DE-CIX predicts AI agents need digital passports by 2027

DE-CIX has published its technology predictions for 2027, focusing on AI agents, data routing and biological computing.

It expects AI inference workloads to move beyond centralised data centres and become more distributed across cloud, regional, enterprise and edge environments. As AI model training gives way to inference as the dominant workload, the routes between infrastructure environments will matter more for performance.

That shift will place greater emphasis on latency, routing efficiency, redundancy and private interconnection. Companies will need to think less in terms of a single computing location and more about how systems connect across multiple environments.

One headline prediction is that AI agents will need digital identities as they move between applications, clouds, business partners and jurisdictions. Enterprises will need ways to manage what those agents can access, where they are allowed to operate and how associated data travels across networks.

DE-CIX compared that requirement to a passport or ID chip for software agents. It said a form of customs clearance for AI agents could become necessary as businesses try to prevent unauthorised access while allowing automated systems to operate across permitted environments.

Another prediction focuses on the network itself. The rise of agents, industrial robots, automation tools, people and connected devices operating across company systems and borders will weaken the case for a one-size-fits-all approach to connectivity.

Instead, businesses are expected to combine a broader mix of network technologies, including fibre, Wi-Fi 7, 5G-Advanced, low-earth-orbit satellite networks, SD-WAN, SASE and private cloud connectivity. The challenge will be making those systems work together through greater interoperability and denser interconnection between networks, devices and sites.

Data routes

DE-CIX also predicts that businesses will pay closer attention to the paths their data takes between users, clouds, AI platforms and data centres. In 2027, companies operating across borders will increasingly ask not only where data is stored, but also which networks and jurisdictions it passes through.

The company described this as a "Know Your Routes" approach to data sovereignty. That would require greater visibility over data paths and more control over interconnection choices, particularly for organisations balancing performance, resilience and regulatory demands.

Biological computing is another theme in the outlook. DE-CIX pointed to a prototype biological data centre unveiled in Singapore by NUS Medicine, DayOne and Cortical Labs, which uses living human neurons grown from stem cells to process information.

According to DE-CIX, the prototype's 20 computing units suggest a possible route to much lower power consumption than conventional digital systems. It does not expect biological systems to replace standard servers in 2027, but it does expect interest in biological and neuromorphic computing to grow, especially in areas such as drug discovery and neurological research.

The report argues that these changes will test the scale, resilience and reach of digital infrastructure. Growing machine-to-machine traffic and more distributed computing will increase the importance of direct interconnection and tighter control over data journeys.

Dr Thomas King, Chief Technology Officer at DE-CIX, set out the company's view of the changes ahead. "The coming year promises data intelligence in some extraordinary places - moving through our cities, working across continents and through the stratosphere, and perhaps even taking root in living cells," he said.

"Giving these ideas room to grow will mean connecting more places, shortening the journeys between them, and building enough capacity and resilience to support a world that keeps working while we rest," King added.

DE-CIX operates internet exchanges in 60 locations across Europe, Africa, North and South America, the Middle East and Asia. Its services are accessible from data centres in more than 600 cities and interconnect thousands of network operators, internet service providers, content providers and enterprise networks in more than 100 countries.

Ivo Ivanov, Chief Executive Officer at DE-CIX, said businesses would need more oversight of how data moves through those networks. "As we move towards the end of the decade, we are entering an era where data never sleeps, AI never stops working, and connectivity becomes a strategic asset," he said.

"For innovation to flourish, companies require greater visibility and control over where and how data travels. The organisations that understand, control and optimise their data journey will be best positioned to succeed," Ivanov added.