Inside the Brain of an Autonomous Robot: How Quasi AI Makes Decisions
Autonomous robots are often perceived as “black boxes” – machines that simply move from point A to point B. In reality, every movement is the result of a…
Technology
How autonomous mobile robots see, navigate, and decide.
Fleet Management: The Brain Behind Autonomous Robot Teams
As facilities increasingly adopt Autonomous Mobile Robots (AMRs) like our Model C2, one of the most important elements for scaling operations is often overlooked: Fleet Management. While a…
Quasi AI – The Algorithmic Intelligence For the Model C2
At the heart of every Model C2 Autonomous Mobile Robot lies Quasi AI, Quasi’s proprietary intelligence engine. Quasi AI is not a single monolithic AI model, nor is…
Navigating the Unknown: Challenges of AMR Performance in Homogeneous Environments
Autonomous Mobile Robots (AMRs) have become a cornerstone of modern logistics, healthcare, and research operations. From hospital corridors to pharmaceutical warehouses and biobank repositories, AMRs are transforming how…
Protecting Privacy in the Age of Autonomous Robots: How Quasi Robotics Safeguards Your Environment
The Why: Autonomous mobile robots (AMRs) are becoming routine in hospitals, warehouses, and office spaces. They move materials, track inventory, and help staff work more efficiently.But one question…
From LiDAR to AI: How Robots Avoid Obstacles Indoors
Navigating Complex EnvironmentsIn modern workplaces, factories, warehouses, hospitals, and offices, robots coexist with people, equipment, and moving vehicles. These environments are never static: a worker might step into…
Software-Driven Automation Companies Make Better AMR Robots
j Why Mobile Robot Software Outweighs Hardware in Today’s AMR Automation Companies Whether building or buying automation solutions, the question of prioritizing hardware versus software remains a critical…
The Advantage of AI-Driven Task Assignment in AMR Robots
AI-driven task assignment is critical for unlocking the full potential of AMR automation. While traditional scheduling methods struggle to keep pace with the complex demands of dynamic industries,…
The Benefits of Stereo Vision for AMRs in Lab and Healthcare
When handling sensitive medications or biological samples, robotic automation solutions must embody one particular human-like ability: accurate perception of their surroundings. The use of stereo vision in AMR…
Orchestrating Movement: Behavior Trees for Autonomous Mobile Robots (AMRs)
Autonomous mobile robots (AMRs), defined as machines capable of navigating without human oversight, are automating tasks like transportation of patient samples, on-demand fetching of lab supplies, and automation…
Choosing the Right Robotic Wheels for Your AMR
In precision-driven environments like laboratories and healthcare settings, the right robotic wheels determine the mobile robot’s speed, maneuverability, and stability. These characteristics directly impact operational efficiency – whether…
What is Lidar: How It Works, How It’s Changing Autonomous Mobile Robots
Lidar technology enables the precise distance measurement behind numerous modern innovations. This article provides a detailed understanding of Lidar (Light Detection And Ranging), its history and components, and…