The Future of Infrastructure Operations

Your Infrastructure
Heals Itself

Infrasage uses temporal embeddings and advanced AI to detect anomalies before they become outages, diagnose root causes in seconds, and automatically remediate — at any scale.

Scale Horizontally Scalable
0x Faster MTTR
0+ Integrations
0% Less Alert Noise
infrasage — live
$ ./quickstart.sh

Integrates with your existing stack

Prometheus
OpenTelemetry
AWS
Kubernetes
Slack
PagerDuty
Jira
Grafana
ClickHouse
The Problem

Your infrastructure is outgrowing your team

Microservices, multi-cloud, containers — the complexity has exploded. Your on-call engineers can’t keep up, and it’s costing you.

🔔

Alert Fatigue

Thousands of alerts flood your channels. Critical signals get lost in the noise, and real incidents slip through.

🔍

Slow Root Cause Analysis

Engineers spend 45+ minutes per incident hunting across dashboards, logs, and traces to find the actual root cause.

🔁

Repetitive Remediation

The same issues recur week after week. The same manual steps, the same runbooks. Institutional knowledge is trapped in people’s heads, not in systems.

⏱️

High MTTR

Mean time to recovery stretches to hours. Every minute of downtime costs revenue, customer trust, and your team’s morale.

Core Capabilities

Everything you need for autonomous operations

A complete closed-loop AIOps pipeline. Ingest any signal, detect anomalies before impact, diagnose root cause in seconds, and remediate automatically.

01

Enterprise-Scale Telemetry Ingestion

A single unified pipeline that ingests every signal — metrics, logs, traces, events, SLOs, and profiles — with intelligent cardinality control. Every component is horizontally scalable. Add nodes, not complexity.

  • Unified pipeline for all telemetry types with auto-registration
  • Intelligent cardinality management prevents storage explosion at scale
  • Zero data loss: Dead Letter Queue with automatic retry and replay
  • Limitless horizontal scaling via Kubernetes HPA — grows with your infrastructure
Scaling Model
Unlimited horizontal
Supported Signal Types
Metrics Logs Traces Events SLOs Profiles Custom
Data Loss
Zero
DLQ ensures every event is processed or retried
02

Temporal Embedding Anomaly Detection

Forget static thresholds. Infrasage builds multi-dimensional vector representations of how each service actually behaves — capturing latency, resource patterns, topology context, and time-of-day cycles to detect anomalies no dashboard ever could.

  • Seasonal baselines with day-of-week and peak-hour adjustments
  • Sub-millisecond vector similarity search across millions of embeddings
  • Consecutive clean-check requirement reduces false positives
  • Proactive detection: anomalies caught before users notice
8-Dimensional Service Embedding
avg_latency
0.72
peak_cpu
0.95
inbound_edges
0.45
outbound_edges
0.38
sin_hour
0.61
cos_hour
0.29
sin_dow
0.55
cos_dow
0.83
Behavioral drift detected — anomaly flagged automatically
03

AI-Powered Root Cause Analysis

Advanced LLM intelligence analyzes every incident with full context — similar historical incidents via vector search, high-cardinality trace exemplars, service topology, and human post-mortem resolutions. Seconds to root cause, not hours.

  • Top-3 similar historical incidents injected as context
  • 8 root cause categories: Infra, App, DB, Network, Concurrency, Resources, User, External
  • Human memory integration: learns from past post-mortems
  • Root cause identified in seconds, not hours of manual investigation
CRITICAL RCA completed in 3s
Root Cause Analysis — payment-service
Root Cause
Database connection pool exhaustion caused by N+1 query pattern in checkout flow. Pool size (25) insufficient for traffic spike at 2:15 PM.
Category
Database Resource Exhaustion
Evidence
● Connection pool fully saturated (100% utilization)
● Query latency spiked 70x above baseline
● Similar incident resolved previously — AI remembered the fix
Recommended Action
Increase connection pool to 50 and optimize N+1 queries in OrderRepository.findByUser()
CRITICAL RCA completed in 5s
Root Cause Analysis — auth-service (cascading failure)
Root Cause
Expired TLS certificate on upstream identity provider caused auth-service to retry indefinitely, exhausting the thread pool. This cascaded into 12 downstream microservices as JWT validation failed, triggering a full-stack authentication outage across 3 regions.
Category
Infrastructure Cascading Failure Network
Evidence
● TLS handshake failures spiked to 100% at 03:42 UTC
● Thread pool saturation across all 8 auth-service replicas
● Correlated 401 error tsunami in 12 downstream services
● Certificate expiry date matched — cert expired 42 min prior
Recommended Action
Rotate TLS certificate immediately, implement cert-manager auto-renewal, add certificate expiry monitoring with 30-day alerting window
HIGH RCA completed in 4s
Root Cause Analysis — order-processing (memory leak)
Root Cause
Goroutine leak in the event listener introduced in v2.14.3 deployment. Each Kafka consumer reconnect spawned orphaned goroutines holding references to large order objects. Memory grew linearly at ~50MB/hr, triggering OOMKill after ~6 hours in production.
Category
Application Memory Leak Concurrency
Evidence
● Goroutine count grew from 340 → 28,000+ over 6 hours
● RSS memory linear increase: 512MB → 4.2GB then OOMKill
● Regression started exactly at v2.14.3 deploy timestamp
● Heap profile shows leaked objects in KafkaConsumer.listen()
Recommended Action
Rollback to v2.14.2, fix goroutine lifecycle in KafkaConsumer.listen() with proper context cancellation, add goroutine count alerting
CRITICAL RCA completed in 7s
Root Cause Analysis — checkout-flow (multi-service)
Root Cause
Distributed deadlock between inventory-service and payment-service caused by inconsistent lock ordering during flash sale. inventory-service held lock A and waited for lock B, while payment-service held lock B and waited for lock A. Affected 3,400 concurrent checkout transactions.
Category
Concurrency Distributed Deadlock Application
Evidence
● Both services showed 0 successful transactions for 8 minutes
● Redis lock TTL analysis showed circular wait pattern
● Request queue depth spiked to 3,400 in inventory-service
● Trace waterfall showed mutual blocking across service boundary
Recommended Action
Enforce consistent lock ordering (inventory → payment), add distributed lock timeout of 5s, implement circuit breaker between services during high-traffic events
HIGH RCA completed in 6s
Root Cause Analysis — api-gateway (DNS + config drift)
Root Cause
CoreDNS cache poisoning after a Kubernetes node replacement caused api-gateway to resolve the internal Redis cluster to a decommissioned IP. Combined with missing health-check on the Redis connection pool, stale connections silently dropped 40% of session lookups, causing intermittent 403 errors for authenticated users.
Category
Network DNS Infrastructure
Evidence
● 40% of Redis commands returning connection reset errors
● DNS A-record pointed to 10.0.3.17 (decommissioned node)
● Error pattern started 12 min after node replacement at 09:22
● Only pods on 2 of 5 nodes affected — stale DNS cache locality
Recommended Action
Flush CoreDNS cache, reduce DNS TTL to 30s for internal services, add Redis connection health-checks with 5s interval, implement endpoint readiness validation
04

Self-Healing Automation

Define runbooks that automatically remediate known issues — with human-in-the-loop approval gates, Slack notifications, rollback safety, and complete audit trails.

  • 5 action types: HTTP, Kubernetes, Shell, Slack, Wait
  • Slack approval workflow with rich Block Kit notifications
  • Automatic rollback if post-action metrics worsen
  • End-to-end: anomaly → RCA → approval → execution in under a minute
🔍
Detect
CPU spike 95%
🧠
Analyze
Instant RCA
💬
Notify
Slack approval
Approve
1-click confirm
Execute
5s remediation
IS
Infrasage AIOps Today at 2:16 PM
⏳ Runbook Approval Required
Runbook: High CPU Remediation
Service: payment-service
Action: Scale CPU limits to 500m
Risk: LOW
💀
Detect
OOMKill event
🧠
Analyze
Memory leak
🔄
Rollback
Auto-revert
📊
Verify
Health check
🎫
Ticket
Jira created
IS
Infrasage AIOps Today at 4:02 AM
🔄 Auto-Rollback Executed
Runbook: OOMKill Auto-Rollback
Service: order-processing
Action: Rolled back v2.14.3 → v2.14.2
Result: RECOVERED — memory stable at 512MB
📈
Forecast
Disk 90% in 2h
🧹
Cleanup
Purge old logs
💬
Notify
Slack alert
📊
Verify
Disk at 62%
Resolved
Pre-emptive fix
IS
Infrasage AIOps Today at 6:30 AM
🔮 Proactive Remediation Completed
Runbook: Disk Space Proactive Cleanup
Service: clickhouse-node-03
Action: Purged 180GB of logs older than 7 days
Risk: NONE — predicted issue prevented before impact
🔍
Detect
5xx spike 40%
🧠
Analyze
Bad deploy
💬
Notify
Slack + PagerDuty
Approve
On-call approved
Rollback
Canary reverted
IS
Infrasage AIOps Today at 11:45 AM
⏳ Canary Rollback — Approval Required
Runbook: Bad Deploy Auto-Rollback
Service: search-api (canary v3.2.1)
Action: Revert canary to v3.2.0, drain traffic
Risk: MEDIUM — canary serving 10% of traffic
🔐
Detect
Cert expires 7d
🔄
Renew
Auto cert-manager
🚀
Deploy
Rolling restart
🧪
Test
TLS validation
Secured
Zero downtime
IS
Infrasage AIOps Today at 9:00 AM
🔐 Certificate Auto-Renewed
Runbook: TLS Certificate Rotation
Service: api-gateway (*.prod.internal)
Action: Renewed cert, rolling restart of 6 pods
Result: SUCCESS — new cert valid until 2027-03-20
05

Advanced ML & Forecasting

Go beyond reactive monitoring. Predict anomalies 15-60 minutes before they happen, distinguish causation from correlation, and classify root causes automatically.

  • Anomaly forecasting: predict issues before they impact users
  • Causal inference: did Service A failure cause Service B slowdown?
  • Degradation trend detection: catch slow-burn failures
  • Continuously learning: models improve with every incident resolved
Anomaly Forecast — next 60 min
threshold now
Historical Predicted breach in ~22 min
06

Enterprise-Grade Reliability

Built for production from day one. Multi-tenant isolation, granular RBAC, circuit breakers, graceful degradation, and complete observability of the platform itself.

  • 5-tier RBAC: Viewer → Analyst → Engineer → Admin → SuperAdmin
  • Circuit breaker pattern prevents cascading failures
  • Full self-observability with pre-built Grafana dashboards
  • Multi-tenant isolation with per-tenant service discovery
Role-Based Access Control
SuperAdmin
Full platform control, tenant management, system config
Admin
Runbook management, integration config, user management
Engineer
Execute runbooks, approve actions, manage services
Analyst
View anomalies, access RCA, query telemetry
Viewer
Read-only dashboards, health status
Architecture

Built for infinite scale

Four specialized microservices — each independently scalable — connected via high-throughput streaming, backed by columnar analytics storage. Scale any layer independently, from startup to Fortune 500.

Data Sources
Prometheus
OpenTelemetry
AWS CloudWatch
Kubernetes
Stream Processing
Redpanda / Kafka
Core Services
Ingestion Gateway
Deserialize, split cardinality, batch & write
Telemetry Operator
Service discovery, topology, catalog
AIops Engine
Vectorizer, watchdog, RCA, automation
CLI Tool
DLQ query, load testing, manual RCA
Data & Intelligence
ClickHouse
Firehose, aggregations, exemplars, DLQ
HNSW Vector Index
Temporal embeddings, similarity search
AI Engine (LLM)
Root cause analysis, recommendations
Actions & Notifications
Slack
PagerDuty
Jira
Webhooks
K8s Actions
Integrations

Fits into your existing stack

Drop into your existing infrastructure in minutes. 9 platform integrations out of the box, with an extensible plugin system for anything custom.

📊
Prometheus
Metrics Ingestion
Native scrape targets, remote write, Alertmanager webhooks
🔭
OpenTelemetry
Unified Telemetry
Full OTLP support for metrics, traces, and logs at enterprise scale
☁️
AWS
Cloud Monitoring
CloudWatch metrics from EC2, RDS, Lambda, ALB, DynamoDB, S3
Kubernetes
Container Orchestration
Pod/node metrics, event monitoring, namespace isolation
💬
Slack
ChatOps
Interactive alerts, approval workflows, Block Kit messaging
🚨
PagerDuty
Incident Management
Bidirectional incidents, on-call routing, auto-escalation
🎫
Jira
Ticketing
Auto-create tickets, status transitions, cross-linking
🔗
Webhooks
Custom Events
Pattern-based routing, jq/JS/Python transformers, retry logic
🧩
Plugin System
Extensibility
Build custom integrations with dynamic loading and clean lifecycle management
Scale Without Limits

Built for enterprise-grade performance

Every layer is independently scalable. Start small, grow to thousands of services — the architecture handles it.

horizontally scalable
Throughput
Add replicas, not complexity
Sub-ms
ingestion latency
Real-Time Pipeline
Stream processing, not batch
Seconds
not hours
Root Cause Analysis
AI-powered with full incident context
<1 min
end-to-end
Detection → Remediation
Including human approval workflow
Zero
data loss
Guaranteed Delivery
DLQ with automatic retry & replay
100%
observable
Self-Monitoring
Pre-built dashboards included

Deployment Tiers

Startup
Up to 50 services
Single-node · auto-configured
Growth
50–500 services
Multi-node · auto-scaling
Enterprise
500–5,000+ services
Cluster · unlimited horizontal scale
Technology

Modern stack, zero compromises

Language
Go 1.25
Performance, concurrency, tiny binaries
Data Store
ClickHouse
Columnar OLAP, sub-second queries on 90+ days
Streaming
Redpanda
Kafka-compatible, < 1ms latency, zero JVM
AI / LLM
LLM-Powered RCA
Pluggable AI backend for structured root cause analysis
Vector Search
HNSW Index
O(log n) similarity, 8-dim temporal embeddings
Orchestration
Kubernetes
HPA auto-scaling, health probes, pod affinity
Monitoring
Prometheus + Grafana
Comprehensive custom metrics with pre-built dashboards
Container
Alpine Docker
Multi-stage build, < 50MB images, non-root
Get Started

From zero to production in minutes

One command deploys the entire platform — storage, streaming, monitoring, dashboards, and all Infrasage services — on any Kubernetes cluster.

quickstart.sh
# Any Kubernetes cluster — 20 min to production
$ git clone https://github.com/sushant-115/infrasage.git
$ cd infrasage
$ ./quickstart.sh

# ✅ K3S cluster deployed
# ✅ ClickHouse + Redpanda running
# ✅ Prometheus + Grafana configured
# ✅ Ingestion Gateway (auto-scaling)
# ✅ AIops Engine + Watchdog active
# ✅ Retention policies applied
# ✅ Ready to receive telemetry!

What's included

📦
Full Stack Deploy

ClickHouse, Redpanda, Prometheus, Grafana — all preconfigured

🔐
Security by Default

Non-root containers, RBAC, read-only filesystems, resource limits

📈
Auto-Scaling Ready

Kubernetes HPA on CPU, memory, and custom buffer metrics

🗑️
Auto Data Retention

Configurable TTL-based cleanup for raw data, aggregations, and audit logs

📊
Pre-Built Dashboards

15+ Grafana panels: throughput, anomalies, RCA, automation, DLQ