I architect failure-proof systems
for revenue-critical operations
when downtime is not an option.

Problem

Order execution latency averaging 250ms was blocking high-frequency trading strategies. Infrastructure fragility meant brief network hiccups caused cascading failures, resulting in daily opportunity costs.

Approach

Redesigned network topology from first principles—eliminating unnecessary hops, implementing kernel-space packet processing, and deploying real-time observability. Built redundant pathways with automatic failover compliant with SEBI market requirements.

Outcome

Achieved sub-20ms latency with 99.99% uptime. High-frequency strategies became viable, converting daily opportunity loss into realized trading volume.

Problem

Clinics spent 15-20 minutes on manual patient intake, often missing critical pre-existing conditions. Data silos between patient records and risk assessment prevented informed early consultations.

Approach

Architected an integrated intake engine combining automated forms, LexisNexis risk scoring, and secure HIPAA-compliant data pipelines. Designed intuitive clinician dashboards to surface actionable pre-consultation insights before first patient interaction.

Outcome

Average consultation time reduced by 40%, diagnostic accuracy improved through pre-visit risk context, and clinics achieved certified healthcare data compliance.

Problem

Traditional centralized EHR systems created single points of failure, regulatory complexity, and patient distrust around data ownership. Breaches could expose millions of records.

Approach

Architected a permissioned Hyperledger Sawtooth network with patient-consent policies, cryptographic signatures for transactions, and immutable audit trails. Built accompanying applications to showcase secure inter-institutional data sharing.

Outcome

Delivered a working MVP that validated blockchain’s potential for patient-driven data ownership and integrity. Provided a foundation for future HIPAA-aligned production deployment.

Problem

Banking customers waited 45+ minutes for support on routine transactions. Support tickets for EMI calculations, balance inquiries, and fund transfers created operational bottlenecks.

Approach

Designed intent taxonomies covering 120+ banking operations, built hierarchical dialog flows with secure API integrations, and implemented fallback escalation to human agents for complex scenarios. Deployed with rich card-based UI for transactions.

Outcome

Deflected 60% of routine support tickets to self-service, reduced average resolution time from 15 minutes to 2 minutes, and improved customer satisfaction by 40%.

Problem

Paper-heavy processes caused 2-3 week order-to-dispatch delays. Inventory visibility was manual and error-prone, leading to $2M+ annual waste through overstock and spoilage.

Approach

Mapped all 47 operational workflows, then architected a modular cloud ERP on AWS with automated plant integrations, real-time inventory tracking, and exception-driven alerts. Implemented batch-level provenance and traceability from raw material to dispatch.

Outcome

Transformed plant operations from paper-based to fully digital. Achieved order-to-dispatch in 48 hours (from 21 days), reduced waste by $1.8M annually, and enabled data-driven production forecasting.

Problem

After 18 months and $800K invested, the neo-banking app was stuck in incomplete limbo: broken API integrations, outdated stack, and dwindling team confidence. Client faced either a complete rewrite or abandonment.

Approach

Stabilized the codebase with a complete refactor to modern React patterns, rewrote all API integrations with robust error handling, and re-scoped the MVP ruthlessly to ship in 16 weeks. Implemented comprehensive end-to-end testing.

Outcome

Delivered a feature-complete, production-ready app shipped to 50K+ users in 4 months. Prevented $600K+ sunk cost loss and revived client confidence.