Kody Technolab

Kody Technolab is a deep tech company based in Ahmedabad, India, focused on robotics and AI solutions for enterprise automation. The company operates from headquarters in Ahmedabad and maintains offices in Gandhinagar (GIFT City), London, Fort Lauderdale, and London, Ontario. Leadership includes Manav Patel (Chairman and MD), Mihir Mistry (CTO), Sanjay Kidecha (COO), Nirav Panchal (CMO), and Anchal Patel (CGO). The company builds production-ready autonomous robots and AI platforms designed for deployment in real operational environments—hospitals, retail malls, warehouses, offices—rather than controlled labs.

Services and capabilities

Kody Technolab's core offering is robotics development, spanning custom robot prototyping, autonomous systems, and AI/ML integration. The company designs prototype-to-pilot workflows that move from concept to a functioning robot in 4 to 8 weeks, depending on system complexity. Prototypes are validated in actual operating environments—accounting for power variability, mixed lighting, high footfall, and continuous human interaction—to ensure real-world performance before scaling.

The company manufactures and deploys several branded robot lines. Dasher is an autonomous office and dining robot that handles catering and multi-role tasks with voice control and autonomous navigation. Odigo is an AI-powered advertising robot for high-footfall retail spaces like shopping malls. Medigo is a health screening robot designed for Primary Health Centers, capable of running 65+ health parameters and generating digital health reports within 3 minutes. Medigo also maintains organized patient records to support scalable public healthcare delivery. Popper Mystique is a custom-shaped promotional robot for events and exhibitions. Athena handles 24/7 autonomous security patrols with threat detection. Vulcan performs heavy-duty cleaning across large areas. Telos is an autonomous robotic arm for manufacturing and healthcare tasks. Spilot is an autonomous mobile robot (AMR) for material movement and logistics, able to lift and navigate heavy loads across multiple floors.

Beyond robotics, the company offers AI/ML development, computer vision development, VisionOS app development (including a Vision Pro real estate app called Vision Pro with virtual walkthroughs), IoT solutions, legacy system migration, IT consulting, and support/maintenance services. The company also builds an AI stock trading app and drone surveillance solutions. A centralized control platform unifies operations, analytics, and fleet management across deployed robots, serving as a command center for monitoring and scaling.

How they work

Kody Technolab structures robot prototyping through a defined phase-gate process: discovery and requirements gathering, concept and design (including design visuals for client alignment), prototype build and integration (mechanical structure, electronics, sensors, and software), testing and validation in controlled conditions, pilot deployment in the customer's operational environment, and refinement with production planning. The company offers three engagement models: fixed-scope pilot (PoC) with defined budget and timeline aligned to success criteria like navigation accuracy; time and material (T&M) for iterative development with frequent changes; and dedicated team model where a focused robotics team covers hardware, software, and testing for continuous development or multi-prototype work. A dedicated robotics team is assigned to each project, managing mechanical design, electronics, embedded systems, software, AI vision, and system integration within a single engineering workflow.

Notable work

The source material describes Medigo as operational in Primary Health Centers across India, where it supports preventive health screening and digital health record management. Dasher and Odigo are presented as deployed solutions (Dasher in office and dining environments, Odigo in retail malls), though specific client names are not provided in the source. The company positions its robots as handling real operational stress in hospitals, retail spaces, warehouses, and workplaces, with prototypes tested for consistent performance, system stability, and readiness for pilot deployment.

Team and credentials

The source does not specify total headcount, certifications (ISO, SOC 2, GDPR), partner status with major cloud or robotics vendors, or third-party ratings from Clutch or G2. The management team is named but no information on English proficiency, educational background, or prior startup experience is provided.