DIU FOUNDRY INDIA · Functional Control-Plane Prototype

Sentinel Shield.

Zero-trust and tamper response.

A security-oriented control-plane concept for connected devices.

PROTOTYPE

SECURITY · HARDWARE · SOFTWARE

01 · THE PROBLEM

Why this exists.

Connected devices should not remain trusted indefinitely, and tamper events need clear operational consequences.

02 · THE APPROACH

What we built.

Sentinel Shield models onboarding, device identity, trust-state evaluation and operator response in one control-plane experience.

03 · WHAT'S INSIDE

Core capabilities.

  • 01Device onboarding and identity workflow
  • 02Approval, compromised and lockdown states
  • 03Tamper-response states visible to operators
  • 04Security-focused operations interface

04 · ENGINEERING NOTES

Tools and disciplines.

This entry is part of an independent, student-led technology studio in India. DIU means Dominance, Intelligence, Unity; this studio is not affiliated with the U.S. Defense Innovation Unit.

Sentinel Shield is recorded as a prototype in the Foundry archive. That label describes the current stage documented by the studio; it is not a claim of certification, third-party endorsement or production readiness.

The case-study record summarizes the documented problem, approach, capabilities and technology stack. Public source and live-build links are supplied where available, so visitors can inspect the artifact directly rather than infer maturity from a visual preview alone.

React 18TypeScriptViteTailwind CSSReact RouterSupabaseRechartsVitestSECURITYHARDWARESOFTWARE

05 · EXPLORE

Open the actual work.

KEEP EXPLORING

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