About
Tatum Robotics is an assistive technology company whose flagship product, Tatum1, is a robotic hand system designed to bridge the communication gap for DeafBlind individuals. The device translates English text into tactile fingerspelling — the primary language modality for many in the DeafBlind community — enabling real-time, independent communication without reliance on a human interpreter. Tatum1 was developed through a deeply collaborative process involving mechanical, electrical, hardware, and software engineers, linguists, and a dedicated DeafBlind team. With direct input from over 175 DeafBlind individuals worldwide, the device reflects the community's authentic needs and preferences. Key capabilities include realistic handshapes for natural tactile representation, cloud-based data storage, adjustable speed settings, and customizable input/output configurations. The device prioritizes safety with flexible movement controls and uses carefully chosen materials for user comfort during extended use. Tatum Robotics envisions a world where DeafBlind people can access media, explore news, and interact in their preferred language while maintaining full autonomy. The system is especially impactful in situations where human interpreters are unavailable — such as during the COVID-19 pandemic when social distancing limited access to critical communication services. Tatum1 is ideal for DeafBlind individuals seeking greater independence, educational institutions supporting students with combined vision and hearing loss, healthcare providers, and any organization committed to inclusive communication. It represents a major leap forward in accessibility technology, validated by enthusiastic feedback from real-world users across the globe.
Key Features
- Real-Time Tactile Fingerspelling: Translates English text into tactile fingerspelling instantly, enabling DeafBlind users to access communication without human interpreter assistance.
- Realistic Handshapes: Features anatomically accurate handshapes for natural, comfortable, and precise tactile representation of the fingerspelling alphabet.
- Cloud-Based Customization: Utilizes a cloud system for data storage and allows users to adjust speed settings and input/output preferences to match individual needs.
- Safety-Focused Design: Incorporates flexible movement controls, advanced safety features, and carefully selected comfort materials for reliable, safe daily use.
- Community-Informed Development: Designed with direct feedback from over 175 DeafBlind individuals worldwide, ensuring the device reflects real community needs and language variability.
Use Cases
- A DeafBlind individual uses Tatum1 at home to independently read news articles and online content without needing a human interpreter.
- Schools and educational institutions supporting DeafBlind students use Tatum1 to provide real-time access to classroom instruction and learning materials.
- Healthcare providers and hospitals deploy Tatum1 to communicate critical medical information directly to DeafBlind patients in an accessible and autonomous way.
- During remote or social-distancing situations where in-person interpreters are unavailable, DeafBlind users rely on Tatum1 to maintain communication access.
- Assistive technology researchers and accessibility advocates use Tatum1 as a case study and benchmark for advancing inclusive design in human-computer interaction.
Pros
- First-of-Its-Kind Technology: Tatum1 is the first robotic device of its kind to independently deliver tactile fingerspelling, filling a critical gap in DeafBlind communication access.
- Deep Community Co-Design: Developed with ongoing input from over 175 DeafBlind individuals, linguists, and community advisors, making it genuinely responsive to user needs.
- Highly Customizable: Cloud-based settings allow each user to tailor speed, input, and output to their personal preferences, improving comfort and usability over time.
- Promotes Autonomy: Enables DeafBlind users to access media, news, and conversations independently, without waiting for or depending on human interpreters.
Cons
- Learning Curve Required: Users may need practice time to become fully comfortable reading tactile fingerspelling at speed from the robotic hand.
- Hardware Dependency: As a physical robotic device, Tatum1 requires shipping, maintenance, and physical handling — it cannot be used purely as software.
- Niche Availability: Currently a specialized product for the DeafBlind community; broad retail availability and support infrastructure may be limited compared to mainstream consumer tech.
Frequently Asked Questions
What is Tatum1?
Tatum1 is a robotic hand device developed by Tatum Robotics that translates English text into tactile fingerspelling in real-time, allowing DeafBlind individuals to access communication independently.
Who is Tatum1 designed for?
Tatum1 is designed specifically for DeafBlind individuals who use tactile fingerspelling as their primary communication method. It was built with direct input from over 175 DeafBlind community members worldwide.
How does Tatum1 work?
The device receives English text input and uses robotic actuation to produce accurate handshapes representing each letter in the fingerspelling alphabet. Users place their hand on the device to feel the tactile output in real-time.
Can Tatum1 be customized for different users?
Yes. Tatum1 uses a cloud system that allows users to adjust speed settings, input methods, and output preferences so each person can tailor the experience to their comfort level and communication style.
Is Tatum1 safe to use regularly?
Yes. Tatum1 was designed with comprehensive safety features, flexible movement controls, and comfort-focused materials that have been tested and reviewed to ensure safe, reliable daily use.
