E-Business
Ericsson Boosts Small Cell Sites With First Indoor Picocell

Smaller buildings and venues have the same mobile broadband coverage and capacity requirements as their larger counterparts.
But, in these smaller locations, this must be achieved at lower cost, both in terms of total installed capex and ongoing opex. With hundreds of thousands of small cells and carrier Wi-Fi access points already shipped to leading operators around the world, Ericsson is now launching the RBS 6402, the first indoor picocell to deliver 300 Mbps LTE speeds with carrier aggregation, that addresses the performance requirements and economic imperatives of smaller sites on a future-proof platform with a compact, tablet-sized footprint.
Patrick Weibel, responsible for Mobile Data Networks, Swisscom, said: “In our efforts to meet the increasing demand for access to mobile data within buildings, brought about by new mobile enterprises and M2M opportunities, our focus is on cost-effective offerings for smaller buildings. With the all-in-one small cell RBS 6402 from Ericsson we can reduce our costs without compromising performance and remain competitive.”
In today’s mobile workplace the tenfold growth of mobile data traffic by 2019, increasing enterprise adoption of Network-as-a-Service models, and new device-to-device and M2M applications, present both opportunities and challenges for mobile operators.
To satisfy their consumer and business customers, grow in mobile enterprise and expand into new industries, mobile operators must deliver consistently high performance indoor app coverage deep into buildings of all sizes and then back out onto the street again.
Daryl Schoolar, Principal Analyst of Wireless Infrastructure, Ovum, also said, “The indoor area, especially serving enterprise users, has started to heat up when it comes to small cells. It is the area where Ovum has seen the highest level of activity for small cell solutions. Unfortunately, many of those solutions create another network silo for the mobile operator as they aren’t fully integrated or coordinated with the rest of the network.
“By deploying small cells as an almost separate network the mobile operator cannot fully leverage the overall network performance. Ericsson has addressed this with its new small cell that offers feature parity and tight coordination with the macro cell. At the same time the RBS6402 is a very strong small cell product on its own, with a combined feature set I don’t see any other small cell offering at this time.”
As the first picocell to support LTE speeds of up to 300 Mbps with carrier aggregation, the RBS 6402 delivers twice the capacity and speed.
Flexible and future proof, it’s the only multi-carrier, concurrent multi-standard (LTE, WCDMA and Wi-Fi), and mixed-mode small cell to support 10 different bands, with two 3GPP standards (LTE and WCDMA) plus 802.11ac Wi-Fi operating simultaneously to deliver higher peak rates and capacity.
It integrates LTE and 3G radio access with Wi-Fi using Ericsson’s industry-first Real-Time Traffic Steering to dynamically and seamlessly shift the mobile device connection between networks, delivering the best user experience and optimizing network resources.
It also leverages LTE-Advanced and supports VoLTE. Remote software activation of frequencies, bands and features eliminates the need for site visits in conjunction with refarming or acquiring new spectrum.
Plug-and-play installation using existing ethernet for power and connectivity and fast remote commissioning means the cells fully install and are network-live within 10 minutes.
Cloud-based aggregation and gateway functionality reduce onsite equipment requirements and associated capex, while enabling consistent management across both indoor and outdoor network.
Ericsson’s comprehensive range of small cell and carrier Wi-Fi solutions – including the new RBS 6402 — ensures that mobile operators can address any mobile broadband coverage and capacity requirement today and in the future.
Optimized for indoor environments up to 5,000 square meters (roughly 54,000 square feet), the RBS 6402 packages four 250 milliwatt radios in a sleek 2.8 liter form factor that installs and auto-integrates in minutes.
Johan Wibergh, Head of Segment Networks, Ericsson, said, “With the Radio Dot System, we redefined the small cell architecture to address a wide range of underserved buildings, but we knew we still had to crack the price-performance barrier for smaller venues. Now the RBS 6402 cost-effectively serves the needs of smaller sites, which we estimate account for approximately 10 million buildings worldwide.
“With the Ericsson small cell and carrier Wi-Fi portfolio, mobile operators can now address their consumer and enterprise customers and new industrial opportunities in any indoor and outdoor environment.”
Coordinating small cells with the macro network, Ericsson delivers reliable connectivity and mobility through heterogeneous networks that employ common traffic management across technologies, frequencies and locations.
This holistic approach enables continuous monitoring of user performance across radio technologies, whether 2G, 3G, LTE or Wi-Fi, and between indoors and outdoors and coordinates decisions based on network load or service prioritization.
By eliminating the need to send traffic to the core network when moving between cells, techniques such as soft handover between base stations reduce both latency and dropped connections.
Radio coordination between the macro and small cells can also reduce the number of small cells required by up to 70 percent.
Ericsson supports all of its small cell products with network design, roll out, support and optimization services.
Ericsson Global Services also brings along the end-to-end capabilities needed to ensure seamless operation between small cell additions and existing network assets.
E-Business
Privacy Crisis May Undermine Local Hosting of Data by Banks, Fintechs

Nigeria’s weak data protection guardrails may undermine the recent directive by Central Bank of Nigeria (CBN) to banks, fintech firms, and other payment service providers to store payment transaction data generated within the country local servers.

CBN said that the new rule will start from January 1, 2027, as part of new measures to strengthen oversight of the fast-growing digital payments ecosystem.
This will also provide the country greater control over critical data infrastructure, allowing authorities to easily access records, conduct audits, enforce compliance, and investigate, especially in cases where criminal offenses are involved, reducing delays often caused by intermediation between local and foreign entities.
Apart from data sovereignty, the CBN added that moving transaction records from foreign servers will help drive investments in local data centers and cloud storage capacity.
Though reliable estimates are hard to come by, it is believed that Nigeria loses over N60 billion in hosting data in foreign servers.
But a coalition of civil society organizations (CSOs), has raised concerns over safety measures in place to protect data of Nigerians, despite having data protection laws in place.
The coalition, comprising Media Rights Agenda, Paradigm Initiative, Digital Rights Lawyers Initiative, and Accountability Lab Nigeria, among others, released the “Protected From the State, Not By It: Nigeria’s Data Protection Crisis Is a Crisis of Implementation,” where they criticized regulators’ failure to effectively enforce data protection laws, which led to rising cases of digital fraud and rampant illegal sale of sensitive information.
There have been leaks of sensitive voter, financial, and personal records.
For instance, there was alleged unauthorized access to the Continuous Voter Registration (CVR) database of the Independent National Electoral Commission (INEC) during a nationwide CVR exercise.
INEC earlier released the preliminary findings of its investigation into the matter, saying that it found no external breach of its systems and that the personal information of over 90 million registered voters was not compromised.
Despite this, CSOs argued that the incident underscored the lack of oversight, adding that it showed that while data privacy laws are in place, sensitive information can be easily moved from a secure government database and into the hands of private political entities.
The coalition also pointed out regulators’ failure to conduct human rights impact assessments on public surveillance systems before related programs were deployed, urging the government to act on these issues by subjecting public institutions to the same compliance requirements as private organizations.
“This is the asymmetry at the heart of the crisis: citizens are under-protected from data abuse and over-exposed to state monitoring and punishment,” the CSOs stated.
Additional report by coingeek
E-Business
AI-Powered Scams are Biggest Payment Fraud Threat -Visa Report

Visa, a multinational firm into payment card services says Artificial intelligence enabled scams have emerged as the fastest-growing source of consumer payment fraud globally as cybercriminals increasingly target people.

Visa stated this in its Mid-year 2026 Biannual Threats Report released on Wednesday in Lagos.
The report said scammers were increasingly using AI tools and social engineering tactics to manipulate consumers into authorising fraudulent payments themselves.Premier League Fixtures
It indicated that from July to December 2025, Visa identified nearly one billion dollars in scam-related activity, making scams the largest category of consumer payment fraud.
According to the report, fraudsters now impersonate trusted brands and institutions, create a sense of urgency and deceive victims into completing seemingly legitimate transactions.
The report said stronger network-level security had reduced opportunities for direct system compromises, forcing criminals to shift their focus to exploiting human trust.
It revealed that fraud involving device tokens declined by 9.6 per cent between July and December 2025, compared with the same period in 2024.
The report identified accelerating scams, growing use of AI in fraud, migration of attacks from technology to people, and evolving ransomware trends as key developments shaping payment security.
It stated that global ransomware activity rose by 26 per cent during the review period compared with the corresponding period in 2024.
However, only 23 per cent of ransomware victims paid ransoms, the lowest level on record, reflecting improved resilience and recovery capabilities, according to the report.
Commenting, Mr Paul Fabara, chief Risk and Client Services officer, Visa, said that payments at network level continued to get safer, but threats were evolving faster than ever
Fabara said criminals were increasingly using deception, urgency and AI-enabled tools to exploit trust, requiring stronger collaboration across the payments ecosystem.
Also, Andrew Uaboi, vice president and Cluster head, Visa West Africa, said AI had significantly lowered the barriers to entry for fraudsters.
“What once required deep technical skill can now be executed with a prompt,” Uaboi said.
He said intelligence-driven defence and coordinated action across the ecosystem were becoming increasingly critical to protecting consumers from emerging threats.
E-Business
How to Build a Safer Cyberworld for People, Business, and Society

Kaspersky has released its Sustainability Report for 2024–2025, outlining how the company is working toward a safer and more resilient digital future.

The report reflects Kaspersky’s broader commitment to responsible business — protecting people and organisations from cyberthreats, supporting law enforcement cooperation, investing in secure technologies, and helping strengthen the digital resilience of societies and economies.
In 2024-2025, the company continued advancing digital sustainability and strengthening global cyber resilience, reducing thedisruption, financial losses and social risks caused by cyber incidents, and enabling safer and more stable conditions for digital adoption across economies and societies.
Over the period, the number of detected advanced persistent threat (APT) groups and operations has increased significantly — by 74% compared to 2023, supported by intelligence gathered through five dedicated Expertise Centers.
Building a safer cyberworld
A significant part of Kaspersky’s social impact comes from the company’s cooperation with global law enforcement agencies. During the reporting period, the company contributed to joint operations with INTERPOL and AFRIPOL that resulted in the arrest of more than 2,600 suspected cybercriminals.
From a sustainability perspective, this shrinks the opportunities attackers can exploit — making digital environments safer for governments, businesses and individuals, and lowering the long-term economic and social costs associated with cyber incidents.
During the reporting period, Kaspersky formalised its collaborations with AFRIPOL, signing a five-year cooperation agreement, and delivered cybersecurity training to law enforcement representatives from 23 African countries, covering the fundamentals of Security Operations Center (SOC) operations and advanced threat hunting techniques.
This capacity-building work has a compounding effect: as local teams become more capable of independently detecting and responding to threats, the overall resilience of the digital ecosystem increases, while the cost and duration of cyber incidents decrease over time.
Implementing future tech
To effectively protect people, businesses and public institutions from evolving cyberthreats, Kaspersky constantly improves its security solutions and conducts cybersecurity research to stay one step ahead of attackers.
In 2024–2025 the company was granted 155 patents, including 135 AI-related ones. Its global R&D team of around 3,000 employees also produced 373 research publications. Together, these efforts help advance the baseline of secure technologies available to the market.
This reduces systemic vulnerability in digital infrastructure and supports more stable technological adoption at scale.
Responsible innovation frameworks further reinforce this effect. By joining the European Commission’s AI Pact and supporting the UN Global Digital Compact, Kaspersky has aligned its development practices with emerging global governance standards.
This contributes to sustainability by helping reduce the risks of unsafe AI deployment, such as misuse, bias or system exploitation, which could otherwise undermine trust in digital transformation.
The company’s Cyber Immunity approach, implemented through KasperskyOS, adds another layer of long-term sustainability impact by shifting security from reactive protection to architectural resilience.
Instead of repeatedly patching vulnerabilities, systems are designed to be inherently resistant to compromise, which reduces maintenance overhead, lifecycle risk and resource inefficiency in securing digital environments.
Among the new product launches, the Kaspersky eSIM Store expanded the company’s offering beyond cybersecurity into mobile connectivity. By reducing reliance on physical SIM cards and making global mobile access more seamless, the solution supports more sustainable travel and digital lifestyles.
Together with that, Kaspersky also released Kaspersky Cloud Workload Security for protecting cloud workloads wherever they reside: on servers or virtual machines, or in private, public, or hybrid clouds, etc.
“At Kaspersky, we see cybersecurity not only as a technology issue, but as a social one. Every day, people rely on digital services to work, communicate, study, receive services and manage their lives and they need to be able to do this safely.
“That is why our sustainability agenda starts with our core expertise: protecting people, organisations and critical systems from cyberthreats. But it also goes further — through responsible innovation, transparency, partnerships and support for communities.
“This report shows how our technologies, research and cooperation with partners translate into practical impact: fewer risks, stronger resilience and a safer digital environment for everyone,” said Maria Losyukova, Head of ESG & Sustainability at Kaspersky.
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