07 / AJAY CYRIL

Build it. Ship it. Operate it.

Real-time applications, industrial sensing and physical operations. Product decisions backed by implementation.

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HANDS-ON EVIDENCE

From the application to the operating model.

The architecture is an independent proposal. The experience below explains the decisions behind it.

01 / SHIPPED

SpeakMyLingo

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I personally built and launched a real-time AI translation app. The work includes audio sessions, authentication, backend deployment, entitlements, instrumentation and latency.

iOS client→WebRTC session→Realtime model

Short-lived credentials and entitlement checks keep access on the backend. Telemetry makes session and cost failures visible.

02 / TECHNICAL PRACTICE

Global coding champion

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I won a global prompt-engineering championship in coding. The useful habit is practical: test model behaviour, inspect the failure and iterate in code.

This is evidence of hands-on fluency—not a claim to be a foundation-model researcher.

03 / PHYSICAL SYSTEMS

Sensing to response

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Connected-worker products at Tata, video intelligence at Airtel and connected safety at scale taught me to include installation, network loss, ownership and recovery in the product definition.

Employer deployments and non-public implementation details are not reproduced on this site.

04 / PRODUCT OWNERSHIP

What I would own here

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Choose the funded workflow. Define its architecture and partner boundaries. Prototype the weak assumptions. Turn field exceptions into reusable capabilities and measure second-site effort.

Customer→Architecture→Code→Operations

One clear mandate.

Turn world understanding, model services and heterogeneous machines into a product with accepted outcomes, bounded authority and service economics that improve with scale.

RETURN / THE THESISFrom intent to accepted outcome↗