DLAXMI INFOTECH LLP
Research & Development
DLAXMI INFOTECH LLP conducts multidisciplinary research to develop intelligent engineering solutions across Artificial Intelligence, Healthcare, Automation, IoT, Women's Safety, and Food Technology.
Research Philosophy
Every technology we build is guided by scientific excellence, ethical responsibility, collaboration, sustainability, and meaningful human impact.
Centered
Innovation
Technology should improve lives and solve meaningful real-world problems.
Every innovation is guided by evidence, experimentation, and validation.
Ethical engineering, transparency, and responsibility remain central.
Innovation grows through multidisciplinary teamwork and partnerships.
Solutions are designed for long-term environmental and social value.
Creative thinking transforms research into impactful technology.
Research Domains
Our multidisciplinary research spans Artificial Intelligence, Healthcare, Automation, Food Technology, Women's Safety, and Applied Engineering to develop impactful technologies.
Developing intelligent software and AI-driven technologies for computer vision, behaviour understanding, predictive systems, and intelligent decision-making.
Designing assistive and intelligent technologies that support healthcare, rehabilitation, accessibility, and improved quality of life.
Researching intelligent preventive, protective, and emergency-response technologies designed to improve personal safety.
Developing engineering solutions for safer, more humane, hygienic, and automated food-processing systems.
Combining sensing, embedded intelligence, automation, and mechanical engineering to develop efficient intelligent machines.
Transforming multidisciplinary research concepts into practical prototypes and engineering solutions for real-world challenges.
Research Process
Every innovation at DLAXMI INFOTECH LLP follows a structured engineering workflow—from identifying real-world problems to developing validated, scalable technologies that create meaningful impact.
We identify real-world challenges through research, observation, stakeholder needs, and practical problem analysis.
We investigate existing approaches and transform promising ideas into practical engineering concepts.
AI, automation, embedded systems, mechanical engineering, and software are integrated into system designs.
Concepts are developed into prototypes and evaluated through experimentation, testing, and technical validation.
Validated technologies are refined toward scalable implementation, collaboration, commercialization, and societal impact.
Featured Research
Our flagship research projects combine Artificial Intelligence, Engineering, Automation, Healthcare, and emerging technologies to solve complex real-world challenges.
HBUE
Behaviour Intelligence
Face
Pose
Behaviour
An AI-powered behaviour understanding platform capable of analysing facial expressions, body movements, posture, and behavioural patterns for healthcare, women's safety, and intelligent automation.
Research Area
Intelligent Systems
Focus
Human Behaviour Understanding
APS
Intelligent Safety Ecosystem
Prevent
Behaviour-based risk awareness
Protect
Protective device
Rescue
Emergency response
Skill Training
Interactive self-protection learning
Location
Connect
Training
A technology-driven women's safety ecosystem integrating preventive intelligence, protective devices, emergency communication, rescue coordination, and interactive self-protection skill training.
Research Area
Safety Technology
Focus
Prevention, Protection & Rescue
ASSIST
Intelligent Support System
Movement
Communicate
Support
Developing intelligent assistive technologies to support communication, behaviour understanding, movement monitoring, and daily care for people with intellectual disabilities and cerebral palsy.
Research Area
Healthcare Engineering
Focus
Assistive & Support Technologies
HUMANE PROCESSING
Welfare-Aware Engineering
Gentle Handling
Controlled fish movement
Monitor
Condition assessment
Stunning
Controlled intervention
Processing
Automated processing flow
Handling
Sensing
Automation
Researching engineering and intelligent monitoring approaches for humane fish handling, stunning, processing, and welfare-conscious automation.
Research Area
Food Technology
Focus
Humane Processing
HYGIENIC PROCESSING
Automated Food Engineering
Controlled Handling
Reduced manual contact
Hygiene
Cleaning & sanitation
Automation
Controlled processing
Hygienic Output
Safer processing workflow
Hygiene
Automation
Output
Developing automated and hygienic meat processing technologies designed to reduce manual handling, improve sanitation, and support safer and more efficient processing.
Research Area
Food Processing Engineering
Focus
Hygienic Automation
Research Collaboration
We welcome collaboration with researchers, academic institutions, industry partners, and organizations working to solve meaningful real-world problems.
Academic Research
Industry Partnership
Technology Development
Social Impact