Active Research Division
Pioneering
AI, ML, IoT
& AR/VR Research
AI, ML, IoT
& AR/VR Research
Daffodil Global's research division drives breakthrough innovation across Artificial Intelligence, Machine Learning, Internet of Things, and Augmented/Virtual Reality — transforming global industries through applied technology.
120+
Research Projects
48+
Publications
35+
Patents Filed
14+
Industry Partners
Core Disciplines
Our Research Focus Areas
We invest in four transformative technology domains that collectively shape the future of intelligent, connected, and immersive systems.
AI
Artificial Intelligence
Building autonomous systems capable of reasoning, learning, and decision-making — from natural language processing to computer vision and expert systems.
ML
Machine Learning
Developing data-driven algorithms and predictive models that learn patterns from complex datasets to improve performance and enable automation at scale.
IoT
Internet of Things
Connecting intelligent edge devices and embedded systems to cloud infrastructure, enabling real-time monitoring, automation and smart environment control.
AR/VR
Augmented & Virtual Reality
Creating immersive and mixed-reality experiences for training, education, healthcare, and industry — blending digital layers seamlessly with the physical world.
Latest Work
Featured Research Papers
Highlighted publications and projects from our active research portfolio, shaping the next generation of global technology.
● Artificial Intelligence
Contextual Reasoning in Large Language Models for Enterprise Knowledge Graphs
We explore hybrid architectures combining retrieval-augmented generation with structured enterprise data, achieving 38% improvement in factual accuracy across domain-specific Q&A benchmarks.
● Machine Learning
Federated Learning for Privacy-Preserving Medical Diagnostics in Low-Resource Settings
A novel federated ML framework enabling collaborative model training across hospital networks without sharing patient data — validated on 15 clinical sites across South Asia.
● Internet of Things
AI-Driven Anomaly Detection on Edge Devices for Industrial Predictive Maintenance
Deploying lightweight transformer models on microcontrollers to detect equipment anomalies in real time, reducing industrial downtime by up to 62% in pilot factory deployments.
● AR / VR
Haptic Feedback Integration in Mixed-Reality Surgical Simulation for Training Surgeons
A WebXR surgical simulator with force-feedback gloves enabling realistic procedural training — demonstrating 45% faster skill acquisition compared to traditional simulation methods.
Tools & Platforms
Our Technology Stack
We leverage best-in-class open source and enterprise platforms to accelerate research velocity and ensure reproducible results.
PyTorch
TensorFlow
HuggingFace
Docker
AWS SageMaker
Google Vertex AI
Raspberry Pi
Arduino
Unity XR
Unreal Engine
MQTT
Kubernetes
MLflow
People
Meet the Research Team
A multidisciplinary team of researchers, engineers, and domain experts driving innovation at the frontier of emerging technology.
RK
Dr. Rafiq Karim
Head of AI Research
SH
Dr. Sabrina Hossain
ML Research Lead
MA
Md. Arif Islam
IoT Systems Architect
NR
Nadia Rahman
AR/VR Experience Designer
Ready to Collaborate on
Cutting-Edge Research?
Cutting-Edge Research?
Partner with Daffodil Global's research division to co-develop next-generation AI, ML, IoT, and AR/VR solutions.