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Biomimicry and Digital Technology & Telecommunications
Reinventing connected technologies through solutions from living organisms
Digital technology and telecommunications: growing challenges in the face of the data explosion
The digital and telecommunications sector is experiencing explosive growth, with global mobile data traffic potentially reaching 130 exabytes per month and tripling by 2029. This explosion in data flows raises major challenges: improving the speed and reliability of infrastructure, optimizing network management, and ensuring efficient communication while reducing the energy footprint of connected systems.
With the rise of the Internet of Things (IoT) , the arrival of 6G , and the exponential development of artificial intelligence (AI) technologies, the challenges extend beyond simple connectivity. Secure management of big data , storage optimization, and infrastructure resilience are becoming critical priorities. At the same time, the sector's energy consumption is exploding: data centers and transmission networks, which process and store these data flows, could account for more than 10% of global electricity consumption by 2030 .
Faced with these challenges, technological innovation must combine performance, security, and energy efficiency. It is with this in mind that biomimicry opens up unprecedented perspectives, drawing inspiration from proven biological strategies to optimize networks, improve cybersecurity, and reduce the energy impact of digital infrastructures.
Biomimicry presents a major technological opportunity for digital technology and telecommunications:
For 3.8 billion years , nature has perfected sophisticated strategies for processing information, optimizing flows, and ensuring fast and resilient communication . Today, these mechanisms are inspiring disruptive innovations in telecommunications and digital technologies.
The optimization of communication networks can draw inspiration from schools of fish and swarms of insects, whose organization relies on fluid and adaptive collective transmission. These natural systems optimize data flow management and network traffic regulation , much like bio-inspired routing algorithms , which, like ants, dynamically distribute information to improve the resilience of digital infrastructures to congestion and service interruptions.
The energy footprint of data centers , essential for storing and processing information, is a growing challenge. Inspired by termite mounds, passive cooling systems utilize a network of ventilated channels to maintain a stable temperature, thus reducing reliance on energy-intensive air conditioning systems. Furthermore, natural fractal systems , such as those found in human lungs , are inspiring the design of ultra-efficient heat exchangers , optimizing heat dissipation in servers and telecom infrastructure. These bio-inspired solutions help limit energy consumption while extending equipment lifespan.
In hardware , for example, communication antennas also benefit from biomimicry. The directional hearing of the fruit fly Ormia ochracea , extremely sensitive to sound variations, has inspired the development of miniaturized directional antennas , improving signal capture while reducing interference. These innovations are crucial for mobile networks and satellite communications, where bandwidth and signal accuracy are key issues.
Finally, protecting digital infrastructure can also involve bio-inspired coatings. Lotus leaves , known for their self-cleaning and hydrophobic properties, inspire surfaces capable of protecting outdoor equipment against moisture and corrosion, thus extending their lifespan.
Bionnov, a French expert in biomimicry , supports digital and telecom companies in integrating bio-inspired solutions to optimize data flow management, improve energy efficiency, and strengthen cybersecurity. Through an approach combining performance, energy conservation, and resilience, biomimicry enables us to envision the connected technologies of tomorrow: more powerful, more secure, and more sustainable.
