Core Chip Technology

Chip Development Roadmap

Cogniforge in collaboration with our parent company ACS is developing a family of AI/IoT chips. Our chip development roadmap combines features for both Artificial intelligence (AI) and the Internet Of Things (IOT), enabling our customers build smarter and more connected devices with in built AI Inference capabilities.

Chip 1.0: ISP/IoT Chip

Dedicated sensor control processing unit that can perform field privatization, closed encrypted networking and image processing/image compression transmission functions on a variety of field network transmission media, and integrates radio frequency transceiver modules.

Chip 2.0: AI/AIoT SOC

General-purpose processor, AI hardware accelerator and reconfigurable multi-level neural network blocks, which can perform various front-end signal processing and hardware acceleration for various sensors to carry out various AI/ML tasks. It also has a decentralized processing control unit that can perform multi-chip collaborative processing tasks in the field in a private encrypted network. It will also integrate radio frequency transceiver modules later.

Chip 3.0: AI/AIoT Total Solution SOC

Integrating radio frequency transceiver circuits and blockchain hardware accelerators, the AI Chip grid formed by Chip3.0 can be used to protect private data, and hardware acceleration and cloud management technology can be used to provide blockchain services.

AI Chip grid

The devices built using ACS Chip1.0/Chip2.0/Chip3.0 are combined with building blocks to form an AI Chip grid on the network, and the multi-level neural network inside each device is dynamically adjusted into a single multi-level neural network or It is a neural network that mixes multiple models. It can integrate the information captured by various sensors to perform complete composite applications and deep learning. The data transmission process enjoys traditional encryption protection or blockchain security technology.

Chip functions and advantages

By integrating various protocols through out chips and integrating chips into products, you can monitor and operate through the platform, allowing you to easily build your own smart solutions.

• User ID(UID) & Machine ID (MID) Match aka. ACS Protocol - IoT SoC chip

• Utilizing our patented technology to optimize the amount of streaming information in the Sub-G frequency band, we can transmit a large amount of image information in a short time while taking into account power saving - Graphics Compress / Decompress

• Ensure information confidentiality - Encryption / Decryption – AES 128