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ECLIPSE

ECLIPSE

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From Idea to Impact, From Vulnerabilities to Victories

ECLIPSE is a national-level hackathon focused on IoT and Network Security, designed exclusively for students to solve real-world cybersecurity challenges.

Sponserd by ISEA (Information Security Education and Awareness), MeitY, Government of India

Theme/Problem Statement: IoT Trust & Drift Analytics

Build a cyber-security lens for IoT networks: score device trust, detect policy drift, and explain exactly why a device looks risky—using only network telemetry.

THIS IS A COMPLETE SOFTWARE BASED HACKATHON

Background / Context:

IoT/IIoT devices (cameras, sensors, gateways, smart controllers) are everywhere—and they often can’t run heavy security agents. That makes the network the best place to observe behaviour. In real cyber incidents, compromised or misconfigured devices rarely “announce” themselves; instead, they gradually change how they communicate: new destinations, unusual timing patterns, unexpected protocols, abnormal spikes, or slow drift away from what was previously normal.

Security teams need a system that can answer three things clearly:

Is this device still trustworthy right now?
Is it still behaving within expected “allowed” communication boundaries?
If not, what exactly changed—and what proof supports that?

The COOL factors !

This challenge lets you build something that feels like a real SOC capability for IoT:

You’re not just detecting anomalies—you’re building a trust engine.
You’re not just raising alerts—you’re producing proof and reasoning.
You’re using AI/ML in a realistic, controlled way—like modern cybersecurity products do.

Rules

Follow the Code of Conduct.

Find us on

LinkedIn
Instagram

From Idea to Impact, From Vulnerabilities to Victories

Runs from

Mar 13 - 14, 2026

Happening

Bengaluru, India

Closes in

ECLIPSE is a national-level hackathon focused on IoT and Network Security, designed exclusively for students to solve real-world cybersecurity challenges.

Sponserd by ISEA (Information Security Education and Awareness), MeitY, Government of India

Theme/Problem Statement: IoT Trust & Drift Analytics

Build a cyber-security lens for IoT networks: score device trust, detect policy drift, and explain exactly why a device looks risky—using only network telemetry.

THIS IS A COMPLETE SOFTWARE BASED HACKATHON

Background / Context:

IoT/IIoT devices (cameras, sensors, gateways, smart controllers) are everywhere—and they often can’t run heavy security agents. That makes the network the best place to observe behaviour. In real cyber incidents, compromised or misconfigured devices rarely “announce” themselves; instead, they gradually change how they communicate: new destinations, unusual timing patterns, unexpected protocols, abnormal spikes, or slow drift away from what was previously normal.

Security teams need a system that can answer three things clearly:

Is this device still trustworthy right now?
Is it still behaving within expected “allowed” communication boundaries?
If not, what exactly changed—and what proof supports that?

The COOL factors !

This challenge lets you build something that feels like a real SOC capability for IoT:

You’re not just detecting anomalies—you’re building a trust engine.
You’re not just raising alerts—you’re producing proof and reasoning.
You’re using AI/ML in a realistic, controlled way—like modern cybersecurity products do.

Find us on

LinkedIn
Instagram

$1,320

Available in Prizes

$1,320

Available in Prizes

Sponsors

Sponsors

Platinum

ISEA (www.isea.gov.in)Indian Institute of Technology Guwahati (iitg.ac.in)Allieding

Sponsors

Sponsors

Platinum

ISEA (www.isea.gov.in)Indian Institute of Technology Guwahati (iitg.ac.in)Allieding

FAQs

Team size

2 - 4

Registration costs?

Nada.

Team size

2 - 4

Registration costs?

Nada.

Got more questions? Reach out to [email protected]

FAQs

Team size

2 - 4

Registration costs?

Nada.

Team size

2 - 4

Registration costs?

Nada.

Got more questions? Reach out to [email protected]