name: Ajay Devineni
location: Atlanta, GA (Cumming, Georgia)
title: Senior SRE / DevSecOps Engineer Β· Cloud Architect
focus: AWS Β· Kubernetes Β· AI/ML Infrastructure Β· Fintech Β· Telecom
contact: ajayjboss@gmail.com
linkedin: linkedin.com/in/ajay-devineni
experience:
total: 11+ years
domains: [ Banking, Credit Union Platforms, Telecom, Healthcare, Insurance ]
at_scale: Millions of transactions Β· Multi-region Β· 24/7 on-call
core_stack:
cloud: [ AWS (primary), Azure, GCP ]
iac: [ Terraform, Terragrunt, CloudFormation ]
containers: [ Kubernetes/EKS, Docker, Helm, Flux, ArgoCD ]
cicd: [ GitHub Actions, Jenkins, Azure Pipelines, CodeDeploy ]
ai_ops: [ MLOps pipelines, LLM inference infra, GPU compute (P5/G5) ]
observe: [ Dynatrace, Grafana, Prometheus, Datadog, Splunk, ELK ]
security: [ CrowdStrike, Zero-Trust, PrivateLink, SOC2, AWS IAM/SSO ]
scripting: [ Python, Bash/Shell ]
currently_building:
- agentsre (PyPI): OSS SRE reliability instrumentation library for agentic AI
- 4 original SLIs for AI agents β DQR Β· TIE Β· HER Β· AQDD
- Publishing on AWS Community Builders & DEV Community β AIOps + SRE patterns| Metric | Achievement |
|---|---|
| π° Cloud Cost Savings | $140,000/month eliminated via AWS resource optimization (FY24) |
| β¬οΈ Uptime Delivered | 99.99% across 5 digital banking platforms simultaneously |
| βοΈ Toil Reduction | 30% operational overhead cut via Python/Shell self-healing automation |
| π Hours Saved/Month | 10β15+ engineering hours freed via patching & audit automation |
| π Legacy Bug Resolved | 3β4 year recurring balance transfer failure permanently fixed |
| β±οΈ Downtime Prevented | 50+ hours cumulative production downtime averted over career |
| π Security Posture | Zero-trust migrations eliminating years of recurring network instability |
| π¦ Platforms Supported | 5 credit union banking platforms β 90%+ reliability rate |
AWS Services Deep-Cut:
EKS Β· EC2 Β· RDS Β· Aurora Β· S3 Β· Lambda Β· VPC Β· IAM Β· SSO Β· Transit Gateway
PrivateLink Β· DMS Β· DynamoDB Β· CloudWatch Β· SQS Β· SNS Β· ACM Β· Route53 Β· Auto Scaling
Networking Specialization:
Aviatrix Β· AWS VPN (HA dual-tunnel) Β· PrivateLink Β· VPC Peering
Transit Gateway Β· Zero-Trust Architecture Β· OpenVPN Β· SSL/TLS Β· DNS
π agentsre Β Β·Β |
|
π 4 Original SLIs
|
π A2A Semantic Validator
|
β‘ Circuit Breaker
|
βοΈ AWS-Native
|
pip install agentsre # core β zero dependencies
pip install agentsre[aws] # + boto3 for CloudWatch publishingPython AWS CloudWatch DynamoDB EventBridge SSM X-Ray A2A LLM Agents MIT License
π€ ai-sre-guardrails
Production-grade framework applying machine learning to SRE workflows. Detects anomalies in metrics streams before they become incidents. Implements intelligent runbook automation via LLM agents. Highlights:
|
ποΈ dajay-dev-iac
Battle-tested Terraform modules reflecting 11+ years of real production patterns. Encodes AWS best practices, security baselines, and cost guardrails learned from managing multi-million-dollar cloud estates. Highlights:
|
Spring Boot service demonstrating SRE-first microservice design: health probes, graceful degradation, structured logging, and observability hooks. Built to 12-factor app principles for Kubernetes deployment.
|
π‘οΈ insurance-service-spring-boot
Backend service for insurance domain with compliance-first design patterns. Demonstrates audit logging, role-based access, and observability integration for regulated workloads.
|
π¦ Candescent (formerly NCR) β Senior SRE / DevSecOps Engineer (Oct 2021 β Present)
Zero-Trust Network Modernization
- Migrated banking clients from legacy Aviatrix S2C VPNs to AWS-native VPN with HA dual-tunnel encryption β eliminating years of recurring instability
- Migrated clients from SSH tunnels to AWS PrivateLink, removing Aviatrix dependency entirely
- Redesigned QA RDS access architecture for security compliance during Azure β AWS migration
Cost Engineering
- Identified and decommissioned unused EC2, RDS, WorkSpaces, and Aviatrix components β $140K/month saved, exceeding 5% cost-reduction target
- Docker Hub audit + service account rollout β additional ~1% monthly spend reduction
AI & Automation
- Built AI-assisted escrow scripts for packaging, validating, and delivering release artifacts
- Automated AWS SSO user reporting via Python β enabling audit team to receive accurate access reports without manual effort
- Deployed self-hosted GitHub Actions runners via ASG β improved CI/CD reliability and eliminated managed-minute costs
- Python Lambda for automated SSM parameter sync during DR
Critical Incident Resolution
- Permanently resolved a 3β4 year recurring banking balance transfer failure restoring full production reliability
- Diagnosed and fixed non-functioning pods on EKS nodes during live client incidents
- Resolved CashEdge connectivity and no-route-to-destination failures under SLA
Security & Compliance
- Deployed CrowdStrike Falcon across Linux/Windows VMs and EKS clusters (Detection β Prevention mode)
- Proactively caught expiring SAML certificates (60-day notice); authored MOP docs for repeatable renewal
- Supported SOC2 compliance audits with DevSecOps policy enforcement
π‘ AT&T β SRE / L3 Infrastructure Engineer (Apr 2017 β Oct 2021)
- L3 support for AT&T Digital Life smart home platform β millions of customers, dual redundant data centers
- Managed full AWS estate: EC2, S3, RDS, SQS, ELB, VPC, IAM, KMS, CloudWatch, SNS, Auto Scaling, CloudTrail, ACM
- Contributed to physical data center β Azure migration
- Managed middleware: Apache Tomcat, Nginx, JBoss β SSL/TLS cert renewals with zero cert-related outages
- Authored Shell scripts for log rotation, server auto-startup/shutdown, compliance automation
- DR War Rooms and BigButton failover automation across dual data centers
- 24/7 on-call rotation β monitoring via CloudWatch, Nagios, Zabbix, Introscope, Netcool
Traditional SRE asks: "How do we respond faster when things break?"
My approach asks: "How do we make the system tell us before it breaks?"
The stack I believe in:
[Alert Fatigue] β AI anomaly detection filters signal from noise
[Manual toil] β Self-healing automation removes humans from the loop
[Reactive ops] β SLO-driven engineering makes reliability measurable
[Cost blindness] β FinOps embedded into reliability decisions from day one
Publishing original SRE + AIOps patterns β not theory, production experience.
| Title | Platform | |
|---|---|---|
| π₯ | SLOs for Agentic AI: The Reliability Framework Production Teams Are Missing | DEV Community |
| π₯ | Why SRE Principles Are the Missing Layer in MCP Security | DEV Community |
| βοΈ | Single-Agent + MCP: SLOs for Agentic AI on AWS | AWS Community Builders |
| βοΈ | Multi-Agent + A2A: The SRE Reliability Framework Nobody Has Written Yet | AWS Community Builders |
| π AWS Certified Solutions Architect | Amazon Web Services |
| π M.S. Information Security | University of the Cumberlands |
| π M.S. Computer Science | Silicon Valley University |
| π B.E. Electronics & Communication | JNTUH College of Engineering |
| π¬ IEEE Senior Member | Institute of Electrical and Electronics Engineers |
| π Fellow SCRS | Society of Clinical Research Sites |
| β‘ IET Member | The Institution of Engineering and Technology |
Open to conversations around:
Staff SRE Β· Principal Cloud Architect Β· Platform Engineering Leadership Β· AI Infrastructure Β· DevSecOps Β· Fintech/Banking Cloud
"The best on-call rotation is the one that never pages β because the system healed itself."

