Built to last.
Built to connect.

Every toy that arrived eventually came apart — not out of carelessness, but out of a genuine need to understand what was happening inside. Wires, motors, circuits. Once the internals were visible, the next question was always the same: can I put this back differently? Can I make it do something it wasn't supposed to do? That instinct grew from toy mechanics into Arduino projects, from Arduino into Raspberry Pi, and from there into a serious, ongoing interest in industrial automation — what machines are actually capable of, and where current systems fall short. Thunder Robotics is where that interest becomes a venture.

Growing up in a fast-developing city meant construction was always nearby — cranes visible from the window, foundations being laid every few months, new structures going up while older ones were extended. Most people stop noticing. The curiosity here never left. Not with a civil engineer's technical eye, but with a genuine interest in how things get built from nothing — how the first layer determines everything above it, and how precision at the start compounds into something that either stands or doesn't. The name Luxiam reflects this directly: the same logic as crystal formation, where every bond placed correctly makes the next one stronger.

It started in 2015 with my first smartphone, opening a window to a world where ideas became businesses. The internet promised products reaching people who never had access before. By 2018, I placed my first Amazon order. When the package arrived after crossing thousands of kilometers through warehouses and hubs, I was overwhelmed. My excitement wasn’t about the item, but the miracle of its journey. An object ordered from nowhere had materialized on my doorstep. It was a human-made revolution of connectivity. Watching the digital promise become physical reality ignited a fascination. This wonder of how products move from origin to customer became the seed for my ecommerce venture. It was the spark that proved distance was no longer a barrier, inspiring a lifelong journey into the mechanics of global trade.

In 2018, a second order revealed a critical flaw in global shipping. While tracking milestones, I noticed the parcel routing through irrelevant geographic locations. With a love for geography and a good sense of India’s routes, I spotted the inefficiency: a redundant loop caused by outdated logic. Instead of direct delivery, the package traveled aimlessly, wasting resources. This observation sparked a mission. I realized logistics moved on inherited habits, not optimized design. That moment planted the idea of Unloop: a logistics service where parcels never travel to useless areas. I wanted to design a new model, one that respects geography and eliminates waste. This is the story of turning a frustrating detour into a precise, intelligent path from origin to destination.