Tag Archives: AI

Education and Digital Revolution: AI under Labour

The government is embracing the evolving landscape of artificial intelligence (AI) and attempting to integrate it into the education system. Improving mainstream education and increasing accessibility for young people has been central to Labour’s agenda, with one of the five key manifesto missions being ‘breaking barriers to opportunity’. To address challenges in mainstream schools, ministers are focused on issues such as teacher recruitment and retention. However, in the current economic and political climate, immediate solutions are limited, bar the initial 5.5% teacher pay rise in September 2024. To address these shortfalls in the long term, the government is exploring innovative ways to make the teaching profession more appealing and improve the overall efficiency of educational provision, including the use of AI to support teachers and school administrators.

As the government recognises the potential risks for young children when accessing AI, the introduction of AI into the classroom will be a teacher and administrator facing policy. To mitigate further issues, the government has committed to implementing safeguards. These safeguards include age restrictions on who can use AI tools and filtering and monitoring standards to ensure schools have the appropriate restrictions in place. However, with appropriate regulation, there is potential for expanding the use of AI tools to student facing use in supervised educational environments. Stakeholders and developers should anticipate these restrictions and the potential expansion from a teacher facing policy to one that includes students when developing AI models for educational settings.

AI models in education will focus on generative AI, with applications across various teaching and learning functions, such as creating educational resources, curriculum planning, feedback, revision activities, administrative tasks and supported personalised learnings. The government is also likely to encourage the introduction of other AI tools outside of the classroom that can enhance efficiency in schools and reduce administrative burdens. The new technologies and tools will likely require additional skills training for teachers and support staff. Organisations that provide the necessary training in this area, alongside the development of AI, are likely to be viewed favourably by government and schools.

To ensure a safe and responsible introduction of AI into the classroom, the government is collaborating with educational technology sector, experts and academics. As part of this dialogue, the government is piloting the EdTech Evidence Board to analyse the impact of edtech tools on teaching and learning. The Chartered College of Teaching is delivering the initial pilot scheme and is inviting organisations in the edtech sector to submit projects to the board later this year. This is an opportune moment for education service providers and stakeholders to engage with policymakers, demonstrating how their products can support the government’s educational objectives.

We’d be delighted to share our thoughts on what the government’s approach to AI and edtech could mean for you and how you can engage with the ongoing dialogue. Please contact mariella@gkstrategy.com if you would like to discuss the reforms with the GK team.

Artificial Intelligence: ‘The Future of Defence Capability’

GK Senior Adviser Robert Blackmore assesses how world leaders will increasingly need to consider the implications of incorporating AI as part of their defensive capabilities, and looks ahead to this week’s summit on the governance of artificial intelligence.

This week Bletchley Park will host a global summit on safety and Artificial Intelligence. For the first time, world leaders, AI companies and researchers will come together to discuss the opportunities and risks surrounding the development of the most revolutionary technology since the discovery of nuclear fusion. The summit aims to initiate the development of a global consensus on AI governance.

Whereas much of the initial focus on the purpose of nuclear technology had military connotations, experts today highlight the impact AI may have on every aspect of our lives. Bletchley Park will therefore host discussions on a wide range of potential over-arching implications of AI. However, with an historic rise in global deaths by conflict reported by the Institute for Economics and Peace, not least following Russia’s second invasion of Ukraine in 2022, and the latest outbreak of violence in the Middle East, it is important to consider the role of AI and defence in isolation.

Earlier this year, Lord Sedwill, the former National Security Adviser, suggested to the House of Lords Select Committee on AI in Weapons Systems that AI was “the future of defence capability”. While he assured Peers that such a development would not equate to “Terminator” or “Matrix” style killer robots – a view that is not universal – the implication was clear: developments in AI have the potential to have dramatic ramifications for the defence sector, and in turn, the future of warfare.

This has not been lost on the world leaders. In 2018, rather ominously, the United States warned: ‘Our adversaries and competitors are aggressively working to define the future of these powerful technologies according to their interests, values, and societal models. Their investments threaten to erode U.S. military advantage, destabilize the free and open international order, and challenge our values and traditions with respect to human rights and individual liberties.’

In response, the Pentagon published an AI Strategy that sought to transform the ‘speed and agility’ of US military operations and identified several potential benefits of AI, including improving situational awareness and reduce collateral damage. Meanwhile, in 2022, the UK Ministry of Defence outlined its ‘Defence Artificial Intelligence Strategy’, highlighting its ambition for the UK Armed Forces to be the world’s most ‘effective, efficient, trusted and influential Defence organisation’ for its size.

Nor has the potential of AI been lost on the defence industry. This year defence contractor Leidos formed a strategic partnership with tech giant Microsoft, while Lockhead Martin has invested multi millions in AI technology and established and ‘AI factory’, as reported by Forbes, to ‘streamline access of its software writers to the resources they need for generating AI applications’.

AI already plays a crucial role in military operations. For example, it is being used by the Ukrainian military to rapidly review satellite images and video feeds from drones. Crucially, in this scenario AI acts a vital supporting tool for military operators to make decisions. Ultimately, final output remains the preserve of human, as opposed to artificial, intelligence.

This is the crux of the matter. As AI’s capabilities increase, how much agency should it be given to act according to the set of instructions established by its human handler? Can we trust a weapon acting autonomously not to make catastrophic errors in the context of life and death scenarios? Once you remove human oversight from weaponry, you are left with Automated Weapons Systems (AWS), loosely defined as systems that can select and attack a target without human intervention.

The closest such weapon in existence is believed to be STM’s Kargu-2 drone. It has been deployed by the Turkish, and reportedly Azerbaijan, armed forces. Unsurprisingly, there are significant ethical concerns about the further development of such weapons. The International Committee of the Red Cross (ICRC) has argued AWS risk escalating conflicts in an unpredictable manner and thus potentially aggravating humanitarian needs, while Amnesty International claim such machines would automate killing, treat it as a technical undertaking, and refrain from making life and death decisions with any empathy or compassion.

As it stands, there are no formal international rules governing the use of AI in a military context. United Nations Secretary-General António Guterres has called for a legally binding instrument to prohibit lethal autonomous weapon systems without human oversight by 2026. While in February, 33 Latin American and Caribbean States called for the urgent negotiation of a legally binding international treaty on autonomy in weapons systems that will guarantee human oversight. As recently as October, Pakistan’s representative to the United Nations’ First Committee on Disarmament and International Security stated that “We are at the verge of a monumental step in human technological history, heralded by the advent of artificial intelligence”, warning that there were insufficient guardrails governing the ‘design, development and deployment’ of AWS.

However, the obstacles that the creation of an international agreement would face are stern. Professor Sir Lawrence Freedman, during a hearing of the House of Lords AI in Weapons Systems Select Committee in May, told Peers that the speed at which AWS technology is developing would inevitably outpace any negotiation of such treaty. Furthermore, for it to have purpose, it would require agreement in good faith between adversaries. Negotiations over nuclear disarmament between the Cold War between the United States and the Soviet Union, culminating in the much-heralded 1987 Intermediate-Range Nuclear Forces Treaty (INF Treaty), has shown that this is possible. However, the necessary geopolitical conditions must be in place, as they where in the late 1980’s between the two global superpowers. It is for this reason, this week’s AI Safety Summit could be so crucial, even if it is not directly dealing with the use of artificial intelligence in a combat setting. For China, despite its soaring tensions with several countries present, not least the United States, will reportedly play a key role at the summit. A delegation from the Chinese Ministry of Science and Technology will be in attendance. While, the Telegraph suggests that Professor Yi Zeng, a leading academic at the CCP-controlled Chinese Academy of Sciences, will chair a behind-closed-doors session focusing on the risk that AI mechanisms may “unexpectedly develop dangerous capabilities”. It would be a great surprise if AI in the context of warfare was left unmentioned.

Therefore, at a time when the geopolitical stakes are so high, the AI Safety Summit has the potential to establish a common cause in relation to the governance of AI. This could perhaps lay the foundations for a pathway, however embryonic, towards an international guardrail in relation to Automated Weapons Systems.