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Kaspersky Expands its Cyber Immune Offering for Internet of Things Protection with new IoT Secure Gateway 1000

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Kaspersky IoT Secure Gateway 1000 is the company’s latest Cyber Immune product for organisations embracing digital transformation, helping them to accelerate business value from new streams of industrial data.

The gateway connects IoT devices and controllers with business applications and cloud platforms. It then ensures the security of these interactions and the data transferring through them due to the secure KasperskyOS in the gateway’s core and its network attack protection capabilities.

Customers operating smart city systems, including utilities, street lighting and road infrastructure, or in manufacturing or energy production and distribution projects, get a secure IoT system and visibility across all connected devices. The solution is being presented at GITEX Global in Dubai, UAE this week as a pilot project.

IoT is continuing to penetrate businesses: according to Gartner, 61% of organisations already show a high level of IoT maturity. According to Kaspersky telemetry, from January to September 2022, there were 67,000 infected IoT across the Middle East, Turkey and Africa.

These devices were responsible for 11 million attacks. There was a spike in attacks coming from the region in the third quarter of 2022: from July to September the number of attacks increased sevenfold – by 659%.

Given the increase in the number of outgoing attacks, the spike could be explained by the deployment of new bulletproof hosts by cybercriminals to increase their botnet size. Presumably this has been done in Turkey, which has the region’s largest share of outgoing attacks.

Given the diversity of IoT devices and their related cybersecurity risks (https://zd.net/3MoHbTX), the need for their protection is clear, especially when it comes to smart cities or critical infrastructure. Traditional measures are not sufficient for IoT protection, making it crucial that specialised security solutions are implemented.

A reliable shield from network attacks and gateway threats

The new Kaspersky IoT Secure Gateway 1000 is a hardware appliance with firmware based on KasperskyOS and Advantech UTX-3117 device. It ensures the security of the entire IoT system at the gateway level thanks to its secure-by-design approach and built-in protection capabilities.

It provides industry with protection from network attacks, as well as DDoS or Man-in-the-Middle attempts, through a firewall that uses the principle of Default Deny. This only allows preapproved network interactions to pass through the gateway.

Additionally, the Intrusion Detection and Prevention module (IDS/IPS) detects and blocks malicious activities.

The gateway is made immune to most attacks by KasperskyOS, which sits at its core. The operating system features a microkernel which minimises the risk of vulnerabilities and decreases the attack surface through just a few thousand lines of code.

The minimal number of trusted components in the operating system, security domain isolation, scanning of inter-process communications and the Multiple Independent Levels of Security (MILS) architecture ensure that most types of attacks are not able to affect the gateway’s functions.

Its security goals were defined at its inception, making Kaspersky IoT Secure Gateway 1000 secure-by-design.

Furthermore, secure boot and update technologies ensure the authenticity and integrity of the gateway’s firmware and updates. The secure boot blocks firmware from loading if it is damaged or altered without authorisation. Secure update guarantees that only correct updates from trusted sources will be uploaded to the device.

A convenient tool for IoT device visibility and security management

Kaspersky IoT Secure Gateway 1000 helps network administrators maintain visibility and control over the network. It shows all devices connected to the network and detects and classifies new ones within a minute of connecting. The interface provides IT or OT teams with necessary details about devices, including type, vendor and operating system.

This product is managed through Kaspersky Security Center, where all security events can be viewed. The gateway supports Syslog and MQTT protocols, which permit all security events to be transmitted to external systems, such as SIEM or cloud platforms like Microsoft Azure, Siemens MindSphere, AWS, IBM Bluemix and others.

Kaspersky Security Center also facilitates unified administration of Kaspersky enterprise products, such as those for endpoint and cloud protection. Customers can completely protect their IoT suite, from the gateway to the cloud, and manage it through one centralised administration console.

“With this new gateway, Kaspersky expands its portfolio for IoT infrastructure protection. In 2021, we launched Kaspersky IoT Secure Gateway 100, dedicated to Industrial IoT and safe data delivery from manufacturing to business applications.

“The next generation of gateways delivers more IoT security and management functions important for industries and operations with increased security requirements, such as smart cities, transportation networks, video surveillance and critical infrastructure.

“The Cyber Immunity approach embodied in the firmware ensures that most threats cannot affect the security status of a device or the whole IoT system of the enterprise,” comments Andrey Suvorov, Head of KasperskyOS Business Unit at Kaspersky.

Kaspersky IoT Secure Gateway 1000 will be available in Middle East as a pilot project. The Kaspersky team will consider the possibility of enabling test implementations with interested customers on a case-by-case basis.


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Francis Okafor Stuns China, Emerges Second-Place Winner @ Tencent OpenClaw Hackathon

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In a striking moment of global recognition for African talent in artificial intelligence, Shenzhen-based Nigerian technologist, Francis Okafor has emerged as the second-place winner at the 2026 Tencent OpenClaw Hackathon, a fiercely contested competition hosted by Chinese tech giant Tencent.

The achievement places the Nigerian engineer among the top innovators in one of the world’s most competitive technology hubs, Shenzhen, often described as China’s Silicon Valley.

Okafor’s journey to the podium was anything but scripted. Walking into Tencent’s facility on the day of the contest, he found a room already buzzing with elite programmers deep in preparation.

“Laptops open. Heads down. Some people setting up their system before the challenges even dropped,” he recalled, contrasting the scene with his own uncertainty at that moment. “And then there is me — a Nigerian looking around like, okay Francis, what exactly are you doing here?”

Rather than confidence, his first reaction was raw nerves. “I won’t lie, I had goose bumps. Not the inspirational kind,” he admitted, describing a quiet internal debate about whether he had wandered into territory far beyond his league. Yet that hesitation quickly gave way to experimentation, a hallmark of the hackathon spirit.

Earlier that same week, Tencent had rolled out OpenClaw integration into WeChat (known domestically as Weixin), exposing its massive user base to AI agent capabilities.

Okafor, a senior technology lead, artificial intelligence advocate, and global community organiser, had already been stress-testing the system and decided, on the spot, to build his entry around it. “I had been pushing it hard all week just to see what it could do… so when the challenges dropped I thought, you know what, let me use this thing as my weapon.”

That decision proved decisive. Competing against some of the most accomplished engineers in China’s hyper-competitive tech ecosystem, Okafor’s solution stood out for both ingenuity and execution. “It went far enough apparently,” he said with understated pride after securing second place.

Remarkably, he had entered without a grand plan. “I didn’t go in with a strategy. I went in for the thrill of it… Honestly I thought I would learn a few things and go home with a good story.” Instead, he left with a trophy, and a narrative that has resonated far beyond the competition hall.

Beyond personal triumph, Okafor emphasized the broader technological significance of the moment. Tencent released the WeChat OpenClaw plugin on the very morning of the event, effectively putting advanced AI agent tools into the hands of an estimated 1.4 billion users.

In his view, this signals a profound shift in how artificial intelligence will reach the public. The company, he observed, is “not just making AI accessible to developers… they are bridging it to everyone,” while using hackathons to identify innovators capable of pushing the technology forward, regardless of origin.

Okafor was acutely aware of his uniqueness in the room. “I was definitely the only African there and for sure stood out,” he noted. Yet what mattered was not nationality but capability. “Nobody cared about where I was from. They cared about what I built.”

His message to aspiring technologists, particularly those from underrepresented regions, is both simple and powerful: show up. “Enter things you think you have no business entering,” he urged. “The worst case is you learn something. The best case is you shock yourself.”

In an industry often defined by geography, capital, and institutional advantage, Okafor’s victory offers a compelling counter-narrative. Talent, preparation, and courage can still disrupt expectations, even in rooms that seem designed for someone else.

As he concluded in a line that has since captured widespread attention: Black excellence, he said, “doesn’t need a geography.”


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CBN Pledges Deeper Synergy with EFCC in Enugu Operations

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Economic and Financial Crimes Commission (EFCC) has urged the Central Bank of Nigeria (CBN) to deepen collaboration and provide faster operational support in Enugu State.

EFCC Seeks Stronger Ties with CBN in Enugu for Anti-Graft War

Zonal Director of the EFCC Enugu Zonal Directorate, Commander Daniel Isei, made the call during a courtesy visit to the CBN Branch Controller in Enugu, Mr Otutubuike Justice Agbaeze, on Tuesday.

The engagement forms part of ongoing efforts to boost inter-agency ties, enhance financial sector accountability, and fortify anti-money laundering initiatives nationwide.

Isei described the CBN as “our most critical partner in the fight against economic and financial crimes,” highlighting years of joint operations and the bank’s role in securing recovered assets.

“The CBN naturally stands out as one of our most critical partners… it serves as a secure repository for valuables recovered by the EFCC and it has greatly enhanced our operations,” he stated.

While commending past cooperation, Isei appealed for quicker responses to the EFCC’s frequent investigative requests from its Enugu office.

“We understand that these requests may be demanding, but timely responses are crucial, as time is of the essence in financial investigations. We therefore seek your continued indulgence in ensuring that our letters receive expeditious attention,” he added.

In response, Agbaeze reaffirmed CBN’s dedication to the partnership, pledging expert support and improved synergy “in the interest of financial system stability and national development.”


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Firm Shares Tips for Updating Your Digital Habits for an AI-driven World

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As smart devices with artificial intelligence (AI) tools, and always-on services become part of everyday life, the cybersecurity habits many people formed a few years ago may no longer be enough.

From AI-powered scams to social media trends that encourage users to upload personal details, the way people interact online is changing quickly. Ensuring that you stay secure now requires small, deliberate actions in your daily digital behaviour. Experts from Kaspersky, a global cybersecurity and digital privacy company, share the below advice to stay safe online.

  1. Be cautious with verification requests. Many scams now mimic legitimate verification processes, asking users to confirm accounts, update payment details, or approve login attempts. Because people are used to frequent security prompts, it is easy to respond automatically. Pause before sharing verification codes or personal information and independently verify requests through official websites or by contacting service providers directly.
  2. Cultivate healthy AI usage habits. AI agents, chatbots and multimedia-generating apps can be convenient and entertaining, but uploading high-resolution photos or personal information carries privacy implications. Facial images can function as biometric identifiers, and once shared with an online service, be it AI or a social network, control over how that data is stored or reused may be limited. Before using AI tools, review privacy policies, minimise the personal information they provide, and avoid uploading sensitive documents or confidential content.
  3. Do your homework on AI. For parents, the rise of AI assistants introduces another dimension. While AI tools can help in making education interactive and gamified, children may turn to AI tools for homework support or entertainment without fully understanding how their data is used or how to evaluate responses critically.

Open conversations about responsible AI use, privacy awareness, and the importance of not oversharing personal information can help children build safe digital habits from an early age.

  1. Audit your online subscriptions. Reducing digital exposure is another simple but often overlooked step. Over time, unused subscriptions, dormant accounts, and forgotten apps accumulate personal data and payment details. Regularly reviewing subscriptions, deleting unused accounts, and checking which apps have access to personal information can significantly reduce risks of this data being leaked.
  1. Secure your devices and home. Device longevity and smart home security also play an important role. Older devices that no longer receive security updates may contain unpatched vulnerabilities.

Ensure that smartphones, laptops, routers, and smart home devices are running the latest firmware and are protected with strong passwords and multi-factor authentication. Changing default passwords on connected devices and securing home Wi-Fi networks are essential steps in protecting both personal data and physical spaces.

As technology and AI becomes more integrated into daily life, security is less about dramatic measures and more about consistent, informed habits.

“Technology evolves quickly, and our online behaviour should keep pace,” says Brandon Muller, Technical Expert for the Middle East and Africa region at Kaspersky. “Take time to review privacy settings, app permissions, and connected third-party services, removing anything that is no longer needed. By being more deliberate about what we share, how we verify requests, and how we manage our devices, we can significantly reduce exposure to modern cyber risks while enjoying all the benefits of new technologies.”


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