9319 Robert D. Snyder Road
Charlotte, NC 28262
United States

AI and Robotics | Member Since 2026
DBR77 Robotics is a technology company specializing in the design and implementation of advanced solutions for industrial digital transformation. The company develops its own ecosystem of tools combining Digital Twin, Industrial IoT, artificial intelligence (AI/LLM), and Marketplace to support manufacturing and logistics organizations in improving operational efficiency and making more informed business decisions.
A core element of DBR77’s offering is its ability to integrate data, simulation, and real operational environments into one consistent system. Through proprietary Industrial IoT solutions, the company enables real-time data collection directly from production processes. This data is then used to build Digital Twins — virtual representations of factories, production lines, and logistics systems that reflect actual conditions and performance.
DBR77’s Digital Twin technology allows companies to analyze processes, identify inefficiencies, and test different operational scenarios before implementing changes in the physical environment. This approach supports better planning of automation projects, reduces risk, and increases the effectiveness of operational improvements.
A central component of the ecosystem is IRIS (Plant Operation System) — a platform that combines data integration, process analysis, and simulation capabilities. IRIS enables organizations to monitor operations, detect bottlenecks, optimize workflows, and evaluate different production strategies based on real data. It provides a structured environment for managing and improving industrial processes across the organization.
In addition to data and simulation layers, DBR77 extends its capabilities through Consultify, an AI-powered solution designed to support decision-making and problem-solving in industrial environments. Consultify leverages large language models and domain-specific knowledge to assist teams in analyzing operational challenges, structuring recommendations, and accelerating decision processes.
Another important element of the ecosystem is the DBR77 Marketplace, which connects companies with automation solutions, technologies, and implementation partners. This allows organizations not only to analyze and plan improvements, but also to move forward with execution by selecting appropriate technologies and providers aligned with their operational needs.
By combining these components, DBR77 delivers an integrated approach to industrial transformation — from data acquisition, through analysis and simulation, to decision support and implementation. The company focuses on practical, measurable outcomes, supporting clients in areas such as production efficiency improvement, process optimization, cost reduction, and better utilization of resources.
DBR77’s solutions are designed for manufacturing and logistics companies operating in complex environments, where variability, scale, and operational dependencies require more advanced tools than traditional methods. The platform helps organizations better understand their processes, reduce uncertainty, and improve the quality of operational and investment decisions.
With ongoing international expansion, including activities in the United States, DBR77 Robotics positions itself as a partner for companies seeking to modernize their operations using advanced digital technologies. By integrating Digital Twin, IoT, AI, and access to implementation capabilities within one ecosystem, DBR77 enables a more structured and effective approach to industrial transformation.
At the core of DBR77’s approach is a clear philosophy: Measure * Optimize * Automate. Rather than starting with costly and often misaligned automation investments, DBR77 helps organizations first understand their operations in depth through real-time data acquisition and digital modeling. This structured approach significantly reduces implementation risk and ensures that automation initiatives are aligned with actual business needs and measurable outcomes.

