iBlast
Site not found · DreamHost.
| Date | Investors | Amount | Round |
|---|---|---|---|
$10.2m | Early VC | ||
| Total Funding | 000k | ||
iBlast, a product line from the DNA Blast Group, provides sophisticated blasting effects simulation software tailored for the mining sector. Stemming from over 25 years of research and development, the software is designed by mining engineers specifically for their peers, addressing the operational needs of both surface and underground mining projects. The company serves clients such as mining engineers and managers who require precise control and optimization over blasting operations. The business model appears to be centered on selling software licenses, offered in different tiers like I-Blast Evolution and I-Blast Ultimate. Licensing options are flexible, including single-user licenses activated by a USB key for use in remote areas without internet, and floating web-based licenses for multiple users with server connectivity.
The core offering is a simulation tool that allows users to design, analyze, predict, and optimize the effects of blasting. Its features enable the design of complex blasting patterns, the analysis of key performance indicators like fragmentation and vibration, and the simulation of outcomes to test numerous variations before implementation. The software can import data from various sources, including drones, drill rigs, and seismographs, integrating them into its 3D simulation environment. For instance, the 'Ultimate' version can automatically design drill patterns based on critical profiles from point cloud data and adjust for drill deviation to control energy concentration and fragmentation. The platform is built to handle large, complex calculations and allows for the creation of customized, automated reports, streamlining the engineering workflow.
Keywords: blasting simulation software, mining technology, blasting optimization, surface mining, underground mining, fragmentation analysis, vibration control, drill pattern design, mining engineering tools, DNA Blast Group, rock excavation, simulation modeling, geotechnical engineering, blasting effects, operational optimization, mine safety, resource extraction technology