The World’s First Autonomous Final-mile Delivery (AFMD) Platform

A revolutionary collaborative platform for smart cities that delivers floor-to-floor, straight to customers, offering lower costs, reduced security risks, and increased sustainability.

A revolutionary collaborative platform for smart cities that delivers floor to floor, straight to customers, offering lower costs, reduced building security risks, and sustainability.

We can be deployed in:

Our Autonomous Delivery Platform Could Potentially Save (in a year)

Reducing Carbon Footprint

By consolidating multiple deliveries and reducing the need for large delivery vehicles, we can lower overall carbon emissions by 30-50%.

Reduction in Manpower Costs

Autonomous robots can reduce the need for human couriers, potentially lowering manpower costs by up to 50-70%.

Faster SLAs

Delivery times can be reduced by up to 30-50% due to the robots' ability to follow optimized routes and avoid delays typically caused by traffic and human factors.

Robot As A Service Autonomous Last Mile Delivery

Meet the QuikBot Team

QUIKCAT

QuikCat

Short haul autonomous robot.

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A short-distance autonomous robot designed to quickly deliver QuikBoxes to designated locations.

QUIKFOX

QuikFox

Long haul autonomous robot.

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A long-distance autonomous robot capable of carrying three QuikBoxes and handing them off to QuikCat for last-mile delivery.

QUIKBOX

QuikBox

Smart lockers.

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Smart lockers equipped with security cameras, containing six individual lockers for different items and users.

The Benefits of our Platform-as-a-Service over Traditional Delivery-as-a-Service

Reduce Cost

We can reduce delivery costs by optimising routes and efficiently mapping demand locations. This is more cost-effective than human delivery personnel, who may need multiple trips to the same location, increasing operational costs.

Reduce Delivery Time

Our AFMD robots save time by operating without breaks, following optimized routes, and avoiding traffic delays. Their ability to work continuously and efficiently handle multiple deliveries in one trip reduces delivery times significantly compared to traditional methods, ensuring faster and more reliable service for customers.

Reduce Carbon Footprint

We reduce our carbon footprint by using electric power, which cuts down on fossil fuel consumption and emissions. Using AI, we have efficiently optimised routes and consolidated deliveries, minimising energy use and further lowering environmental impact. By replacing traditional delivery vehicles, our robots contribute to cleaner air and a greener urban environment.

Reduce Manpower Issues

The shortage of skilled personnel to manage traditional delivery vehicles like vans or motorbikes can lead to longer Service Level Agreements (SLAs). With AI, a fleet of robots can efficiently handle delivery requests, reducing the reliance on human workers.

Reduce Security Risks

Managing the security of infrastructure is crucial, especially where multiple passes are exchanged, such as in building lobbies. Autonomous delivery solutions can reduce security risks with onboard security clearance and tracking, providing more controlled access.

Increase Customer Satisfaction

We enhance customer satisfaction by providing faster, more reliable deliveries. The convenience of receiving packages directly at the doorstep without scheduling conflicts or human errors, such as delivery to the wrong address, adds to a seamless and satisfying customer experience.

A Truly Sustainable Final Mile

Energy Efficiency

Autonomous robots typically consume less energy compared to traditional delivery vans. Their small size and efficient design mean that they require less energy to operate, contributing to overall energy savings.

Decreased Traffic Congestion

Delivery robots can navigate through pedestrian paths and bike lanes, making more efficient use of available space and reducing the strain on conventional roadways.

Waste Reduction

Autonomous delivery systems often require less packaging, as the robots can be designed to securely transport items without the need for excessive protective materials. This leads to a reduction in packaging waste.

Reduction in Carbon Emissions

QuikBot's delivery robots are electric-powered, which means they do not emit greenhouse gases like traditional fuel-based delivery vehicles. This reduces the carbon footprint associated with last-mile delivery. The use of AI to optimize delivery routes minimizes the distance traveled and the time spent on deliveries, further reducing emissions.

Support for Local and Sustainable Businesses

QuikBot’s focus on local deliveries supports small businesses and reduces the need for long-haul transportation, which is often more carbon-intensive. Partnering with local, sustainable businesses further enhances the overall environmental benefits of the delivery service.

Reduction in Carbon Emissions:

Electric-Powered Vehicles: QuikBot’s delivery robots are electric-powered, which means they do not emit greenhouse gases like traditional fuel-based delivery vehicles. This reduces the carbon footprint associated with last-mile delivery.
Optimized Delivery Routes: The use of AI to optimize delivery routes minimizes the distance traveled and the time spent on deliveries, further reducing emissions.

Energy Efficiency:

Low Energy Consumption: Autonomous robots typically consume less energy compared to traditional delivery vans. Their small size and efficient design mean that they require less energy to operate, contributing to overall energy savings.

Decreased Traffic Congestion:

Reduction of Delivery Vehicles on Roads: By using robots for last-mile delivery, QuikBot reduces the number of delivery trucks and vans on the roads. This helps to alleviate traffic congestion, particularly in urban areas.
Efficient Use of Space: Delivery robots can navigate through pedestrian paths and bike lanes, making more efficient use of available space and reducing the strain on conventional roadways.

Support for Local and Sustainable Businesses:

Local Deliveries: QuikBot’s focus on local deliveries supports small businesses and reduces the need for long-haul transportation, which is often more carbon-intensive.
Eco-Friendly Partnerships: Partnering with local, sustainable businesses further enhances the overall environmental benefits of the delivery service.

Waste Reduction:

Packaging Innovations: Autonomous delivery systems often require less packaging, as the robots can be designed to securely transport items without the need for excessive protective materials. This leads to a reduction in packaging waste.