Vispect's major products and systems include Advanced Driver/Operator
Assistance Systems (ADAS) for automobiles, construction machinery, subways, among other
machines and vehicles. These systems utilize camera image recognition and multi-sensor
fusion technologies, including cameras, LiDAR, and radar, to enhance safety and
efficiency.
There are two categories of Vispect products: the Standard Products
and the Solutions. Standard Products are the cost-effective devices massively manufactured
and applied. A Standard Product system is neat and clean, usually consisting of one host and
two or four cameras, to provide function as Front Collision Warning or Blind Spot Detection
for vehicles and machines. Solutions refer to complex systems that consist of multiple
hosts, a remote data center (if required), and an array of sensors, including cameras,
LiDAR, gyroscopes, and others. Solutions are usually customized in small quantity but at
higher costs. The parts of a Solution come from Vispect and other brands, while Vispect
integrates the parts into a system.
Standard Product
Designed to enhance vehicle safety and efficiency
through
cutting-edge technology and seamless integration.
Standard Products and Solutions provide functions such
as Front Collision Avoidance, Lane Departure Warning, Pedestrian Detection, Driver
Status Monitoring/Fatigue System, etc.
Some Vispect systems can exchange information, communicate, and interact with the
vehicles, to control the vehicles to brake, stop, turn, and accelerate if needed,
when the relevant interfaces are provided.
Besides, Some Vispect systems, with 4G wireless module inside, are able to exchange
data with cloud-based data center, to provide remote reports, remote maintenance,
and remote setting.
Solution
Engineered to meet specific client requirements,
ensuring optimal
performance and reliability in specialized applications.
Solutions refer to complex systems consisting of
hosts, remote data center (if needed), and more sensors as camera, LiDAR, Gyro, and
etc. These system are usually customized in small quantity but at higher costs. For
example, a subway company plans to order 20 sets of SIL2 grade subway Automatic
Obstacle Detection System for their 20 trains. The whole project may need $2M. The
client asks each systems include six cameras, two LiDARs, and a host matrix with
software inside, and these devices must be changed from the original designs to fit
into and work with the subway locomotives of that client.
