Reduction in Alert Noise
Faster Anomaly Detection
Automated Root Cause Analysis
Lower MTTR on Critical Incidents
AIOps (Artificial Intelligence for IT Operations) applies machine learning, natural language processing, and big data to automate and enhance IT operations. It ingests data from across your observability stack—logs, metrics, events, and tickets—and surfaces actionable insights that would take human operators hours to discover.
Complect's AIOps practice integrates with your existing monitoring investments and layers intelligent automation on top, dramatically reducing mean time to detect (MTTD) and mean time to resolve (MTTR) while freeing your operations team from alert fatigue.
From intelligent alerting to fully automated remediation, our AIOps services cover the complete operational intelligence lifecycle.
Deploy ML-powered anomaly detection models that learn your system's baseline behaviour and immediately flag deviations—whether in latency, error rates, traffic volumes, or resource utilization—before they become incidents.
Build models that predict capacity exhaustion, performance degradation, and failure events days in advance. Leverage historical telemetry to proactively schedule maintenance and scale resources ahead of demand spikes.
Use causal AI and topology-aware correlation to automatically identify the root cause of incidents across complex microservice architectures. Reduce investigation time from hours to minutes with AI-generated incident summaries.
Aggregate and correlate events from all monitoring sources—Nagios, Zabbix, Datadog, Splunk, CloudWatch—into a unified event stream. Suppress noise with AI-driven deduplication and smart clustering, so only actionable alerts reach your team.
Redesign your alerting strategy with ML-based alert prioritization, dynamic thresholds, and automatic context enrichment. Integrate with PagerDuty and ServiceNow to route the right alert to the right team with all the context needed to resolve quickly.
Build AI-triggered remediation playbooks that execute automatically on known failure patterns—restarting pods, scaling services, rolling back deployments—reducing MTTR to near-zero for common incidents.
Continuously analyse application and infrastructure performance with ML-powered baselines. Identify performance regressions introduced by deployments and automatically correlate performance changes with recent code or configuration changes.
Implement and customise leading AIOps platforms including Dynatrace, Splunk ITSI, IBM Watson AIOps, Moogsoft, BigPanda, and ServiceNow AIOps. We handle onboarding, data ingestion pipeline setup, and model tuning for your environment.
Apply AIOps principles to security monitoring—correlate SIEM events, threat intelligence feeds, and anomaly signals to surface high-fidelity security incidents, reducing SOC analyst fatigue and accelerating threat response.
ML models detect unexpected cloud cost spikes within hours, automatically raising tickets and linking them to the deployment or configuration change that triggered the increase.
Predictive models forecast slow-query accumulation and connection pool exhaustion days before database performance degrades, enabling proactive DBA action.
Topology-aware correlation identifies the originating service in a cascade failure across hundreds of microservices in seconds, cutting time-to-mitigate from 45 minutes to under 5.
Predictive scaling policies automatically provision additional capacity ahead of flash sales and marketing events, eliminating revenue-impacting outages during peak traffic.
NLP models automatically classify, prioritize, and route incoming ITSM tickets to the correct team, with suggested resolution steps sourced from similar historical incidents.
Behavioural ML models establish normal user and entity baselines and flag anomalous access patterns in real time, enabling security teams to investigate before data exfiltration occurs.
Catalogue all monitoring, logging, ITSM, and event sources. Define data quality requirements and build ingestion pipelines to a unified analytics platform.
Run ML models over historical data to establish behavioural baselines for every service. Train anomaly detection, classification, and correlation models on your specific environment.
Replace static threshold alerts with dynamic, ML-backed alert policies. Implement event correlation to suppress duplicates and group related alerts into incidents.
Connect high-confidence AI decisions to automated remediation workflows in Ansible, Kubernetes operators, or custom scripts—with human approval gates where needed.
Feed operator feedback back into models with reinforcement learning loops. Monthly model performance reviews ensure detection accuracy improves over time.
Let Complect's AIOps specialists assess your observability data and design an intelligent operations strategy tailored to your infrastructure.
Book a Free AIOps Assessment Book a Free AIOps Assessment