E-Business
Looking For Agility “As A Service”

The drive for improved agility and more rapid deployment of services is a main concern for business leaders across virtually all industry sectors.
For their part, IT decision-makers are under increased pressure to make sure business solutions can deliver on these ambitions.
In its latest “Business Value Scorecard”, Forrester found that business leaders increasingly measure success by comparing what percentage of their IT-spend actually fuels innovation to how much just helps “keep the lights on”.
This view of success is undoubtedly a large driver behind the rapid rise of cloud computing in the past few years, and why the technology has today joined the enterprise’s formal IT portfolio.
In its many forms, the technology offers businesses a gateway to improved agility.
To add to this, vendors’ cloud offerings today have at once become more varied and more granular, which means discerning companies can pick and choose exactly from a large menu of business solutions to suit their needs.
The public cloud, in particular, has become popular with businesses seeking a cost-effective means to reduce their time-to-market for new services or quickly deliver crucial add-ons to customers using their existing offerings.
With customer satisfaction scores now serving as a measure of success for IT initiatives, it’s hardly surprising that the market for Software-as-Service (SaaS) cloud solutions is set to expand by 17 per cent each year up to 2018.
The public cloud has already earned a reputation as an enabler of service agility in a number of fields, with the healthcare industry serving as a prime example of this.
According to a recent survey, 67 per cent of healthcare institutions use SaaS cloud-based applications.
What’s just as notable, however, is what these organizations expect from the cloud. 45 per cent of respondents cited “speed to deploy new services” as a top measure of the cloud’s value to their business.
This fell only slightly behind the top measure – “improving technological capabilities” – which is of course the central purpose of any technology investment.
SaaS cloud solutions area also leading the pack in this regard by helping mid-sized businesses and expansion-oriented larger companies gain agility in the pursuit of their growth ambitions.
As they become more successful, businesses will need to build on the breadth and functionality of their IT systems.
SaaS applications allow organizations to very quickly make scale-appropriate upgrades and implement expansion packages developed specifically for their needs.
As a result, they can make the jump to the “next level” without the high costs and growing pains that have traditionally accompanied these expansions.
Of course, companies will continue to consume the cloud in different ways depending on their needs.
For example, while many financial institutions and government bodies do make wide use of SaaS, others may have specific requirements that make an in-house cloud platform more appropriate for some applications.
That being said, business agility takes many forms. By taking advantage of the variety of cloud platforms available to them today companies can actually gain a great deal of flexibility when launching new services.
Because SaaS applications from established vendors are built on the same heritage and technologies as those traditionally developed for in-house IT systems, companies can seamlessly transition between a public and private structure as they see fit.
Business leaders eager to launch new services quickly to stay ahead of the market can roll these out in the cloud in a matter of weeks, and then move them in-house if they want to keep valuable data or processes out of the public domain down the line.
The truth is that the debate over which cloud platform – SaaS, Infrastructure-as-a-Service, or one of the many other options available – is creating a lot of noise but has in fact become a moot point.
Ultimately, business leaders will make intelligent investment decisions as they always have – first determining what pain points they want to address and then choosing whichever cloud platform and add-on services they need to address these challenges.
For example, many businesses have already begun to create their own mobile applications to empower employees to work more collaboratively and productively using their connected devices.
Applications developers need the proper tools and resource libraries to build this software, and will fuel rising demand for Platform-as-a-Service cloud solutions in the coming years.
No matter what they want to achieve with the cloud, what IT leaders will notice is that the breadth and customization options offered by vendors today present them with a seemingly unlimited range of options to choose from.
With the level of flexibility and extensibility available to them, it will be up to business leaders to choose the most suitable cloud platform for their needs, and build on their investment by developing services and add-ons that will set them apart and help them remain agile no matter what the market throws their way.
By adebayo sanni, country managing director, Oracle Nigeria
E-Business
Kaspersky Uncovers Cyber Threats Defining the First Half of 2026 in Nigeria, Others

Kaspersky’s Global Research & Analysis Team (GReAT) reveals key cyber threat trends for the first half of 2026 at the recent Cyber Security Weekend for the Middle East, Turkiye and Africa region (META).

As the cybersecurity landscape continues to evolve, cyberthreats are becoming increasingly diverse and sophisticated. The rapid adoption of artificial intelligence (AI), coupled with ongoing geopolitical and economic instability, is contributing to the rise of cybercrime and the growing complexity of cyberattacks.
According to Kaspersky’s telemetry, online threats exploiting vulnerabilities in websites, emails and web services continued to affect millions of users across the META region during the first half of 2026.
Specifically, Kaspersky detection systems stopped 1,6M attacks from various online resources in Nigeria. Turkiye recorded the highest percentage of users affected by web-based threats at 22.8%, followed by Kenya (21.2%), Qatar (19.3%), Nigeria (18.4%) and South Africa (17.2%). In contrast, Saudi Arabia, Jordan and Pakistan registered the lowest share of users targeted by web-borne attacks in the region.
AI is transforming attacker operations
Kaspersky experts report that threat actors are increasingly integrating AI into different stages of their operations. Large language models are already being used to generate phishing emails, malicious code and supporting operational content.
AI is also beginning to play a larger role in malware development. Modern language models are capable of generating substantial portions of malicious software, from initial code scaffolding to functional modules.
Researchers have already observed AI-assisted malware development in campaigns linked to the FunkSec group, which deployed Rust-based malware capable of data theft, encryption and process manipulation. Similarly, during the RevengeHotels campaign in 2025, threat actors used large language models to generate portions of the infector and downloader code.
“We expect AI to remain one of the key factors shaping the threat landscape in 2026, as we already see how it is reshaping attacker workflows and accelerating their operations,” said Sergey Lozhkin, Head of Global Research and Analysis Team in APAC and META regions at Kaspersky. “By lowering the time and cost required to develop and adapt malicious tools, AI allows threat actors to iterate faster and scale their efforts. Defenders should be prepared for quicker shifts in tactics.”
Emerging trends shaping the cyber threat landscape
In addition to the growing use of AI by cybercriminals, Kaspersky experts identified several trends that organisations should monitor closely:
- AI-driven malware evolution: generative models can rewrite malware in different languages or architectures, making malicious code harder to detect, and faster to deploy at scale.
- Cloud-based data exfiltration: attackers increasingly route stolen data through legitimate cloud and file-sharing services to blend in with normal traffic.
- Ransomware targeting operations: some groups disrupt production and business processes, not just encrypt data, to increase pressure for payment.
- AI agents as persistence mechanisms: some AI agent solutions are granted broad or even full system access. If compromised, attackers could modify the system prompt or the agent’s configuration, for example, causing it to download a payload on every startup.
- Malicious AI skills become a new attack vector: as AI agents gain broader access to enterprise systems, attackers start to exploit compromised skills to manipulate agent behaviour, steal sensitive data, execute unauthorised actions, and establish persistent access. This creates a new layer of risk where trusted AI tools can be turned into powerful mechanisms for cyberattacks.
As cyberthreats continue to evolve alongside emerging technologies, Kaspersky recommends that organisations strengthen their cybersecurity posture through continuous vulnerability management, timely patching, employee awareness training, threat intelligence, and advanced security solutions like Kaspersky Next, capable of detecting sophisticated and AI-assisted attacks.
E-Business
Kaspersky Uncovers New Mirage Kitten Malware Used in Cyber-espionage Campaign Across Africa, Others
Kaspersky Global Research and Analysis Team (GReAT) has discovered a previously undocumented malware set used by Mirage Kitten APT. The findings were revealed at its annual Kaspersky Cyber Security Weekend for the Middle East, Turkiye and Africa (META).
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The malicious tools were used in a targeted campaign aimed at maintaining long-term access to victim networks and stealing sensitive data.
The company’s researchers have identified victims of this campaign across the Middle East and Africa, including organisations in Egypt, small and medium-sized businesses and government entities in Jordan and Tanzania, aviation organisations in Pakistan, telecommunications companies in Ethiopia and financial-sector entities in Burkina Faso.
The toolset consists of three custom programs. At its core is NightLedger, a newly discovered Windows backdoor attributed to the group based on code and behavioural similarities to its previously known malware, which gives the attackers remote control over infected machines: they can run commands, explore and transfer files and capture screenshots.
It is complemented by two covert tunneling tools, ArcBridge and BridgeHead, which effectively turn a compromised computer into a relay node: the attackers run their tools on their own servers, while all the resulting traffic is quietly funneled through the victim’s machine, as if it originated from inside the victim’s network.
This lets them slip past network defences and preserve long-term access without drawing attention. The first of these tools was identified in April 2026 in activity targeting victims in the Middle East.
While the initial access vector remains unclear in most cases, Kaspersky GReAT researchers observed BridgeHead being deployed during post-compromise activity in victim environments in Egypt and at an aerospace and aviation organisation in Pakistan. In those cases, the intrusion activity followed targeted spear-phishing attempts consistent with the group’s known methods.
The lures were highly tailored including recruitment-themed messages impersonating trusted brands and hiring platforms, as well as fake videoconferencing pages that redirected victims to malicious archive files hosted on third-party file-sharing services.
“Based on our latest findings, we conclude that Mirage Kitten continues to evolve its malware arsenal in support of targeted cyber-espionage operations across the Middle East and Africa.
“Another notable aspect of the campaign is the group’s continued reliance on tunneling utilities as part of its operational toolkit: in practice this enables attackers to bypass network controls, maintain covert access to compromised environments and significantly complicate detection efforts.
“Given the persistence and sophistication of these techniques, organisations and defenders should incorporate these findings into their threat assessments and strengthen their detection and response capabilities accordingly,” says Omar Amin, senior security researcher at Kaspersky GReAT.
E-Business
NDPC Directs DCPMIs to Register with Agency or Face Legal Consequences

Nigeria Data Protection Commission (NDPC) has directed all Data Controllers and Data Processors of Major Importance (DCPMIs), yet to register with the commission to do so immediately.

This followed a Federal High Court judgment affirming NDPC statutory powers to designate and register such entities.
DCPMIs are entities operating in Nigeria that handle sensitive personal data or large volumes of information, requiring mandatory registration with the NDPC under the Nigeria Data Protection Act (NDPA).
In a statement issued on Tuesday by Babatunde Bamigboye, head of Legal, Enforcement and Regulations at the NDPC, described the judgment as a major milestone for data accountability and regulatory oversight in Nigeria.
The commission said the ruling arose from a suit filed by Emmanuel Harunna against the NDPC in Emmanuel Harunna v. NDPC (FHC/L/CS/1116/2024), in which the applicant sought a declaration that Point of Sale agents were not Data Controllers or Processors of Major Importance under the Nigeria Data Protection Act and requested a perpetual injunction restraining the commission from registering them.
According to the statement, Justice F.N. Ogazi examined the commission’s Guidance Notice on Registration alongside Sections 5(d), 6(c), 44, 45 and 65 of the Nigeria Data Protection Act before concluding that the commission acted within its statutory powers in designating entities under the Major Data Processing – Ordinary High Level category as Data Controllers and Processors of Major Importance.
Quoting the judgment, the statement read, “The Nigeria Data Protection Act was enacted to promote accountability, transparency and responsible data governance. Registration enables the Respondent to identify entities engaged in significant data processing activities, monitor compliance.”
It added that the court held that, “Far from undermining the constitutional right to privacy, the registration framework is one of the statutory mechanisms designed to safeguard that very right by subjecting data controllers and data processors to effective regulatory oversight.”
The statement further quoted the court as saying, “Looking at the recitals of the Guidance Notice, there is every indication that the Guidance Notice is also aimed at protecting the privacy and security of data subjects, thus bringing the registration requirement of the Guidance Notice within the protective shield of Section 45 of the 1999 Constitution.”
According to the commission, the court also held that, “Remarkably, Section 63 of the Data Protection Act provides that the provisions of the Act shall prevail over any other law inconsistent with its provisions on matters relating to the processing of personal data.”
Reacting to the judgment, the commission described the decision as a significant boost to Nigeria’s data protection regime.
“The Commission appreciates the ground-breaking efforts of the court towards the advancement of the jurisprudence relating to data accountability in Nigeria, as eloquently demonstrated in this case,” the statement read.
Following the ruling, Vincent Olatunji, national commissioner and chief executive officer, had directed every Data Controller and Processor of Major Importance that had yet to comply with the registration requirement to register without delay.
The commission warned that entities failing to comply with the registration requirement could face legal consequences.
“Failure to register creates serious legal liabilities under the law, while compliance with registration requirements builds public trust and safeguards the fundamental rights and freedoms of data subjects in Nigeria,” the statement added.
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