We explore the intersection of computing and other rapidly advancing disciplines to enable a new generation of smart products and services.
Our focus is on combining computing with other rapidly advancing disciplines – including material science, neuroscience, and molecular biology.
Materials that sense and react to stimuli in a controlled way, forming the basis of unobtrusive interfaces and of smart products and environments.
We explore how a new generation of brain-inspired computing hardware, offering low power, low latency, and local learning can enable AI at the edge.
As the physical and digital worlds become increasingly interconnected, the most dramatic tech-driven innovation will increasingly involve combining computation with advances in other areas of physical and biological science.
Our interdisciplinary work involves identifying scientific disciplines that are making rapid progress toward applications and that – generally in combination with information technology - can enable innovative products and services. Because our work stretches Accenture Labs’ traditional boundaries, we place a heavy emphasis on collaborating with external researchers in both industry and academia.
Neuromorphic architectures are radically different from those used in traditional processors because they emulate neural systems. With emerging neuromorphic hardware and maturing platforms, it’s time to start experimenting.
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The Wall Street Journal reports on Accenture Labs’ experiment with neurmorphic computing for using voice and gesture commands in automobiles.
Our Technology Innovation Blog provides bold thinking and commentary of technologies that address the key business challenges facing organizations today.
Accenture Labs partnered with CereProc to create Sam: a non-binary text-to-speech voice.
We’re partnering with AFFOA on developing LED-embedded fabric that, in combination with nanoparticle coating, could automate surface self-cleaning.
