

Our Story
The idea for the Virtual Resource Centre of Language Computing (VRCLC) was born from a simple yet powerful realization: that language should never be a barrier to technology. In a multilingual country like India—and in a culturally rich state like Kerala—the need for inclusive digital access in native languages is more critical than ever.
Recognizing this need, the Digital University Kerala established VRCLC as a pioneering initiative to advance research and development in language computing, especially for Malayalam and other Indian languages. What began as a small collaboration between linguists and technologists has now evolved into a vibrant hub for Natural Language Processing (NLP), artificial intelligence in language, and digital resource creation.
From developing machine translation systems and speech tools to supporting e-Governance and education in local languages, VRCLC has consistently pushed the boundaries of what is possible in language technology. We work closely with government departments, academic institutions, startups, and communities to ensure that language computing serves everyone—especially those on the margins of the digital world.
Today, VRCLC stands not only as a centre for innovation but also as a symbol of Kerala’s commitment to linguistic inclusivity and digital empowerment


Our Values
At VRCLC, we are guided by the values of inclusivity, innovation, collaboration, and linguistic empowerment. We believe that access to technology in one’s native language is a fundamental right. We uphold academic integrity, open knowledge sharing, and a commitment to serve public interest by ensuring that language does not become a barrier to technology access.


Our Vision
Our Service Categories
NLP
VRCLC offers a wide range of services aimed at supporting language computing initiatives. These include the development of NLP tools for translation, speech processing, and text analysis; building corpora and linguistic resources; conducting research and offering training in language technologies; and providing consultancy for localization and standardization of digital platforms. We also support other departments with technical guidance in implementing NLP-based solutions and promote awareness on the role of language in digital transformation.
CAPACITY BUILDING
We also deliver specialized capacity-building programs in Artificial Intelligence across diverse domains, not limited to language computing. These programs are designed to equip students, researchers, professionals, and government officials with the knowledge and practical skills needed to apply AI in areas such as healthcare, education, governance, and industry, fostering innovation and responsible digital transformation.
INCUBATION
The WISE (Women Incubation, Startups, and Entrepreneurship) project is an incubation initiative under the Digital University Kerala aimed at empowering women to become successful entrepreneurs. It provides a supportive ecosystem that includes mentorship, technical guidance, business development support, and access to prototyping facilities. Through its unique ThinkLab, WISE enables women innovators to develop and test their ideas into viable products and services. By fostering innovation, collaboration, and confidence, WISE helps bridge the gender gap in entrepreneurship and encourages women to lead impactful ventures in technology and allied sectors.
BRAIN COMPUTING
The Brain Computing Project at the Center of Excellence in Brain Computing (CEBC) focuses on unlocking the potential of the human mind through advanced brain-computer interface (BCI) technologies and cognitive science research. The project explores neural data analysis, EEG-based signal processing, and AI-driven interpretation of brain activity to develop intelligent digital systems that interact directly with the human brain. It aims to improve the quality of life for individuals with speech or motor impairments by creating hands-free communication tools and control systems. By combining neuroscience, artificial intelligence, and real-world applications, the project contributes significantly to medical research, neurorehabilitation, and the future of human-machine interaction.


