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Enabling Advanced Design & Construction Workflows

HOT Systems leverages an integrated ecosystem that enables digital transformation across the AEC industry

Industry Overview

High Performance Computing Built for the AEC Industry

The Architecture, Engineering & Construction industry is often grappled with complex modeling and large-scale simulations that are crucial for analyzing complex physical phenomena. Additionally, the AEC industry generates enormous amounts of data from various IoT and digital systems that would take conventional systems too long to ingest and process.

To address a hurdle of such scale, HOT systems leverages an integrated approach with powerful clusters of processors that work in parallel. Our systems are engineered to enhance software performance and productivity with custom-built workstations embedded with specialized hardware for resource-intensive tasks. This enables engineers, and architects to work faster and with greater precision. Project teams can collaborate in real time to work on massive project files, run advanced simulations like clash detection or energy modeling instantly, and generate photorealistic renders within minutes, leading to enhanced project outcomes and operational efficiency throughout.

Bottlenecks in the AEC Industry

Handling Models: Modern AEC projects involve massive BIM files, detailed 3D models, and intricate simulations.
Slow Simulation Cycles: Heavy tasks like structural analysis, clash detection, and rendering often take hours on standard machines.
Inefficient Collaboration: Multiple stakeholders working on shared BIM models often face sync delays and version conflicts.
Performance Bottlenecks: From design revisions to project approvals, time usually hinders performance in AEC.

What WE Deliver

Transforming AEC Workflow with Unmatched Compute Power

HOT Systems redefines performance in the Architecture, Engineering, and Construction industry, powering everything from advanced BIM workflows to real-time visualization with unmatched speed and precision. By accelerating simulations and enabling seamless collaboration, organizations can unleash the potential of AI-driven design, thereby remove traditional bottlenecks and elevate productivity across every project stage. Right from concept to construction, organizational teams can benefit from a workflow agility needed to innovate faster deliver and build the future without compromise.

Accelerated Design & Simulation

Runs complex simulations like CFD, Finite Element Analysis by dramatically speeding up model loading and rendering across complex geometries.

Enhanced Real-time Visualization

With high-performance GPUs, design teams can enable instant walkthroughs, VR simulations along with photorealistic renders for faster decision-making.

Improved Stakeholder Collaboration

Manage large, federated models smoothly thereby reducing clashes and improving coordination whilst gaining support from cloud across disciplines.

AI-Driven Design & Automation

Strong compute power enables efficient running of AI tools for generative design, predictive planning, & automated documentation thereby boosting productivity.

Big Data Analytics

Process vast amount of project data (BIM, sensors, etc,) for data-driven decision making and progress tracking in real-time.

Boost Project Delivery

By leveraging predictive analytics teams can anticipate delays, manage resources and costs effectively while executing design iterations faster.

Industry Use Cases

Real-Time BIM Coordination

Teams collaborate seamlessly on large BIM models, detecting clashes instantly and resolving design conflicts before construction begins. This reduces errors and saves time, improving project efficiency across multidisciplinary teams.

Structural Simulations

Engineers can run complex structural, seismic, and MEP simulations faster than ever, enabling quick design iterations and accurate analysis, without slowing down project timelines.

Rendering & Visualization

Architects and designers produce high-resolution 3D renderings and immersive walkthroughs in record time. Clients can visualize designs clearly and approve them faster, which in turn enhances presentation quality across projects.

AI-Driven Design Optimization

Teams leverage AI-powered generative design and predictive analytics to explore multiple options. Builders can optimize material usage and accelerate sustainable, performance-driven construction decisions that also saves costs big time.