I architect network security automation systems for hybrid cloud enterprise — zero trust, policy-as-code, and AI-driven telemetry across modern and legacy infrastructure. Currently working towards a Master's in Computer Science at Georgia Tech alongside delivering production-grade systems.
SONIC NOS overlay integration, eBPF, Linux kernel networking, and data plane architectures bridging on-prem and cloud environments.
Zero Trust architectures with Zscaler ZPA, Cisco FTD/ISE/WSA — building compliant, automated security policy across hybrid cloud systems.
Consolidating disparate policy authorities — JanusGraph, Cassandra, Batfish — into secure, CICD-consumable self-service stacks with RBAC.
AI agents for network observability, anomaly detection, and automated root cause analysis across distributed hybrid cloud architectures.
Kubernetes CNI, distributed provisioning via AWX and Nautobot, F5 load balancing, DNS/IPAM, and high-availability architectures at scale.
Leading teams of principal and junior engineers. Stakeholder partnerships, RCA processes, and turning constraints into product opportunities.
Technical lead for network software engineering team. Led data plane integration between SONIC NOS and OpenStack, built consolidated security policy automation across disparate authorities, and implemented zero trust architectures with Cisco FTD/ISE and Zscaler ZPA. Applied AI/ML to network telemetry for anomaly detection and automated RCA.
DB Operations — rotational 24×7 support of Oracle, Sybase, and SQL systems. Root cause analysis, queue management, and operational reliability.
Telephony software engineering — custom IVR systems and CDR processing built in C/C++. Full software lifecycle from requirements through delivery.
Open to full-time, contract, and consulting opportunities in network security automation, hybrid cloud infrastructure, and data plane engineering — remote or US-based.