
client = AIProjectClient(...)
# All operations are automatically instrumented

Multiple Application Insights (Multi-Tenant/Multi-Region)

from ntt_ai_observability_exporter.telemetry_multi import configure_telemetry_azure_monitor

# Send telemetry to multiple destinations simultaneously
configure_telemetry_azure_monitor(
    connection_strings=[
        "InstrumentationKey=tenant1;IngestionEndpoint=https://region1.in.applicationinsights.azure.com/",
        "InstrumentationKey=tenant2;IngestionEndpoint=https://region2.in.applicationinsights.azure.com/",
        "InstrumentationKey=central;IngestionEndpoint=https://central.in.applicationinsights.azure.com/"
    ],
    customer_name="multi-tenant-customer",
    agent_name="multi-region-agent"
)

# Use any Azure AI services - telemetry goes to ALL destinations
from azure.ai.inference import ChatCompletionsClient
from semantic_kernel import Kernel

client = ChatCompletionsClient(...)  # Monitored in all App Insights
kernel = Kernel()                    # Monitored in all App Insights

Semantic Kernel Telemetry Support

For applications using Semantic Kernel, use the specialized configuration function:

from ntt_ai_observability_exporter import configure_semantic_kernel_telemetry

# Configure Semantic Kernel telemetry BEFORE creating any Kernel instances
configure_semantic_kernel_telemetry(
    connection_string="your_connection_string",
    customer_name="your_customer_name",
    agent_name="your_agent_name"
)

# Then create and use your Semantic Kernel
from semantic_kernel import Kernel
kernel = Kernel()
# ... rest of your code

Development and Testing

Installation for Development

Install the package with development dependencies:

# Install with development dependencies
pip install -e ".[dev]"

# Or install with just testing dependencies
pip install -e ".[test]"

# Or install from requirements-dev.txt
pip install -r requirements-dev.txt

Running Tests

# Run all tests
pytest

# Run tests with coverage
pytest --cov=src/ntt_ai_observability_exporter

# Run tests with detailed coverage report
pytest --cov=src/ntt_ai_observability_exporter --cov-report=term-missing

# Run specific test file
pytest tests/test_semantic_kernel_telemetry.py -v

Test Coverage

The package includes comprehensive unit tests with:

• 95%+ overall test coverage
• 100% coverage for all telemetry modules
• 45+ test cases covering all functionality including multi-destination telemetry
• Validation of configuration, error handling, and Azure Monitor integration
• Mock-based testing for reliable CI/CD pipelines

Code Quality

The project uses:

• pytest for testing framework
• black for code formatting
• flake8 for linting
• mypy for type checking
• isort for import sorting