インサイト
当社は航空衛星通信アンテナから体内埋め込みのバイオセンサー、脱炭素化の熱力学からAIを活用したバイオ工学まで、ディープテックの活用で現状を打破して変化を生み出しています。
最新の研究成果とインサイトをご紹介し、いま騒がれているイノベーションの先には何があるか、新しいテクノロジーがどのように重要なビジネス上の課題を解決しているかを解説します。
自動化への投資
自動化に逆らうという選択肢はもはやありません。そのため、世界の経営幹部の関心は、ROI（投資収益率）の問題から三つの基本的な問題に移っています。すなわち、どのようなロボット工学と自動化を進めるすべきか、自動化はどのようにして自社の事業をより強固にできるか、そして、自動化、自律化、およびそれら成功に向けたビジネスの準備をどのように行えば良いか？という問題です。
Sustainability at the heart of drug delivery product design
Lizzie Thomas presents her case for designing improved, sustainable drug delivery product design. Currently, the approach is dominated at the outset by patient-centricity. This focus means that wider, more long-term implications simply aren’t considered early enough ...
Deep Impact: Warehouse Automation – Robotics & Innovation
The number of suppliers is going up, costs are coming down, systems are getting smaller and becoming more off-the-shelf and less bespoke. All this means that automation is not just for the big players – smaller warehouses can automate too ...
Why does the UK lag in its use of industrial robots? Robotics & Innovation
Contrary to popular belief, robots don’t tend to steal jobs, most businesses only look to automate when they can’t find people willing to do the low paid, highly repetitive, dirty and even dangerous tasks that are a good fit for ...
Emerging 5G network architectures for US government organizations
There’s far more to the disruptive power of 5G than fast speeds for mobile broadband services. It’s time to broaden the focus to emerging network architecture that offers unprecedented levels of operational connectivity and flexibility ...
The world of AI chip development – Podcast – PassWOrd
Aidong Xu joins PassW0rd with Peter Warren, who looks at AI chip development, the arms race of the 21st century and the high-tech bedrock of a brave new world ...
Web 3 will save your business from irrelevancy
In my second article on Web3, I retain my digital services viewpoint, but provide a more nuanced overview by unpacking the potential benefits of Web3 ...
‘Cell mechanomics’ for drug discoveries, cell therapies and precision cancer medicine
Cell4D is developing ‘fingerprinting’ technology for live cells using mechanomics, a discipline sitting at the intersection of biology and biomechanics. This biomarker that is used to screen and sort live cells for cell therapies ...
