Dysphoria, an Internet of Things (IoT) botnet line tracked by CNCERT and XLab, has adopted blockchain-based name services and infected-device relays after a March law-enforcement operation against JackSkid infrastructure. The researchers say the design makes the botnet harder to disrupt. CNCERT, China's national computer emergency response team, and XLab, the threat-intelligence lab of Chinese firm Qi'anxin, put its population above 200,000 bots. Their telemetry logged 4,401 confirmed active devices inside China between July 14 and 20 and a single-day peak of 239,000 bots abroad. None of the counts has been independently reproduced. The researchers published no counting or de-duplication methodology, so the numbers should not be read as a precise device census. Defenders should patch exposed IoT gear, replace devices that can no longer be updated, eliminate default and weak credentials, and disable remote management and UPnP where they are not needed. The lineage runs through JackSkid, one of four IoT botnets targeted in coordinated U.S., German, and Canadian law-enforcement actions on March 19. Court documents attributed more than 90,000 DDoS commands to JackSkid alone. Within days, Nokia Deepfield and Comcast's threat lab documented the operator falling back to an Ethereum Name Service (ENS) domain, m3rnbvs5d[.]eth, for command-and-control (C2). XLab's Dysphoria timeline opens with a JackSkid sample captured on March 25, six days after the disruption, that resolves C2 through the same domain. XLab found that the burrberry[.]eth record encodes distribution-node IPv4 addresses, while 24carnforth2merseyside[.]sol supplies other infrastructure records. The DDoS sample asks a distribution node over HTTP for a current server list, and the listed endpoints are infected machines relaying traffic to the real controllers. The design keeps those controllers one step removed from the addresses exposed to bots. The XLab analysis, published July 25, tracks a fast run of builds: custom RC4 string encryption and ENS resolution at
Jul 27, 2026 · via thehackernews.com
OpenAI’s admission that two of its experimental AI models autonomously hacked AI platform Hugging Face during an internal security evaluation has prompted warnings that manufacturers of connected devices should prepare for a new generation of AI-powered cyber attacks. The company described the incident as an “unprecedented cyber incident”, saying a combination of its GPT-5.6 Sol model and a more capable unreleased model escaped a restricted testing environment before compromising Hugging Face’s production infrastructure in an attempt to solve a cybersecurity benchmark. According to OpenAI, the models identified and chained together multiple vulnerabilities, including a previously unknown zero-day flaw, to gain internet access from an isolated research environment. They then carried out privilege escalation and lateral movement before using stolen credentials and additional vulnerabilities to access information held by Hugging Face. While the breach did not involve connected devices, security experts said it demonstrates how autonomous AI systems are becoming capable of carrying out complex cyber operations that could eventually be directed at enterprise IoT and industrial control environments. OpenAI said the models had been tested with reduced cyber safety refusals as part of an evaluation designed to measure advanced offensive cyber capabilities. The company has since introduced stricter infrastructure controls, disclosed the zero-day vulnerability to the affected vendor, and is working with Hugging Face on a joint forensic investigation. Frontier AI models The company said the incident demonstrates that frontier AI models are increasingly capable of discovering and exploiting novel attack paths in real-world systems without source code access. “The primary lesson from this incident is that model security and safety must keep pace with rapidly advancing capabilities,” OpenAI said in a press release. For IoT manufacturers, the incident highlights the prospect of AI agents rapidly identifying vulnerable firmware, exposed APIs, weak credentials and misconfigured Edge devices across large fleets
Jul 27, 2026 · via iotinsider.com
By Kevin Kirkwood As AI becomes more embedded across the workplace, organisations must rethink insider risk and prove AI investment is reducing exposure. Main article: Organisations are being pushed to move quickly on AI, and most are not hesitating. The benefits of utilising AI in the workplace are undeniable, but security challenges are proving harder to navigate as AI redefines the insider threat landscape. According to the findings of our Exabeam report, insiders, whether malicious or compromised, now pose a greater risk than external actors. This makes stronger security operations more important than ever. Redefining Insider Risk As well as overtaking external threats, the definition of the insider is no longer limited to malicious insiders in the conventional sense. This signposts a significant shift, with 76% of organisations already seeing unauthorised use of generative AI (GenAI) tools by employees. As AI deployment rises, a different kind of risk is introduced. Modern insider risk spans employees using GenAI tools outside policy, and AI and machine-assisted actions that can create vulnerabilities long before security teams have the context to respond. AI agents can operate continuously, act with limited oversight, and scale behaviour at a speed that traditional controls were never designed to handle. There’s no doubt that AI adoption will not be slowing down any time soon. But rapid adoption without stronger oversight creates a serious visibility problem, and business leaders now have to look at how AI investment is effectively reducing AI-driven insider risk. The Age of the AI Insider The issue facing organisations is not that AI has access to mission-critical data and systems, but that it can act across them continuously at a speed no human user can match. This is being driven by several factors: Scale is the first challenge. A human insider can only move so fast,
Jul 26, 2026 · via europeanbusinessreview.com
Minister of Communication, Dr. Bosun Tijani, Ogun State Governor, Dapo Abiodun and Olowu of Owu Kingdom, Abeokuta, Oba(Prof.) Saka Matemilola are dignitaries expected to grace the unveiling of Nigeria’s first 10Gbps Dedicated Smart Campus Network and Innovation at Moshood Abiola Polytechnic, Abeokuta. Other dignitaries expected to at the event schedule to take place on Thursday, July 30, 2026, at the institution’s campus in Abeokuta, the Ogun State capital includes: Senator representing Ogun Central Senatorial District, Salisu Shuaib and Ogun State Commissioner for Education, Science and Technology, Prof. Abayomi Arigbabu. The project, initiated by the Advanced Technological Incubation and Research Center (ATIRC) in partnership with MAPOLY, is a landmark initiative representing the first deployment of an enterprise-grade 10 Gigabits per second (Gbps) dedicated broadband network by any public tertiary institution in the state and across Nigeria. The project apart from being a Smart Campus Network within the institution will also accelerate cutting-edge research in Artificial Intelligence, Machine Learning, Cybersecurity, Robotics, Data Science, and Internet as well as other emerging technologies and Support startup incubation, digital entrepreneurship, innovation, and technology commercialization. Speaking on the significance of the project, the Head of Research and Innovation at the Advanced Technological Incubation and Research Center (ATIRC) Bashirat Bamgiboye said that the project positioned MAPOLY as a national leader in digital transformation, smart education, research excellence, and technology-driven innovation while creating a model for future-ready higher education institutions across the country. Bamigboye noted that the Smart Campus Network delivers ultra-high-speed, secure, low-latency connectivity to support AI, machine learning, HPC, cloud computing, cybersecurity, IoT, robotics, data science, digital twins, AR/VR, smart classrooms, e-learning, and collaborative research. She explained that embedded within the infrastructure is the ATIRC Innovation Program, a world-class technology incubation and research hub that fosters collaboration among students, researchers, startups, entrepreneurs, government agencies, and industry
Jul 24, 2026 · via guardian.ng
Cyber Resilience Act, Part 1: The first deadlines are approaching Reporting starts in 2026. By end-2027, cybersecurity is required for CE conformity. What embedded and IoT manufacturers must know now. With the Cyber Resilience Act (CRA), or Regulation (EU) 2024/2847, the EU is establishing a binding legal framework for the cybersecurity of products with digital elements for the first time. For manufacturers, importers, and distributors, this represents a fundamental shift: cybersecurity will no longer be merely an IT issue but a verifiable product characteristic – comparable to functional safety, EMC (Electromagnetic Compatibility), or electrical safety. Embedded and IoT products containing software or connected to networks are particularly affected. In a three-part article series, eeNews examines various aspects of the CRA and, in particular, how companies should now proceed. eeNews, together with Lemberg Solutions, is also organizing the free webinar “Building CRA-ready IoT products: the practical side of compliance” on 10 September, 2026. This webinar will show what a CRA-compliant SDLC looks like in practice. Registration for the webinar is now open. Why the CRA is changing the rules of the game The Cyber Resilience Act was adopted in December 2024 and will become fully mandatory by the end of 2027 at the latest. It applies to virtually every electronic product that contains software or can be connected – directly or indirectly – to a network. This encompasses connected software and cloud applications, as well as smart home sensors, gateways, and even complex industrial embedded systems. For developers, manufacturers, and integrators, this represents a paradigm shift. In the future, it will no longer suffice to develop a product that is merely functionally safe and market-ready; companies must be able to demonstrate that cybersecurity was taken into account throughout the design, development, delivery, and maintenance phases. From organizational security to product security
Jul 23, 2026 · via eenewseurope.com
The National Cyber Security Agency (NCSA) is preparing the country to deal with emerging attacks involving smart devices, particularly CCTV systems and virtual power plants (VPPs) in the energy sector, while deeming data sovereignty a priority. “We see the risks for digital surveillance by monitoring specific data points, such as what time and where a vehicle was moving in and out, which could determine precisely a target’s location and routine,” AVM Amorn Chomchoey, the NCSA secretary-general, told the Bangkok Post. The agency plans to introduce Internet of Things (IoT) security guidelines in September covering consumer smart home devices to help consumers choose safer devices. The guidelines recommend several crucial security features, such as no-default passwords — devices must not come up with default passwords; users are required to set their own. In addition, the products must support firmware updates to patch future security issues. Devices must have a notification system to alert users when a security vulnerability is detected. This initiative involves collaboration with the Thai Intelligent CCTV Association, AVM Amorn said. There are discussions about making these security requirements mandatory, he said. Regulatory agencies may adopt and enforce these rules, specifically to control the importation of devices and ensure that non-standard, vulnerable products are not brought into the market. However, if the guideline becomes mandatory, there is concern about whether the new standards will be compatible with older measures and if the effect will drastically increase the prices of products, AVM Amorn said. By the end of this month, the NCSA expects to discuss security with power utilities, manufacturers and service providers of VPPs. According to Electricity Generating Authority of Thailand, a VPP is a cutting-edge energy management platform that aggregates multiple small, scattered power sources into a single, large-scale power network without constructing a physical facility. The integration
Jul 23, 2026 · via bangkokpost.com
ABB Robotics launches AI-powered visual platform as manufacturers push physical AI and data governance to the front of the automation agenda ABB Robotics has unveiled a new AI-powered visual platform aimed at enhancing automation for mid-market manufacturing plants. This platform emphasizes the integration of physical AI and the importance of data governance in industrial operations, setting a path towards a comprehensive automation agenda by 2026. The initiative reflects a broader industry trend towards leveraging AI technologies to optimize manufacturing processes. This story was produced through MarketScale. See how Industrial IoT teams put it to work with AI Visibility (GEO). Key facts, context, and what it means, in one minute. Key takeaways ABB Robotics has launched an AI-powered visual platform targeting mid-market manufacturers. The platform supports the integration of physical AI and emphasizes data governance in industrial settings. There is a significant industry movement towards adopting AI for enhanced manufacturing automation by 2026. ABB Robotics has released a new platform designed to extend AI-powered visual technology across robotic systems, according to Automation World. The launch lands at a moment when several converging signals suggest manufacturers are done piloting and ready to operationalize, but face a structural data problem that could stall the entire effort. A visual AI platform with broader reach The ABB Robotics platform broadens where and how AI-driven visual inspection can be deployed on the factory floor, Automation World reported. Rather than constraining vision intelligence to specific robot models or fixed inspection stations, the system is designed to extend that capability more widely across a production environment. For operations and maintenance teams, the practical implication is meaningful: AI-guided visual checks become less of a point solution and more of a distributed capability. That matters for quality assurance leads evaluating whether to expand inspection coverage without adding proportional headcount. Physical
Jul 22, 2026 · via marketscale.com
Unify Event Shows the CSA Isn’t Just About the Smart Home July 22, 2026 Blog When Matter debuted a few years ago, it was hailed as the answer to one of the IoT industry's biggest headaches, namely interoperability. Getting smart home devices from different vendors to work together had become a frustrating experience for both manufacturers and consumers. Matter changed that conversation, at least in theory. At its inaugural Unify conference in Austin, Texas, the Connectivity Standards Alliance (CSA) made it clear that its vision extends far beyond residential IoT. Yes, Matter continues to evolve. But the more interesting story is how the Alliance is positioning itself at the center of commercial buildings, industrial IoT, energy management, cybersecurity, and even AI. That's an ambitious goal, but it's one that really needs to happen. The interoperability problem can be quite tricky. Making a light bulb communicate with a smart speaker is one thing. Making HVAC systems, access control, lighting, energy storage, occupancy sensors, industrial controllers, and cloud analytics platforms exchange meaningful information is an entirely different challenge. But that’s where the Alliance needs to go. Matter V1.6 focuses on richer device semantics, better visibility into device status, improved interaction across ecosystems, and greater context awareness. Those enhancements may not generate flashy headlines, but they're exactly what system architects need when deployments scale beyond typical consumer devices. For embedded developers, interoperability increasingly means exchanging useful data rather than simply establishing connectivity. Security Can't Stop at the Device For years, embedded designers have concentrated on securing endpoints with hardware roots of trust, secure boot, encrypted storage, and authenticated firmware updates. Those capabilities remain essential, but regulators are beginning to ask, “What about everything that’s connected to the device?” Product Security 1.1 reflects that changing mindset by expanding certification beyond individual products to encompass
Jul 22, 2026 · via embeddedcomputing.com
Secomea provides a platform for secure remote access (SRA) in operational technology (OT) environments. Email Article All set! This article has been sent to my@email.address. All fields are required. For multiple recipients, separate email addresses with a semicolon. Please Note: Only individuals with an active subscription will be able to access the full article. All other readers will be directed to the abstract and would need to subscribe. Become A Client Find out more about our full suite of products and solutions. Become A ClientYou must sign in to use this functionality Authentication.SignIn.HeadSignInHeader These are Omdia driven recommendations based on content that is both similar, and has been frequently visited by other users in combination with the content you are currently viewing. Omdia Recommends These are Omdia driven recommendations based on content that is both similar, and has been frequently visited by other users in combination with the content you are currently viewing. Thank you Our expert analysts will review your question and the Ask an Analyst team will get back to you. We aim to respond within 24 hours, but we’re often quicker. Ask an Analyst Our team of experts are here to answer your questions. From advice on market trends to a query on research point, and everything in between, we want to hear from you. Ask an analyst is available as part of a subscription. If you'd like access, contact us today.
Jul 22, 2026 · via omdia.tech.informa.com
The National Cyber Security Agency (NCSA) is preparing the country to deal with emerging attacks involving smart devices, particularly CCTV systems and virtual power plants (VPPs) in the energy sector, while deeming data sovereignty a priority. “We see the risks for digital surveillance by monitoring specific data points, such as what time and where a vehicle was moving in and out, which could determine precisely a target’s location and routine,” AVM Amorn Chomchoey, the NCSA secretary-general, told the Bangkok Post. The agency plans to introduce Internet of Things (IoT) security guidelines in September covering consumer smart home devices to help consumers choose safer devices. The guidelines recommend several crucial security features, such as no-default passwords — devices must not come up with default passwords; users are required to set their own. In addition, the products must support firmware updates to patch future security issues. Devices must have a notification system to alert users when a security vulnerability is detected. This initiative involves collaboration with the Thai Intelligent CCTV Association, AVM Amorn said. There are discussions about making these security requirements mandatory, he said. Regulatory agencies may adopt and enforce these rules, specifically to control the importation of devices and ensure that non-standard, vulnerable products are not brought into the market. However, if the guideline becomes mandatory, there is concern about whether the new standards will be compatible with older measures and if the effect will drastically increase the prices of products, AVM Amorn said. By the end of this month, the NCSA expects to discuss security with power utilities, manufacturers and service providers of VPPs. According to Electricity Generating Authority of Thailand, a VPP is a cutting-edge energy management platform that aggregates multiple small, scattered power sources into a single, large-scale power network without constructing a physical facility. The integration
Jul 22, 2026 · via bangkokpost.com
The National Cyber Security Agency (NCSA) is preparing the country to deal with emerging attacks involving smart devices, particularly CCTV systems and virtual power plants (VPPs) in the energy sector, while deeming data sovereignty a priority. “We see the risks for digital surveillance by monitoring specific data points, such as what time and where a vehicle was moving in and out, which could determine precisely a target’s location and routine,” AVM Amorn Chomchoey, the NCSA secretary-general, told the Bangkok Post. The agency plans to introduce Internet of Things (IoT) security guidelines in September covering consumer smart home devices to help consumers choose safer devices. The guidelines recommend several crucial security features, such as no-default passwords — devices must not come up with default passwords; users are required to set their own. In addition, the products must support firmware updates to patch future security issues. Devices must have a notification system to alert users when a security vulnerability is detected. This initiative involves collaboration with the Thai Intelligent CCTV Association, AVM Amorn said. There are discussions about making these security requirements mandatory, he said. Regulatory agencies may adopt and enforce these rules, specifically to control the importation of devices and ensure that non-standard, vulnerable products are not brought into the market. However, if the guideline becomes mandatory, there is concern about whether the new standards will be compatible with older measures and if the effect will drastically increase the prices of products, AVM Amorn said. By the end of this month, the NCSA expects to discuss security with power utilities, manufacturers and service providers of VPPs. According to Electricity Generating Authority of Thailand, a VPP is a cutting-edge energy management platform that aggregates multiple small, scattered power sources into a single, large-scale power network without constructing a physical facility. The integration
Jul 22, 2026 · via bangkokpost.com
United Arab Emirates IoT Edge Controllers Market 2026 Analysis and Forecast to 2035 Executive Summary Key Findings - The United Arab Emirates IoT Edge Controllers market is structurally import-dependent, with over 85% of supply sourced from international manufacturers, primarily in the United States, Germany, and China, driven by the absence of domestic semiconductor fabrication and advanced electronics assembly. - Demand is concentrated in industrial automation and oil & gas monitoring applications, which together account for an estimated 55-65% of total procurement, reflecting the UAE's strategic focus on smart manufacturing and hydrocarbon sector digitization. - Average unit prices for standard-grade IoT Edge Controllers range between USD 450 and USD 1,200, while premium ruggedized and certified models for hazardous environments command USD 2,500 to USD 5,500, with price premiums of 30-50% for ATEX/IECEx certification. Market Trends - Adoption of 5G-enabled edge controllers is accelerating, with these units expected to represent 20-30% of new installations by 2028, driven by the UAE's advanced 5G infrastructure and smart city initiatives in Dubai and Abu Dhabi. - Replacement cycles are shortening from an average of 7-9 years to 5-6 years as end users prioritize cybersecurity updates and compatibility with Industry 4.0 platforms, creating recurring procurement demand for approximately 12-18% of installed base annually. - Integration of AI inference capabilities at the edge is emerging as a premium segment, with controllers featuring onboard machine learning processors growing at an estimated 18-25% annual rate through 2030, particularly for predictive maintenance in power and water utilities. Key Challenges - Supply chain lead times for specialized IoT Edge Controllers remain extended at 14-22 weeks, constrained by global semiconductor allocation and certification delays for UAE-specific regulatory approvals, limiting project execution speed for system integrators. - Price volatility for critical components, including ARM-based processors and industrial-grade memory modules, has introduced 8-15% cost
Jul 22, 2026 · via indexbox.io
Modernized Training Course Helps Security Integrators Upskill Technicians Faster
The Electronic Security Association updated its foundational course with expanded content on wireless tech, IoT and cybersecurity.
- By Jesse Jacobs
- Jul 22, 2026
The Electronic Security Association updated its foundational Certified Alarm Technician Level 1 training program to help security integrators onboard technicians and adapt to changing workplace technologies.
The 22-hour online course covers the fundamentals of planning and installing intrusion detection, fire detection, video surveillance and access control systems. Students complete a two-hour proctored examination following the coursework.
Updates to the curriculum include expanded coverage of wireless technology, Internet of Things systems and basic cybersecurity principles. The redesigned coursework also incorporates interactive learning modules intended to improve information retention and real-world application in the field.
The industry continues to face a shortage of qualified technicians while demand for electronic security installations grows. The updated certification provides a self-paced, scalable training option for companies seeking to train new personnel and meet licensing requirements set by local authorities.
Jul 22, 2026 · via securitytoday.com
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Jul 22, 2026 · via youtube.com
Compromised user credentials remain the leading cause of ransomware attacks, with cybercriminals increasingly exploiting stolen login information to infiltrate corporate networks. According to recent research conducted by cybersecurity firm Sophos, nearly 79% of ransomware incidents originate from compromised credentials. Attackers typically gain unauthorized access by using stolen employee usernames and passwords to enter enterprise systems through vulnerable firewalls, remote access applications, VPNs, system software, and even Internet of Things (IoT) devices. Once inside a network, threat actors can move laterally, escalate privileges, disable security controls, and deploy ransomware with minimal resistance. This approach has become more effective than relying solely on software vulnerabilities because stolen credentials often allow attackers to appear as legitimate users, making their activities harder to detect. The findings highlight the growing importance of strong password policies, multi-factor authentication (MFA), and continuous monitoring of privileged accounts to reduce the risk of credential-based attacks. Meanwhile, another study, The Black Kite Ransomware Report 2026, reveals that the ransomware ecosystem continues to expand at a rapid pace. The report notes that a new ransomware group is emerging almost every week, demonstrating how cybercriminals are constantly reorganizing and launching fresh operations. In June 2026 alone, researchers identified 146 active ransomware groups, underscoring the increasing complexity of the global cyber threat landscape. Despite this surge in new ransomware operators, the report offers a positive insight. More than 70% of newly formed ransomware groups disappear shortly after emerging. Their short lifespan is attributed to several factors, including successful law enforcement actions, internal conflicts among gang members, failed partnerships, financial disputes, and operational challenges. Many of these groups struggle to establish themselves in the highly competitive cybercrime ecosystem, leading to their quick dissolution. However, while many newcomers fail to survive, well-established ransomware organizations continue to strengthen their operations. Black Kite’s research indicates that these
Jul 22, 2026 · via cybersecurity-insiders.com
What Happened To BlackBerry? What They're Making Now Instead Of Phones BlackBerry, once known for its domination in the early eras of the smartphone market, was completely decimated by the flood of iPhones and Android devices that followed suit. Now, the company isn't even in the smartphone game anymore. In fact, it's effectively pulled out of all consumer products entirely, opting to move into cybersecurity and still supplying the real-time operating system, QNX, for various industries. However, getting to this point has been rocky, to say the least. Originally a pager company, BlackBerry found success in the cell phone market with the Pearl 8100. Other models, like the Bold and Curve, would see further adoption, offering free messaging services over wireless networks through BlackBerry Messenger and the eventual inclusion of apps like WhatsApp. Its first touchscreen competitor to the iPhone in 2008 was the BlackBerry Storm, one of the weirdest devices BlackBerry ever made. As such, it was not the best reviewed. In 2010, BlackBerry peaked at 21 million users in the US, but this fell to 9 million by the time 2012 rolled around. It wasn't all doom and gloom, as the company still retained a total of 79 million worldwide, with Indonesia remaining loyal to the brand. In 2014, it even launched a phone in the region, the Z3, which remained exclusive until July 2014, when it launched in India. With this, BlackBerry tried to push back and remain a healthy third competitor, but it couldn't stop the tide. BlackBerry pivoted from phones After the launch of BlackBerry 10, its then-new operating system, and a new line of devices that didn't bring much fortune, like the BlackBerry Playbook, Android and iOS were simply better featured and supported by developers. In April 2011, Apple surpassed BlackBerry for the first
Jul 22, 2026 · via bgr.com
MEXICO CITY, July 21, 2026 (GLOBE NEWSWIRE) -- Veea Inc. (“Veea”) (NASDAQ: VEEA), a pioneer in AI-powered cybersecure distributed intelligence on hyperconverged heterogeneous edge-native infrastructure, today announced the commercial availability of VigiLynx™. Available through Veea’s distributors and channel partners globally, VigiLynx introduces a new category of edge intelligence and automation for business locations. For a limited time, in Mexico, eligible new and existing Telcel Internet Gestionado customers can receive VigiLynx as a free service for the duration of their contract by downloading the AIoT and VeeaVision apps in SecureConnect products newly subscribed to or already in use. Customers can use supported existing cameras and sensors or purchase compatible accessories separately based on their deployment needs. Optional Edge AI compute is also available separately. For the current Internet Gestionado offering, visit: https://www.telcel.com/empresas/soluciones/conectividad-telcel/internet-gestionado. Delivered as a VeeaCloud- or an operator-managed service, VigiLynx extends SecureConnect’s enterprise-grade broadband services with AI-powered cybersecurity together with video intelligence, and Artificial Intelligence of Things (“AIoT”) in a single compact device — optionally with fixed line or 5G Fixed Wireless Access (FWA) from Telcel as primary or failover WAN connectivity. AIoT combines artificial intelligence (AI) technologies with the Internet of Things (IoT) infrastructure to create systems of edge intelligence capable of sensing, learning, and acting on data without continuous human intervention. AI-driven cyberattacks targeting Mexican businesses have escalated sharply since 2024, industry threat reports have ranked Mexico in Latin America with first or second highest levels by volume of conventional and AI-driven attempted cyberattacks, including data-theft attempts, ransomware, and unauthorized access — and consistently ranked among the six most targeted countries globally. Meanwhile, the same SMBs are increasingly dependent on digital payments, cloud-based POS systems, IP cameras, a wide variety of connected IoT endpoints and equipment, and guest Wi-Fi — all running simultaneously on flat, unmanaged networks behind
Jul 21, 2026 · via markets.businessinsider.com
Here’s the uncomfortable truth about most IoT security setups: they were designed around the assumption that the cloud would handle everything. Send the data up, process it centrally, respond. That worked when you had a handful of connected devices. It doesn’t work anymore. Today’s networks have thousands, sometimes millions, of endpoints generating data around the clock. Routing all of it through a central cloud isn’t just slow. It’s a liability. Every transmission is an opportunity for interception, and every second of processing delay is a second a threat goes undetected. That’s the core problem edge computing in IoT solves. Instead of sending raw data on a long trip to a remote server, computation happens at or near the device itself. Faster decisions. Less exposure. More control. For anyone trying to get ahead of IoT security challenges in a serious way, edge computing in IoT has gone from a nice architectural option to something closer to a requirement. Edge computing in IoT means doing the work the analysis, filtering, and decision-making close to where the data comes from, rather than shipping everything off to a centralized server. An edge computing setup in IoT generally operates across three layers. At the bottom are the devices themselves: sensors, actuators, cameras, and embedded controllers. Above that sits the edge layer: local gateways, on-site servers, edge nodes that sit between devices and the cloud. And at the top, the cloud handles long-term storage, deeper analytics, and centralized management. Security is enforced at each layer, not just the top. Edge nodes check device identities before allowing communication. They filter data, apply local policies, and can block suspicious activity before it ever reaches a broader network. A compromised sensor stays a compromised sensor; it doesn’t automatically become a door into the entire system. The simplest way to
Jul 21, 2026 · via securityjournalamericas.com
Kontron secures a new European customer for 5G automotive modules manufactured in Germany Kontron AG/ Key word(s): Incoming Orders Kontron secures a new European customer for 5G automotive modules manufactured in Germany 21.07.2026 / 07:00 CET/CEST The issuer is solely responsible for the content of this announcement. Kontron’s 5G technology into a leading European OEM’s vehicle platform – a milestone for European technological sovereignty, cybersecurity and resilient supply chains Linz, Austria, July 21, 2026 – Kontron, a leading global provider of IoT/embedded computer technology (ECT), has secured a new European customer for its 5G Automotive Network Access Devices (NADs), which are developed and manufactured in Germany. These devices will be integrated into the vehicle platform of a leading European car manufacturer. Initially, Kontron expects to supply around 150,000 5G NAD modules, worth a double-digit million figure. Kontron sees the potential to more than triple the supply volume, should the car manufacturer roll out the technology to further vehicle platforms. The modules are manufactured at the new production facility in Düsseldorf, where production officially began on 13 July 2026 in the presence of federal and state government representatives. With development in Berlin and manufacturing in Düsseldorf, Kontron is currently the only provider worldwide to develop 5G communication modules in Europe and manufacture them in Germany. A milestone for Europe’s digital sovereignty This contract represents a significant milestone in Kontron’s strategy to establish a European alternative to non-European suppliers of mobile communications modules, as it marks the first time these modules will be used in a vehicle platform of a European car manufacturer. 5G communications modules play a key role in digital transformation. They are used, amongst other things, in vehicles, industrial plants, rail systems and critical infrastructure. In view of increasing demands for cyber security, supply chain resilience and technological sovereignty,
Jul 21, 2026 · via tradingview.com
ALSO increases H1 2026 net profit by 61% to 69 million euros ALSO Holding AG / Key word(s): Quarterly / Interim Statement ALSO increases H1 2026 net profit by 61% to 69 million euros 21-Jul-2026 / 06:58 CET/CEST Release of an ad hoc announcement pursuant to Art. 53 LR The issuer is solely responsible for the content of this announcement. - Emmen, Switzerland, 21 July 2026 - PRESS RELEASEAd hoc announcement pursuant to Art. 53 LR ALSO increases H1 2026 net profit by 61% to 69 million euros - EBITDA: 162 million euros (+29%) - ROCE: 13.0% (+1.2 percentage points) The company increased revenue to 8.3 billion euros (+21%). This was primarily driven by growing demand for computing capacity, increasing data volumes and the expanding use of AI, which are raising demand for high-performance technologies. ALSO gained market share in both its commercial and consumer businesses (source: CONTEXT). The ALSO ecosystem enables partners to translate rising demand into higher value creation. The Cloud business performed particularly strongly, with revenue increasing to 1.1 billion euros (+31%), supported by both an increase in unique users to 6 million (+9%) and higher monetisation per user (+12%). Further drivers of the positive development included higher margins across all three 3S business models and productivity improvements that supported EBITDA growth. The consistent implementation of operational excellence initiatives, logistics optimisation and organisational efficiency improvements generated additional cost savings. As a result, the EBITDA margin improved to 2.0%. The integration of the new companies in the UK, Ireland, France and Italy remains on track and is generating additional value. Further acquisitions are also under review. The first half was characterised by continued high product availability. At the same time, net working capital was optimised, resulting in a corresponding improvement in ROCE. The solid financing base provides ALSO
Jul 21, 2026 · via tradingview.com