Backend · Infra · SRE
MeghVyas
I build the systems other software runs on. Deployment platforms, real-time AI infrastructure, and the reliability layer underneath.
I work a layer below the product. Deployment platforms, real-time voice pipelines, the monitoring that pages you at 3am. The parts nobody sees until they break, which is exactly why they have to be good.
I founded Shriem Labs to build retail-tech products, started a cloud-computing community, and did the internships in between. Backend, infrastructure, and the AI plumbing that holds it all together.
Where I’ve been
- 2025 - nowFounderShriem LabsBuilding retail-tech products.
- 2026 - nowFounder & Community LeadC3, Cloud Computing CommunityA home for people who run things in production.
- 2025 - 26Software Developer InternAiGENThix TechnologiesBackend services and AI systems.
- 2025Salesforce Developer InternCodiot TechnologiesPlatform customization and automation.
- 2023 - 26BCAIFIM InstitutionsBachelor's in computer applications.
Infrastructure is judged by what does not happen. Here is the order I build in so that nothing does.
Model the failure
Design from how it breaks, not how it demos.
Before the happy path, I map the ways a system falls over: the dropped connection, the slow query, the queue that backs up. The architecture is whatever survives those, not whatever looks clean in a diagram.
Make it observable
If you cannot see it in production, you do not really run it.
Metrics, traces, and logs go in from the first commit, not after the first incident. A system I cannot watch is one I am only hoping works, and hope is not an operational strategy.
Make it boring
The best infrastructure is the kind nobody notices.
The final pass is subtraction: fewer moving parts, saner defaults, automated recovery. Excitement in an on-call channel is a bug. The goal is a system so quiet you forget it is load-bearing.
Six of them. Hover to look.
Also built
- AletheiaMulti-agent AI fact-checking with optional on-chain verdicts.
- AISLAn AI-native data format that cuts token overhead 33-50% versus JSON.
- AI InterviewerVoice-driven technical interviews with resume analysis and scoring.
- Web3 Migration ToolDeploy frontend apps to decentralized IPFS in seconds.
- ULTRA-MoCapResearch pipeline classifying motion from IMU, EMG, and EEG signals.
- Voice BotAn offline macOS assistant with 30+ system-control commands.
Six layers. I have shipped production on every one of them.
Languages
What I think in.
- Go
- Python
- TypeScript
- Bash
Backend & APIs
Where the work actually happens.
- FastAPI
- Node.js
- Next.js
- gRPC
- GraphQL
- BullMQ
- Celery
AI & retrieval
The parts that reason.
- PyTorch
- LangChain
- LlamaIndex
- vLLM
- Pinecone
- Qdrant
- pgvector
Data
Where state lives.
- PostgreSQL
- Redis
- MongoDB
- Neo4j
- DynamoDB
Cloud & DevOps
How it ships, and stays shipped.
- AWS
- GCP
- Docker
- Kubernetes
- Terraform
- Helm
- ArgoCD
Observability
How I know it is working.
- Prometheus
- Grafana
- OpenTelemetry
- Loki
- Datadog