Our Products
Software
LATERAL 3D
Advanced Structural Dynamic Analysis Software
LATERAL 3D is a cutting-edge structural dynamic analysis software designed to evaluate and optimize the dynamic performance of structures under lateral loads, such as earthquakes and wind. Engineered for precision and efficiency, Lateral 3D is your ideal solution for comprehensive structural analysis and optimization.
Dynamic Load Analysis
Seamless Import Data: Effortlessly import earthquake response spectrums and wind time history forces to simulate real-world conditions accurately.
Time History Analysis: Conduct detailed time history analysis to evaluate the structural response to specific lateral load events.
Advanced Seismic Analysis: Utilize advanced seismic analysis techniques, including nonlinear time history analysis and performance-based earthquake engineering (PBEE).
Wind Load Analysis: Evaluate the impact of different wind speeds and directions on the structure, including gust factor and turbulence effects.
WIND R
Advanced Urban Drone Navigation Software
WIND R is a state-of-the-art software designed to enhance drone navigation by utilizing real-time wind speeds in urban zones for heights ranging from 10 meters to 500 meters above ground. Our software takes into account the channeling of wind between buildings and wind speed variations due to terrain topography.
Key Features
Real-Time Wind Data: Access up-to-the-minute wind speeds at various heights.
Urban Wind Mapping: Understand wind patterns influenced by urban structures and topography.
Flight Path Optimization: Avoid high-speed wind areas that can destabilize drones, ensuring safe and efficient navigation.
Currently, WIND R is available for the following cities:
- Toronto
- Mississauga
- Vancouver
- Montreal
WASTE O
Advanced Anaerobic Digestion Optimizer Software
WASTE O is an innovative software designed for analyzing the operations of anaerobic digestion plants. This tool allows facility owners to determine the best feedstock input recipes by considering the quantity, type, and availability of feedstocks, as well as operating process conditions and optimization criteria. When waste availability, quantity, or quality changes, operators can re-simulate the scenario to get the latest results for the plant.
Key Features
Feedstock recipe generation: Identifies the optimal combination of feedstocks to maximize efficiency and output.
Financial analysis: Evaluates the economic impact and cost-effectiveness of different feedstock recipes and process adjustments.
Process optimization: Enhances the overall efficiency and performance of the anaerobic digestion process by fine-tuning operational parameters. Offers analytics and intelligence to dynamically simulate and optimize, ensuring maximum process output. It equips users with optimal recipes based on feedstock quantities, availability, and other crucial parameters.
Process simulation: Models the plant’s operations under various conditions to predict performance and identify potential improvements.
Products
PRESSURE X128
Advanced 128-Channel Multi-Pressure Sensing System
Introducing I2R Systems’ cutting-edge Multi-Pressure Sensing System, designed to revolutionize the way pressure data is captured and analyzed in experimental testing. Developed and validated at I2R Systems, this low-cost, highly efficient system is the perfect solution for your testing needs.
Key Features
High Precision: Equipped with 128 small-size integrated silicon pressure sensors, the system offers exceptional accuracy, capable of measuring pressures up to ±2500 Pa with an error margin of only ±0.025%.
Temperature Compensation: The sensors self-calibrate for temperatures ranging from -10°C to +60°C, ensuring reliable performance in typical testing environments.
Cost-Efficiency: Priced at approximately half of the cost of traditional pressure systems, the PRESSURE X128 provides a budget-friendly solution without compromising on quality.
Compact Design: The entire system, including sensors and data acquisition hardware, is housed in a compact casing, making it easy to transport and set up in various testing environments.