Tech News : NHS Broadens Contractor Access To Patient Data

Fresh controversy has erupted around the NHS Federated Data Platform after reports claimed Palantir contractors and other external staff could be granted much broader access to identifiable patient data inside one of the NHS’s most sensitive systems.

What’s Happening To Our Health Data?

According to a recent report in the Financial Times, NHS England has approved the creation of a new administrative access role inside its National Data Integration Tenant, or NDIT, which sits at the heart of the NHS Federated Data Platform (FDP).

The NDIT is effectively a controlled environment where identifiable patient data is held before information is pseudonymised and distributed into other operational systems connected to the FDP.

Until now, external personnel working on the platform reportedly had to apply for access to specific datasets individually through what NHS England calls Controlled Data Access requests.

However, it’s been reported that leaked internal briefing documents argued that the process had become operationally difficult and time-consuming, particularly given the scale and complexity of the FDP programme.

As a result, NHS England has reportedly approved a broader “admin” role allowing a small number of approved non-NHS personnel to access data inside the NDIT without repeated case-by-case approvals.

Some critics are even describing the arrangement as effectively creating “unlimited access” for contractors inside part of the NHS’s flagship data infrastructure project.

NHS England has strongly pushed back against suggestions that controls are being weakened, saying the organisation maintains “strict policies in place for managing access to patient data” and carries out “regular audits to ensure compliance”, while also stressing that any external access requires government security clearance and director-level approval.

What Is The Federated Data Platform?

The FDP is one of the NHS’s largest digital transformation projects. The £330 million contract was awarded in 2023 to a consortium led by Palantir Technologies, a US data analytics company best known for its work in defence, intelligence, security, and large-scale data integration.

The platform is designed to connect fragmented NHS operational datasets into a unified system intended to improve waiting list management, resource allocation, planning, and operational efficiency.

NHS England argues the FDP will help modernise healthcare operations and improve patient outcomes by allowing NHS organisations to use data more effectively across trusts and services.

The NHS also insists that patient data remains under NHS control at all times, with Palantir legally acting only as a “data processor” operating under NHS instructions.

Who Are Palantir And Peter Thiel?

Much of the controversy surrounding the FDP stems not simply from the technology itself, but from Palantir’s wider reputation and affiliations.

Palantir Technologies was co-founded in 2003 by billionaire investor Peter Thiel alongside executives linked to PayPal and US intelligence circles.

Thiel is one of Silicon Valley’s most influential and controversial figures. He was an early Facebook investor, co-founder of PayPal, and has longstanding links to conservative US political movements and defence technology investment.

Palantir itself originally built software for US intelligence and military agencies following the September 11 attacks and has since expanded heavily into defence, immigration enforcement, policing, and government analytics worldwide.

The company has worked with organisations including the CIA, FBI, Pentagon, US Immigration and Customs Enforcement (ICE), NATO, and multiple Western defence agencies.

Critics argue that background makes Palantir an uncomfortable fit for handling sensitive NHS infrastructure and patient data, particularly given growing public concern about AI, surveillance, and data concentration inside critical public services.

Supporters, however, argue that Palantir specialises precisely in the kind of large-scale data integration and operational analytics the NHS badly needs.

Why This Matters Politically

The latest reports have reignited long-running concerns from privacy campaigners, MPs, and patient rights groups who argue the NHS risks eroding public confidence if governance boundaries become unclear.

The leaked NHS briefing itself reportedly acknowledged “considerable public interest and concern” around how much access Palantir staff may have to NHS patient data.

Labour MP Rachael Maskell has described the latest development as “dangerous”, while patient advocacy groups questioned why patients had not been more directly consulted.

At the centre of the debate is a broader tension facing governments worldwide.

Modern AI systems and advanced analytics often work best when large datasets can be integrated, connected, and analysed centrally. However, the more powerful and interconnected those systems become, the greater the concerns around access control, oversight, accountability, and misuse.

The NHS insists safeguards remain in place, including role-based access controls, UK-only data storage, security clearances, auditing, and contractual restrictions preventing Palantir from commercialising NHS data or training AI models on it. However, critics argue the issue is increasingly about trust as much as technical controls.

What Does This Mean For Your Business?

For businesses and organisations, the controversy highlights how rapidly debates around AI, analytics, and data governance are moving from technical discussions into questions of trust, transparency, and public legitimacy.

The NHS FDP project also demonstrates how AI and large-scale analytics are increasingly becoming embedded inside critical national infrastructure rather than remaining standalone software tools.

Many organisations are now facing similar tensions themselves, i.e., balancing operational efficiency, automation, and AI capability against privacy concerns, governance expectations, supplier concentration risks, and reputational exposure.

The Palantir row may ultimately become less about one NHS contract and more about how comfortable people are with huge global technology corporations having access to highly sensitive personal health information, particularly as AI-driven systems become more deeply embedded inside essential public services and everyday decision-making.

Company Check – NHS Supplier Fined £3m Over 2022 Ransomware Failures

A software provider to the NHS has been fined £3.07 million after serious security lapses allowed hackers to steal sensitive personal data in a 2022 ransomware attack.

A Breach With Real-World Impact

The penalty, issued by the Information Commissioner’s Office (ICO), follows a detailed investigation into Advanced Computer Software Group Ltd. In August 2022, the company’s health and care subsidiary was targeted by cybercriminals linked to the LockBit ransomware group. The attackers exploited a customer account that lacked multi-factor authentication (MFA), gaining access to systems used across NHS services.

In total, the personal data of 79,404 individuals was compromised. This included extremely sensitive information such as care plans and (in 890 cases) detailed instructions for entering the homes of vulnerable patients receiving in-home care.

Examples of the seriousness of the effects of the attack include:

– The NHS 111 helpline was forced to revert to manual operations.

– Health professionals across the country were locked out of patient records for extended periods.

– Routine services were thrown into disarray, with some systems offline for weeks.

ICO Says “Fell Seriously Short”

The ICO concluded that Advanced Computer Software Group Ltd had failed to implement basic cybersecurity hygiene expected of an organisation handling high-risk data. While some systems were protected by MFA, coverage was patchy, leaving major entry points exposed. Investigators also found gaps in vulnerability scanning and weaknesses in the company’s patch management processes.

Information Commissioner John Edwards said Advanced’s security “fell seriously short of what we would expect from an organisation processing such a large volume of sensitive information.” He added: “People should never have to think twice about whether their medical records are in safe hands.”

Fine Halved From £6m to £3m

The ICO originally proposed a fine of £6.09 million but ultimately reduced the figure by half. The discount followed a voluntary settlement in which Advanced accepted the findings, agreed not to appeal, and worked closely with the National Cyber Security Centre (NCSC), the National Crime Agency (NCA), and NHS partners in the wake of the breach.

The regulator also acknowledged the company’s efforts to limit the damage and mitigate risks to affected individuals, which contributed to the final penalty being set at £3,076,320.

A Data Processor Under Pressure

As a data processor acting on behalf of healthcare providers, Advanced Computer Software Group Ltd was responsible for protecting information it handled but did not own. That legal duty, the ICO stressed, does not allow for shortcuts. The ICO highlighted how it was not enough to have security measures “in progress” but that they needed to be fully implemented, especially given the volume and sensitivity of the data involved.

This attack, enabled by a single unsecured login, revealed how thinly spread protections can lead to catastrophic consequences when threat actors find a gap.

More Than Just a Cyber Incident

It seems that the fallout in this case extended far beyond IT systems. For example, the data accessed by attackers contained private information used daily by carers, clinicians, and emergency staff. In some cases, the stolen data may have revealed access instructions to individuals’ homes, which is an unprecedented breach of trust and safety for those affected.

For many observers, this incident demonstrated how a breakdown in basic cyber hygiene can translate directly into disruption on the front lines of public health services.

One of the Largest Fines in Years

Advanced’s fine is the highest handed down by the ICO since TikTok was penalised in April 2023 and ranks among the regulator’s top six ever. It places the company alongside British Airways, Marriott, and Interserve in a growing list of high-profile data security failures.

What sets this case apart is the nature of the data compromised, i.e. health and care information linked to some of the most vulnerable people in society. It also highlights how private contractors embedded in public services now face the same scrutiny and accountability as frontline NHS bodies.

What Does This Mean For Your Business?

The clear message from the ICO, illustrated by this case, is that partial protections are not enough. If you’re handling sensitive data, especially as a supplier to critical sectors, every point of access must be secured, monitored, and updated. Incomplete MFA rollout, unpatched vulnerabilities, and weak incident response planning all count as regulatory failures.

This case also highlights how regulators are now expecting more from third-party vendors, and public sector clients are unlikely to forgive repeat offenders. For procurement teams, cyber due diligence is no longer optional. It must include not only accreditations and policies, but proof that systems are fully hardened and actively monitored.

That said, Advanced’s experience shows that cooperation can actually reduce fines, but it doesn’t undo the reputational and operational damage. For suppliers across healthcare, education, and government services, the priority now is clear, i.e. secure the basics or risk losing everything.

Tech News : NHS iPhone Device Checks For Throat-Cancer

In a move poised to transform cancer diagnostics, the NHS has announced it is piloting an innovative iPhone-based device to help detect or rule out throat cancer more swiftly.

What Device? 

Developed by Endoscope-i Ltd, a West Midlands-based medical technology company, the device, called the endoscope-i adapter, connects over the iPhone’s rear camera lens, securely aligning the endoscope with the iPhone’s main camera for high-definition imaging. This setup allows the iPhone to capture high-definition images from any endoscope with a 32mm eyepiece.

Converts iPhone to Diagnostic Tool 

Equipped with the 32mm lens adapter and supported by a custom-built app, this ground-breaking technology converts an iPhone into a high-definition diagnostic tool for healthcare practitioners, offering a potentially life-saving option for patients. Initial trials in the West Midlands have already demonstrated the device’s promise, delivering quicker diagnoses and freeing up vital NHS resources to focus on those most in need.

Rapid Turnaround Enabled 

This new adapter/app/iPhone system allows nurses to conduct endoscopic examinations directly from an iPhone, with live HD footage instantly available for specialist review via a secure data cloud. From there, consultants can assess the video for any cancerous indicators and promptly report back to the patient, enabling results to be delivered within hours rather than weeks. This rapid turnaround has been welcomed by both patients and healthcare professionals for its potential to reduce stress and improve early intervention rates.

A Milestone for Early Detection 

Speaking about the importance of early detection, Dr Cally Palmer, NHS England’s National Cancer Director, highlighted the impact of the technology: “Detecting cancer early is key to providing treatment as soon as possible, giving patients the best chance of survival. For those needing tests to investigate suspected cancer, it can be an extremely worrying time. Being able to rule out the disease sooner can make a huge difference for patients and their families.” 

Dr Palmer added that while NHS staff are treating record numbers of cancer patients, the need for swift diagnosis remains essential, particularly in light of an increasing number of referrals. “By adopting innovations like this iPhone device, we can improve both the speed and accuracy of diagnoses, providing a system that’s convenient and less invasive for patients.” 

Transforming Patient Experience 

In initial tests at North Midlands University Hospitals NHS Trust, the iPhone device was trialled with patients identified as low-risk for cancer. Results from these trials are reported to have been encouraging, with over 1,800 patients receiving reassurance they were cancer-free in just a few days following their exams.

No Cancers Missed 

Crucially, the NHS pilot has so far reported that none of the patients screened by the device has had their cancers missed, with test results being processed within an average of 23 hours. Of those categorised as low-risk, around one in a hundred was subsequently found to have cancer, underscoring the device’s accuracy in screening high volumes of cases effectively.

No Waiting for Weeks 

Janet Hennessy, 76, one of the trial patients from Stoke-on-Trent, praised the iPhone device for its speed and convenience. “I think the app is absolutely brilliant. When you have a procedure done and then wait weeks for results, it’s always on your mind. With this, you get answers so much quicker. It gives such peace of mind,” she said, noting the efficiency and care shown by NHS staff during her experience.

Addressing Rising Demand for Cancer Screening 

Since the COVID-19 pandemic, the NHS has seen a surge in urgent cancer referrals, with little change in the total number of diagnosed cases. This trend has put pressure on diagnostic services, particularly for head and neck cancers, which are notoriously challenging to detect early. For example, according to recent statistics, the NHS receives around 250,000 urgent referrals annually for suspected head and neck cancer, with only 5 per cent (around 12,500 patients) eventually being diagnosed with cancer. This new device promises to streamline the process, reducing waiting times for thousands of patients and allowing healthcare staff to focus on those most in need.

How Innovation and Research Can Tackle Waiting Lists 

Karin Smyth, Minister of State for Health, said, “This technology is a shining example of how innovation and research can tackle waiting lists, improve patient experience, and speed up diagnosis. By catching cancer earlier and treating it faster, we can ensure more people survive this devastating disease.” 

Funding for the System 

The NHS Cancer Programme Innovation Open Call, which funds pioneering diagnostic and treatment solutions, provided Endoscope-i Ltd with a share of £25 million to develop this device. As part of the broader NHS 10-Year Health Plan, the project aligns with efforts to digitise healthcare services, reduce demand on hospitals, and provide community-based care that meets patients closer to home.

Other Healthcare Apps Enhancing Patient Diagnostics 

The iPhone-based throat cancer device is part of what appears to be a broader trend towards mobile health technology, with a range of other apps and digital tools emerging to facilitate early detection and patient empowerment. Other notable examples making strides in healthcare include:

– SkinVision. Designed to aid early skin cancer detection, the SkinVision app allows users to take high-resolution images of moles or lesions that they find concerning. Using artificial intelligence (AI) technology, the app analyses the images for any signs of potential skin cancer and provides an immediate risk assessment. SkinVision claims to have an accuracy rate of over 95 per cent for identifying suspicious skin conditions and is endorsed by several European health organisations.

– Babylon Health. This system offers users the opportunity to consult with GPs through an AI-powered app that evaluates symptoms and provides potential diagnoses or further guidance. With access to live video consultations, patients can discuss symptoms, receive advice, and be referred for further tests if necessary, all from their mobile phone. The app has become particularly popular for addressing a wide range of concerns, including mental health and chronic illness management.

– Heart Monitor by KardiaMobile. Designed for people with heart conditions, KardiaMobile’s Heart Monitor app works with a small external device that patients place their fingers on to record a 30-second ECG. The app provides instant analysis of heart rhythms and detects signs of atrial fibrillation, a common heart condition that can increase the risk of stroke. Users can easily share their ECG results with healthcare providers, facilitating a proactive approach to cardiovascular health.

Each of these apps, like the NHS’s new iPhone device for throat cancer screening, empowers patients by providing quick, accessible, and often less invasive diagnostic options. Such innovations can help alleviate the strain on health services, offering peace of mind to patients while enabling early detection of serious health issues.

A Vision for the Future of Diagnostics 

As the NHS continues its partnership with the government to develop the 10-Year Health Plan, innovations like the iPhone device and other healthcare apps offer a glimpse into a future where technology supports preventative care. By equipping the NHS with cutting-edge tools, the aim is to shift from analogue to digital, from hospital to community-based care, and ultimately from reactive to preventative healthcare.

Ajith George, consultant head and neck surgeon at University Hospitals North Midlands NHS Trust, sees this new pathway as a major improvement, saying: “This rapid referral service is a radical change we have long needed. With cancer referral rates increasing exponentially while diagnosis rates stay the same, it’s vital to focus on those who truly need treatment”. 

What Does This Mean for Your Business? 

The NHS’s adoption of the endoscope-i device could mark a transformative step towards more accessible, efficient, and patient-centred diagnostics in the fight against cancer. By allowing healthcare practitioners to deliver rapid throat cancer screenings from an iPhone, this technology addresses a critical demand for quicker diagnostics, especially amid rising cancer referrals and strained resources. The encouraging trial results demonstrate that this system has the potential to alleviate waiting times and streamline focus on patients with confirmed cancer, thereby effectively balancing NHS resources in a way that benefits both healthcare providers and patients alike.

For patients, this innovation offers the ability to obtain results within hours instead of weeks, thereby reducing stress and providing peace of mind, particularly for those who are ultimately found to be cancer-free. The technology’s seamless integration of hardware and software to deliver high-definition imagery accessible by specialists is a prime example of how mobile technology can be harnessed to improve patient outcomes. Also, as trials have shown, this device’s accuracy in identifying cases in need of further investigation ensures that fewer cancers are overlooked, aligning with the NHS’s mission to offer the best possible care.

The success of the endoscope-i app highlights the growing demand for mobile diagnostic tools and shows that collaboration between healthcare providers and technology developers can result in real-world applications that are both life-changing and commercially viable. This success story will likely inspire app developers to explore new, medically validated tools for early diagnosis and remote monitoring, further expanding the role of mobile technology in healthcare.

The endoscope-i device is part of a larger vision in the NHS’s 10-Year Health Plan, aiming to shift from hospital-based to community-based care, and from reactive to preventative health management. As the NHS invests in digital-first solutions, we may witness an ongoing shift towards healthcare that is more responsive to patient needs, less reliant on physical facilities, and ultimately, more sustainable.

Incorporating such advanced diagnostics technology into everyday NHS practice could become a defining feature of modern healthcare. As always, this will mean more reliance on data (and data security) as a result.

Featured Article : How New Data Laws Will Affect You

Here, we look at how the Data Use and Access Bill is poised to reshape how our personal data is handled in the UK and we also review the significant changes it will bring, with implications for the NHS and beyond.

What Is the Data Use and Access Bill? 

Introduced as a cornerstone of the government’s plan to modernise data governance, the Data Use and Access Bill aims to overhaul existing data laws to improve economic growth, streamline public services, and enhance data security. Originating from a need to update the UK’s data legislation post-Brexit, the bill seeks to replace or amend elements of the EU’s General Data Protection Regulation (GDPR) to better suit national interests. The government claims that streamlining data usage and access could generate £10 billion of economic benefit. While the exact date of its enactment remains uncertain, the bill is expected to come into force within the coming year, subject to parliamentary approval.

How Will It Affect Our Data Handling? 

At the heart of the bill lies a fundamental shift in how personal data will be managed, accessed, and shared across both public and private sectors. For individuals, this means their data could be used more extensively to improve services, but it also raises concerns about privacy and consent.

In the context of the NHS, the bill mandates that all IT systems adopt common data formats, enabling real-time sharing of patient information such as pre-existing conditions, appointments, and test results between NHS trusts, GPs, and ambulance services. The Department for Science, Innovation and Technology (DSIT) estimates this could free up 140,000 hours of NHS staff time annually. The government envisions that by breaking down data silos, patient care will become more efficient, reducing medical errors and eliminating the need for repeat tests.

What About Patient Passports? 

Many people will have heard the term ‘patient passport’. As part of the UK’s NHS digital transformation strategy, this will be the centralised digital record that holds a patient’s comprehensive health information, including medical history, test results, and treatment notes. It’s hoped that this passport will allow healthcare providers to access a patient’s entire medical record seamlessly across different healthcare settings, whether at GP surgeries, hospitals, or through ambulance services. By consolidating data, the aim of patient passports is to reduce redundancies, prevent repeated tests, and improve continuity of care, ensuring clinicians can make quicker, well-informed decisions in critical moments.

Privacy Warnings 

However, privacy advocates have said that increased data sharing must be balanced with safeguards, including protecting patient passports from third-party access. For example, one key question they’re asking is who exactly will have access to this sensitive health data? The potential involvement of multinational tech firms (known for less-than-stellar transparency records) adds to this concern. For example, the Good Law Project (a key privacy advocate), has raised concerns about the NHS’s partnership with private data firms, especially Palantir, for managing the Federated Data Platform (FDP). They argue that without sufficient scrutiny, sensitive patient data could be open to misuse or could be shared without adequate patient control. The group has highlighted potential issues with the National Data Opt-Out (NDOO), which allows patients to restrict their data from being used outside of their direct care but doesn’t yet fully cover the FDP, sparking concerns that the NDOO’s limitations might not uphold patients’ data rights effectively.

Beyond Healthcare – The Police 

Beyond healthcare, the bill also proposes allowing police forces to automate certain manual data tasks. Currently, officers must log each instance they access personal information on the police database. Automating such steps could save an estimated 1.5 million hours per year, enabling officers to focus more on frontline duties. While increased efficiency is welcomed, civil liberties groups express concern over potential overreach and lack of oversight. Liberty, a UK human rights organisation, points out that “automation without accountability could lead to unchecked surveillance and data misuse.” 

Infrastructure Too 

The bill also introduces the creation of a digital “National Underground Asset Register,” requiring infrastructure firms to upload data on underground pipes and cables. This initiative aims to reduce the 600,000 accidental strikes on buried assets annually, minimising disruption from roadworks and construction projects.

A Digital Register of Births and Deaths 

Another aspect of the bill that’s drawn attention is a plan for the creation of a digital register for births and deaths. This register is proposed to simplify how vital records are accessed and managed, with the goal of moving away from paper-based systems. Creating a digital registry should, it’s argued, make it easier for individuals and relevant authorities to access official records, such as birth and death certificates. This digital transformation will also align with broader efforts to streamline public records, similar to electronic registration in other sectors.

Consumer Data 

The bill also discusses enhancing how consumer data (like energy usage or purchasing history) might be used to provide personalised services. For example, individuals could use data about their energy consumption to choose better tariffs, or purchasing data could inform tailored online shopping deals.

The Digital Revolution in the NHS 

The digital revolution within the NHS is a critical component of the broader objectives outlined in the Data Use and Access Bill. The government’s new 10-year strategy for the NHS in England aims to transform how patients interact with the health service, mirroring the convenience and accessibility offered by modern banking apps.

Currently, the NHS App’s functionality is limited due to the fragmented nature of patient records, which are held separately by GPs and hospitals. The government’s push for a single, unified patient record (the patient passport) is intended to bridge this gap. As Health Secretary Wes Streeting has stated, “Moving from analogue to digital is essential if we are to create a more efficient, patient-centred NHS” (BBC, 2023).

This shift is anticipated to speed up patient care, reduce redundant testing, and minimise medical errors. For example, immediate access to a patient’s full medical history could enable faster diagnosis and treatment decisions, potentially saving lives.

Open to Abuse? 

However, this digital transformation is not without controversy. Privacy campaigners, such as MedConfidential (a UK group advocating for privacy and transparency in health data usage), have expressed concerns that a single patient record / patient passport system could be “open to abuse” if not properly safeguarded. The involvement of private firms like Palantir, which has been awarded contracts to create databases joining up individual records, exacerbates these fears. As Sam Smith of MedConfidential says, “Handing over vast amounts of sensitive health data to companies with questionable track records poses significant risks to patient confidentiality”. 

Too Hasty? 

There has also been a public backlash against the perceived haste in implementing these changes without adequate consultation. A “national conversation” has been launched to gather public input, but critics argue that more needs to be done to ensure transparency and trust. As Rachel Power, Chief Executive of the Patients Association, said in a Patients Association Statement (2023): “For far too long, patients have felt their voices weren’t fully heard in shaping the health service. Any digital transformation must put patients at the heart of its evolution.” 

The Backlash and Privacy Concerns 

Despite assurances, scepticism remains. For example, the launch of the public engagement exercise was marred by inappropriate and irrelevant submissions, suggesting a disconnect between the government’s intentions and public perception. Also, reports about patient passports and usage of wearable technology (like Fitbits) to monitor health conditions remotely (to offer convenience and improved care) have also raised further privacy issues.

The British Medical Association (BMA) has expressed caution, stating that any move towards increased data sharing must be accompanied by “rigorous ethical standards and patient consent”. Critics fear that without proper oversight, personal health data could be exploited by private companies or misused by the state.

What About the Financial Aspects? 

Many have highlighted that the financial aspects can’t be ignored. For example, Prof Nicola Ranger, General Secretary of the Royal College of Nursing, has said (in an RCN Press Release, 2023) that any future plans will require “new investment” to be successful and that, “Digital transformation is not just about technology; it’s about investing in people and processes to make it work effectively.” 

Efficiency Gains 

With figures in mind, as highlighted earlier, key examples of the efficiency savings that the proposed Data Use and Access Bill could bring by streamlining data use across sectors (especially in healthcare and law enforcement) include:

– An estimated £10 billion boost to the economy (UK government), primarily through simplifying data access and by reducing administrative inefficiencies and fostering innovation across sectors.

– Saving NHS staff 140,000 hours by standardising data formats across NHS trusts, hospitals, and GPs. This saved time could then be redirected to patient care, improving treatment speed and accessibility for patients.

– Automation of routine data tasks, such as logging access to personal data in police databases, could free up 1.5 million hours annually for the police. This reduction in administrative tasks could allow more time for frontline work, which could strengthen law enforcement efficiency and public safety.

Balancing Efficiency and Privacy 

The implications of the Data Use and Access Bill extend beyond immediate efficiency gains. By fostering a more data-driven approach, the UK hopes to position itself as a leader in the global digital economy. The government asserts that modernising data laws will not only improve public services but also attract investment and innovation in sectors like artificial intelligence and biotechnology.

Public Trust Needed 

However, the success of this ambitious agenda hinges on public trust. Past experiences with data initiatives, such as the failed Care.data programme in 2016, have left a legacy of scepticism. That programme sought to share GP records for research and planning but was abandoned due to public outcry over privacy concerns.

As Prof Sir Nigel Shadbolt, co-founder of the Open Data Institute, has said: “Data can be a powerful tool for good, but only if handled responsibly. Building and maintaining public trust is essential for any data initiative to succeed.” 

Government Says Data Will Be Protected 

In response to these challenges, the government has pledged to implement strict data protection measures. The bill is expected to outline clear guidelines on consent, data minimisation, and purpose limitation. Additionally, there will be provisions for individuals to access, correct, or delete their data, aligning with principles established under GDPR.

However, critics argue that replacing or modifying GDPR protections could weaken individual rights. The Information Commissioner’s Office (ICO), the UK’s data protection authority, has urged caution. In a statement last year, the ICO said, “Any changes to data protection laws must not dilute the rights of individuals or reduce the accountability of organisations.” 

There is also the matter of international scrutiny to consider. As the UK diverges from EU data regulations, questions are being asked about the adequacy decisions that currently allow for the free flow of data between the UK and EU countries. Losing this status could have significant repercussions for businesses operating across borders.

Looking Ahead

The Data Use and Access Bill represents a significant step towards modernising the UK’s data infrastructure. While the potential benefits in terms of efficiency, economic growth, and improved public services are substantial, it seems clear that they must be carefully balanced against the imperative to protect individual privacy and maintain public trust. The coming months will be crucial as the bill progresses through Parliament and the national conversation unfolds.

What Does This Mean For Your Business? 

As the Data Use and Access Bill stands poised for implementation, it signals a transformation across public services, private enterprise, and individual rights. For the government, this legislation offers a pathway to harness data as a tool for national progress. The projected £10 billion economic boost, alongside potential time savings within the NHS and police forces, embodies the bill’s intent to streamline services, foster efficiency, and support sectors such as artificial intelligence and biotechnology. For the government, success means creating a framework where data is a secure, accessible resource that fuels growth, with implications not only domestically but also in terms of the UK’s reputation on the international stage.

For the public, the stakes are particularly high. On one hand, individuals stand to benefit from improved public services, from faster healthcare diagnoses and treatments to enhanced law enforcement capabilities. But this convenience comes with concerns around privacy, choice, and transparency. Past data initiatives like Care.data have shown that public trust can falter without robust consent frameworks and clear assurances on data security. Therefore, establishing transparency and giving individuals genuine control over their information are pivotal if the public is to feel safeguarded rather than surveilled.

In healthcare, the NHS’s anticipated transformation via digital records and patient passports could make a tangible difference in patient care given the estimation that it could free up over 140,000 hours in staff time to improve responsiveness and patient outcomes. However, this potential relies on more than just technical feasibility. For example, some would say that significant investment in staff training and infrastructure, as well as strict privacy protocols, are needed to prevent data misuse. Partnerships with private tech companies, which bring efficiency but sometimes questionable records on transparency, will need to be tightly regulated to ensure that patient data is handled responsibly and ethically.

The police, meanwhile, are expected to gain valuable hours through automation, potentially redirecting 1.5 million hours away from administrative duties to active police work, which many would welcome. However, without careful oversight, automated data access could risk privacy rights and lead to unintentional overreach, a concern for civil liberties advocates who call for accountability mechanisms to match this increased efficiency.

Third-party companies, particularly in tech, are also significant stakeholders in this bill. The opportunity to innovate and participate in data-driven public projects is substantial, yet comes with the responsibility to uphold rigorous privacy standards. For UK businesses, especially those relying on cross-border data flows, alignment with international data regulations will be critical. Divergence from GDPR raises questions about future adequacy agreements with the EU, impacting data-dependent enterprises if this alignment weakens.

As this ambitious bill moves forward, its success depends not only on the economic and operational benefits it promises but also its commitment to protecting individual rights and maintaining public trust. Establishing transparent, secure data frameworks that place privacy and consent at the forefront will be essential. With appropriate safeguards, the Data Use and Access Bill could indeed lead the UK into a new era of responsible data innovation. Without them, however, it risks compromising the very rights it aims to modernise.

Tech News : NHS Cyber Attack Means Blood Donors Needed Urgently

A recent ransomware cyber-attack on a provider of lab services to the NHS led to so much disruption in several major hospitals that an urgent appeal for donations of O-type blood was issued.

What Happened? 

On Monday 3 June, Synnovis, a provider of lab services, was the victim of a ransomware cyber-attack. The attack on the provider then impacted several major hospitals in London, including King’s College Hospital, Guy’s and St Thomas’, the Royal Brompton, and the Evelina London Children’s Hospital, and primary care services in southeast London. The attack is thought to be the work of Qilin, a Russian group of cyber criminals.

The Effects

Several of the London hospitals affected declared it a critical incident. The effects of the ransomware attack included the cancellation of operations, diverting patients to other trusts, and disruption in key areas such as transplant surgeries and blood transfusions.

Urgent Appeal For Blood Donations 

The attack meant that the affected hospitals couldn’t match patients’ blood as quickly as usual. This, and the fact that blood only has a shelf life of 35 days (so stocks need to be continually replenished), and operations have been cancelled (creating a backlog) because of the cyber-attack led to an appeal. On 10 June, NHS Blood and Transplant (NHSBT) issued the appeal for O-positive and O-negative blood donors to urgently book appointments to donate in one of the 25 town and city centre NHS Blood Donor Centres in England, to boost stocks of O-type blood.

This is due to the fact that when hospitals do not know a patient’s blood type or cannot match their blood, it is safe to use O-type blood. O-negative blood type (8 per cent of the population have it) for example, can be given to anyone and is often known as the “universal blood type”, while O-positive, the most common blood type (35 per cent of donors have it) can be given to anybody with any positive blood type.

Following the disruption caused by the ransomware attack, more units of these types of blood than usual will be required over the coming weeks to support frontline staff to keep services running safely for local patients.

The Motivation? 

It’s been reported that seeking to extort money was not the primary motivation for this attack despite ransomware being used, rather the attack appears to have been carried out just to disable the system.

It’s also been reported that NHS London said shortly after the incident that it had launched a cyber response team. That said, just days before the cyber-attack, reports indicate that NHS England had spent £3m on two contracts (with KPMG and Deloitte) to provide “cyber incident response” services for the next two years.

Why Are Hospitals Targeted So Often By Cyber Criminals? 

Hospitals are often targeted by cyber criminals because they hold critical and sensitive data, often operate with outdated systems, and cannot afford prolonged downtimes, making them more likely to pay ransoms. Additionally, the widespread use of networked medical devices and historical underinvestment in cybersecurity measures make hospitals attractive targets for ransomware and other cyber-attacks.

Many may remember that the last major cyber-attack on UK hospitals was carried out by the notorious ransomware strain “WannaCry” in May 2020. The attack affected numerous NHS trusts across England, causing widespread disruption to services and leading to the cancellation of thousands of appointments and surgeries. That attack exploited a vulnerability in outdated Windows systems, highlighting significant cybersecurity weaknesses in the NHS’s infrastructure.

What Does This Mean For Your Business? 

The ransomware attack on Synnovis and its widespread impact on major London hospitals illustrates the critical importance of cybersecurity for businesses and organisations across all sectors. For UK businesses, this is a stark reminder that cyber threats are an ever-present risk that can have far-reaching consequences. The attack on Synnovis was not an isolated event but is part of a broader trend of increasing cyber-criminal activity targeting critical infrastructure and services.

The disruption to healthcare services highlights the vulnerabilities that many organisations face, particularly those that handle sensitive data and rely on complex, interconnected IT systems. For businesses, this means that ensuring robust cybersecurity measures is not just a technical requirement but a fundamental aspect of operational resilience. Regularly updating software, conducting security audits, and training staff on cybersecurity best practices, for example, are essential steps to mitigate the risk of such attacks.

The financial and reputational damage caused by cyber-attacks can also be devastating. For businesses, a cyber-attack can result in significant downtime, loss of customer trust, and potential legal ramifications if sensitive data is compromised. Investing in cybersecurity is, therefore, not just a defensive measure but a proactive investment in the continuity and sustainability of your business.

The NHS’s swift response in this case, including the deployment of a cyber incident response team (and the recent investment in cybersecurity services), illustrates the importance of having a well-prepared response plan. Businesses should develop and regularly update their incident response plans to ensure they can quickly and effectively respond to any cyber threats. This includes having clear communication strategies in place to keep stakeholders informed during and after an incident.

Also, the urgent appeal for blood donations in the wake of the cyber-attack serves as a poignant reminder of the interconnectedness of our modern world. Disruptions in one sector can have cascading effects across others, emphasising the importance of collaboration and support within and between industries. For businesses, this means building strong partnerships and networks to enhance collective cybersecurity resilience.

The Synnovis cyber-attack which led to so many critical UK healthcare services being severely affected is yet another wake-up call for businesses and organisations of all kinds to prioritise cybersecurity. By taking proactive measures to protect their IT infrastructure, investing in robust security solutions, and preparing comprehensive response plans, businesses can better safeguard against the growing threat of cyber-attacks and ensure their long-term viability in an increasingly digital world.