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Transform Robots & Smart Devices into Cognitive AI Systems. No Code, Just Plug & Play
QACE installs core intelligence into your robots, designed for full autonomy at the edge.
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wHAT IS QACE
QACE Is the Cognitive AI Brain You Can Plug Into Any Machine
From autonomous arms to cleaning bots and intelligent cameras, QACE delivers real-time intelligence at the edge with local-first design and robotics native APIs.
Modular AI Building Blocks
Prebuilt AI blocks for vision, voice, and control seamlessly integrated into your robotics stack.
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Works With Any Board
Add QACE modules to Jetson, industrial x86, or any Linux-based robotics system.
Edge-First Architecture
QACE delivers a self-contained AI runtime that executes perception, logic, and control entirely on-device, built for isolation, reliability, and speed.
Perception. Comprehension. Action.
QACE blends sensory input and natural language into a single AI layer, giving robots the power to perceive, comprehend, and act instantly.
oUR MISSION
Making Real Intelligence
Effortless for Robotics.
At Qace Dynamics, Our Mission Is Simple:
To bring real-time, plug-and-play AI to robots and smart machines without steep learning curves, or complex AI pipelines.
We believe robotics engineers shouldn’t need to master vision models or NLP to build autonomous systems.
That’s why we’re building a platform where developers, builders, and creators can drop in AI modules that handle perception, control, and interaction — all in one layer, fully ROS-compatible.
Because the future of autonomy is open, easy to integrate, modular, and ready for your ideas.
We believe robotics engineers shouldn’t need to master vision models or NLP to build autonomous systems.
That’s why we’re building a platform where developers, builders, and creators can drop in AI modules that handle perception, control, and interaction — all in one layer, fully ROS-compatible.
Because the future of autonomy is open, easy to integrate, modular, and ready for your ideas.
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QACE UTILITIES
VIBR – Vision Intelligence Block for Robotics
VIBR is a standalone, real-time vision AI block that runs entirely offline. It performs object detection, face recognition, and behavior/event analysis using edge-friendly models (YOLOv8, InsightFace). Logs are structured and queryable.
VCCM – Voice-Controlled Command Module
VCCM handles offline speech recognition and converts natural voice commands into actionable intent. Built using Vosk (STT) and LlamaCpp (local LLM), it supports contextual command interpretation.
Qognix Runtime –
The Cognitive Brain
The Cognitive Brain
Qognix is the core event processor and decision engine that orchestrates all QACE blocks (VIBR, VCCM, etc.). It receives outputs from perception modules, interprets logic via NLP or rule engines, and outputs high- level control signals to robot controllers.
SLAMGrid Navigation Suite (SGNS) – Real-Time SLAM and Localization Utility
A pre-wrapped 3D SLAM and localization utility using RTAB-Map or Google Cartographer, designed for plug- and-play integration into mobile robotic platforms.
QACE Bridge – Control
Output Utility
Output Utility
QACE Bridge converts abstract control signals generated by Qognix into robot-consumable actions.
QARC – QACE Autonomous Robotics Computer
Designed for robotics teams and embedded developers, QARC enables rapid prototyping, deployment, and testing of AI-powered robotic applications — all offline and in real time.
INDUSTRIES
Built for the real world
Qace powers smart, Modular intelligence across industries — from factories and warehouses to homes and hospitals.
Our modular platform adapts to any environment where machines need to see, listen, and act in real time
Our modular platform adapts to any environment where machines need to see, listen, and act in real time
Autonomous Factory Arm
Enable robotic arms to identify, sort, and respond to tasks with fully local intelligence.
Service & Cleaning Robots
Detect faces, track motion, and answer natural-language queries like “When did Alex arrive?”
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Smart Surveillance
Detect faces, track motion, and answer natural-language queries like “When did Alex arrive?”
Autonomous Drones
Power navigation, obstacle detection, and mission logic without cloud latency.
Healthcare Robotics
Enable patient-facing bots with vision and speech understanding, all while maintaining full data privacy.
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Logistics & Warehousing
Let robots read labels, follow voice instructions, and navigate changing environments
THE FUTURE
Roadmap.
Read the full roadmap documentation, including a detailed breakdown of each phase, using the button below.
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wHY CHOOSE US
Smarter AI. Less Hassle. More Control.
Old Way vs qACE Way – See the Difference
the Challenge
Traditional Way
🔧 Building Smart Robots
Requires complex code, AI teams,
and cloud setup
and cloud setup
Drag-and-drop AI modules. No coding needed
🏭 Manufacturing Automation
Hardwired logic,
limited flexibility
limited flexibility
Voice + vision-driven robots that understand real-time intent
🧠 Giving Old Devices Intelligence
Usually impossible or needs
new hardware
new hardware
Add AI to cameras, sensors, and bots you already own
🌐 Dependence on Internet/Cloud
AI fails without internet or
external servers
external servers
Supports running AI modules locally, directly on the device
🚀 Rapid Prototyping & Testing
Slow setup, high cost, hard to
test without robots
test without robots
Use our app to simulate devices and test AI flows instantly
🛠 Customization for Real Needs
Expensive, locked systems
with fixed logic
with fixed logic
Fully modular, mix and match features to fit your use case
+ Dozens More AI Use Cases
High cost, locked systems, slow
setups and limited flexibility
setups and limited flexibility
Flexible for any of your needs, unlimited scalability and use cases
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Building Smart
Robots
Robots
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Requires complex code, AI teams, and cloud setup
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Drag-and-drop AI modules — no coding, no cloud needed
Manufacturing
Automation
Automation
Hardwired logic,
limited flexibility
limited flexibility
Voice + vision-driven robots that understand real-time intent
Giving Old
Devices Intelligence
Devices Intelligence
Usually impossible or
needs new hardware
needs new hardware
Add AI to cameras, sensors, and bots you already own
Dependence on
Internet/Cloud
Internet/Cloud
AI fails without internet
or external servers
or external servers
All AI runs offline, locally directly on the device
Rapid Prototyping
& Testing
& Testing
Slow setup, high cost, hard to test without robots
Use our app to simulate devices and test AI flows instantly
Customization for
Real Needs
Real Needs
Expensive, locked systems
with fixed logic
with fixed logic
Fully modular, mix and match features to fit your use case
Dozens More
AI Use Cases
AI Use Cases
High cost, locked systems, slow setups and limited flexibility
Flexible for any of your needs, unlimited scalability and use cases
FAQ
Frequently Asked Questions
Curious how Qace works? Not sure if it’s for your robot or device? Here are some quick answers to help you get started:
What exactly is Qace?
QACE is a plug-and-play intelligence layer for robots and smart devices. It gives them the ability to see, understand, and respond without the need to understand or write a single line of AI code.
Does QACE Need the Internet To Work?
QACE is built with an on-device first focus, running fully offline when needed. Your robot or smart system can operate in factories, hospitals, or remote areas without relying on constant internet or remote servers.
I Dont Own a Robot. Can I Still Use QACE?
Yes. You can try QACE using just your laptop and a webcam, or upload a video feed through our web-based app to explore what it can do. No robotics background or special hardware needed. It’s a simple way to experience QACE before installing it on your own system.
What Kind of AI Features Can I Add?
QACE gives you access to powerful tools like:
Object and face detection
Voice command recognition
Behavior and event tracking
On-device decision making
Object and face detection
Voice command recognition
Behavior and event tracking
On-device decision making
What Hardware Is QACE Compatible With?
QACE works on many common platforms, including:
NVIDIA Jetson boards (Xavier NX, Orin, AGX)
Raspberry Pi 5
Ubuntu-based x86 edge machines
Any setup with USB, CSI, or RTSP camera input
It’s lightweight, easy to install, and ready for integration with ROS and other robotics tools.
NVIDIA Jetson boards (Xavier NX, Orin, AGX)
Raspberry Pi 5
Ubuntu-based x86 edge machines
Any setup with USB, CSI, or RTSP camera input
It’s lightweight, easy to install, and ready for integration with ROS and other robotics tools.
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