From Roads to Sky – Cyberweb Powers Robotaxi & Air-Taxi Operations
Cyberweb TravelTech provides ground operations, digital integration, and passenger experience for robotaxis, delivery robots, automated parking, vertiports, and air-taxis (UAM).
Who We Are
Cyberweb has spent three decades helping businesses operate technology at scale with hospitality-grade reliability. Cyberweb TravelTech extends this DNA into robotaxis, delivery robots, automated parking, vertiports and air-taxis (UAM).
- Operations partner for autonomous fleets, airports, hotels, campuses and real-estate developers.
- Specialized in daily care: cleaning, charging, inspections, uptime management and passenger experience.
- Deep experience in SaaS platforms, dashboards, integrations and analytics.
- Indo–US bridge connecting Indian AV innovators with global mobility use-cases.
We integrate robotaxis, robots, parking systems, vertiports and passenger touchpoints into one cohesive operations layer that city leaders, operators and asset owners can trust.
Robotaxi & Air-Taxi (UAM) Services
Cyberweb TravelTech provides a dual-focus services platform: Robotaxi / ground AV operations and Air-Taxi / Urban Air Mobility (UAM) — designed to work together as one integrated mobility layer.
Multi-city hubs that keep autonomous vehicles trip-ready around the clock.
- Managed charging & energy planning
- Interior/exterior cleaning & sanitization
- Daily inspection workflows & escalation
Operations partner for robots across universities, airports, hospitals and malls.
- Delivery routes and service-level design
- Remote operator support for edge cases
- Integration with docks, corridors & security
Centralized control for multi-city AV fleets.
- Live utilization & incident dashboards
- Route optimization & scheduling
- Weather and risk alerts integrated
Consulting and co-ownership for high-ROI automated parking assets.
- Feasibility & layout optimization
- Vendor selection & commissioning support
- Operations, uptime KPIs & guest journey
Guest and staff mobility powered by autonomous fleets.
- Airport ↔ hotel robotaxi corridors
- Event, convention and campus shuttles
- “Last-mile” connectivity to transit hubs
Unified view of cleaning, charging, parking and incidents.
- Robotaxi care & hub dashboards
- Revenue, utilization & uptime analytics
- APIs for hotels, campuses and property systems
The Cyberweb Mobility Platform
A unified software layer connecting robotaxis, delivery robots, automated parking, vertiports and air-taxis. Built with Cyberweb’s SaaS & hospitality-tech DNA, designed for non-technical operations teams.
- Single dashboard for cleaning, charging, parking, inspections and flights.
- Ops-oriented UI for hub managers, dispatch teams and city partners.
- APIs for hotels, airports, campuses, parking and city systems.
- Analytics for uptime, ROI, safety and passenger experience.
Sample Metrics – 2030 Target
Who We Serve
Cyberweb TravelTech partners with a full spectrum of stakeholders in autonomous mobility and real-estate infrastructure.
How We Work With You
From first concept to daily operations, we provide an end-to-end journey for cities, airports, operators and asset owners.
We assess your city, campus or property for robotaxi, delivery robots, automated parking and air-taxi operations.
- Concept design & business case
- Infrastructure & regulatory mapping
- Partner ecosystem and technology options
We help you launch pilots and then expand into production-grade operations across assets and cities.
- Hubs, vertiports & control rooms
- Staffing, training & playbooks
- Software configuration & integrations
We manage or co-manage ongoing operations, optimize performance, and build long-term asset value.
- Uptime, safety & guest experience KPIs
- Continuous analytics, reporting & tuning
- Co-ownership and revenue-sharing models
Indo–US Autonomous Innovation Bridge
Cyberweb TravelTech connects Indian AV and robotics pioneers with global city and campus use-cases, creating a two-way innovation corridor.
- Pilots in Indian campuses, industrial parks, tourism zones and religious townships.
- Shared R&D and testbeds linking India and the US across ground AV and UAM.
- Exporting “India-tested” solutions to complex international environments.
- Joint IP frameworks that cities and operators can adopt globally.
Vision 2035 – Our Roadmap
A staged journey from early pilots to a global network of autonomous mobility infrastructure — for both Robotaxi and Air-Taxi (UAM) ecosystems.
- Launch operations in at least 3 US metro areas.
- Operate 3+ Robotaxi & EV Care Hubs with live SOPs & dashboards.
- Deliver 2–3 automated parking consulting projects with revenue-share options.
- Run 2 campus pilots with delivery robots.
- Launch the first version of the Cyberweb Mobility Platform.
- Active in 10+ cities worldwide (US, India and beyond).
- Manage or co-manage 25+ mobility & parking sites.
- Hold equity or profit-share in 8–10 automated parking assets.
- Platform commercially adopted by 20+ customers.
- 3 live Indo–US pilots using autonomous mobility solutions.
- Operate 50–75 mobility & parking hubs globally.
- Enable 100M+ autonomous “touchpoints” per year.
- Be default operations partner for at least 3 global AV/UAM platforms.
- Co-invest in strategic city, airport and tourism mobility assets.
- Anchor an Indo–US Center of Excellence training thousands in autonomous operations.
Ready to Design Your Robotaxi & Air-Taxi Future?
Whether you are an operator, airport, city, developer or investor — Cyberweb TravelTech can help you move from PowerPoint to pilots, and from pilots to profitable, scaled operations.
Partner With Cyberweb TravelTech
Share a few details about your city, fleet, campus or project. Our team will respond with high-level options, potential pilots and next steps.
Ideal discussions include:
Robotaxi fleet care hubs · Campus delivery robots · Automated parking & robotic garages · Vertiport & air-taxi
corridors · Tourism or pilgrimage air-mobility programs.
You can also connect via your existing Cyberweb / CGS Infotech relationship managers for joint workshops and innovation sessions.