Municipalities and regions face constraints in modernizing transportation systems—balancing mobility challenges with emissions targets, safety, equity, and mobility data—without reliable means to test policy, infrastructure, or other important changes before deployment using logistics simulation software, Transportation simulation software, or Transit simulation software.
RWI’s Synthetic Twins take the guesswork out of investment and demonstrates the value and outcomes of projects before shovels ever hit the ground. Using advanced mobility simulation software and simulation tools, our approach supports transportation planning and logistics process optimization with unmatched precision.
Synthetic Twins identify the ROI and ROIC of logistic and supply-chain infrastructure development, supporting investment while reducing strategic uncertainty, and pinpointing common barriers through transportation planning, mobility data, and logistics simulation software insights.
Whether it’s visualizing how sea ice levels might affect transportation corridors, highway lifespans, or calculating the cost-benefit of investing in rail, RWI’s Synthetic Twins provide highly detailed visions of how our businesses and communities will better connect in the future through Transit process optimization, Transportation simulation software, and Transit simulation software.
RWI’s Synthetic Twins provide highly detailed visions of how our businesses and communities will better connect in the future.
What We’ve Done
As a finalist for Toyota Mobility Foundation’s “City Architecture for Tomorrow Challenge,” RWI’S Synthetic Kuala Lumpur brought all aspects of mobility and sustainability improvements together with the people of KL, their lives and livelihoods, to map how policies and infrastructure can enhance inclusivity and accessibility for the city into 2040 using leading-edge mobility simulation software and transportation planning models.
Emerging economies surrounding the energy transition are rapidly developing worldwide. A hydrogen economy is being established in the province of Alberta, with multiple related projects and municipalities transitioning to 100% hydrogen fuel cell transit fleets. However, establishing such an economy requires risk-aware and resilient systems—including mobility data, logistics process optimization, Transit simulation software, and Transit process optimization to design workforce training and certification standards. We helped prepare the hydrogen workforce in Alberta by generating a vision for a hydrogen-powered Alberta of 2030 and formulating a comprehensive overview of potential risks to inform the development of standardized provincial training modules through integrated logistics simulation software approaches.
Whether it’s seasonal sea ice causing transportation issues or the exorbitant cost of energy and housing, navigating the opportunities, challenges, and problems facing Alaska requires both insights hyper-localized to the region and tailored solutions powered by mobility data, transportation planning, and mobility simulation software. Investments and transitions are accelerating in the Arctic and sub-Arctic, and decision makers need data created with a deep understanding of context and people’s needs. In response, RWI created Synthetic North: a 1.35 million m² high-fidelity Synthetic Twin environment featuring 15 million data points, designed to provide strategic decision support through integrated logistics process optimization and Transportation simulation software.
Businesses can more effectively connect with trading partners and supply chains by leveraging well-developed and diversified transportation infrastructure. Creating and maintaining the various aspects of infrastructure and logistics in a region, however, is an expensive and laborious prospect. By surveying established infrastructure—including associated costs, cargo, and revenue streams—RWI’s Synthetic Twins use mobility data, transit simulation software, and simulation simulation environments to not only identify common barriers to growth but also sandbox future GDP and carbon footprint to offer high-fidelity estimates of ROI and ROIC for infrastructure upgrades, workforce investment, land development, and enhanced reliability via logistics process optimization and Transportation simulation software.