Insights & Research
White papers, industry analysis, and practical guides on EV platforms, autonomous vehicles, AI agents, and AI-native manufacturing — from the team building them.
Niche light EVs suffer when every variant needs its own ground-up programme. Modular, software-defined platforms let OEMs and operators field passenger, cargo, and utility vehicles from one validated baseline.
Read article →IT parks and GCC campuses already run predictable shuttle patterns. Electrifying buggies and short-route fleets is often faster — and cleaner on Scope 3 — than waiting for highway charging to catch up.
Read article →Motors, BMS, controllers, and connected modules are where EV value concentrates. India's 2026 localisation wave is reshaping how platforms — including campus and light commercial EVs — get engineered.
Read article →Universities, IT parks, hospitals, and resorts are swapping diesel carts for battery buggies and shuttles. Low speed, high utilisation, and Scope 3 pressure make this one of the cleanest EV business cases in 2026.
Read article →Build-to-print still ships boxes. Original Design Manufacturing ships platforms. Here is why automotive and light EV programmes are moving upstream — and what buyers should demand next.
Read article →Pre-delivery inspection is where quality either becomes a gate or a rubber stamp. AI turns PDI from a clipboard ritual into a closed-loop process that feeds engineering and the shop floor.
Read article →Not every electric vehicle is built the same way. Understanding platform types — body-on-frame conversions, dedicated skateboards, cell-to-chassis, and SDV stacks — prevents costly wrong bets.
Read article →Software-defined vehicles turn the EV from a fixed product into a platform that updates, diagnoses, and improves after it leaves the factory. Here is the architecture that makes that possible.
Read article →Original Design Manufacturing is reshaping how EVs get built. These ten facts separate marketing claims from the economics that actually decide time-to-market, cost, and quality.
Read article →Six months of ideation, one conviction: at 300 vehicles a year, the right time to automate is before you scale, not after. Here is how we built a complete ERP from scratch with an agentic-first approach — and the security, governance, and human judgement we designed into it.
Read article →Linear data dies in silos. Circular data flows from design to field and back — powering DFM, regulatory compliance, and continuous product improvement. Here is how to build the loop.
Read article →Human error causes 60–80% of manufacturing quality incidents. AI does not eliminate mistakes — it designs systems where mistakes are caught before they become recalls.
Read article →Operational drag is the silent killer of growth. AI automation does not replace teams — it removes the repetitive work that keeps them from doing what only humans can do.
Read article →Most EV startups run on WhatsApp and Excel until something breaks. Triox built a unified admin platform — leads, quotations, PLM, manufacturing, inventory, accounting, and an AI copilot — that runs the entire ODM operation.
Read article →Autonomous driving is not one monolithic AI model — it is a federation of specialised agents coordinating perception, planning, and control. Here is the architecture that gets us from ADAS to agent-driven mobility.
Read article →From battery chemistry shifts to Level 4 pilot deployments, the global EV and autonomy landscape is entering a consolidation phase. Here is what OEMs, fleet operators, and investors should watch.
Read article →How Triox Mobility's TEV skateboard architecture cuts time-to-market by 40–60%, reduces platform R&D spend, and delivers measurable fleet ROI through software-defined vehicle economics.
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