An Osaka-based startup that designs and develops the edge AI processor “AiOnIc®” with low power consumption and a proprietary architecture (aIPE), providing integrated LSI and software solutions.
[画像1: https://prtimes.jp/i/52561/17/resize/d52561-17-ba8841a5c38d828a80c2-0.jpg ] ArchiTekは「CES2023」にて、独自アーキテクチャaIPE※1を搭載した、画像処理や信号処理およびAIの推論をスマートに実...
[画像: https://prtimes.jp/i/52561/16/resize/d52561-16-38d435fa80fcedfc52f4-0.jpg ] ArchiTekは、独自アーキテクチャaIPE※1を搭載した、画像・音声処理やAI推論をスマートに実行するエッジAIプロセッサ...
[画像: https://prtimes.jp/i/52561/15/resize/d52561-15-b77943646c2cdbae839f-0.png ] ■ 選考理由 数少ない国内のプロセッサ開発メーカーの中でRISC-Vコアを搭載したSoC (system-on-chip) を開発し続け...
■ アーキテクチャー  エッジという制限された環境で画像、音声、その他のセンサーデータを効率よく処理するためには、CPU/GPU/DNNエンジンといった単一アーキテクチャーのプロセッサでは限界があり、処理...
  ■調達資金の使途等   当社は、独自に考案したアーキテクチャで、エッジ側でのAI処理と画像・音声処理を「ハイパフォーマンス・低消費電力・低コスト・柔軟性」の４つの条件を同時に、かつワンチップ...
[画像1: https://prtimes.jp/i/52561/10/resize/d52561-10-a9dd8cd4cf4800cefdbd-0.png ] CES2022にてArchiTekは、独自アーキテクチャaIPE※1を搭載した、画像・音声処理や推論AIをスマートに実行するエッジAI...
[画像: https://prtimes.jp/i/52561/9/resize/d52561-9-f0a283e774a5d3f59821-0.png ] ArchiTekは、独自アーキテクチャaIPE※1を搭載した、画像・音声処理や推論AIをスマートに実行するエッジAIプロ...
[画像1: https://prtimes.jp/i/52561/8/resize/d52561-8-7179d5a4cd49e08c14e3-2.png ] 【機能】 ・本機器のみでパラメータを組み合わせ任意のアルゴリズムの高速化 ・コンピュータビジョンにおける各種画...
[画像: https://prtimes.jp/i/52561/7/resize/d52561-7-c022167e05cbbe8d1e12-0.jpg ] 【ArchiTekの受賞理由】 １. 日の丸半導体の再興を賭け、世界のエッジコンピューティング市場に果敢に挑戦されている点...
[画像1: https://prtimes.jp/i/52561/5/resize/d52561-5-267140-5.png ]                                   &nbs...
A Tokushima University-spinoff startup developing digital dental crown technology that treats teeth without grinding healthy enamel. By designing crowns that only replace necessary parts, it provides solutions to dental clinics, with adoption at 250 clinics nationwide, contributing to reduced patient costs and improved treatment precision.
QioN is developing breakthrough technology to produce ammonia—used as fertilizer and clean fuel—anywhere and at low cost. Their proprietary process uses renewable energy and locally available raw materials to generate ammonia with greater energy efficiency than conventional methods. It also enables small-scale production potentially at less than half the cost. The company aims to capture 15% of the global ammonia market (over 1.5 million tons/year) and contribute to reducing both CO2 emissions and geopolitical risk associated with the supply.
One of the challenges of the early detection of dementia is the lack of a simple screening method to detect cognitive impairment. A simple non-invasive screening test, when established, will greatly motivate patients to receive the test and thus bring the full benefits of early diagnosis. Eye tracking-based cognitive assessment (ETCA) is a method with scientific and medical foundation that is accessible to everyone, enabling patients to make the best of early diagnosis. The assessment uses data obtained from biological movements, namely of the eyes, toward images or videos, such as the percentage of fixation duration on the correct images, percentage of successful gaze detection, and gaze plot statistics and graphs. This innovative method enables the non-invasive, simple, objective, and quantitative determination of cognitive functions. Users simply look at the monitor screen and follow the instruction displayed to obtain their cognitive assessment.
A startup dedicated to advancing fusion energy by researching and developing peripheral equipment and plant systems for fusion reactors, contributing to the realization of a decarbonized society.