AI-Powered Solutions|
Global Digital Transformation Partner|
24/7 Managed Support|
AI-Powered Solutions|
Global Digital Transformation Partner|
24/7 Managed Support|
YAKKAY Technologies - AI and Automation Solutions
Full Stack Observability

Unified Observability & Monitoring Layer Services

Unify metrics, traces, and application logs in real-time, eliminating visibility gaps.

We implement, configure, and optimize Datadog monitoring structures. Trace backend execution latency, setup Kubernetes daemonset log metrics, configure ML-based monitors alerts, and run synthetic UX loops.

Full Stack Observability

What You Get With Monitoring Layer Integration

We construct secure, high-performance lakehouse architectures that accelerate your BI queries and ML training cycles.

Three Pillars Observability

Centralize metrics, traces, and application logs under one unified index layout, avoiding index silos.

Synthetic Test Triggers

Verify system availability globally by running periodic login loops and API checks from Datadog clusters.

Security Observability

Scan host directories and query access trails continuously for compliance leaks and configuration drift.

Only the best work – driven by AI trained agents

0.0%Observability Coverage SLA
0xFaster Outage Resolution Speed
0%Reduction in Cluster Computing Costs
0M+Daily Log Events Parsed
Use Case 1

Trace Profiling (APM)

Isolate latency gaps and trace SQL queries across database clusters to discover heavy computing routines. Visualize execution timelines across Node, Go, and Python frameworks.

  • Automatic database query dependency logs
  • API latency timeline graphing
  • Isolates sluggish lines of code
Trace Profiling (APM)
APM Traces

Database & Server Call Stack Performance

Use Case 2

Unified Log Analytics

Ingest logs across multi-cloud clusters, routing errors, debug records, and security flags into a single dashboard desk. Correlate server logs with active database query latencies automatically.

  • Real-time log ingestion & parsing
  • Tags matches logs to active APM trace
  • Redacts sensitive field values automatically
Unified Log Analytics
Log Ingestion

Central Host Server Log Auditing

Use Case 3

Automatic Alert Forecaster

Employ machine learning thresholds to predict CPU usage overflows, alerting engineers automatically via Slack or PagerDuty before system outages happen.

  • Predictive anomaly detection filters
  • Slack, PagerDuty, and Email routing rules
  • Trigger actions scale node instances
Automatic Alert Forecaster
ML Alerts

Slack & Incident Dispatch Alarms

Only the best work – driven by AI trained agents

Our Monitoring &
Observability Services

We provide end-to-end consulting, construction, and migration services to configure a secure and highly scalable storage hub.

1

Azure Data Lake Architecture Strategy

We analyze your enterprise pipelines, data volume, and analytic requirements to draft a blueprint for a secure, performant, and cost-optimized ADLS Gen2 data lake structure.

2

Hierarchical Namespace Partitioning

We configure folders, paths, and partition layouts to optimize parallel file reads. Ensure your Spark, SQL serverless, or Databricks runs run at peak efficiency with zero waste.

3

Lakehouse & Delta Lake Integration

Convert standard CSV/JSON folders into Delta layers supporting ACID properties, schema validation, history timeline logging, and optimized parquet layout sizes.

4

Modern ETL/ELT Pipeline Development

Deploy batch and micro-batch data pipelines using Azure Data Factory, Synapse, and Databricks. Automate data flow from cloud and on-premises environments.

5

Active Directory (Entra ID) & ACL Setup

Map database roles to Microsoft Entra security groups and apply POSIX directory-level ACL permissions. Restrict access to PII and finance folders down to the file level.

6

Automated Lifecycle & Storage Tiering

Build lifecycle policies that transparently transition historical datasets from Hot storage to Cool or Archive storage tiers, saving storage bills automatically.

7

Microsoft Purview Catalog Setup

Establish automated data asset discovery scanners, catalog your fields, map columns pipelines lineage, and maintain clean audit records for security compliance.

8

Legacy-to-Cloud Lake Migration

Seamlessly transfer on-premises Hadoop files, local storage networks, or other cloud buckets (AWS S3, Google GCS) into ADLS Gen2 without business interruptions.

9

Self-Service Business Intelligence Setup

Expose clean, queryable gold tables to business units. Integrate direct connection channels for Power BI dashboards, Synapse workspace SQL, and ML modeling notebooks.

Live Demo Flow

Interactive Stream Simulation

Platform Demo System

1. Ingest Raw Event stream

Simulate real-time messaging payloads landing straight into our raw bronze stage bucket.

// Simulating raw Apache Kafka payload message
{
"event_id": "evt_98327182",
"timestamp": "2026-07-09T12:38:44.811Z",
"schema": "adls.raw.events",
"payload": { "device_id": "sensor_42", "metric": "cpu_load", "value": 87.4 }
}
_ Waiting for user action trigger...

powerful features

Enterprise-Grade Scaling & Security

Designed to support demanding corporate analytics requirements, ensuring zero-trust isolation and infinite scalability.

APM request tracing

Trace backend API and database queries continuously, mapping latencies and isolating computing delays.

  • Automatic database queries traces
  • Inter-service latency flow visualization
  • Backend stack trace capture
  • Real-time error rate graphs

Infrastructure Observability

Gather real-time telemetry from hosts, containers, and virtual databases across hybrid cloud infrastructure.

  • Lightweight agent daemon runs
  • Auto-discovery container processes
  • Virtual compute host metrics
  • Kubernetes cluster state charts

Unified Logs Engine

Collect and index log records globally, mapping error codes to APM traces automatically.

  • Dynamic JSON parsing filters
  • Fast text index catalog maps
  • Log archiving lifecycle policies
  • Centralized security audit trails

Intelligent Alerts

Detect anomalies and forecast compute capacity limits automatically using machine learning anomaly monitors.

  • Slack & PagerDuty notifications link
  • Automatic capacity forecasting monitors
  • Self-adjusting dynamic alerting levels
  • Incident triage dashboard decks

System & Platform Integrations

Connect your entire analytical ecosystem into a unified cloud storage framework.

System Name
Connection
Integration
Datadog APM
Active
Kubernetes Agent
Active
AWS/Azure/GCP Link
Active
Slack / PagerDuty
Active
PostgreSQL / SQL Server
Active

Observability Analytics Services Status

100%
APM Observability
Operational
99.99%
Infrastructure Agent
Operational
99.98%
Logs Ingestion Engine
Operational
100%
UX Synthetic Monitors
Operational

100% Automated. 100% Reliable.
100% Compliant.

Our Structured Blueprint to Observability Implementation

We employ standard cloud execution steps to deliver maximum engineering efficiency.

1

Audit & Map

Discover cloud nodes, host sizes, databases, logging rules, and service SLAs.

2

Deploy Agents

Install Datadog agents across cloud compute clusters and host virtual networks.

3

Configure APM Traces

Mount trace libraries in runtime environments, linking trace IDs to logs.

4

Alert Design & Launch

Assemble dashboard widgets, set up PagerDuty alerts, configure metrics thresholds, and handover.

Architecture Checklist

  • Establish folder zones (Landing, Raw, Cleaned)
  • Setup APM agent monitoring services
  • Enforce log indexing rules mapping
  • Implement real-time slack alert policies

Data Platforms We Orchestrate & Target

Connect workflows, engines, catalogs, and reporting models seamlessly.

Datadog
Datadog
Kubernetes
Kubernetes
Docker
Docker
Prometheus
Prometheus
Azure Monitor
Azure Monitor
AWS CloudWatch
AWS CloudWatch
Google Cloud
Google Cloud
PostgreSQL
PostgreSQL
MongoDB
MongoDB
Python
Python
Slack
Slack
PagerDuty
PagerDuty

Ready to optimize your observability stack?

Connect with our data engineering team today.

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FAQ

Frequently Asked Questions

Key concepts about real-time observability architectures.

What is APM tracing?

Application Performance Monitoring (APM) trace monitors trace API requests and database queries through your system, measuring execution time and mapping errors directly back to specific lines of code.

How does host infrastructure logging work?

We configure a lightweight logging agent daemon. The daemon continuously reads logs from host containers and virtual networks, parsing files securely before uploading.

Why correlation matters in logs and traces?

By attaching a unique Trace ID to every server log line, you can find the exact server logs associated with a sluggish database query instantly.

What are Synthetic Tests?

Synthetic tests are automated testing scripts that run periodically. They check if your server endpoints, APIs, and checkout flows are working globally.

How does anomaly detection alerting prevent outages?

Anomaly alerts calculate normal patterns using past traffic. If CPU load spikes unexpectedly outside of normal baseline ranges, Datadog alerts engineering teams via Slack.

Have more detailed questions?

Get in touch with an Azure Integration Specialist.