Media Detail
Simulation Becomes a Strategic Imperative for Defense Innovation
Business Review
As defense systems grow more complex, the ability to test, validate, and optimize technologies before deployment has become increasingly critical. At the World Defense Show, industry leaders highlighted how advanced simulation is transforming the way defense technologies are designed and deployed — particularly in rapidly advancing markets such as Saudi Arabia.
According to Ajay Parihar, real-world testing remains an important part of defense development, but it can no longer address the full scope of modern operational requirements.
“Real-world testing remains essential, but on its own it is no longer enough for the complexity of modern defense systems,” said Parihar. “Today’s systems involve advanced materials, autonomous technologies, and multi-domain operating environments. It is simply not feasible to test every scenario or extreme mission requirement through physical testing alone.”
Instead, high-fidelity simulation is becoming a core capability for defense organizations. By building accurate digital models of vehicles, equipment, and operational environments, engineers can evaluate thousands of potential scenarios before a physical prototype is built.
“Through simulation, engineers can analyze structural dynamics, material behavior, blast effects, and system interactions in a safe and efficient environment,” Parihar explained. “This allows teams to explore countless ‘what-if’ scenarios and optimize designs much earlier in the development process.”
Beyond improving engineering insight, simulation also plays a critical role in reducing development risk and accelerating timelines — a major advantage in a sector where reliability and safety are non-negotiable.
“Simulation converts uncertainty into intelligent decision-making,” said Parihar. “Engineers can identify potential weaknesses early, avoiding costly redesigns and reducing the need for multiple physical prototypes. At the same time, virtual testing enables faster development cycles while ensuring that systems meet strict performance and safety standards.”
The importance of simulation is becoming even more pronounced as artificial intelligence and autonomous technologies enter the defense landscape.
“Simulation is fundamental to the safe and effective deployment of AI-driven defense systems,” Parihar noted. “Intelligent systems must be trained and validated across an enormous range of scenarios, including extreme edge cases that cannot be safely replicated in the real world.”
Through high-fidelity virtual environments, AI systems can be stress-tested and optimized for complex missions such as autonomous navigation, swarm operations, and rapid threat response.
“In a world where decision-making can increasingly be delegated to machines, simulation ensures that autonomy remains predictable and trustworthy,” he added.
As defense organizations accelerate digital transformation, however, manufacturers often face structural challenges when adopting digital engineering practices.
“Many organizations struggle with disconnected data across design, analysis, and testing systems,” Parihar said. “There is also a shortage of specialized simulation talent, and in some cases digital transformation lacks a strong top-down mandate.”
Overcoming these barriers requires an integrated approach that combines technology platforms, workforce development, and strategic partnerships.
“Establishing a connected digital ecosystem — where design, simulation, and operational data work together — is essential,” Parihar explained. “At the same time, building local engineering capabilities through training and specialized programs will be critical for long-term success.”
With Fluid Codes actively engaging with defense stakeholders at the World Defense Show, the company sees growing opportunities to support the Kingdom’s rapidly advancing defense ecosystem.
“Collaboration between defense organizations and experienced technology partners can significantly accelerate digital engineering adoption,” Parihar said. “By combining advanced simulation tools with practical training and best-practice guidance, manufacturers can move toward more efficient, lower-risk development from concept to combat-ready capability.”