General News
Achieving Better Patient Outcomes with Artificial Intelligence

By Dr.Simon Kos, Microsoft Chief Medical Officer
Nurse Florence Nightingale may be most well-known as the British Army’s lady with the lamp, assiduously conducting night rounds and attending to the wounded by candle light.
But by demonstrating the link between poor sanitary conditions and high mortality rates in hospitals, it was her pioneering use of data collection and visualisation that still resonates today.
In 2018, medicine faces a different set of challenges, with longer life expectancies and population growth increasing the number of patients suffering with chronic conditions requiring ongoing care.
This has led to the cost of delivering healthcare increasing faster than GDP and quickly becoming unsustainable.
Transforming delivery with data
Over 160 years might have passed since Florence Nightingale’s day, but addressing these challenges still depends on data.
By using it to unlock valuable insights, there’s an incredible opportunity to both accelerate medical breakthroughs and improve patient care.
Over the past decade, a great deal of focus has been on digitizing the sector’s records.
But while this has been a success improving performance from an operational stand point, we’ve yet to see it really transform the way we deliver services to patients.
At present, health is data rich and information poor. By applying cognitive technologies like Artificial Intelligence (AI) to this data, the sector can shift from traditional reactive treatments to a more proactive health system based on prevention, wellness, faster diagnosis and precision medicine.
Nicholas McQuire, VP, Enterprise Research at analyst firm CCS Insight, sees AI “radically transform the health care industry over the next five years.
AI will bring important improvements in operational effectiveness, care delivery and above all, patient outcomes.
It will also be a vital tool in helping solve some of our most challenging health-related problems, not least how to balance restricted budgets and reduced workforces against the growth of chronic conditions.”
Providing personalized treatment
Evolving approaches to cancer illustrate the way in which AI can revolutionise healthcare across the whole sector.
Historically considered an acute terminal illness, medical knowledge is improving to the point where most cancers are classified as highly treatable conditions.
That said, according to the World Health Organization (WHO) between 30 and 50 percent of cancer deaths could be avoided with prevention, early detection and treatment.
With the total economic impact of cancer costing the global economy over an estimated $1.16 trillion a year, we’re increasingly turning to the power of AI to address this issue, with oncology one of the most advanced areas of precision medicine.
Project InnerEye, used by Addenbrooke’s Hospital in Cambridge, provides a good example, applying two core branches of AI, machine learning and computer vision, for the analysis of radiological images.
According to a study from TMC, the UK currently has less than five radiologists per 100,000 people, and will struggle to cope with demand for scans in the short, medium and long term.
Designed to identify tumours in a matter of seconds, Project InnerEye can help speed up diagnosis, as well as improve the delivery of treatments like radiotherapy, by providing exact delineation between cancerous tissue and healthy anatomy.
In addition, it promises to provide better monitoring of disease progression during treatments so they can be adjusted in line with how patients respond.
This has the potential to result in more targeted and effective chemotherapy with fewer side effects for patients.
These applications provide us with an opportunity to transition from a predominantly experimental approach to the ability to be incredibly precise.
Advances in genetic medicine now include genome sequencing of individual patients and tumours, allowing personalized diagnosis and treatment.
While progress in this field is encouraging, due to the complex range of genetic mutations responsible for cancer, the specialist skills needed to interpret genome information, and the high volume of new cancer cases each year, it’s not currently scalable to use this for every patient.
This has seen organisations like St. Jude Children’s Research Hospital turn to the cloud to facilitate data sharing with global research communities.
Working with Microsoft Research’s genomics group, computational biologists from the hospital developed an online platform capable of managing vast quantities of anonymised genomic data.
By comparing raw genomic data with reference genomes to identify where they differ, researchers hope to identify the variants responsible for cancers, and make progress toward eventually finding a cure.
Helping patients take control of their care
A key objective of these AI initiatives is minimising unnecessary and costly hospital admissions and readmissions.
Discovering only eight percent of heart surgery patients were following doctor’s orders upon leaving hospital, the Helsinki and Uusimaa Hospital District (HUS) wanted to tackle this issue head-on by creating a number of online ‘hubs’ for management of remote care plans.
These range from monitoring use of medication and proscribed therapies, to providing virtual consultations with specialists.
HUS believes AI has a central role to play in optimising these kinds of virtual services.
Visa Honkanen, Director of Strategic Development for HUS, explains “At the moment, we have no way of analyzing what’s happening, what’s useful … and how people are accessing and experiencing these services.
By using machine learning to analyze the data, we will be able to direct patients to the right place right away, and also see which of our digital tools work best, abandon the tools that aren’t working, and focus on the most promising ones.”
Ensuring responsible use of AI
While AI presents many benefits for healthcare, there are important considerations that need to be taken into account.
Former Director-General of the WHO Dr Margaret Chan warns “Artificial intelligence is a new frontier for the health sector…The potential of AI in health care is huge, but so is the need to take some precautions”.
From a data management perspective, delivering real value with AI depends on access to a bank of patient information, a sensitive resource that needs to be safeguarded.
The EU’s new GDPR guidelines provide a great benchmark standard to start from, however, medical professionals, regulators and policy makers will need to address the issue of“secondary”uses for health data i.e. usage not relating to the patients direct care.
Ensuring that privacy and data protections are systematically implemented will be vital for continued improvement of healthcare and public health.
At Microsoft, we were the first major cloud provider to incorporate an international code of practice for cloud privacy, ISO/IEC 27018 and we also back those protections with strong contractual commitments.
Like Florence Nightingale founding modern nursing in 19th century, today technology and health care are collaborating to create a modern medical sector fit for the 21st.
These developments will create a hybrid workforce where doctors and AI work together to solve medicine’s greatest challenges.
By helping the public play a more active, informed role in the care relationship, and empowering health professionals with the best information, AI will drive services that are more effective, efficient and accessible than ever before.
General News
Cybersecurity Firm Warns Against Gift Card Scams @ Saint Valentine’s Day

Looking for a gift for your soulmate on February 14th and think that a gift card would be a nice option? Just remember that when digital trends rapidly rise in popularity with customers, they are also gaining traction with scammers looking to use them as bait.

With Saint Valentine’s Day approaching, Kaspersky has identified several phishing and malicious campaigns targeting gift card owners and those who’re looking for a digital present for their loved ones. To help stay safe, the security experts at Kaspersky have also shared practical advice on how not to be tricked.
A “check‑your‑balance” that drains your gift card
Kaspersky’s latest global survey* shows that 80% of respondents consider giving digital presents such as subscriptions, gaming credits or gift cards. Scammers are actively exploiting this trend capitalising on well-known brands, creating fake online stores and even crafting fake verification portals designed specifically to steal gift card value.
Kaspersky’s phishing detection identified deceptive platforms offering victims a “secure” system to check their gift cards validity, status or balance. Targeting those who recently received a gift card, phishers steal the card’s identification data and get an opportunity to activate the certificate before the user themselves.
To stay protected from such scams, Kaspersky recommends double‑checking that a website is real. Look carefully at the web address, any links you’re asked to click, and spot any odd pictures or designs that might hint the site is fake.
The safest way to confirm a gift card’s balance is to go straight to the brand’s official website – don’t follow any other links. To prevent clicking on a malicious link, use a security solution such as Kaspersky Premium with a strong AI-powered anti-phishing component.
Is it a gift card for you or for cybercriminals?
As gift shoppers flood online marketplaces with flash sales and limited-time deals, cybercriminals are watching closely, ready to strike when users are most vulnerable.
Kaspersky experts detected a fake website that mimics Amazon, one of the most famous marketplaces, offering $200 gift card. With this tempting offer, scammers encourage customers to press a “Get your Amazon gift card” button. However, when the user clicks it, they get an MSI installer with a backdoor that cybercriminals use to remotely control the victim’s device.
This fraudulent scheme highlights the importance of complex cybersecurity protection, showing that clicking on a wrong link may result in not only money and data loss, but also device infection or loss of control over it. When a fake site copies the original store’s look exactly, it’s hard to tell which one is real and which is a scam.
Kaspersky Premium protects users from fraudulent online stores through advanced detection technology that analyses website characteristics and URLs to identify suspicious patterns.
For its excellent performance in AV-Comparatives Fake Shops Detection certification in 2025 Kaspersky Premium was awarded an “Approved” certificate, making it the right choice for confident online shopping.
“As Valentine’s Day approaches, cybercriminals may increase their efforts to exploit the emotional vulnerability and romantic spirit that define this holiday. They’re creating fake gift card websites, spoofing popular retailers, and launching phishing campaigns that prey on your desire to make your loved ones happy.
The best defence is to stick to well-known retailers, check URLs carefully, apply a security solution with advanced phishing detection and remember that if a deal seems too good to be true, it probably is,” comments Anton Yatsenko, Lead Web Content Analyst at Kaspersky.
General News
NITDA, Wigwe University deepen talks on AI, agriculture collaboration

National Information Technology Development Agency (NITDA) and Wigwe University are laying the groundwork for a far reaching collaboration centred on artificial intelligence (AI) research, agricultural innovation and digital talent development, following a high level engagement between both institutions in Abuja.

NITDA
The discussions, led by Wigwe University Vice Chancellor Professor Marwan Al Akaidi and senior NITDA officials, revealed an alignment of expertise, priorities and national objectives that could accelerate Nigeria’s technological advancement.
Professor Al Akaidi, who leads the young but ambitious Wigwe University established under the vision of the late Herbert Wigwe, said the institution was created to become “the university of Africa”, providing high quality teaching and transformative research for Nigeria and the continent.
He emphasised that Nigeria has immense talent but often lacks the opportunities and platforms to channel it effectively—an issue the university intends to solve through strong industry and government partnerships.
Drawing from his long academic and research career in the United Kingdom and the Middle East, Professor Al Akaidi shared that the university is already conducting work on AI for Health in Nigeria with a team of ten researchers.
He stressed his determination to build a full AI centre in the country, similar to the one he helped establish in Abu Dhabi, noting that although funding setbacks followed Herbert Wigwe’s passing, the ambition remains intact and urgent.
According to him, Wigwe University does not seek to become a passive user of foreign AI tools but aims to “create the Nigerian AI”—a locally driven, world class AI engine that reflects the country’s needs, languages and realities.
He further explained that the university’s location in Rivers State provides a natural foundation for AI enabled agriculture and food production research.
Surrounded by extensive farming communities, the institution sees opportunities to apply AI to livestock management, land use, food processing and agricultural efficiency.
Using Nigeria’s cattle population as an example, he argued that technology can dramatically improve productivity: “In countries with fewer cattle, output is far higher because of new feeding systems and technology. If we apply AI properly, Nigeria’s agricultural wealth can multiply.”
He also pointed to AI’s potential in hospitals and medical diagnosis, especially for widespread illnesses like malaria.
NITDA’s representative, Dr Aristotle, welcomed the visit warmly, calling the Agency “Nigeria’s technology powerhouse” with mandates covering IT development, regulation, innovation, research and standards.
He said the Vice Chancellor’s proposals align strongly with NITDA’s strategic direction and existing programmes, highlighting the National Centre for Artificial Intelligence and Robotics and the National Adaptive Village for Smart Agriculture as key areas where collaboration can take shape.
He praised Wigwe University’s focus on entrepreneurship, innovation and skills development, noting that academia is a crucial stakeholder in the national tech ecosystem.
He also explained that NITDA’s work aligns closely with the government’s priority agenda and the Agency’s Strategic Roadmap and Action Plan, built on pillars such as knowledge, research and development, entrepreneurship, innovation and partnership.
He assured the visiting delegation that NITDA sees collaboration as essential and is committed to implementation rather than discussions alone: “Whatever we commit to, we will do. We understand the importance of partnership because no single institution has all the answers.”
Building on this, NITDA’s Director of Research and Development, Dr Kumo, said the Agency is working to develop a technology research ecosystem capable of moving Nigeria into the top 25 per cent of global research performance.
He noted that many of Wigwe University’s interests—AI, robotics, unmanned aerial vehicles, the Internet of Things, blockchain and additive manufacturing—mirror NITDA’s research priorities.
He also emphasised the value of virtualising education, allowing learners anywhere in Nigeria to access Wigwe University’s programmes through technology, improving national inclusivity.
From the Digital Literacy and Capacity Building Department, Dr Tambuwal stressed that NITDA prioritises building a digitally literate population and developing talent from basic education through to tertiary level.
He noted that many workers today still lack the digital skills required to use modern systems effectively, making it essential for universities to produce graduates who are digitally fluent and ready for the workforce.
He expressed readiness to partner with Wigwe University and explore shared learning opportunities.
Returning to curriculum and industry alignment, Professor Al Akaidi stressed that academia needs industry just as much as industry needs academia.
He described the need for constant curriculum review, especially in computing, engineering and technology, to ensure students are not learning outdated content.
He explained that teaching must be underpinned by active research and that the real value of education lies in producing graduates who understand the technology and can lead in their fields.
At Wigwe University, he said, students are already demonstrating remarkable capability—second year students are set to launch a major educational app, showing what young people can achieve when supported and challenged.
He insisted that Nigerian universities must produce graduates who are not only job seekers but job creators, noting that Wigwe University is building such a culture deliberately.
His call to action was clear: “We need to work together. If we combine our strengths, we can produce something real for Nigeria and beyond.”
The meeting ended with mutual assurance that the collaboration will move into concrete action. Both sides agreed to identify dedicated contact teams and map out specific workstreams for AI research, agricultural innovation, virtual learning, digital literacy, curriculum development and emerging technologies. With this shared resolve, NITDA and Wigwe University appear ready to build a partnership capable of shaping Nigeria’s technological future.
General News
Identy.io Targets Nigeria, Kenya in Its Africa Expansion Strategy

Nigeria and Kenya are the next target markets for Identy.io, a global provider of digital identities, as it expands into Africa. Facial, fingerprint, and palm identification are among the safe, mobile biometrics that the company specialises in.

According to Indenty.io, its platform runs locally on smartphones, eliminating cloud storage while maintaining security and privacy.
It goes to say this is achieved by leveraging standard smartphones for fingerprint and face scans, the company aims to bridge the continent’s digital divide, where a significant number of adults still lack basic identification.
To spearhead this rollout, the firm has appointed a specialised regional leadership team, including industry veterans from Nigeria’s Bank Verification Number programme, to integrate their automated Biometric Identification System into national digital public infrastructure.
The company says the significance of this move lies in the departure from traditional, “clunky” biometric models.
Historically, digital ID enrollment in Sub-Saharan Africa has been throttled by the high cost of specialised scanners and the logistical nightmare of deploying them to rural areas.
Identy.io notes that its approach shifts the heavy lifting to mobile software.
Identy.io is positioning itself to capture a market the World Bank’s Identification for Development initiative identifies as critical for financial inclusion.
If successful, this could accelerate government-to-person payments and healthcare access in regions where coverage currently sits below 70%.
“We are transforming the traditional industry model, which often relies on expensive and inflexible digital infrastructure,” says Antony Vendhan, Co-founder of Identy.io. “This allows our clients to reach underserved communities by providing individuals with multimodal access to secure their digital identities.”
The company will face established players like IDEMIA and Thales, who have long dominated government contracts.
Furthermore, Identy.io will face competition from up-and-coming regional fintech identity firms such as Smile ID, which already has a significant presence in Know Your Customer services throughout Africa.
To gain an edge, Identy.io has aligned itself with Modular Open Source Identity Platform (MOSIP).
By being listed on the MOSIP marketplace, the company says its tech becomes “plug-and-play” for governments building open-source national ID systems, a growing trend among nations wary of “vendor lock-in.”
While the primary focus remains on Nigeria and Kenya, Identy.io’s long-term roadmap includes a phased rollout to other emerging markets.
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