RF / 001

Independent research collective

Research,
made resilient.

We build intelligent systems that remain useful when models hallucinate, networks disappear, and compute is constrained.

RFCORE
01PERCEPTION
02REASONING
03EDGE
SCROLL TO INVESTIGATE ↓

Intelligence is only
valuable when it is
dependable.

ResForge is a two-person research team exploring how AI can move from impressive demos to trustworthy, efficient systems.

We combine machine learning, software engineering, and safety-aware system design—then test the whole pipeline, including how it fails.

From recognition
to responsible action.

MANUSCRIPT STATUSUNDER REVIEWICMRIA 2027
PROJECT / MC-01AGRICULTURAL AI

MaizeCure

CNN-Based Corn Leaf Disease Detection and LLM-Powered Treatment Advisory

Most crop-disease tools stop after classification. MaizeCure connects visual diagnosis to safety-aware treatment guidance—without placing blind trust in a single model.

AUTHORSSYED SAMIN SADAFS M AL FUAD NUR
⌁
LEAF IMAGEINPUT
R50D121EB0MV2
SAFE ADVISORYMULTI-LLM CONSENSUS + RULE FALLBACK
04 CNN BACKBONES03 INFERENCE MODES02 UI LANGUAGES01 SAFETY PIPELINE
A / DETECT

Multiple eyes,
one diagnosis.

Four transfer-learned CNN backbones operate independently or together through soft voting and a cost-aware hybrid cascade.

B / VERIFY

Advice that earns
its confidence.

Low-confidence and mixed-infection predictions are filtered before multiple LLM providers validate a recommendation.

C / RECOVER

Useful, even when
models fail.

Malformed outputs are repaired, terminology is screened, and deterministic expert rules take over if consensus or connectivity fails.

Intelligence
moves closer.

Our next research chapter focuses on cognitive AI and efficient intelligence that lives on the device—not only in the cloud.

01

Cognitive AI

Systems that perceive, reason, adapt, and interact with richer context.

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02

On-device LLMs

Private, low-latency language intelligence under real hardware constraints.

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03

NPU acceleration

Model and runtime optimization for the next generation of neural processors.

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Small by design.
Serious by nature.

Two researchers, one shared standard: build with rigor, question the easy answer, and make the system work beyond the lab.

Have a hard problem
worth forging?

MEET THE TEAM↗