Engineering the Edge Runtime
That Powers Physical AI
INTEGRIT develops BSP and AI runtime platforms for diverse AI processors and robots. Common interfaces and consistent model porting and update workflows unify high-performance edge AI execution within a single platform architecture
We standardize field data for reuse and retraining, then deploy validated models back to robots. This continuous loop of execution, learning and improvement provides the foundation for Physical AI that evolves through real-world experience.
AI BSP & Runtime · Interoperable Data · Continuous AI Evolution
From AI Silicon to Real-World Intelligence
From AI SoC and System Software to On-device Intelligence and Robotics.
System-level Engineering for Physical AI
INTEGRIT engineers the foundational software that connects AI processors to intelligent devices and robots. From OS porting and BSP development to Linux kernels, device drivers, HAL and firmware, we integrate compute resources, sensors and connectivity into optimized environments for on-device AI execution.
01
AI SoC & Compute
Architecture
AI Compute Integration & System Architecture
Integrate and bring up heterogeneous AI SoCs and NPUs, optimizing CPU, memory and power resources for reliable on-device inference. Our system-level engineering enables efficient AI execution across power-constrained robotic and intelligent-device platforms
SoC Bring-up · NPU · CPU/Memory · Power Optimization
02
Embedded BSP & System Software
Core Software for AI-powered Embedded Systems
Develop and customize BSPs, operating systems, Linux kernels, device drivers, HAL and firmware across Linux, Ubuntu and Android environments. This foundational software bridges hardware resources, sensors and connectivity with AI runtimes, enabling reliable and scalable embedded AI systems.
AI BSP · Linux Kernel · OS Porting · HAL · Firmware
03
AI Runtime & Model Optimization
Optimized AI Inference at the Edge
Adapt and optimize LLM, VLM and VLA models for target AI accelerators through model conversion, quantization and inference-pipeline optimization. By integrating AI frameworks and hardware-specific runtimes, we improve inference efficiency, memory utilization and real-time execution on edge devices.
ONNX · QNN · Quantization · Inference Pipeline
04
Robotics Middleware & Integration
Connecting Robot Control with AI Intelligence
integrate ROS 2, robot-specific SDKs, sensors and control interfaces to bring AI capabilities into heterogeneous robotic systems. By working alongside existing motion-control architectures, we extend perception, reasoning and task intelligence without requiring a complete redesign of the underlying robot.
ROS2 · Robot SDK · Sensor Fusion · AI-to-Control
05
AI Orchestration & Data Infrastructure
Unified Operations for Robot Missions, AI Models and Field Data
bring robot missions, AI models and real-world operational data into a unified orchestration environment. By connecting data standardization, model registries, evaluation and deployment workflows, we help enterprises manage robotic operations and AI lifecycles as an integrated system.
AI Mission · Model Registry · Field Data · OTA
06
Productization & Enterprise Engineering
From Platform Integration to Enterprise Deployment
adapt proprietary platform technologies to customer hardware, software and operational environments. From system architecture and performance optimization to security integration, feasibility assessment and field validation, our engineering capabilities support the transition from technical development to production-ready deployment.
OEM · NRE · Feasibility · Validation · Deployment
The Minds Behind Our Technology
Meet the people shaping INTEGRIT's technology and product strategy. Our leadership brings hands-on experience across AI compute, embedded systems, on-device intelligence, cloud infrastructure and robotics—combining deep engineering expertise with a practical understanding of how emerging technologies become real-world products.
Three Platforms. One Physical AI Architecture
From AI Execution to Perception, Reasoning, Action and Continuous Improvement.
AirPath®, SynaAI® and FlyingLet® Synapse form an integrated architecture for Physical AI—connecting edge compute and AI execution, on-device intelligence, robotic missions and field data. Together, they provide the foundation for deploying AI across heterogeneous robots and managing its continued evolution in real-world operations.
AirPath®
Edge AI Compute, BSP & Runtime Platform
Turning AI Compute into Deployable Intelligence
AirPath® integrates AI SoCs, BSPs, operating systems, firmware and optimized AI runtimes into a unified edge computing platform. From SoC bring-up and model execution to hardware-resource optimization, it provides the system software and development environment required to bring advanced AI capabilities into robots and intelligent devices
SynaAI®
On-device Multimodal Intelligence Platform
Extending AI from Understanding to Action
SynaAI® brings proprietary on-device language models and multimodal VLM/VLA capabilities into robotic systems. By combining visual, language and sensor information, it enables real-time perception and reasoning to inform robotic missions, task decisions and action planning.
FlyingLet®
Enterprise Physical AI Orchestration & Data Platform
Data Integration for the Control and Interoperability of Heterogeneous Robots
FlyingLet® Synapse unifies robot missions, operational status, AI models and field data in a single enterprise platform. It connects robot control and monitoring with dataset management, model evaluation, versioning and deployment workflows—supporting scalable Physical AI operations across diverse robotic systems.
FlyingLet® Synapse
Enterprise Physical AI Orchestration & Data Platform
Beyond Robot Management. Toward Physical AI Orchestration
FlyingLet® Synapse connects on-device AI execution with robot operations, field data and model lifecycle management, providing the orchestration layer that supports the continuous improvement of Physical AI systems.
One Platform.
30 Streams.
Concurrent AI Inference
Process 30 Full HD video streams simultaneously at 20 FPS per channel, with parallel vision analysis and AI inference. Discover Integrit’s edge runtime technology, integrating hardware-accelerated video processing with independently adjustable AI inference rates.
Up to 100 TOPS · INT8 Dense
Up to 30 Channels with Full HD · 20 FPS
Parallel AI Inference
"Integrit is enhancing the AI-driven navigation and reasoning capabilities of Boston Dynamics Spot robots operating in SK hynix's advanced semiconductor facilities. Through FlyingLet® Synapse, we are integrating the missions, AI services, and operations of an expanding fleet of heterogeneous quadruped robots into a unified Physical AI orchestration platform"
"Powered by Integrit's commercially deployed SynaAI V2 platform, Platy combines natural-language prompts and visual perception to enable real-time spatial understanding, dynamic path planning, and adaptive autonomous navigation. As Korea's first commercialized VLA-based autonomous navigation platform, SynaAI V2 has moved beyond demonstration into commercial deployment, including applications at Incheon International Airport"
"SnoCat® introduces an open AI ecosystem for home robotics, enabling multiple AI models to work together within a secure, extensible on-device environment. By understanding living spaces and adapting to individual family routines, SnoCat brings Spatial Intelligence into everyday life—creating more personalized, context-aware interactions and services"
"Integrit's Stella robot series is commercially deployed at major public and commercial venues, including Incheon International Airport, Hyundai Department Stores, and Lotte World. Building on this proven deployment experience, Stella integrates Vision AI, on-device LLMs, and VLA-based intelligence to enable context-aware interactions through speech, gaze, gestures, and facial expressions—advancing conversational AI into real-world robotic services."
"Integrit extends the capabilities of Unitree B2 with real-time LLM interaction, Vision–Language–Action (VLA) models, and Robot Foundation Model (RFM) integration. Combining contextual scene understanding with vision-based autonomous navigation, our platform provides an integrated Physical AI architecture that brings advanced intelligence to existing quadruped systems"
"Integrit extends Unitree G1 with on-device LLM interaction, RFM-based contextual reasoning, and multimodal AI execution. By combining sensor fusion, advanced visual perception, and action-context generation, the platform is designed to support autonomous indoor and outdoor navigation with reduced reliance on manual remote control—advancing humanoids toward more independent Physical AI operation"
From Platform Engineering
to Real-World Deployment
Proprietary Physical AI Platforms, Validated in Real-World Environments
INTEGRIT brings AI compute, embedded system software, on-device intelligence and orchestration technologies into real-world robotic and industrial environments. Through enterprise platform contracts, field validation and advanced robotics demonstrations, we are building a foundation for repeatable deployment and commercial expansion
CASE 01 · SEMICONDUCTOR FAB
Enterprise Physical AI Orchestration
PLATFORM SUPPLY & INTEGRATION CONTRACT
SK hynix — Enterprise AI Orchestration Powered by FlyingLet® Synapse
INTEGRIT has secured a contract with SK hynix to supply and integrate FlyingLet® Synapse for AI mission management, control and monitoring of Boston Dynamics Spot and other robotic systems in semiconductor manufacturing facilities. The platform brings robot missions, AI models, operational status and field data into a unified enterprise orchestration environment, supporting the expansion of Physical AI operations.
AirPath®, SynaAI®, FlyingLet® Synapse
Mission Management · AI Operations · Field Data
CASE 02 · INTERNATIONAL AIRPORT
On-device Physical AI for Real-world Inspection
FIELD PILOT COMPLETED
Incheon International Airport — Validating On-device AI for Facility Inspection
At Incheon International Airport, INTEGRIT integrated AirPath® V4 and SynaAI® VLA 2.1 with the Boston Dynamics Spot quadruped robot to validate on-device inspection capabilities. The field pilot demonstrated AI-based recognition and condition assessment of seven categories of fire-safety and facility equipment without relying on an external GPU server. Further development and system refinement are underway
CASE 03 · HUMANOID ROBOTICS
Extending Edge Intelligence Beyond Robot Control
PLATFORM DEMONSTRATION · MINISTERIAL AWARD
Humanoid Robotics — Extending On-device Intelligence with a Physical AI Agent Platform
INTEGRIT introduced a Physical AI Agent Platform designed to extend the perception, reasoning and action capabilities of existing humanoid robots through AirPath® and SynaAI®. Demonstrated at K-Display 2026, the platform received a ministerial award in recognition of its technical innovation and potential for broader robotic applications.
Beyond Proof of Concept.
Toward Repeatable Deployment
From field validation to productization—scaling AI capabilities across more robots, missions and enterprise environments.
Proprietary Technology. Scalable Platforms
Platform Technologies Built for Integration, Deployment and Scale
INTEGRIT commercializes its proprietary technologies through a scalable platform business model spanning AI compute systems, embedded software, on-device intelligence and enterprise orchestration. We combine platform supply and software licensing with OEM engineering and deployment services to extend our technologies across customer products, robotic systems and industrial environments.
01 · HARDWARE & DEVELOPMENT PLATFORM
AI Compute Platform & DVK
Integrated Edge AI Compute and Development Platforms
We supply AirPath®-based edge AI compute platforms and development kits that integrate AI SoCs, BSPs, operating systems and AI runtimes. These platforms provide a ready-to-integrate foundation for developing and productizing robots and intelligent devices.
AirPath® · AI SoC · BSP · DVK · OEM Platform
02 · SOFTWARE & INTELLIGENCE LICENSING
BSP, Runtime & On-device AI
Embedded Software and On-device AI Licensing
FlyingLet® Synapse를 통해 이기종 로봇의 임무와 AI 모델, 현장 데이터를 통합합니다. 기업의 보안·운영환경에 맞춘 플랫폼 구축과 라이선스 공급을 지원합니다.
Embedded SW · Runtime · Model Optimization · Device License
03 · ENTERPRISE PLATFORM SOFTWARE
Physical AI Orchestration
Enterprise AI Orchestration & Platform Deployment
FlyingLet® Synapse enables enterprises to manage robotic missions, AI models and operational data within a unified orchestration environment. We support platform integration, deployment and licensing tailored to enterprise security, infrastructure and operational requirements, including on-premises environments
FlyingLet® Synapse · AI Operations · On-premises · Platform License
04 · INTEGRATED ENGINEERING SERVICES
OEM Engineering & Co-development
System Integration, Product Engineering & Field Validation
Our engineering services help customers integrate AI compute, operating systems, AI models and robotics interfaces into production-oriented systems. Built on INTEGRIT's proprietary platforms, these OEM and NRE programs cover system architecture, software integration, optimization and field validation
OEM · NRE · System Architecture · Integration · Validation
Connecting Technology Leaders to the Real World.
Connecting AI Compute, Robotics and Enterprise Deployment
INTEGRIT works across the AI and robotics ecosystem—connecting semiconductor technology providers, robot manufacturers, enterprise customers and research organizations. Through our proprietary system software and Physical AI platforms, we support joint engineering, technology integration and real-world deployment across industries.
01 · AI Compute & Semiconductor
We integrate AI SoCs and NPUs with BSPs, optimized AI runtimes and embedded system software, creating practical development and execution environments for robotics and intelligent devices.
02 · Robotics & Intelligent Devices
We work with robot and device manufacturers to extend existing control architectures with on-device AI capabilities, enabling advanced perception, reasoning and intelligent task execution without replacing the underlying robotic platform.
03 · Enterprise & Real-world Deployment
We bring Physical AI technologies into security- and reliability-critical environments, including semiconductor manufacturing, airports and industrial facilities. Our platforms connect robotics operations, AI models and field data to support enterprise integration and deployment.
04 · Research & Public Sector
We collaborate with public institutions and research organizations on robotics interoperability, data standardization, AI development environments and emerging technologies that support the broader Physical AI ecosystem.
Technology Connects. Partnerships Deliver
Explore how INTEGRIT connects AI compute providers, robotics manufacturers, enterprise customers and research organizations through platform engineering, technology integration and real-world deployment. Discover the ecosystem relationships and industrial applications behind our Physical AI platforms.
From Engineering to Real-World Impact
Technology Milestones. Real-World Progress
Explore the latest developments in INTEGRIT's platform technologies, engineering programs and real-world Physical AI deployments, along with insights from our industry collaborations and global partnerships.
Let's Engineer What's Next
Explore New Opportunities in Technology and Business
INTEGRIT works with technology companies, enterprise customers and strategic partners to bring advanced AI into real-world products and operations. Explore opportunities in platform integration, software licensing, OEM co-development and strategic collaboration.
Technical & Strategic Collaboration
Platform Integration, Co-development & Technology Partnerships
Explore platform adoption, technology licensing and joint engineering opportunities across AI compute, embedded software, on-device intelligence and Physical AI orchestration.
Investor Relations
Proprietary Technologies. Platform Business. Growth Opportunities
Discover INTEGRIT's proprietary technology assets, scalable platform business model, enterprise deployment experience and long-term growth strategy.
Build With Us
Engineer the Technologies Behind Physical AI
Join our teams working across AI compute, embedded system software, on-device intelligence and robotics. Help develop the technologies and platforms that bring advanced AI into real-world systems