telent urges UK defence to prioritise tech integration

Telent has urged the UK defence sector to place greater emphasis on integrating new technologies with existing systems, an argument set out by Strategy and Development Director Barry Zielinski.

Investment in artificial intelligence, autonomous systems and other emerging technologies will not deliver a meaningful operational advantage unless those tools can work together within a wider operational framework, Zielinski said.

He argued that the operating environment is shifting quickly as adversaries adapt faster, technology cycles shorten and the line between physical and digital battlefields becomes less distinct. In that context, military success depends less on the strength of any single platform or sensor and more on the speed at which armed forces can connect information, decisions and operational effects across domains.

The comments reflect a wider debate in defence procurement and military planning, as governments and suppliers pay more attention to artificial intelligence, cyber tools, advanced sensors and space-based assets. In Zielinski's view, these systems should be judged not in isolation but by how well they connect with networks, data systems, command structures and personnel.

Integration focus

Communications networks, operational facilities and digital systems form the foundation of modern military capability because they allow information to move securely and reliably, according to Zielinski. He said resilience and security must be built in from the start through approaches such as secure-by-design and zero-trust principles.

That view places infrastructure at the centre of defence modernisation rather than treating it as a support function. It also shifts part of the discussion away from procuring new tools and towards ensuring that existing and new assets can share data and support decisions coherently.

Artificial intelligence has become a major topic in defence because of its potential to process information and support decision-making. Zielinski said that potential depends on more basic conditions, including data quality and the resilience of the infrastructure that carries it.

If communications, trusted data and secure networks are unavailable or compromised, the value of more advanced systems is reduced, he said. In practice, that means creating decision advantage is not only about software or platforms, but also about the systems and physical assets that underpin them.

Human role

Zielinski also addressed automation, which is drawing attention across defence organisations seeking greater efficiency and a faster operational tempo. He said its main value often lies in reducing repetitive work rather than replacing people.

He cited predictive maintenance, autonomous monitoring, automated network management and logistics optimisation as examples. Those uses can free skilled personnel to focus on tasks where judgement and experience remain essential, he said.

"The most effective technologies do not replace human capability - they amplify it," Zielinski said.

The argument comes as defence planners increasingly talk about integrated operations across land, sea, air, cyber and space. In that model, infrastructure such as communications, transport, energy and digital systems becomes more strategically important because it links the movement of people, information and resources.

Zielinski pointed to the Falkland Islands as an example of how infrastructure supports long-term readiness, citing runway infrastructure as part of maintaining strategic capability. The example illustrated how closely linked infrastructure and operational output are becoming.

From pilots to deployment

Zielinski also argued that the UK already has access to much of the technology needed for future operations. The central question, he said, is whether those technologies can be integrated and adopted quickly enough to meet operational needs.

That places emphasis on collaboration between government, industry, academia, small and medium-sized enterprises and the Armed Forces. Combining those perspectives can improve the practical design of technology and help integrate it into future capability, he said.

He set out three priorities for defence organisations: connecting networks, data, platforms, people and infrastructure; improving collaboration across the sector; and moving beyond demonstrations, pilot schemes and concepts so new systems reach operators more quickly.

The broader message is that military advantage is likely to depend on how effectively defence organisations bring together people, infrastructure, data and digital systems, rather than on who has the best single piece of equipment. "The question is not whether the technology is available. The question is whether it can be integrated quickly enough to provide the Armed Forces with a genuine operational advantage," Zielinski said.