I work in Applied AI Enterprise Systems Architecture — building agentic AI-enabled, cloud-native systems for high-scale financial and transactional platforms.
Currently a Staff So... Show more
sibasispadhi
@sibasispadhi
Sibasis Padhi
Agentic AI · Cloud Performance · Distributed Systems Resilience · FinTech at ...
About
Language & Tools
AI / Agentic: LLM orchestration · Agent frameworks · RAG pipelines · Prompt engineering · Guardrails & execution controls.
Observability: OpenTelemetry · Prometheus · Grafana · Jaeger · Splunk
Cloud & Infra: GCP · Azure · IBM Cloud · Kubernetes · Docker · Istio · Terraform
Frameworks & Runtimes: Spring Boot · Spring Cloud · REST · gRPC · Node.js
Languages: Java · Python · SQL · JavaScript · Bash
Data & Messaging: Kafka · Redis · PostgreSQL · Cassandra · Elasticsearch
Practices: Event-Driven Architecture · Domain-Driven Design · CQRS · SAGA patterns · Chaos Engineering · SLO-driven operations
Observability: OpenTelemetry · Prometheus · Grafana · Jaeger · Splunk
Cloud & Infra: GCP · Azure · IBM Cloud · Kubernetes · Docker · Istio · Terraform
Frameworks & Runtimes: Spring Boot · Spring Cloud · REST · gRPC · Node.js
Languages: Java · Python · SQL · JavaScript · Bash
Data & Messaging: Kafka · Redis · PostgreSQL · Cassandra · Elasticsearch
Practices: Event-Driven Architecture · Domain-Driven Design · CQRS · SAGA patterns · Chaos Engineering · SLO-driven operations
Currently Exploring
- Agentic orchestration at production scale — moving beyond single-agent demos to multi-agent systems with isolation boundaries, execution-risk controls, and auditable decision loops
- Autonomous resilience — can systems detect degradation and self-remediate without human intervention, and how do you prove it's safe?
- Cost-aware AI architecture — the unit economics of running LLM-backed services at high request volume
- Observability for non-deterministic systems — traditional SLOs assume deterministic behavior; agentic systems break that assumption
- Governance patterns for agentic AI — what "responsible autonomy" actually looks like in regulated financial environments
- Autonomous resilience — can systems detect degradation and self-remediate without human intervention, and how do you prove it's safe?
- Cost-aware AI architecture — the unit economics of running LLM-backed services at high request volume
- Observability for non-deterministic systems — traditional SLOs assume deterministic behavior; agentic systems break that assumption
- Governance patterns for agentic AI — what "responsible autonomy" actually looks like in regulated financial environments
Achievements
- Architected Agentic AI planning & forecasting systems operating at $180B+ merchandise scale across Walmart US, Sam's Club, and International
- IEEE Senior Member (top 10% distinction) · Forbes Technology Council · AAITP Fellow · IA Forum Advisory Board
- 3× internationally judged awards in 2024–25: Globee® Bronze, Stevie® Silver, Global Recognition Award
- Selected among ADPList's Top 100 Mentors globally (Class of 2026)
- Founder of the NWA Cloud-Native Engineering Meetup — Northwest Arkansas' first cloud-native engineering community
- IEEE Senior Member (top 10% distinction) · Forbes Technology Council · AAITP Fellow · IA Forum Advisory Board
- 3× internationally judged awards in 2024–25: Globee® Bronze, Stevie® Silver, Global Recognition Award
- Selected among ADPList's Top 100 Mentors globally (Class of 2026)
- Founder of the NWA Cloud-Native Engineering Meetup — Northwest Arkansas' first cloud-native engineering community
Contributions
Comments
- @[Mehadi Hasan] Exactly. Unnecessary is the right word here!Sep 12, 2026
- @[Itay] Absolutely 100%Sep 12, 2026
- A strong takeaway is that AI agents need good specs, verification, and...Sep 10, 2026
- This is where agentic coding needs system-level context, not just code...Sep 10, 2026
- Reminds the good old, developer days! Sep 10, 2026
Discussions
- Should AI agents have retry limits?Sep 12, 2026
- What makes AI agents safe enough for production?Sep 09, 2026
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