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3D data/rendering engine for high-performance scalable server operation and massive 3D data rendering.
High-performance data processing and scalable server operations
Web/App Approach
Accessible from anywhere
Multi-core Processing
Massive computation
Distributed File/Server
Scalable/economic price
Local Cloud Approach
Data security solution
Realistic and Optimal 3D Rendering for massive 3D data with CSR/SSR selection
Indoor/Outdoor Full 3D
Seamless 3D Integration
3D File Format Handling
Various 3D data management
Massive 3D Rendering
Beyond present limits
CSR / SSR Selection
Various device
Conworth Engine is 4-10 times more cost-efficient and outperforms world-renowned solutions such as Unreal Pixel Streaming, Omniverse CloudXR, and Azure ARR.
SSR Cost Estimate for 10 Users with 10GB Model (Interactive Streaming)
Conworth engine is particularly specialized for massive computation and high-quality rendering for massive 3D data.
Integrated with proprietary big data processing system, robot, IoT, BIM and point cloud.
Conworth delivers a proprietary server-side rendering engine that provides instant, scalable access to ultra-large 3D datasets—including BIM, reality capture, and digital twins.
Through advanced GPU optimization, it enables massive concurrent users and serves as a foundational infrastructure for AI-driven digital twin and industrial applications.
With a distributed architecture at its core, Conworth Engine scales effortlessly by adding servers, ensuring high performance for ultra-large 3D workloads.
Our distributed processing framework scales seamlessly to handle ultra-large 3D datasets (up to TB), enabling efficient storage, high-performance analysis, and real-time visualization.
Conworth Engine is a fully proprietary rendering engine engineered for lightweight deployment, scalability, and optimized performance in ultra-large 3D environments.
Built in-house on DirectX 12, it enables efficient GPU resource utilization, delivering high-performance rendering at scale.
By integrating robotics into 3D Digital Twin environments, Conworth enables real-time remote monitoring and spatially-aware operation of physical systems.
Boston Dynamics Spot® is fully integrated with our system, which can provide remote control, portable IOT access, and autonomous monitoring.
Industry-leading data platforms integrated with A-Z processes in managing construction sites
and operational assets of capital intensive industry: 3D Note, C-Eagle, R-Eagle, T-Eagle, H-Eagle.
Conworth Engine is offered as a license-based solution with APIs, enabling customers to build their own applications on top of our core technology.
See moreA 3D collaboration tool that enables user to create notes in a visualized 3D space. With this tool, user can note and share work details, memos, photos, and drawings related to issues.
See moreSolution for comparative analysis of BIM models and large-scale point clouds. Powered by Conworth’s distributed server technology, it enables cluster-based processing of massive datasets, with results accessible via a simple web interface.
A 3D Visualization solution for immersive experiences through mesh/texture optimization and web-based server-side rendering.
See moreA 3D Asset management solution using autonomous robot integrated with various IoT sensors that enables gas leak detection, gauge reading, hazard monitoring.
See moreA 3D visualization solution for smart city with spatial big data management and analysis using distributed server and graphic technology.
See moreThe Revit2Gltf Converter operates as an Add-in for Revit®, enabling the direct conversion of Revit®’s element category hierarchy into the node hierarchy of glTF. (Go to Autodesk App Store)
The Conworth Gltf Converter operates as an Add-in for Navisworks, enabling the direct conversion of Navisworks’s element category hierarchy into the node hierarchy of glTF. (Please contact via email.)
Press coverage, announcements, and milestones featuring Conworth's ultra-large 3D technology and partnerships.
"국가유산청이 2021년부터 수백억원을 들여 매년 수백 곳의 국가 지정·등록문화재 3D 정보를 수집해 자료로 만드는 작업을 하고 있다. 아직 자료 보존 목적에 머무는데, 많은 사람이 이용하게 하면 우리 유산이 한류(韓流) 콘텐츠로 더 많이 활용될 수 있을 것으로 본다." 공간 정보 권위자인 허준 연세대 건설환경공학과 교수는...
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3D 초대용량 엔진 기업 컨워스(Conworth)가 핀란드 헬싱키에서 열린 'SLUSH 2025' 현장에서 유럽 시장 진출 가능성을 본격적으로 확인했다. 컨워스는 국토교통과학기술진흥원(KAIA)의 '2025 글로벌 액셀러레이팅 지원사업(GMEP)' 유럽 프로그램에 선정돼, 수행사인 노틸러스인베스트먼트와 함께 SLUSH 행사기간 동안 대규모 3D 설계·BIM 데이터를 다루는 유럽 기업들과 연이어 기술 미팅을 진행했다. 컨워스는...
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"건설산업의 디지털 전환에서 기술적ㆍ경제적 관점의 어려움을 극복하려면, 거버넌스를 활용해야 한다. 특히, 현 건설 프로세스 거버넌스의 정점에 있는 발주자가 DX를 주도해야 한다." 허준 연세대학교 건설환경공학과 교수는 최근 인터뷰에서 건설산업의 디지털 전환(DXㆍDigital Transformation)에 대해 이렇게 강조했다.
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컨워스의 허준 대표는 아직 디지털 전환이 되지 않은 건설산업 유지관리 분야에 뛰어든 이유에 대해 "현장을 포함한 데이터에서 가치를 창출해낼 수 있는지에 따라 디지털 전환에 성공하느냐 못하느냐 차이가 날 것"이라며, "대규모 플랜트나 팹, 현장 유지관리를 시작으로 디지털 전환이 확산될 것이다. 여기에서 공간데이터가 매우 중요한 역할을 할 것"이라고 강조했다.
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허준 컨워스 대표는 "건설현장의 데이터는 굉장히 큰 것이 특징"이라며, "또한, 모든 공정이 연결돼 있어 분석을 위해서는 막대한 계산량이 필요하고, 그와 동시에 높은 수준의 3D 그래픽 퀄리티가 요구된다. 컨워스의 솔루션은 이 3가지를 만족하는 유일한 솔루션"이라고 말했다.
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허준 교수는 건설현장의 신속한 디지털 전환과 생산성 향상을 통한 선순환적 가치 제공을 목표로 컨워스를 창업하여 '공간 빅데이터 종합관리 원천기술'의 개발을 완료해 다양한 분야를 아우르는 맞춤형 솔루션을 제시하고 있다.
Read more →We are seeking highly skilled and motivated engineers
to join our team in building next-generation Digital Twin
and real-time 3D platforms.
Open positions include:
If you are passionate about GPU-accelerated computing, real-time rendering,
large-scale data processing, and immersive 3D web technologies,
we encourage you to apply.
Please submit your resume and portfolio to our recruitment email.
(contact@conworth.io)
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