Gautam-aman

Gautam-aman/ResQNet

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

31 good first / help-wanted issues · Java · last activity Oct 20, 2026

31 Open Issues Need Help Last updated: Oct 20, 2026

Open Issues Need Help

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documentation help wanted good first issue area: simulator priority: low
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
enhancement help wanted area: frontend
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
enhancement help wanted good first issue area: android
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
enhancement help wanted good first issue area: frontend
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
enhancement help wanted area: frontend
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
enhancement help wanted good first issue area: simulator
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
enhancement help wanted good first issue testing area: simulator priority: low
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
enhancement help wanted good first issue testing area: frontend priority: low
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
help wanted good first issue testing area: android
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
enhancement help wanted good first issue testing area: android priority: low
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
bug help wanted good first issue testing area: frontend priority: medium
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
bug help wanted good first issue testing area: frontend priority: medium
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
bug help wanted good first issue area: android priority: low
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
documentation help wanted good first issue area: android priority: low
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
enhancement help wanted good first issue testing area: android priority: low
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
enhancement help wanted good first issue testing area: simulator priority: low
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
documentation help wanted good first issue priority: low
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
bug help wanted good first issue testing area: frontend priority: medium
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
bug good first issue area: frontend priority: medium
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
bug help wanted good first issue testing area: simulator priority: medium
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
documentation good first issue area: simulator priority: low
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
accessibility help wanted good first issue testing area: frontend priority: low
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
bug help wanted good first issue testing area: mesh-core priority: medium
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
bug help wanted good first issue testing area: simulator priority: medium
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
enhancement help wanted good first issue testing area: android priority: low
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
bug help wanted good first issue testing area: android priority: medium
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
documentation help wanted good first issue area: android priority: low
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
documentation good first issue area: android priority: medium
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
bug good first issue area: android priority: medium
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
bug good first issue area: mesh-core priority: medium
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java
bug good first issue area: backend priority: high
Gautam-aman/ResQNet
0

An offline-first, self-healing emergency communication network using peer-to-peer mesh networking, multi-hop routing, and edge AI to deliver SOS messages without internet connectivity.

Java