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Where Delivery Bots Reimagine the Last Mile
Orchestrating Autonomous Logistics with Edge AI
Delivery at the Speed of Thought. Designed for autonomy. Built for scale.
About
the project
Zatomo introduces a transformative leap in autonomous logistics. Our AI-native delivery bots are engineered for seamless hyperlocal deliveries across controlled campuses, enterprise zones, industrial parks, hospitals, and educational grids. With a blend of real-time AI computation, autonomous mobility, and seamless cloud control, Zatomo is not just automating the last mile — it's reinventing it.
Our bots operate without human intervention, intelligently navigating terrain, optimizing routes on the go, and ensuring payloads are delivered with pinpoint accuracy. Whether it’s mission-critical medical samples or a daily lunchbox drop, Zatomo guarantees secure, efficient, and traceable delivery — every time.
Micro-Mobility Meets Machine Intelligence
Zatomo is on a mission to eliminate the inefficiencies of manual intra-campus deliveries. In an era driven by speed, data, and automation, our autonomous delivery system provides a high-tech, low-touch alternative to traditional logistics models.
Each Zatomo bot operates as an intelligent node in a distributed logistics network — thinking locally, acting globally. Designed with deep-learning vision, contextual reasoning, and path optimization, these bots move like agents in a collective AI system. They learn from their environment, adapt to changes in real-time, and continue to improve via cloud-synced updates and fleet learning.
Our commitment is to make autonomous delivery accessible, efficient, and instantly deployable. As organizations look to reduce reliance on human-operated systems, Zatomo stands at the intersection of robotics, AI, and real-world functionality — redefining how goods move within short-range environments.
Our Vision :
As last-mile logistics face the pressures of speed, cost-efficiency, and safety, Zatomo bots fill the tech gap with:
Bridging the Automation Gap in Last-Mile Logistics
Predictive task mapping for continuous optimization
Each delivery cycle is part of a broader optimization loop — as Zatomo bots predict, schedule, and adjust tasks based on real-time inputs and historical data, creating self-improving logistics flows.
Cloud-synced delivery intelligence that evolves with usage
Zatomo’s connected fleet learns collectively, syncing performance data and behavioral insights across deployments — so every bot benefits from the experiences of the whole system.
Neural-network-powered autonomous decision-making
Zatomo bots are guided by intelligent decision frameworks that learn and respond in real time — making route and delivery choices with near-human awareness, without requiring constant manual oversight.
Use Cases & Ecosystem Applications
Smart Enterprise Parks
Facilitate internal deliveries without pulling staff away from their desks. From documents and laptop chargers to food and product samples, Zatomo bots handle it all with automated task assignment and route optimization, resulting in a frictionless in-campus logistics flow.
Transport lab specimens, patient files, and emergency medication with high precision and zero human contact. Reduce contamination risks and increase the speed of inter-department transfers, especially during night shifts and high-demand hours.
Optimize internal logistics with Zatomo’s robotic precision. Transport parts between assembly lines, shift tools between stations, and automate routine item transfers with 24/7 reliability, helping you meet production deadlines more efficiently.
Hospitals & Biolabs
Connected Universities
Offer students and staff a futuristic delivery experience by using Zatomo bots to distribute ID cards, library books, merchandise, or event kits. Integrate with campus management systems to schedule pickups and deliveries directly from smartphones.
Industrial Warehousing & 4.0 Plants
Core Features
Unpacking the Tech That Powers Precision Logistics
Autonomous Smart Navigation
Zatomo bots are equipped with a multi-layered awareness system that enables them to perceive, interpret, and respond to their environment without human input. They adapt to surroundings, detect obstructions, and adjust routes dynamically — ensuring consistent, uninterrupted delivery. Designed for both indoor and semi-outdoor terrains, these bots can navigate fluidly through varying operational spaces with exceptional precision.
Built with a flexible, modular architecture, Zatomo bots can be rapidly deployed across diverse environments — from corporate campuses to industrial floors. The intelligent system architecture supports seamless configuration and integration, allowing organizations to scale delivery operations effortlessly while maintaining consistency and control.
Modular Intelligence & Scalable Deployment
Secure Design for Real-World Challenges
Robustly engineered to meet the demands of daily logistics, each unit is protected against tampering, environmental fluctuations, and terrain challenges. Payload compartments are built with a secure locking mechanism and are ideal for transporting sensitive, high-priority, or time-bound items. Whether delivering documents, samples, or equipment — security and reliability are built into every delivery cycle.
Effortless Integration & Real-Time Monitoring
Zatomo bots are designed to work in harmony with your existing digital infrastructure. With intuitive deployment tools and compatibility with modern enterprise platforms, operators can schedule, track, and monitor all deliveries from a centralized dashboard. Real-time insights, delivery logs, and system performance analytics help ensure optimal uptime and transparency.
Towards greener, Smarter Mobility
At Zatomo, we envision autonomous delivery as a key pillar in building climate-resilient and resource-optimized infrastructures. Our bots are fully electric and built for energy efficiency — consuming a fraction of the power of traditional delivery vehicles and reducing emissions at every level.
By removing gas-powered vehicles and human-dependent transportation from short-range delivery loops, we significantly reduce organizational carbon footprints. Our smart routing algorithms also minimize idle time and distance, contributing to energy conservation.
Beyond emissions, Zatomo bots contribute to resource efficiency by automating repetitive tasks, allowing human teams to focus on higher-value operations. Each unit is built with recyclable components, and our supply chain partners follow green manufacturing protocols.
We believe that the future of logistics is not only autonomous — it’s regenerative. By aligning advanced tech with sustainability goals, Zatomo is laying the groundwork for a smarter, cleaner logistics infrastructure for generations to come.
Partner with Zatomo
We are actively inviting early adopters, innovation-driven enterprises, and investors to collaborate on piloting Zatomo across diverse ecosystems. Whether you're a logistics-tech startup, a smart city planner, or an enterprise automation head, we’re eager to explore use cases that push the boundaries of what's possible with intelligent delivery.
Our pilots come with rapid deployment kits, technical onboarding, and customization support. If you’re looking to invest in India’s autonomous mobility future or integrate AI-based logistics into your operations, Zatomo is your platform for transformation.
Co-Designing the Next Layer of Urban Autonomy
Our Team
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Get in touch
Schedule a live demo, explore a pilot opportunity, or invest in the next generation of AI-powered delivery logistics.
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Frequently asked questions
What kind of environments are Zatomo bots designed to operate in?
Zatomo bots are built for semi-structured, closed-campus environments like tech parks, hospitals, factories, and educational institutions. With adaptive navigation and terrain-aware mobility, they handle both indoor corridors and outdoor pathways with minimal setup.
How do Zatomo bots navigate and avoid obstacles in real-time?
Our bots use a multi-sensor fusion system that enables situational awareness and dynamic rerouting. Through onboard perception logic, Zatomo can detect obstacles, pedestrians, and sudden changes in environment, adjusting its path instantly without external control.
How secure is the payload during delivery?
Each bot is equipped with a lockable, tamper-resistant payload compartment. Only authorized recipients can access the delivery via authentication mechanisms like QR codes, RFID, or mobile verification, ensuring safety and chain-of-custody integrity.
Can Zatomo bots integrate with our existing logistics or facility systems?
Yes. Zatomo is designed with seamless integration in mind. Our API-friendly architecture allows easy connection with ERP systems, warehouse tools, facility apps, and scheduling platforms for automated workflows.
What kind of maintenance or human supervision is required?
Zatomo bots are largely autonomous but can be monitored via a centralized dashboard. Routine maintenance is minimal and includes charging cycles, software updates, and occasional system diagnostics — all of which can be scheduled or remotely managed.
How scalable is the solution for larger campuses or multi-bot deployments?
Very scalable. Zatomo’s modular fleet system supports multiple bots across different zones with centralized orchestration. Whether it’s 1 bot or 100, the system learns, adapts, and optimizes fleet-wide performance in real-time.