Think of ADAS as a bundle of smart copilots in your car: one watches lane markings, another looks for pedestrians, another keeps safe distance from the car ahead, and all of them constantly nudge or override the driver to prevent accidents.
Reduces accidents caused by human error by continuously monitoring the environment around a vehicle and assisting or correcting the driver in real time (e.g., automatic braking, lane-keeping, adaptive cruise control).
For a vendor like Logic Fruit, the moat is in domain-specific hardware-software integration expertise (sensors + embedded compute + real-time algorithms), safety certification know‑how, and long-term OEM relationships rather than the generic algorithms themselves.
Hybrid
Unknown
High (Custom Models/Infra)
Real-time processing constraints on embedded hardware (latency, power, thermal limits) and safety certification requirements for any model updates.
Early Majority
This is an educational/awareness piece rather than a specific product. It frames ADAS as a system-of-systems challenge (sensing, perception, decision, actuation) and positions the author company as an engineering partner for custom ADAS design and implementation, rather than a turnkey off-the-shelf ADAS product vendor.