Ception.ai website for AI in construction and mining

Ception.ai builds AI and machine learning software that turns sensor data into information machines and operators can act on. Its main market is heavy industry, with products for construction and mining. Techcelerant built the Ception.ai website, which explains a complex technology in clear terms and shows buyers how it applies to their equipment and sites.

The client

Ception.ai develops perception technology: software that reads data from cameras and other sensors and works out what is happening around a machine. Its MineCept line brings that to mining and construction vehicles, where it helps operators see people, vehicles and obstacles they might miss. It also offers an SDK so equipment makers can build the technology into their own systems.

The problem

AI companies have a hard time explaining themselves. Their websites often fill up with abstract claims and stock images of glowing networks, and buyers leave without knowing what the product does. Ception.ai's buyers are site managers, safety leads and equipment makers. They want to know what the system detects, what hardware it runs on and how it fits their fleet.

The site had to work for two levels of reader. A safety manager needs the use case in a sentence. An engineer evaluating the SDK needs the product breakdown. Both had to find their part quickly.

What we built

• A homepage that opens with "Get the Point." over a 3D point cloud scene, followed by a short paragraph on what Ception's technology does.
• "The Ception" platform section, with an interface preview and three illustrated pillars: any data, any scenario and any sensor.
• A "Construction & Mining Solution" section with a photo of a quarry, earthmoving machines and a tablet running the operator interface.
• A MineCept product page that lays out the lineup side by side as product cards, with a separate card for the MineCept SDK.
• Application pages that show the system in use, with overhead views of trucks and loaders and short descriptions of each scenario, such as proximity warnings around heavy equipment.
• A top menu that splits the site into the platform, products, applications and company information.

Design decisions

We used a deep navy background for most of the site. Dark screens are common in industrial and safety software, so the interface previews look at home on them. Navy also gives the 3D renders and the bright yellow machinery in the photos strong contrast.

The headline is short on purpose. "Get the Point." is a play on point clouds, the 3D data the system works with, and it sits over an actual point cloud render. A visitor who knows the field gets the joke. A visitor who does not still sees the kind of data the product uses.

We turned the platform message into three simple illustrations: any data, any scenario, any sensor. Each one is a small isometric scene with a short label. It makes an abstract idea concrete and gives the reader a quick summary before the detail.

The product page uses a light background to break from the dark homepage. Product cards sit in a row with a photo, a name and a few lines on what each one does. The SDK card sits apart from the hardware products, which makes the difference between the two offers clear.

On application pages, overhead views show machines from above with detection zones around them. That angle shows the safety problem the product solves without a long explanation.

The result

Ception.ai now has a website that explains AI perception in terms its buyers use. Safety managers can see the construction and mining use cases on the homepage. Engineers can compare the MineCept products and the SDK on one page. The application pages show the technology in real settings. The client's team has a visual system of navy pages, 3D renders and isometric illustrations that it can extend as new products and markets come online.

For a look at the framework we often choose for sites like this, read Next.js for business websites.

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