Critical Space & Defense Missions Demand More. Optimize beyond Classical Limits

BQPhy® delivers solutions for tough to solve, large scale Optimizations, SAR imaging, and space operations—powered by QIEO algorithms

Accelerating the India Journey for Over 2,000 Global Businesses for 40+ Years

Redefine Space Optimization with BQPhy ®

Placement Optimization

With space traffic and debris increasing exponentially, efficient satellite placement is now mission critical. BQPhy’s QIEO algorithms optimize constellations faster than Genetic Algorithms, ensuring Maximum coverage with fewer satellites (reducing orbital congestion) and Safer orbital paths that minimize debris risk and low-traffic zones

Trajectory Optimization

Traditional trajectory planning struggles with real-time adjustments, scalability, and nonlinear dynamics—leaving satellite trajectory vulnerable to collisions or fuel waste. BQPhy’s QIEO solves Nonlinear orbital mechanics, perturbations, and non-convex problems faster than Genetic Algorithms.

Payload Optimization

Payloads are the heartbeat of every space mission - whether detecting wildfires with infrared sensors or capturing high-res earth imagery with Satellite SARs. But suboptimal payload allocation can derail mission success

Mission Planning & Scheduling

When it comes to space missions, every second for a satellite in orbit must deliver maximum value. But with thousands of tasks, conflicting objectives, and resource constraints, mission planning with classical algorithms might not be efficient

Get Started

20x

Faster Solution

Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor.

100%

Better Solution

Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor.

Less computational cost

Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor.

Learn More