Oclea™ by Teknique is an Ambarella-based computer vision ecosystem.
Oclea is the product of our 17-years of experience in Computer Vision hardware and application development. Oclea enables developers to jump-start the integration of computer vision and Edge AI into next-generation product designs.
Oclea by Teknique is an Ambarella™ AI Envisioned™ preferred partner and we have worked on computer vision solutions for leading global brands across a range of industries.
We've used that expertise to create a turnkey solution that is proven, fully customizable, cloud-connected and ensures you get your products to market faster.
In the race to create computer vision-based products that turn data into innovative solutions, you need to minimise the hurdles to surmount.
With Oclea we've combined the best components with our experience in developing world-leading vision systems to create an ecosystem that lets you jump start your product development and create better outcomes, sooner.
Low Power, High Performance
Ambarella processors consistently outperform competitive solutions in power efficiency - sometimes by 5x or more - while delivering equal or superior results.
By leveraging our Oclea SoMs and SDK, production-ready electronics, firmware, and cloud Vision System Building Blocks, you can get your product shipping in 3 months, not 12 months, earning revenue quicker.
Take the risk out of product development. We combine Edge-AI innovation with an ecosystem of proven suppliers, partners, and manufacturers. From prototype, through pre-production, to mass market scale. We have more than 10 million products shipped.
Custom Engineering Services
We love solving complex problems.
We specialize in bringing computer vision products to market quickly through our bespoke engineering services. Combined with our Oclea suite of vision components, we shorten development cycles and produce world-class products that de-risk your investment in innovation.
Our in-house team are specialists in computer vision AI and image tuning, and experts in the miniaturization of cameras.