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Reassessing UK law enforcement data adequacy

The UK government says reforms to police data protection rules will help simplify law enforcement data processing, but critics argue the changes will lower protection to the point where the UK risks losing its European data adequacy.

Currently going through the committee stage of Parliamentary scrutiny, the Data Use and Access Bill (DUAB) will amend the UK’s implementation of the European Union (EU) Law Enforcement Directive (LED), which is transposed into UK law via the Data Protection Act (DPA) 2018 and represented in Part Three of the act specifically.

In combination with the current data handling practices of UK law enforcement bodies, the bill’s proposed amendments to Part Three could present a challenge for UK data adequacy.

The DUAB changes the law to allow routine transfer of data to offshore cloud providers, remove the need for police to log justifications when accessing data, and enable police and intelligence services to share data outside of the LED rules.

In June 2021, the European Commission granted “data adequacy” to the UK following its exit from the EU, allowing the free flow of personal data to and from the bloc to continue, but warned the decision may yet be revoked if future data protection laws diverge significantly from those in Europe.

While the government argues that its reforms will simplify police data processing, critics say the proposals represent enough of a divergence from EU law that it will likely undermine the UK’s LED adequacy.

They add that many of the government’s changes to police data protection rules are a response to a widespread lack of compliance with key provisions in the DPA 2018, such as the need to log justifications when accessing data or implement controls that limit the offshoring of sensitive law enforcement data to non-law enforcement bodies, including cloud providers.

Computer Weekly contacted the Home Office about every concern raised, and the threat to the UK’s LED adequacy created by the government’s proposed changes to the law enforcement data protection regime.

“We have introduced some targeted amendments in the Data Use and Access Bill to improve public trust and to drive up law enforcement efficiency by simplifying the legislation. We are committed to data adequacy and had the UK’s adequacy decisions in mind when producing this bill,” said a spokesperson.

“Any changes to our data protection regime must not come at the expense of security, and high standards of protection will continue to be applied.”

The adequacy process

In exiting the EU, the UK became a “third country” under the bloc’s rules, which means the European Commission (EC) will have to periodically assess whether the country’s data protection framework and practices provide an essentially equivalent level of protection for EU citizens’ data.

The EC will therefore have to make two separate adequacy determinations under both the General Data Protection Regulation (GDPR) and LED by the end of June 2025.

Data protection experts previously claimed to Computer Weekly in February 2021 that any adequacy decision made under the LED would be principally political in nature if it fails to directly address how the data practices of the UK’s criminal justice sector and intelligence services undermine the data and fundamental rights of EU citizens. If this is not addressed, they said a positive adequacy decision could be open to legal challenges in the European courts.

In October 2024, the UK Parliament’s European Affairs Committee (EAC) – in a warning about the risks of the UK losing its data adequacy – highlighted many of the same issues as the experts Computer Weekly spoke to, noting these would be of “interest and potential concern” to both the EC and European Court of Justice (CJEU) as they consider the UK’s adequacy statuses.

This includes potential divergence on data protection standards that would make it harder for people to exercise their data rights; the possibility that the UK government undermines end-to-end encryption; the independence and effectiveness of the Information Commissioner’s Office (ICO); aspects of the UK’s national security regime under the Investigatory Powers Act 2016, including data collection and retention, surveillance powers and practices, and the role of the Investigatory Powers Tribunal; and any legal cases which provide grounds for concern about UK data protection standards.

The EAC also highlighted potential risks posed by onward transfers of data from the UK to other third countries, including under the UK-US Cloud Agreement.

However, the EAC’s findings were published a day before the DUAB was announced, and two days before the text was published online, meaning its inquiry focused on the previous government’s Data Protection and Digital Information (DPDI) Bill – which was dropped from the legislative agenda during the UK’s pre-general election “wash up” period.

While the EC’s adequacy decision will rest on the exact contents of DUAB – for which there is still no official Keeling Schedule – it will be looking to assess whether the framework provides an essentially equivalent level of data protection for EU citizens’ data.

While some of the more controversial measures contained in the previous DPDI Bill – including removing the need for data protection impact assessments and abolishing the dual biometrics and surveillance camera commissioner role – have been dropped in the DUAB, many aspects of it have been carried over.

There are also a number of new measures that may create fresh adequacy-related problems, particularly changes to the international data transfer regime for police.

While an amendment to the DUAB was tabled by Liberal Democrat peer Lord Clement-Jones that would have required the secretary of state to carry out a formal impact assessment of the bill concerning the UK’s data adequacy, government ministers argued against it during the Lords first committee stage on 16 December 2024.

Responding to Clement-Jones during that debate, Baroness Jones, parliamentary under-secretary of state at the Department for Science, Innovation and Technology (DSIT), said maintaining adequacy was a priority for the government, noting that the free flow of personal data with the EU is vital to research, innovation and safety.

“For that reason, the government is doing all that it can to support its swift renewal. I reassure noble Lords that the bill has been designed with EU adequacy in mind,” she said.

“The government has incorporated robust safeguards and changed proposals that did not serve our priorities and were of concern to the EU. It is, though, for the EU to undertake its review of the UK, which we are entering into now. On that basis, I suggest to noble Lords that we should respect that process and provide discretion and not interfere while it is underway.”

A similar position has been adopted by information commissioner John Edwards, who in response to the DUAB said: “Whilst ultimately a decision for others, in my view the proposed changes in the bill strike a positive balance and should not present a risk to the UK’s adequacy status.”

However, the position of the UK government and ICO differs significantly from the views of a number of specialists familiar with both the EU LED and the UK DPA Part Three. Computer Weekly contacted the Home Office about what robust safeguards have been put in place, and which DUAB proposals have been changed that were of concern to the EU, but received no response on this point.

National security or law enforcement?

Chris Pounder – director of data protection training firm Amberhawk – wrote in a blog post that the DUAB would allow the secretary of state to designate that certain police datasets can become subject to Part Four national security rules, rather than Part Three law enforcement rules, over which the ICO has limited enforcement powers.

“The proposal has the effect of taking large volumes of personal data out of the UK’s data protection regime,” he wrote.

Part Four processing is also completely separate from the LED or GDPR and has no equivalent in EU law, effectively lifting police data out of the scope of EU law in instances where the secretary of state decides police and intelligence bodies can share the data.

The [DUAB] proposal has the effect of taking large volumes of personal data out of the UK’s data protection regime Chris Pounder, Amberhawk

Computer Weekly contacted the Home Office about the removal of policing data from the data protection regime, but received no on-the-record response on this point.

Pounder further noted that while the ICO is being abolished in favour of the “Information Commission”, the problem remains in the DUAB that the secretary of state will be able to appoint the most important members of the Commission, which has the potential to give them undue influence over the new body’s decision-making processes.

“The Commission still has to have regard for: the desirability of promoting innovation and competition; the importance of the prevention, investigation, detection and prosecution of criminal offences; and the need to safeguard national security,” he wrote. “In other words, these ‘regards’ could fetter decisions to protect the privacy of data subjects.”

Pounder added the DUAB will also permit the secretary of state to apply a “data protection test” when considering whether a country, part of a country, or a controller located in a country offers an adequate level of protection.

He said the provisions will increase the risk of divergence from EU transfer standards if the EC and UK government have differing views on what “adequate” means here. “Also I don’t understand how a country is not deemed adequate, but a controller, processor, or recipient located in that country is,” Pounder added.

While the UK has already taken steps to award its own law enforcement adequacy to countries not recognised by the EU – including the Isle of Man, Jersey and Guernsey – the EU has not yet reacted to these changes.

Thomas Barrett, a partner at CyXcel who leads the organisation’s data protection and privacy practice, and has previously advised the Home Office and Ministry of Justice on compliance with the DPA 2018, said there are certain scenarios where specialist police units within forces may have to collaborate with intelligence services for particular operations – for example, in terrorism cases where intelligence services have information but no power of arrest as police do – adding while “it raises red flags … I would be surprised how many of these are made”.

He added that in cases where this power is used, it has the potential to be “more targeted, more proportionate, and safer,” because only one set of data protection requirements would apply to this processing, rather than potentially three currently.

As a result, Barrett said the changes being made to UK law via the DUAB are very unlikely to materially affect the country’s LED adequacy.

“It would be counter-productive to remove adequacy over such small changes … there’s so much [law enforcement] cooperation. … Looking at the detail, I struggle to see how you really make hay of a lot of it.”

He said the real risk to LED adequacy therefore lies at “the political level”, which will be decided between the EC and the UK government.

Law enforcement transfers

Independent privacy consultant Owen Sayers, a long-term commentator on DPA Part Three compliance issues with more than 25 years of experience in delivering secure solutions to policing and the wider criminal justice sector, said for the first time UK legislation would place individual data processors – such as cloud providers – on the same broad footing as overseas law enforcement organisations, exempting them from the list of mandatory transfer conditions outlined in Article 39 of the LED.

This includes that the transfers be strictly necessary, that no data subject rights override the public interest of the transfer, that transferring to another policing body – or “competent authority” in LED parlance – would be ineffective, and that the controller provides specific instructions of how to process the data in that particular case.

Under the UK’s current law enforcement-specific data protection rules, police data controllers are bound by the DPA 2018’s stringent transfer requirements, which fully mirror EU law.

This means that, as it stands, each individual law enforcement data controller must ensure that a contract in writing exists between itself and the data processor, which sets out details of the processing, including its duration, nature, and the type and categories of personal data involved. To be valid, the contract or terms of service must be explicit in how they meet the DPA requirements.

Police data controllers are also required to ensure the processor seeks and receives permission before transferring data to a third country, for each particular transfer made. This means each transfer must be assessed on a case-by-case basis.

Police data controllers are further required to perform a case-by-case analysis and justification for all personal data offshored to such processors, and to report this to the ICO. Although police forces have used Microsoft and Amazon Web Services services for the past six years – meaning millions of these transfers will have taken place – the ICO revealed in a Freedom of Information (FoI) response to Sayers that only 148 such notifications had been received up to June 2023.

As previously reported by Computer Weekly, the use of hyperscalers under current UK law presents a number of data protection concerns, including US government access via the country’s invasive surveillance laws, and an inability to comply with the strict transfer requirements contained within the DPA 2018.

In June 2024, Computer Weekly reported details of discussions between Microsoft and Scottish policing bodies – obtained via FoI rules – in which the tech giant admitted it could not guarantee the sovereignty of UK policing data hosted on its hyperscale public cloud infrastructure.

As a result of these FoI responses, Sayers said the law is breached far more often than it is adhered to: “The evidence to show that multiple parts of the Part Three legislation are consistently breached or simply ignored by policing and their justice partners is overwhelming. In truth, the number of organisations who do apply the law as it’s currently written is less than a handful, though those that do so do it very well.”

Mariano delli Santi, legal and policy officer at the Open Rights Group (ORG), said these issues mean it is an open question whether cloud providers can adhere to Part Three requirements in practice. “Given the issues around sovereignty, is a cloud provider able to enforce the contractual agreements entered into with the police? I think that’s an issue that would cause concern,” he said.

Since the re-election of Donald Trump, delli Santi pointed out that the US government has broken several adequacy-related commitments made to the EU around enhancing scrutiny and ensuring the proportionality of their intelligence services operations.

“The Trump Administration fired members of the Privacy and Civil Liberties Oversight Board, and then doubled down with the Federal Trade Commission. Both bodies were fundamental pieces of the EU-US Data Protection Framework [DPF] which, at this point, is quite certain to be struck down by the CJEU,” he said, adding the UK-US Data Bridge, which acts as an extension of the DPF, will also go down if the EU invalidates the framework.

“It has now become obvious that the EU-US DPF will not last for long, and it has just as obviously become unfeasible to rely on US cloud providers for storing personal data unless you are willing to compromise the security and sovereignty of the data you transfer. Indeed, European lawmakers have already started to discuss this.

“Based on all the above, it is now a fact that relying on US cloud services constitutes a threat to the sovereignty, security and autonomy of the UK. Until now, this has been treated as a risk-mitigation issue at best, or something to be swept under the carpet at worst.”

Highlighting the lack of clarity from the UK data regulator around cloud data sovereignty and the applicability of standard contractual clauses in this context, delli Santi said this has created a grey area in which transfers have been allowed to continue.

“The UK government, on their side, have tried to formalise this approach with the DUAB, which introduces a new data transfer regime specifically designed to accommodate the ICO’s ‘tolerant approach’ toward data transfers that lack effective safeguards, and allow data transfers to countries such as the United States by sidestepping human rights and data security concerns.

He added that “the UK needs an exit plan to progressively cut reliance on US digital infrastructure and services – and we need this plan fast”, which includes contingencies to move away holding companies or subsidiaries of US firms geographically based in Europe, which still fall under US jurisdiction.

Given the issues around sovereignty, is a cloud provider able to enforce the contractual agreements entered into with the police? I think that would cause concern Mariano delli Santi, Open Rights Group

“Any of these companies are under an obligation to cooperate with law enforcement and international security authorities in the United States, which can be ordered to hand over data without necessarily having to tell the contracting party,” said delli Santi.

According to the government’s explanatory notes published for the DUAB in October 2024 (paragraph 1022), Schedule 8 of the bill seeks to widen the transfer conditions “by expanding the list of intended recipients to specifically include processors acting on behalf of, and in accordance with a contract with, a controller”.

It added that while transfers to processors in third countries are currently permissible, “this amendment clarifies the existing law and provides legal certainty to UK controllers that they can transfer personal data to their processors operating outside of the UK”.

The explanatory notes also specify that the DUAB will no longer require “controllers to notify the commissioner on each occasion data is transferred; it simply requires notification of the categories of information” that will be transferred.

However, Sayers argued that even if the US government does utilise its various surveillance laws to gain access to UK data, the transfers would be unlawful anyway as UK law lays down a series of specific steps that must be followed for each and every transfer of a specific piece of personal data under Part Three.

“These steps are not being followed, and Microsoft has made clear that they cannot be followed – actually, they’ve said ‘impossible to operationalise’. Because the steps laid down in the DPA 2018 Part Three are not and cannot be followed, that is one of the main reasons why the processing being done on these clouds is in breach of UK law,” he said.

“It makes zero difference if the US government bogeyman tries to use the Cloud Act to look at the data or not, as the data was illegally transferred regardless of the Cloud Act.”

The steps laid down in the DPA 2018 Part Three are not and cannot be followed [which is] one of the main reasons why the processing being done on these clouds is in breach of UK law Owen Sayers, independent privacy consultant

He added: “The intention [of the new DUAB] is to put non-UK processors – principally hyperscalers – on the same broad legal footing as overseas law enforcement organisations.”

He pointed out that the bill would enable UK policing bodies to send data overseas to offshore processors with minimal restrictions. “The bill actually puts overseas processors above overseas law enforcement processors, in the respect that it completely removes obligations to record what data is transferred to them, inform the ICO or make any assessments as to whether a particular transfer is safe and consider the data subject’s rights in advance of sending the data.”

Sayers added that while these and other changes to Part Three would be directly contradictory to EU law, the most likely outcome would be the CJEU finding that the UK regime falls far below EU standards and thus moves to block UK data transfers.

He further added that individual member states may also deem UK laws to be too divergent from their domestic laws to continue to send data, noting the chance of this is high given there are 27 member states, each with their own implementation of the LED.

“You can 100% use cloud for law enforcement data, but it needs to be sovereign and fully conformant with the law. If you need to change the law to accommodate a specific provider, then you’ve picked the wrong supplier.”

Computer Weekly contacted the Home Office about the changes to the law enforcement data transfer regime, and UK policing’s track record of non-compliance with existing data rules via its use of hyperscalers.

A Home Office source told Computer Weekly that the use of cloud providers, in particular, has caused some confusion, and that measures contained within the bill are intended to give law enforcement the confidence to use cloud processors. However, they said the use of cloud services must not come at the expense of security, and high standards of protection will continue to be applied.

‘Systemic’ transfer issues

Clement-Jones highlighted how cloud service providers routinely process data outside the UK and are unable to provide necessary contractual guarantees to policing bodies, as required by Part Three. “As a result, their use for law enforcement data processing is, on the face of it, not lawful,” he told the House of Lords.

He added this non-compliance creates significant financial exposure for the UK, including potential compensation claims from data subjects for distress or loss, something that is exacerbated by the sheer volume of data pressed by law enforcement bodies: “If only a small percentage of cases result in claims, the compensation burden could reach hundreds of millions of pounds annually.”

Clement-Jones concluded that the government’s attempts to change the law suggest that past processing on cloud service providers has not been compliant with the relevant data protection laws.

As a result, he proposed an amendment “to bring attention to the fact that there are systemic issues with UK law enforcement’s new use of hyperscaler cloud service providers to process personal data”, which would strictly limit overseas transfers to law enforcement bodies with “a legitimate operating need” – that is,  not cloud service providers.

While the Lords were not invited to take a decision on Clement-Jones’s hyperscaler amendment, government minister Baroness Jones said the DUAB’s “bespoke path for personal data transfers from UK controllers to international processors is crucial … [as] we need to ensure that law enforcement can make effective use of them to tackle crime and keep citizens safe”.

One of the biggest problems in data protection is a lack of understanding and clarity [so] anything that can make it clearer and easier to follow can only be a good fit Thomas Barrett, CyXcel

She added the aim of the DUAB’s reform around international law enforcement transfers “is to provide legal clarity in the bill to law enforcement agencies in the UK so that they can embrace the technology they need and make use of international processors with confidence”.

She added: “Such transfers are already permissible under the legislation, but we know that there is some ambiguity in how the law can be applied in practice. This reform intends to remove those obstacles. The noble Lord would like to refrain from divergence from EU law. I believe that in this bill we have drafted the provisions, including this one, with retaining adequacy in mind.”

Barrett said the DUAB will clarify the law in ways that make it easier to put in place contractual provisions and other measures that adequately protect the data: “One of the biggest problems in data protection generally, but particularly here, is a lack of understanding and a lack of clarity … anything that can make it clearer and easier to follow for individuals that have to apply this stuff can only be a good fit.”

Sayers made a similar argument, noting that while many data protection practitioners believe the EU or UK GDPR to be the gold standard of legislation, they “simply fail to recognise that GDPR has a sister piece of legislation in the LED that is sufficiently different that you cannot apply GDPR thinking to it”.

He added: “This is a problem I see day in, day out, where a GDPR hammer is used to try to fix an LED nail, and even the ICO is not immune to confusing the two different sets of laws.”

According to delli Santi, the approach to transfers under the DUAB as it stands is “formalising an approach that has already been changed”. He added that given the deep commercial, governmental and cultural ties between the UK and EU, “the impact of divergence is amplified significantly”. 

Police data logging requirements

The DUAB as introduced will also seek to remove the statutory logging requirements of Part Three, which would allow police to access personal data from various police databases during investigations, without having to manually record the “justification” for the search.

The removal of police logging requirements, however, could represent a further divergence from the EU’s LED, which requires logs to be kept detailing how data is accessed and used.

“The logs of consultation and disclosure shall make it possible to establish the justification, date and time of such operations and, as far as possible, the identification of the person who consulted or disclosed personal data, and the identity of the recipients of such personal data,” says the LED.

Clement-Jones told Computer Weekly that if the law changes to allow police data transfers to, and processing in, infrastructure not owned or controlled by UK bodies, it could “absolutely” be a problem for the UK’s LED adequacy retention. He added that given these clear access and control issues, the potential removal of police logging requirements is “egregious”.

Computer Weekly contacted DSIT about the removal of the logging requirements and whether it believes this measure represents a risk to the UK being able to renew its LED adequacy decision in April 2025, but DSIT declined to comment on the record.

Speaking during the 16 December Lords debate on the bill against the removal of justification logging requirements, Clement-Jones said: “The public needs more, not less, transparency and accountability over how, why and when police staff and officers access and use records about them.”

He added that while policing systems typically capture when, how and by whom data has been accessed, they “very rarely” capture the justification. This is despite the fact that Article 63 of the LED provided a grace period from May 2018 to May 2023 for member states to implement justification recording mechanisms to bring their legacy systems into compliance with the directive – new systems procured from May 2016 onward were required to comply from the start.

To alleviate the issue, Clement-Jones tabled a further amendment to ensure the logging requirements remain, which would “prevent material divergence from the EU Law Enforcement Directive”; although this was also withdrawn.

He also highlighted that “many commodity IT solutions” procured by policing organisations do not capture justifications by default, noting that while a “transitional relief” period was put in place with the introduction of DPA 2018 to modify legacy systems installed before May 2016 – later extended to May 2023 – UK law enforcement bodies did not in general make the required changes.

“Nor, it seems, did it ensure that all IT systems procured after 6 May 2016 included a strict requirement for LED-aligned logging. By adopting and using commodity and hyperscaler cloud services, it has exacerbated this problem,” he said, noting the government now wishes to strike the justification requirements completely.

“This is a serious legislative issue on two counts: it removes important evidence that may identify whether a person was acting with malicious intent when accessing data, as well as removing any deterrent effect of them having to do so; and it directly deviates from a core part of the law enforcement directive and will clearly have an impact on UK data adequacy.”

DSIT claims that removing the logging obligation will save 1.5 million police officer hours a year and save £42.5m for the public purse, but Sayers pointed out that the published impact assessments don’t so far evidence these claims.

“The reality is that most police IT systems don’t have the means to capture the required data,” said Sayers, who was previously involved in the design and delivery of many UK national police systems.

“The factsheets identify this technology problem, which exists on cloud as well as legacy systems like the PNC [Police National Computer], but instead of addressing the issue the government simply want to strike the difficult bits out of the act.”

He added: “The real reason they don’t want to capture the information is they’ve failed to invest any money in upgrading the legacy IT, and the new systems they’ve adopted don’t capture that information by default – and can’t be made to do so.”

DSIT claims that capturing “justification is likely to be of little use in a misconduct investigation”, but Sayers poured cold water on this.

“Public trust, the safety of vulnerable people, as well as the protection of police staff from claims of improper conduct, all rest on being able to prove that access to data was legitimate,” he said.

Home Office figures show police staff misuse of data to be a significant issue, with 1,630 recorded cases investigated in the year to March 2023, the last figures available.

However, Barrett said the removal of justification logging is not a problem, adding it’s more important to have the ability to track who accessed data and when, “because if you’re a bad actor you’re not going to put down the real reason … if you’ve already got access to these kinds of systems, you’re not an idiot, and so you’re going to put something like ‘routine checks’ or some other bland, uninteresting, non-determinative thing”.

He further added that inputting justifications only increases the administrative burden on police, and that while it is very common, even in much older computer systems, to be able to log time and dates, many systems are simply not architected to record justification.

He added: “We’d be much better off making sure that all the systems are really good at recording time and access, because the reality is, in your investigation, that’s going to be the thing that you’re looking at. Not whatever fanciful thing a bad actor has decided to enter as the fake justification for the access.”

During the DUAB debate, Baroness Jones insisted the removal of logging requirements “is not a watering down of provisions. We are just making sure that the safeguards are more appropriate for the sort of abuse that we think might happen in future from police misusing their records.”

While the DUAB has since progressed to readings in the House of Commons, the police data issues were not addressed – outside of vague references to reducing the administrative burden on police officers. It is currently in the committee stage, which will be followed by the report stage and a third reading.

So far, the police data issues have not been discussed during the committee stage.

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UK government under-prepared for catastrophic cyber attack, hears PAC

The government is under-prepared for a catastrophic cyber attack and still dogged by legacy IT, but making progress, the Public Accounts Committee of the House of Commons has heard.

The committee, chaired by Geoffrey Clifton-Brown, Conservative MP for North Cotswolds, took testimony on 10 March from four high-ranking government IT leaders about the cyber resilience of Whitehall departments. This followed the publication, in January, of a report by the National Audit Office (NAO), which found government cyber resilience lacking, weakened by legacy IT and skills shortages, and facing mounting threats.

In its Government cyber resilience report, the public spending watchdog warned that the cyber threat to the UK government is “severe and advancing quickly”. It found that 58 critical government IT systems, assessed in 2024, had significant gaps in cyber resilience, and the government does not know how vulnerable at least 228 “legacy” IT systems are to cyber attack.

The NAO spotted that the government’s cyber assurance scheme, GovAssure, found significant gaps in cyber resilience, with multiple fundamental system controls at low levels of maturity across departments. GovAssure assesses the critical systems of government organisations. It was set up in April 2023.

The question, according to the report under review at the PAC committee session, is no longer if the government will face a damaging cyber attack, but how severe the impacts may be, as the sophistication and number of attacks continues to rise.

As the government’s operations become increasingly digitised, so too does the severity of potential impacts resulting from cyber attacks. In an effort to combat this, the government published a Cyber Security Strategy in 2022, which set out plans to make the public sector resilient to cyber attacks by 2030. The PAC chair said the committee would look at “how the government understands the severity of the cyber threat that it faces, how it can best achieve the aim of the strategy, and build the government’s resilience to cyber attacks”.

Testifying before the committee were: Cat Little, chief operating officer for the Civil Service and permanent secretary to the Cabinet Office; Vincent Devine, government chief security officer and head of the Cabinet Office’s Government Security Function; Joanna Davinson, interim government chief digital officer at the Department for Science, Innovation and Technology; and Bella Powell, cyber director of the Cabinet Office’s Government Security Group.

One matter of concern to the MPs on the committee is the lack of visibility civil servants seem to have into the very number of government IT systems, spread across departments and “arms-length bodies”, and to what extent they are “legacy” systems especially vulnerable to cyber attack.

Clive Betts, Labour MP for Sheffield South East, said: “This is quite a critical issue. This is about the threat from potential cyber attack that could be launched against a legacy system, and we don’t yet know what the systems are to begin with.”

This is quite a critical issue. This is about the threat from potential cyber attack that could be launched against a legacy system, and we don’t yet know what the systems are to begin with Clive BettsLabour MP for Sheffield South East

Davinson responded: “It’s not a simple, ‘What’s the list?’ We’ve asked that question of departments, and have had responses through our legacy risk framework. We’ve got that understanding and we are continuing to expand that out to other organisations. [But] it’s not a resource-free exercise.”

Little added: “What this part of our discussion really brings to light is that government, in a period of scarce resources, has got to make prioritised decisions based on risks and how much assurance is desired. And it’s for the government to set its risk appetite, and to use that risk appetite and information to allocate resources accordingly.

“We’ve made huge progress in understanding the most significant issues that we’ve got [in terms of legacy], and whilst it’s not every single system, it is the vast majority … [and] we’re using both GovAssure and our technical expertise in legacy IT to set out for ministers the choices about risk and how much risk they want to buy out. That is the fundamental question. If you’ve got X billion pounds available to fund people, resources, skills, to remediate legacy IT, and to invest in new technology, how you use your allocative resource has got to be risk based, and it’s got to be outcome based. The whole point of the Spending Review process is to bring outcomes and risks together so that ministers can make a funding allocation choice.”

Powell said: “We are ramping up the number of systems that we’re looking at. We are not doing that in an exponential fashion, but I think it’s also worth noting that with GovAssure, we are driving the car and building it at the same time. We launched it in April 2023 following some early pilots with departments [when] it was still at an early-stage assurance process.

“There is much more that we can and need to do, particularly in terms of automation of that process, in terms of providing stronger support and guidance to departments in implementing it, and also in the root cause analysis to better understand the data that we are gathering from that process. It is by no means a finished product, it is by no means a perfect product, but what it’s already starting to do is give us the outcomes that we need in terms of understanding resilience levels and where we can take action.”

MPs were also concerned about the extent to which the government has, as the NAO report states, under-estimated the extent of cyber risk.

Devine was candid in relation to the lateness of the introduction of GovAssure in April 2023. “We probably have woken up to the scale of cyber risk more slowly than we should have done. We were probably unrealistic in relying upon self-assessment [of government departments],” he said.

We didn’t ramp up the government response to cyber security from assurance through to response as quickly as we should have … because we [weren’t] as alive to the threats as we should have been Vincent DevineCabinet Office

“Despite recognising this in 2010, starting to invest money significantly in 2016, we didn’t ramp up the government response to cyber security from assurance through to response as quickly as we should have, in retrospect. Why? Because I don’t think we were as alive to the threats as we should have been, and probably because we hadn’t had the incidents that brought it to life for us that we and our allies have had over the last five years. It’s not a good answer, but it is the true answer,” Devine added.

To that, Little added: “It’s really difficult to go back in time to our predecessors. Like all good risk management, you manage risks as best you can until they become an issue. When they become an issue, and they’re live and they’re real, you step up your response…. We’ve always known about the risks, but it wasn’t until it became a real, live issue that the scale of what we were dealing with became clear, and it needs a different sort of response.”

The original NAO report gave, as an example of how damaging cyber attacks can be, the instance, in June 2024, of an attack on a supplier of pathology services to the NHS in south-east London, which led to two NHS foundation trusts postponing 10,152 acute outpatient appointments and 1,710 elective procedures. It also cited the British Library ransomware attack in October 2023, which has already cost £600,000 to rebuild services. The library expects to spend many times more as it continues to recover. These were mentioned in the PAC session.

The report found that the biggest risk to making the UK government resilient to cyber attack is a gaping skills gap. One in three cyber security roles in government were vacant or filled by temporary – and more expensive – staff in 2023-24, while more than half of cyber roles in several departments were vacant, and 70% of specialist security architects were staff on temporary contracts.

In the Public Accounts Committee meeting, Little said she was sad to see a continued over-reliance on contractors, but that initiatives such as a cyber security Fast Stream and a new “digital pay framework” were “starting to have an impact”.

Powell added that the overall number of digital technology professionals in the civil service has grown, and stands at nearly 6%. “It’s not as much as we’d like it to be. We are struggling with the very technical resources, and that’s a market problem – they are scarce in the private sector as well as in the public sector,” she said.

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Driving licence data could be used for police facial recognition

Human rights group Liberty has said the UK government’s proposed Crime and Policing Bill will transform the country’s driving licence database into a de-facto facial recognition database, enabling police to access the biometric information of millions of people who have never committed a crime.

Introduced to Parliament on 25 February 2025, the Home Office-sponsored bill will introduce a range of measures to extend police powers in the UK, including bans on wearing face coverings or using pyrotechnics during protests, and the introduction of “respect orders” to address so-called “anti-social behaviour”.

The Crime and Policing Bill will also enable police to access driving licence information from the Driver and Vehicle Licensing Agency (DVLA), which holds more than 52 million driver records. Access to driving licence information will be controlled by as-yet unspecified regulations to be created by the secretary of state, who will also draft a code of practice about how the information can be made available and used.

The secretary of state will also be obliged to publish an annual report on how driving licence information is being used by police.

While the bill makes no explicit reference to facial recognition technology in the text or supporting documents, the measures are substantively similar to those contained in the previous Conservative government’s Criminal Justice Bill, which then-policing minister Chris Philp said could “allow police and law enforcement, including the NCA [National Crime Agency], to access driving licence records to do a facial recognition search”.

Human rights group Liberty said that although the current Labour government has denied the regulation-making powers contained in the bill’s driving licence information provisions would be used for facial recognition purposes, the proposals – which closely mirror those put forward by the last government – could still enable this invasive use of the technology.

“This would represent a huge step in broadening the use of facial recognition technology away from police databases to everyone with a driving licence,” it said. “Every photo on the DVLA database could be accessed by the police and essentially form a digital police line-up. If this is the intention, then the government should be transparent and invite proper scrutiny rather than sneaking through rights-restricting legislation.”

A Home Office spokesperson told Computer Weekly it was “categorically untrue” that the DVLA database would be accessed by police for facial recognition purposes, stating: “These provisions will have no impact on facial recognition.”

In a written submission to Parliament about the previous government’s attempts to link the DVLA database to facial recognition systems, privacy group Big Brother Watch said it represented “a huge, disproportionate expansion of police surveillance powers that would place the majority of Britons in a digital police line-up, without their consent”.

It added that setting a precedent where police are able to access a non-police database to sift through millions of people’s biometric data “would be deeply concerning” for privacy rights. “In a rights-respecting country, the public would no less expect police forces to access their facial biometrics from the DVLA database than they would expect them to access their DNA biometric from NHS databases,” it said.

Commenting on the proposal in the Crime and Policing Bill, Liberty added that police should never be allowed access to a database containing millions of biometric records of people who are not on a wanted list, have never committed a crime, and did otherwise not consent to the use of their information in this way.

Liberty further added that the proposed code of practice should not be accepted as a safeguard. “There should be primary legislation governing the overall police use of facial recognition. It should not be piecemeal in this way,” it said.

As it stands, the UK has no legislation explicitly covering the police use of facial recognition technologies, although successive governments have repeatedly affirmed it is covered a by “comprehensive legal framework”, which consists of a patchwork of existing legislation.

While there has been limited Parliamentary scrutiny of facial recognition in the form of written questions and answers over the years, there has only been one formal debate on how police are using the technology in Parliament, which was held in November 2024.

This marked the first time MPs openly discussed police use of the tech in the eight years since live facial recognition (LFR) was first deployed by the Metropolitan Police at Notting Hill Carnival in August 2016.

Since that initial deployment, there have been repeated calls from Parliament and civil society for new legal frameworks to govern law enforcement’s use of LFR technology. These include three separate inquiries by the Lords Justice and Home Affairs Committee (JHAC) into shopliftingpolice algorithms and police facial recognition; two of the UK’s former biometrics commissioners, Paul Wiles and Fraser Sampson; an independent legal review by Matthew Ryder QC; the UK’s Equalities and Human Rights Commission; and the House of Commons Science and Technology Committee, which called for a moratorium on LFR as far back as July 2019.

Attempts to link facial recognition systems with UK databases created for other purposes have been ongoing for a number of years.

In October 2023, Philp outlined his intention to give police forces access to the UK’s passport database, claiming it would enhance their facial recognition capabilities to help catch shoplifters and other criminals.

While Philp’s proposals were blasted by human rights and privacy groups, UK regulators also took issue. For example, the then-biometrics and surveillance commissioner of England and Wales, Fraser Sampson, told the BBC it was important for police to avoid giving people the impression they’re on a “digital line-up”.

“The state has large collections of good-quality photographs of a significant proportion of the population – drivers and passport holders being good examples – which were originally required and given as a condition of, say, driving and international travel,” he said.

“If the state routinely runs every photograph against every picture of every suspected incident of crime simply because it can, there is a significant risk of disproportionality and of damaging public trust,” added Sampson.

Scottish biometrics commissioner Brian Plastow also said it would be “egregious” to link the UK’s passport database with facial recognition systems, arguing it would be “unethical and potentially unlawful”.

“The suggestion that images given voluntarily to UK government agencies for a specific purpose by law-abiding citizens to obtain a UK passport or UK driving licence should then be capable of being routinely accessed by the police and ‘bulk washed’ against images from low-level crime scenes is neither proportionate nor strictly necessary and would significantly damage public trust,” he said at the time.

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The Security Interviews: Yevgeny Dibrov, Armis

Over the past 20 to 30 years, the intelligence community has generated a stream of cyber security leaders – private cyber security companies are littered with former operatives of the American and British intelligence services.

But in Israel’s case, the intelligence-to-cyber pipeline has produced arguably the highest density of cyber security startups and organisations in the world. The likes of Check Point, CyberArk, Imperva, Palo Alto Networks and Radware can all claim links back to the Israel Defence Force’s (IDF’s) technology units.

Among these units, which likely date back to before Israel’s founding in 1948, are the highly secretive cyber weapons and tech development shop Unit 81, and the more widely known signals intelligence Unit 8200.

Israel’s astonishing concentration of cyber security talent is largely attributable to both Unit 81 and Unit 8200, whose existence has only been fairly recently acknowledged. Mossad may get international attention, but it is Unit 8200 that gets the data to support it and Unit 81 that builds the tech.

Acting as incubators for cyber security and hacking talent, these units benefit from Israel’s compulsory military service laws and intensive screening processes, which divert individuals with potential from frontline armed service, although they also scout after-school computer clubs for likely-looking candidates.

That the IDF is the wellspring of Israel’s cyber talent is these days no secret, but Armis CEO, Yevgeny Dibrov – who is allowed to say little more about the time he served in Unit 81 beyond the fact that he was there – says there’s more to the growth of Israel’s cyber community than just the hothouse conditions at the IDF.

He compares the environment to that of a startup. “When you’re a startup, when you’re building something, you don’t have much budget, but with what you have you still need to do outstanding things that differentiate a lot, that achieve a lot, and that puts you in a great place.

“We don’t have the same budget as the CIA or the NSA, maybe point one of a percent, but we have no choice. There is no other way,” he explains. “We have a lot of enemies and we want to win.”

Make the impossible possible

At first. Dibrov’s pipeline into the IT industry does not seem all that different from most other people’s – stemming from an initial schoolboy interest in computers, maths and physics – but he became hooked when he was tapped for Unit 81 as a fresh-faced teen.

“In the years I spent there I became fascinated by different capabilities, fascinated by this world, fascinated also by working hard for my country,” he says. “Twice during my service I was part of the team that won the Israel Defence Prize, which is for outstanding achievements in the technology space.

“The slogan of our unit was ‘Make the Impossible Possible’,” says Dibrov. “It’s written over the door when you enter. You see it every day, and so you kind of live towards it. It’s not just a cliché.”

Twice during my service [at Unit 81] I was part of the team that won the Israel Defence Prize, which is for outstanding achievements in the technology space Yevgeny Dibrov, Armis

But the intelligence forces serve not only as a hub for creative talent, but a hub for team-building. Indeed, of Armis’s first cohort of employees, about 50% served alongside Dibrov himself at Unit 81, and the others worked alongside his co-founder – and chief technology officer (CTO) – Nadir Izrael at Unit 8200.

“People get to know each other, and during my time at Unit 81, we were always talking to alumni that actually started companies and did great things,” says Dibrov. “I remember my team leader in the army was [Wiz CEO] Assaf Rappaport, so we were always meeting some of the alumni from our unit and learning what they had done.

“It makes you excited,” he says. “It makes you think, ‘Okay, when I’m out, here is what I want to do’. I already knew that I wanted to start a company.”

Alongside heading off to study at Technion, the Israel Institute of Technology, between 2010 and 2013, at the end of his service, Dibrov helped set up Adallom, with which Rappaport was also involved. Adallom was a cloud access security brokerage (CASB) specialising in visibility, governance and protection across business applications such as Box, Google Apps, Microsoft Office 365 and Salesforce.

The firm’s Office 365 work clearly stood out, because in September 2015, Microsoft bought the company for over $300m. Just a couple of months later, Dibrov and Izrael started Armis, with the first employees coming on board in February 2016.

Google Maps, but for vulnerable assets

Asked to “explain like I’m five”, Dibrov describes Armis as a cyber exposure management platform that essentially provides its customers with a Google Map of their IT environment, with every single asset accounted for, whether it’s something run-of-the-mill like a laptop or smartphone, to operational technology (OT) like industrial controllers, even medical equipment.

On top of this basic map, Armis provides additional layers covering security risk discovery, monitoring and management, and ultimately, remediation.

“We want to not just allow you to see your risk, but reduce it, whether through patching devices or mitigating threats with different rules in your technology environment,” he says.

Armis was earlier than many to the OT/internet of things (IoT) side of security, mapping it as a factor early on in its history, before the topic really started to hit mainstream security conversations about six or seven years ago. What was the spark that led Dibrov to make this bet?

“We really started from talking to a lot of customers, talking to a lot of CIOs, and we were hearing about the explosion of connected devices,” he explains. “We looked at the variety of different environments and we saw there was a gap.

“On the one hand, you have laptops and servers that are covered by your antivirus or next-gen antivirus, and then you have everything else. And then everything else changes in different industries. If you look at an airport, they have a big gap around a lot of operational technology stuff. They have different distribution centres, logistics centres and more. They have datacentres. They have buildings with building management systems.”

At about the same time, incidents such as NotPetya and WannaCry were exposing the precarious security of such environments – particularly in healthcare settings – and this helped push people towards a more holistic view of cyber security.

Security teams have no idea what cameras they have, and they’re 90% Chinese, potentially exploited with backdoors, and often in the most critical environments Yevgeny Dibrov, Armis

“It was a huge push across the board,” says Dibrov. “Everyone suddenly understood that they needed to have visibility into what they have in these environments – because imagine if I’m an attacker, why would I attack a laptop if the laptop has 50 agents on it? I attack the most vulnerable thing, and that’s usually devices that don’t run any agents or antivirus, devices that are mostly not updated or cannot be patched, and a bunch of old XP machines in those areas.

“These devices are often the most important in the organisation. Look at a hospital. How can you compare the importance of a laptop versus an MRI scanner?”

Customers took to this like ducks to water, and today Armis works with over 35% of the Fortune 100.

From day-to-day there is no such thing as a typical customer, says Dibrov, but they tend to be larger, distributed organisations with highly complex environments and a lot of devices. Armis claims currently to have approximately 5.3 billion connected devices in harness.

What’s the weirdest ‘thing’ he ever found? “We have things like cars that connect to the company network, to wireless air fryers – we see those a lot. And the amount of types of cameras you would never believe,” says Dibrov. “Security teams have no idea what cameras they have, and they’re 90% Chinese, potentially exploited with backdoors, and often in the most critical environments.”

Like many of its peers, Armis has also been branching out into threat research and frequently publishes its own thought leadership on diverse topics – recent ones include breaking down CISA’s most exploited vulnerabilities and the emergence of DeepSeek.

“We have so much data now, and our customers can benefit from that,” says Dibrov. “We also acquired a company in the space, some super-talented guys who merge a lot of their own data with data we generated to provide early warning, which has been very significant.”

What’s next?

Keeping in touch with Armis’s buyers is a source of pride for Dibrov, who makes a point of frequently checking in with his user advisory board and speaking to six or seven individual customers every day, whether those are long-term existing ones, new ones, or those moving through their procurement or onboarding processes.

“What do they need? What do they think like? What do we need to do different?” says Dibrov. “This is something that is ongoing for us – always listening, always developing, always running fast, and always providing real solutions to real problems.”

Dibrov declares himself particularly paranoid when it comes to the competition, and likes to try to think about 18 months ahead in terms of innovation. “This is something that is always on my mind because that’s the biggest differentiator,” he says. “You need to have first of all the best product, and then to execute from there. That’s what keeps me up at night.”

Armis recently closed a large Series D funding round, raising $200m to take it to a total valuation of over $4bn. And having made two acquisitions in the past 12 months – Silk Security in April 2024 and CTCI in February 2025 – Dibrov is open to more, as well as exploring the possibility of an initial public offering (IPO).

Beyond these goals, Dibrov is, of course, keeping a close eye on the developing threat landscape. His views on where things are going tally with those of many other observers.

“We keep seeing a lot of state actors, from Russia, China, North Korea, Iran. We keep seeing them, and we keep seeing a lot of targeting of EMEA and US critical infrastructure and manufacturing,” he says. “We see them sometimes also leveraging AI [artificial intelligence]. My guess is we’ll see that more and more, and defenders really need to be prepared.”

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Quantum computing in cyber security: A double-edged sword

Despite investor scepticism, prominent quantum computing stocks have seen a notable rise at the beginning of 2025. Even prominent tech leaders like Jensen Huang and Mark Zuckerberg stating the field won’t be profitable hasn’t stopped investors and the wider public from being excited. 

In cyber security, however, quantum computing offers both unprecedented capabilities and significant threats, making it a double-edged sword that demands careful navigation. Just as white hat hackers can use it to bolster defences, their malicious counterparts might be able to supercharge their efforts, too. 

But how do we grapple with this quantum quandary? That’s exactly what we’ll tackle in this article, as we must collectively ensure they are not blindsided by the risks while leveraging its advantages.

Due to the presence of qubits, quantum systems can perform multiple calculations simultaneously, exponentially increasing computational power for specific tasks. 

For cyber security, we already know this means quantum computers could break widely used encryption methods, particularly those relying on factoring large prime numbers, such as RSA and ECC.

These encryption standards form the backbone of secure online communication, financial transactions, and digital identity verification.

The versatility of quantum computing goes beyond cracking encryption. Its computational power could revolutionise cyber security applications by improving pattern recognition, anomaly detection and optimisation algorithms. Tasks that once took days or months to process could be executed within minutes, drastically reducing response times to potential threats.

Breaking encryption: A looming threat

Classical cryptography, based on mathematical problems too complex for current computers to solve within a practical timeframe, faces obsolescence in the quantum era. Shor’s algorithm, a quantum computing method, can efficiently factorise large integers, undermining RSA encryption’s security. 

Just for comparison, in the context of Shor’s algorithm:

  • A traditional computer might need trillions of years to crack a 2,048-bit RSA key.
  • A quantum computer would need hours, if not days, to perform the same action. 

Similarly, elliptic curve cryptography (ECC), celebrated for its efficiency, is vulnerable to the same algorithm. This vulnerability jeopardises everything from personal data protection to national security. 

Hence, experts fear that hackers equipped with quantum capabilities could decrypt intercepted communications, exposing sensitive corporate or governmental information. And we all know how hard it is for politicians to adapt to modern tech. 

Even data encrypted today could be at risk due to the “harvest now, decrypt later” strategy, where adversaries collect encrypted data now, anticipating quantum decryption in the future. The implications extend to industries like banking, healthcare and energy, where secure communication is paramount.

Strengthening cyber security with quantum technology

It’s not all doom and gloom, as quantum computing offers plenty of tools to counter these threats. Quantum Key Distribution (QKD), for instance, uses quantum mechanics to establish secure communication channels. As a result, any attempt to eavesdrop on quantum-transmitted keys would alter their state, immediately alerting both parties to the intrusion.

In addition to QKD, quantum random number generation (QRNG) is another promising application. Unlike classical methods, which rely on algorithms that could be predicted or replicated, QRNG leverages the inherent unpredictability of quantum processes to create genuinely random sequences. This strengthens cryptographic protocols, making them more resistant to attacks.

Last, but most certainly not least, quantum-enhanced machine learning could also aid in identifying and mitigating cyber threats. If the current applications of ML seem daunting, think of what quantum ML can do by analysing vast datasets more efficiently than classical systems. Quantum algorithms could detect subtle patterns indicative of an attack, enabling earlier intervention.

Post-quantum cryptography: The immediate response

The cyber security industry is not waiting passively for the quantum threat to materialise. Post-quantum cryptography (PQC) aims to develop encryption algorithms resistant to both classical and quantum attacks. 

Standards bodies like the National Institute of Standards and Technology (NIST) are already advancing PQC algorithms, with several candidates already released or in the final stages of evaluation.

Despite the apparent defensive potential, transitioning to PQC involves significant logistical challenges. Organisations must inventory their cryptographic assets, evaluate quantum risks and implement new algorithms across their systems. 

For industries like finance and healthcare, where data sensitivity is paramount, the transition timeline could stretch into years, requiring immediate action to stay ahead of quantum advancements. 

The degree of difficulty gets even higher if legacy systems are being relied upon, as backwards compatibility in a quantum context isn’t something developers of old thought about. 

Likewise, PQC adoption requires extensive testing to ensure compatibility with existing systems and resilience against emerging threats. This, unfortunately, means allocating additional resources to train personnel, upgrade infrastructure and maintain compliance with evolving regulatory requirements.

Mr Hyde: How cyber criminals benefit from quantum computing

We’ve spent a lot of time discussing how quantum computing can aid in defending our data, but white hat hackers and red teams aren’t the only ones interested in these advancements. 

Nation states and cyber crime conglomerates with nine-figure sums to spend will certainly finance the R&D of offensive tools, which can pose problems for everyone from governments to small businesses. 

In particular, sophisticated attacks, such as quantum-enhanced phishing or cracking biometric data, could exploit quantum-powered pattern recognition to unprecedented degrees. These capabilities pose a direct threat to authentication mechanisms, access controls and user trust.

Overnight, staples like QR codes and various forms of MFA will become easily corruptible due to the sheer computing power at the criminals’ disposal. Widely used for payments and authentication, they may require updates or complete overhauls to resist quantum-generated attacks. 

Even the seemingly simple act of scanning a QR code could become a security risk if quantum-powered adversaries exploit flaws in code generation or scanning software.

Regulatory and strategic considerations

Despite claims that quantum computing will become feasible or profitable in several decades, we must still prepare for that inevitable moment. 

Governments and regulatory bodies are beginning to address the quantum challenge. Investments in quantum research and the establishment of frameworks for quantum-safe technologies are gaining momentum. 

For businesses, aligning with these initiatives is critical to ensure compliance and leverage state-of-the-art defences. Will cyber security become more expensive? Inevitably. But at the same time, there will be many more incidents than the 2,200 a day companies experienced in 2024.

Moreover, collaboration between the public and private sectors will play a pivotal role in quantum readiness. Sharing threat intelligence, standardising best practices, and incentivising quantum-safe transitions will strengthen collective security. 

Most importantly, governments must invest in building a robust quantum infrastructure to ensure that technological advantages are not monopolised by adversaries.

But how will we be able to balance between protectionism and benefiting the human race as a whole? We’ll find out sooner or later, that’s for sure.

Preparing for the quantum future

Quantum computing is no longer a distant possibility, but an imminent reality. Organisations of all sizes must adopt a proactive stance, integrating quantum risk assessments into their cyber security strategies. In particular, we must collectively focus on: 

  1. Education and awareness: IT and cyber security teams must receive the right education on quantum concepts and their implications. Building in-house expertise will be critical to navigating the complexities of quantum integration.
  2. Cryptographic inventory: This means mapping current cryptographic use to identify vulnerable assets. It allows organisations to prioritise upgrades where they are most needed.
  3. Adopting PQC: Currently, the best option is to transition to NIST-approved post-quantum algorithms. Early adoption minimises the risk of falling behind competitors or compliance requirements.
  4. Testing quantum services: In addition, it’s up to organisations to pilot technologies like QKD and QRNG to evaluate their practical benefits. Testing in real-world scenarios ensures smooth integration and operational efficiency.

Conclusion

Quantum computing’s dual potential in cyber security – as a tool for both defence and attack – requires a balanced approach. While its threats to traditional encryption are undeniable, its innovations also promise stronger, more resilient defences. 

Organisations that act now to understand and prepare for the quantum era will not only safeguard their assets, but position themselves as leaders in a rapidly evolving technological landscape.

Otherwise, no one’s data will be safe, and we’ll have no way of keeping up with the computing power at the hackers’ disposal.

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The Data Bill: Considering datacentres’ hunger for power

As the Data Bill continues its legislative journey through the House of Lords, it’s important to also consider where all that data “lives”, including what it costs to house it.

Datacentres, until relatively recently, were a bit of a niche interest, known little outside the technology world. Now, if not everywhere, they are certainly moving into many a community – potentially one near you. Of the many issues we should consider, surely at the top of the list must be how such centres are powered and where that energy is sourced?

For this reason, I put down an amendment to the Data Bill, which says: “Consultation: datacentre power usage. On the day on which this Act is passed, the secretary of state must launch a consultation on the implications of the provisions in this Act for the power usage and energy efficiency of datacentres.”

As I said in the House of Lords debate, “It seems at least curious to have a Data Bill without talking about datacentres in terms of their power usage, their environmental impact…’

This is, rightly, a growing concern. A recent edition of the MIT Technology Review highlighted, “AI emissions [are] set to skyrocket even further”. This “skyrocketing” is seen in a trebling of datacentre emissions since 2018.

The MIT article is based upon a new paper, from teams at the Harvard T.H. Chan School of Public Health and UCLA Fielding School of Public Health, whose research examined 2132 datacentres in the US – representing 78% of all facilities in the country.

It is important for all of us to remember, it’s not just the training of these vast AI models that, particularly in the US, all too often burns coal and fossil fuels – every time we ask a query of any of the models, the power draws on.

Is data growth sustainable?

AI models are moving from mere language to video, music and more and the so need for power more than surges. Also, it’s not just AI, datacentres are the bedrock of so much of what we do, our pictures in the cloud or our work website, all needing that datacentre power.

In the US so much of this power comes from fossil fuels, not least coal due to the location of the centres and that fuel’s ability to deliver to demand all hours, in contrast to renewables. Is any of that sustainable though – both environmentally and energy wise? 

We have a real opportunity in the UK to lead when it comes to datacentre technologies. If the government chooses to, we could also take a positive role when it comes to the power usage, the sustainability and environmental position of these increasingly critical national and global infrastructure.

If the government wants to lead when it comes to green energy, the datacentre question seems very much to be at the centre

It’s far more than a technology question or even simply environmental – in so many senses, it is existential. In short, how do we power our lives? Even if we can generate the renewable energy, there are questions around how to store, how to deploy, how to even get it onto the grid in the first place with current connection constraints.

If the government wants to lead when it comes to green energy, if it wants to lead when it comes to new technologies, the datacentre question seems very much to be, well, at the centre of it.

Currently, power usage effectiveness (PUE) is the accepted measure for datacentre energy efficiency. I’m interested in views as to the effectiveness of this standard. I asked the government, during the debate, about its view of the current PUE standard. Is it something that gives the right measure of confidence to consumers?’

The government promised to write to me with a detailed response on all these issues. It will be good to understand what approach they intend to take on such an important environmental, economic, as well as technological matter. 

In conclusion, it’s abundantly clear that data is far from the “new oil” – rather, it requires multiple supplies of old oil to fuel its flow. We may well, one day, be able to power datacentres through nuclear options and sustainable sources, but even so questions must be asked as to the opportunity cost of using all of that resource against how it may otherwise be deployed. 

Data and the technologies it underpins and enables has such possibilities for our economic, social, and common good. But, as ever, it’s in our human hands – the discourse we drive, the decisions we take and the societies we enable will determine this. Ultimately, positively – we have the power.

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How high do you want your frame rates? Nvidia boasts that RTX 5090 GPU can drive Valorant at over 800 fps with jaw-dropping low latency

  • Nvidia’s Reflex 2 reveal packed a nugget of info about the RTX 5090
  • Team Green shared that the flagship GPU can run Valorant at 800+ fps
  • The graphics card does this with an input lag of under 3ms, too

Among Nvidia’s cluster of CES 2025 revelations, including new RTX 5000 graphics cards, there were several nuggets that hugged the GPU ground, flying under the proverbial radar. One of those was neural texture compression which we discussed earlier (it sounds superb), and another was a quick footnote from Team Green in the unveiling of Reflex 2 – and it shows just how fast the RTX 5090 is in Valorant, a popular esports shooter.

Actually, you might have missed the reveal of Reflex 2 itself, which is the sequel to the original Nvidia Reflex tech that’s designed to reduce input lag (mitigating the lag that DLSS Frame Generation, and now DLSS 4’s Multi Frame Generation, hits the gamer with).

Nvidia explored Reflex 2 at length in a blog post, the gist of which is that it now offers an up to 75% reduction in latency (compared to 50% on average for the predecessor technology). It does this by augmenting the low latency mode with a new ‘frame warp’ feature.

TweakTown noticed that later in this post, Nvidia brings up a couple of examples of the latency reduction achieved with Reflex 2, and one of the games highlighted is Valorant.

Here’s what Nvidia tells us: “In Riot Games’ Valorant, a CPU-bottlenecked game that runs blazingly fast, at 800+ fps on the new GeForce RTX 5090, PC latency averages under 3ms using Reflex 2 Frame Warp – one of the lowest latency figures we’ve measured in a first-person shooter.”

So, in a top-end gaming PC (presumably) with an RTX 5090, the graphics card pushes Valorant over 800 frames per second, and does so with an input latency of under 3ms, which is super-speedy.

NVIDIA Reflex 2 | Introducing New Frame Warp Technology – YouTube NVIDIA Reflex 2 | Introducing New Frame Warp Technology - YouTube Watch On

Analysis: How high do you need to go?

Isn’t 800 fps a crazy figure? Well, yeah, it is. That’s partly because Valorant is an undemanding game designed for esports and silky frame rates, which even a rusty old PC can make a decent fist of running. Also, super-high frame rates are generally only chased by pro gamers willing to fork out for a ludicrously expensive gaming PC anyway (the RTX 5090 certainly comes laden with an appropriately weighty price tag).

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Indeed, 800 fps far exceeds even the best gaming monitor’s refresh rate among existing models – and even outdoes the ridiculous still-to-be-released 750Hz model (Koorui G7) that popped up at CES 2025.

However, when Nvidia says Valorant exceeds 800 fps, that’s a peak frame rate, not an average – and often it will be below the average (by definition). So, it’s not quite as silly as it sounds (but even a peak of 800 fps is still, naturally enough, massive overkill for most folks).

Interestingly, PC gamers have already shown off Valorant running at jaw-dropping frame rates in the past – actually 1,000 fps plus, in spikes – but that’s on The Range (practice map), and we’re assuming Nvidia’s testing was fully in-game here. Furthermore, seemingly a more recent update has made it more difficult to obtain high fps in Valorant, too (for some players, at least as far as we can tell from reports).

At any rate, what you really need for the ultimate in smoothness is for any given game to never drop below an absolute low frame rate of the maximum speed in Hertz of your high refresh rate monitor, in an ideal situation. Again, though, this is pipe dream stuff for all but the wealthiest PC enthusiasts out there.

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The Data Bill: It’s time to cyber up

In the latest deliberations on the Data Use and Access Bill in the House of Lords, I set out two amendments to offer well overdue updating to the Computer Misuse Act (CMA) of 1990. In preparing for committee stage of the bill I remain incredibly grateful to everyone involved with the CyberUp campaign, their analysis and commentary always so perfectly on point.

I hardly think I need to rehearse the backdrop to the CMA, many people will be well aware of the act and its shortcomings. Curiously, in the intervening thirty-four and a half years, despite seismic changes in our society and technologies – crucially, including the rise of cyber security threats – the act remains unamended.

Having said that though, I’ve tempted myself a little as it is the case that the act was originally drafted to protect telephone exchanges in 1990, when only 0.5% of the population had access to the internet. 

The CMA was the UK’s first computer crime law and came about following an attack on Prestel in the mid-1980s. Anyone under the age of 40 is probably wondering what Prestel was – a forerunner of internet-based online services launched by the Post Office in 1979 – which only serves to make the point.

Significant change

My amendments to the new Data Bill seek to achieve a very clear and materially significant change, to enable cyber security professionals to do what we have asked of them without the legislation tying at least one hand behind their back.

Thirty-four years on, the CMA still governs how we tackle cyber criminals. As it is currently written, the act inadvertently criminalises legitimate cyber security research. This includes a large proportion of vulnerability research and threat intelligence activities which are critical in protecting the UK from increasingly sophisticated cyber attacks. 

Fundamentally, it restricts cyber security researchers from conducting essential work to protect the UK, including critical national infrastructure. While improving data access is a positive move, it is equally crucial to modernise cyber security laws to protect not just the data but also the systems that underpin it.

The wording of my amendments in full is:

Data use: definition of unauthorised access to computer programs or data

In section 17 of the Computer Misuse Act 1990, at the end of subsection (5) insert—

“c) they do not reasonably believe that the person entitled to control access of the kind in question to the program or data would have consented to that access if they had known about the access and the circumstances of it, including the reasons for seeking it, and

(d) they are not empowered by an enactment, by a rule of law, or by order of a court or tribunal to access of the kind in question to the program or data.

Data use: defences to charges under the Computer Misuse Act 1990

(1) The Computer Misuse Act 1990 is amended as follows.

(2) In section 1, after subsection (3) insert—

(4) It is a defence to a charge under subsection (1) to prove that—

(a) the person’s actions were necessary for the detection or prevention of crime, or

(b) the person’s actions were justified as being in the public interest.

(3) In section 3, after subsection (6) insert—

(7) It is a defence to a charge under subsection (1) in relation to an act carried out for the intention in subsection (2)(b) or (c) to prove that—

(a) the person’s actions were necessary for the detection or prevention

of crime, or

(b) the person’s actions were justified as being in the public interest.

As I said in the debate, don’t take my word for it, the National Cyber Security Centre acknowledged the widening gap between the risks facing the UK and its ability to mitigate them in its 2024 annual review, clearly stating that “updating this out-of-date legislation is a crucial step in closing this gap”.

Statutory defence

Introducing a statutory defence would provide legal clarity and protection for ethical cyber security professionals undertaking legitimate vulnerability research and threat intelligence activities. Such a defence would align the UK with best practices internationally, ensuring that we keep pace with nations like the US and EU, which are moving to safeguard ethical cyber security work.

To put some numbers to this, there have been nine million instances of cyber crime against UK businesses and charities since May 2021, according to the Department for Science, Innovation and Technology’s 2024 cyber breaches survey, published April 2024. Half of businesses and 32% of charities suffered a cyber breach or attack last year, with £2.4bn estimated increased revenue potential post-update for the sector.

Analysis based on CyberUp’s recent industry report suggests that 60% of respondents said the CMA is a barrier to their work in threat intelligence and vulnerability research, and 80% believed the UK was at a competitive disadvantage due to the CMA.

Concluding my remarks, I asked whether the minister would be able to provide an update on the work to reform the Computer Misuse Act? I also asked her whether she believed that my amendments as drafted would provide the legal protection that we seek and, if so, why the government would not bring them into force via the means of the Data Bill.

The minister’s answers to both questions were largely the same – we must wait, the amendments are “premature”, there was not consensus among those who responded to last year’s consultation on the matter so the path forward must continue with no timeline or sense of when this most pressing of issues will be resolved.

If the government needs some public support to increase its pace on this project, how about the fact that two-thirds of UK adults are inclined to support a change in the law to allow cyber security professionals to carry out research to prevent cyber attacks?

There is also support for such a statutory change from the excellent report of the then chief scientific advisor, Patrick Vallance, earlier this year which concluded that, “Amending the CMA to include a statutory public interest defence that would provide stronger legal protections for cyber security researchers and professionals”.

Other nations have already led in this area, not least France and the Netherlands. Belgium, Germany and Malta are currently amending their legal frameworks to this end. As I stated in the debate, it’s time to pass these amendments, it’s time to afford our cyber security professionals the safety they need to do the self-same thing for us, all of us. As has been the case for far too long – it’s time to CyberUp.  

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Latest attempt to override UK’s outdated hacking law stalls

Two amendments to the Data (Access and Use) Bill that would have established a statutory legal defence for security professionals and ethical hackers to protect them from prosecution under the 1990 Computer Misuse Act (CMA) have failed to make it beyond a House of Lords committee hearing after being withdrawn.

The 34-year-old CMA broadly defines the offence of “unauthorised access to a computer” that is frequently relied upon in the UK when prosecuting cyber criminals, but given it became law when Margaret Thatcher was prime minister, it has not been updated to reflect the emergence, and practices, of the legitimate cyber security profession.

Campaigners say this is putting the UK at a competitive disadvantage because security pros fear they may be prosecuted simply for doing their jobs – for example, by accessing a system during the course of an incident investigation – while their employers lose out to companies located in more permissive jurisdictions.

Introduced by Lord Chris Holmes and Lord Tim Clement-Jones, the changes would have introduced two amendments into the Data Bill to amend the CMA such that security professionals could prove their actions were “necessary for the detection or prevention of crime” or “justified as being in the public interest”.

Speaking in support of the amendment on 18 December 2024, Holmes spoke about how the CMA was introduced to defend telephony exchanges in an era when 0.5% of the population was online, and if that was the act’s sole purpose, that alone would indicate it needs updating given the profound advances in technology made in the past three-and-a-half decades.

“The Computer Misuse Act 1990 is not only out of date but inadvertently criminalising the cyber security professionals we charge with the job of keeping us all safe. They oftentimes work, understandably, under the radar, behind not just closed but locked doors, doing such important work. Yet, for want of these amendments, they are doing that work, all too often, with at least one hand tied behind their back,” said Holmes.

The Computer Misuse Act 1990 is not only out of date but inadvertently criminalising the cyber security professionals we charge with the job of keeping us all safe Lord Chris Holmes

“Let us take just two examples: vulnerability research and threat intelligence assessment and analysis. Both could find that cyber security professional falling foul of the provisions of the CMA 1990. Do not take my word for it: look to the 2024 annual report of the National Cyber Security Centre, which rightly and understandably highlights the increasing gap between the threats we face and its ability, and the ability of the cyber security professionals community, to meet those threats.

“These amendments, in essence, perform one simple but critical task: to afford a legal defence for legitimate cyber security activities,” he said. “That is all, but it would have such a profound impact for those whom we have asked to keep us safe and for the safety they can thus deliver to every citizen in our society.

“It’s not time, it’s well over time that these amendments become part of our law. If not now, then when? If not these amendments, what amendment? And if not these amendments, what will the government say to all those people who will continue to be put in harm’s way for want of these protective provisions?” added Holmes.

Government responds

During the hearing in Westminster, other parliamentarians, including the amendment’s co-sponsor Lord Clement-Jones and Lord James Arbuthnot, better known for his campaigning work in the Post Office Horizon scandal, spoke in favour of reform, but to no avail.

Lord Timothy Kirkhope said: “This just demonstrates, yet again, that unless we pull ourselves together, with better smart legislation that moves faster, we will never ever catch up with developments in technology and AI [artificial intelligence]. This has been demonstrated dramatically by these amendments. I express concerns that the government move at a pace that government always moves at, but in this particular field it is not going to work.”

Responding to the meeting, under-secretary of state at the Department for Science, Innovation and Technology (DSIT) Baroness Margaret Jones said the government agreed the UK needed a revised legislative framework to enable the authorities to tackle the harms posed by cyber criminals, and that it was committed to ensuring the CMA remains up to date and is effective in this regard.

However, said Jones, reform is a “complex and ongoing” issue that is being considered as part of a Home Office review of the CMA itself.

“We are considering improved defences by engaging extensively with the cyber security industry, law enforcement agencies, prosecutors and system owners. However, engagement to date has not produced a consensus on the issue, even within the industry, and that is holding us back at this moment – but we are absolutely determined to move forward with this and to reach a consensus on the way forward,” she said.

“The specific amendments … are premature, because we need a stronger consensus on the way forward, notwithstanding all the good reasons … given for why it is important that we have updated legislation. With these concerns and reasons in mind, I hope that the noble Lord [Holmes] will feel able to withdraw his amendment,” said Jones.

Katharina Sommer, group head of government affairs at cyber firm NCC Group, said she was thrilled to see such passionate calls for reform, and that the session had rightly highlighted the outdated nature of the CMA and how it holds back cyber security professionals.

“We need a statutory defence, like that proposed by Lord Holmes’ welcome amendment, to allow this vital work to proceed unimpeded, at a time where the cyber threat is rising unabatedly. Reforming the CMA would unlock huge opportunities, strengthen our defences, and help the UK compete on the world stage,” she said.

“It is heartening to see the minister recognise the need to provide legal protections for legitimate cyber security activities, and hear about her determination to reach consensus on the way forward, particularly as this follows her colleague the security minister’s recent commitment to reviewing the CMA,” said Sommer.

“We do hope sincerely that all those involved in keeping the UK safe in cyberspace are prepared to work together, and find compromise rather than risk deadlock. We look forward to working with the government and all partners to ensure the UK’s cyber laws reflect 21st century threats.”

Disappointment

Andrew Jones, strategy director at The Cyber Scheme, a supporter of the CyberUp Campaign for legal reform, said: “Whilst we are slightly disappointed by the government’s decision not to seize this opportunity to bring the Computer Misuse Act into the 21st century, we are encouraged by their recent comments suggesting a review of the act is being considered. Until then, the CMA will remain an outdated piece of legislation, preventing our cyber security professionals from defending organisations effectively and leaving us lagging behind peer nations, as the US and EU move to safeguard ethical cyber security work as a cornerstone of national resilience.

“With the CEO of the National Cyber Security Centre recently acknowledging that hostile activity in UK cyberspace has increased in ‘frequency, sophistication and intensity’, it is vital that the UK takes measures to upgrade its cyber resilience. 

He added: “The statutory defence we propose – drafted in consultation with industry and legal experts – would protect legitimate cyber security professionals, strengthen UK cyber defences, and reinforce its place as a cyber security leader. We are fully prepared to work with the government to help implement this necessary change in the future, as soon as it is ready to act.”

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Nvidia might reveal DLSS 4 at CES 2025 – and mysterious new AI capabilities that could be ‘revolutionary’ for GPUs

  • Inno3D has leaked that Nvidia has “advanced DLSS technology” to show off at CES 2025
  • This may be DLSS 4, as it makes sense to reveal it alongside RTX 5000 GPUs
  • New neural rendering capabilities are also set to be aired which could be even more intriguing

Inno3D has again been leaking material relating to Nvidia’s upcoming revelations at CES 2025, but this time it’s more about the software and AI side of the equation, rather than the (purported) next-gen graphics cards themselves.

VideoCardz noticed that German tech site Hardware Luxx caught the CES 2025 press release from Inno3D, teasing what it has in store for the show, and oversharing some info that Nvidia would doubtless not want aired.

The key mentions here pertain to a possible new version of DLSS and fresh neural rendering capabilities.

In the first case, Inno3D talks about: “Advanced DLSS Technology: Nvidia’s Deep Learning Super Sampling offering even better image quality and higher frame rates.”

And secondly, the manufacturer points out: “Neural Rendering Capabilities: Revolutionizing how graphics are processed and displayed.”

There’s also talk of AI enhanced power-efficiency measures whereby the GPU’s power consumption and thermals are presumably fine-tuned to be more efficient and work better in general.

An Nvidia GeForce RTX 4060 Ti

(Image credit: Future / John Loeffler)

Analysis: Clever tricks to make up for meager VRAM loadouts?

While we can’t read too much into this – it’s all pretty vague marketing speak from Inno3D, as you’d fully expect from a pre-event press release – the highlighted bits are still exciting glimpses of what we might be treated to at CES 2025.

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The mentioned advanced DLSS tech which delivers a better image quality, and bigger frame rate boosts, might well be DLSS 4. That said, we’ve heard very little about Nvidia’s next-gen take on DLSS, which is odd if it is on the verge of being shown off.

However, it’s not unreasonable to assume that DLSS 4 would be tied to RTX 5000 GPUs exclusively (as Team Green did this with DLSS 3 and RTX 4000 GPUs when they launched). And so when RTX 5000 graphics cards are revealed at CES, it’d make sense that the next-gen DLSS would be teased alongside them, if not fully detailed.

On top of that, the apparent new neural rendering capabilities sound intriguing, and the mention of the term ‘revolutionizing’ graphics has piqued our curiosity. Is this just PR bluster, though?

We’ll have to wait and see, but there are already theories floating around that it could be some kind of neural texture compression, which would help GPUs with lower amounts of VRAM cope better with weighty textures. Could this be an explanation of why Nvidia might be mulling video RAM loadouts like 8GB for the RTX 5060 and 12GB for the RTX 5070? Perhaps, but that’s reaching…

Inno3D also mentions that it’ll have new graphics cards at CES 2025, without saying they’re RTX 5000 models. But it does mention some more standard brands of new products, alongside higher end iChill variants, including a small form-factor board – which is a hint that we won’t just see higher-end Blackwell GPUs at the show.

As well as the RTX 5090 and 5080, the RTX 5070 or 5070 Ti have been rumored as being ready to be revealed, and this is a further suggestion that this is what Nvidia has planned for CES in January.

Inno3D probably isn’t Nvidia’s favorite partner at the moment, because the graphics card manufacturer recently leaked the existence of the RTX 5090 and that it’ll be unveiled at CES 2025.

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