Custom Robotics Prototyping Company for Scalable Solutions
We are a robotics-focused engineering and prototyping company based in India, building custom robot prototypes across service robotics, automation, and AI-driven systems for global business applications.
We design prototypes for real-world environments such as hospitals, retail spaces, warehouses, and workplaces, ensuring stable performance under variable conditions like power fluctuations, mixed lighting, and continuous human interaction.
Each prototype is engineered to operate reliably under real operational stress, with validation focused on consistent performance, system stability, and readiness for pilot deployment.
Robotics Prototyping Services We offer
Our robotics prototype process takes your idea from concept to a working pilot robot through a structured, step-by-step workflow, ensuring clear execution, reduced risk, and readiness for real-world testing and validation.
Robot Prototyping Process from Concept to Pilot
A structured robotics prototype process helps you move from idea to a functional pilot robot through clear stages and defined timelines. Each step focuses on reducing risk, validating performance, and preparing the system for real-world testing.
We begin by understanding your use case, operating environment, and success criteria, defining workflows, user interactions, and system requirements needed for prototype development.
The defined requirements are translated into a robot concept, including form factor, component layout, and system architecture, supported with design visuals for alignment.
We develop the mechanical structure, integrate electronics, implement control systems, and connect sensors and software to enable core functionality.
The prototype is evaluated in controlled conditions to assess navigation, system behavior, safety mechanisms, and interaction flows.
We deploy the prototype in your operational environment to assess real-world performance, user interaction, and system reliability.
Insights from the pilot are used to improve performance and define the next steps toward production, including scalability and deployment planning.
Dasher: Robotics Solution for Office
Dasher by Kody Technolab is an intelligent office robot that enhances efficiency, reduces labor costs, and improves workplace dining. It offers automated catering, multi-role capabilities, and advanced features like autonomous navigation and voice control.
Dasher is ready to transform the workplace, making it more tech-driven and efficient.
Odigo: Robotics Solution for Mall
Odigo by Kody Technolab is an AI-powered advertising robot designed for high-footfall shopping malls. It helps brands increase visibility and engage shoppers through dynamic advertising across key mall zones.
Odigo brings ads closer to shoppers, supporting stronger campaign performance and contributing to improved sales outcomes.
Medigo: Robotics Healthcare Solution
Medigo by Kody Technolab is an AI-powered Health ATM designed to support preventive health screening in Primary Health Centers across India. It integrates multiple diagnostic tests, vital monitoring, and AI-assisted screening into one structured digital system.
Medigo enables PHCs to conduct rapid multi-parameter screening for 65+ health parameters, generate digital health reports within 3 minutes*, and maintain organized patient records while supporting scalable public healthcare delivery.
Popper Mystique: Robotics Solution for Events and Exhibitions
Popper Mystique is a custom-shaped product promotional robot designed for high-footfall events and exhibitions. It helps brands increase visibility and attract attention by turning product packaging into a moving brand asset across expo floors.
Popper Mystique extends brand presence beyond the booth, supports stronger visitor engagement, and drives higher recall during live events.
Robotics Prototyping for Measurable and Scalable Deployment
Robotics prototyping allows structured evaluation before committing to full-scale development, enabling clear validation of performance, feasibility, and operational fit.
Test core assumptions through a controlled prototype instead of a large upfront investment.
Capture real-world data on system behavior, user interaction, and operational gaps.
Refine design, workflows, and integrations before moving toward scale.
A validated prototype gives you clarity on what works, what fails, and what needs improvement before significant capital is committed, helping you avoid costly redesigns and delayed deployments.
Why Choose Us for Robotics Prototyping?
Global deployment-focused design approach
Experience across diverse environments such as healthcare facilities, retail spaces, warehouses, and workplaces ensures prototypes perform reliably under varying conditions including power variability, mixed lighting, and high footfall.
Rapid prototype cycles
Concept to pilot-ready robot prototypes delivered within defined timelines, typically 4 to 8 weeks based on system complexity.
End-to-end engineering capability
Mechanical design, electronics, embedded systems, software, AI vision, and system integration managed within a single engineering workflow.
Test-driven development
Prototypes are validated with real users and real environments to assess performance, reliability, and usability beyond simulations.
Scalable system architecture
Prototype designs are structured to support transition from single-unit pilots to multi-robot deployments without reengineering.
Dedicated Robotics Team
A specialized, experienced team of robotics engineers works exclusively on your project, ensuring focused attention, superior results, and smooth communication throughout the prototyping process.
Choose the Right Engagement Model For Robot Prototyping
Based on budget, timeline, and project complexity, different engagement models are available to support robot prototyping with the right level of flexibility and control.
Fixed-Scope Pilot (PoC)
- A defined-scope prototype built within a fixed budget and timeline, aligned with clear success criteria such as navigation accuracy, task completion, or system reliability. Suitable for validating feasibility before committing to larger development.
Time and Material (T&M)
- Flexible engagement where effort is aligned with evolving requirements across design, development, and testing. Suitable for projects that require iterative development, frequent changes, and milestone-based progress.
Dedicated Team Model
- A focused robotics team covering hardware, software, and testing is assigned for continuous development. Suitable for building multiple prototypes, refining systems over time, or executing a long-term robotics roadmap.
Custom Robotics Prototyping for Industry-Specific Applications
Our robotics prototyping is aligned with your industry workflows and operating environments, ensuring each prototype is purpose-built for your use case rather than developed as a generic system.
Frequently Asked Questions
A pilot-ready robot prototype is typically delivered within 4 to 8 weeks, based on system complexity, operating environment, and integration requirements.
Yes. Integration layers and APIs are designed to connect the robot with existing systems, including hospital information systems, POS platforms, and internal dashboards.
Yes. Safety mechanisms such as obstacle detection, controlled navigation, and interaction safeguards are built into the system, along with alignment to facility-specific compliance and data requirements.
Post-prototype, the system is refined for performance and scalability, followed by planning for production-ready development, including hardware optimization and extended system capabilities.
Yes. Ongoing support includes monitoring, system updates, and maintenance services, structured based on the selected engagement model.
Let's Grow and Get Famous Together.
Contact Information
Offices
INDIA (HO)
2nd floor, J block, Mondeal Retail park, Besides Iscon mall, Iscon cross-road, SG Highway, Ahmedabad, Gujarat 380015
INDIA (BO)
Unit G-01, Brigade International Financial Center, Building 14A, Block 14, Zone-1, GIFT City, Ratanpur, Gandhinagar, Gujarat – 382355
CANADA
60 Capulet Ln, London, ON N6H OB2, Canada
USA
Datamac Analytics LLC, One Financial Plaza, FL 1000, Fort Lauderdale FL, 33394
UK
14 East Bay Lane, The Press Centre, Here East, Queen Elizabeth Olympic Park, London, E20 3BS
#Differentiator
Your operational challenges guide how we build AI and robotics platforms that perform in real environments.
#Customer-centric
Our commitment to your vision ensures AI solutions and robotics platforms designed to solve real-world challenges, creating lasting value across industries and operations.
Contact Information