Siemens: A Vision for Circular, AI-Powered Building Autonomy When I think about the future of infrastructure, I often imagine what it feels like to walk into a building that already understands me: the temperature is tuned to the number of people in the room, the lighting adapts to the task at hand and the building itself is aware of weather patterns and energy demand, making changes before I even notice the need. We are at a moment when ambition is translating into action. According to the Siemens Infrastructure Transition Monitor 2025 report, 54% of respondents indicate that they are ready to implement autonomous building systems and more than half plan to make significant investments in these systems in the year ahead. These figures reflect a clear recognition that buildings must evolve, not only to improve efficiency but to respond to the complex pressures facing owners, operators and occupants alike. From smart to truly autonomous An autonomous building does more than react. It learns, predicts and adapts. It integrates data from weather feeds, occupancy sensors, energy grids and security systems and uses advanced analytics to orchestrate responses. It continuously optimises itself, creating environments that adapt to human needs rather than forcing humans to adapt to the limitations of the building. From predictive maintenance that resolves faults before they impact operations to security systems that detect anomalies in real time, the value of a truly autonomous building lies in intelligence that acts before disruption occurs. This vision becomes even more compelling in mission-critical environments. In a hospital operating theatre, the building maintains precise air pressure, humidity and temperature, knowing that even slight deviations can put lives at risk. In research laboratories, it ensures that sensitive experiments remain protected from environmental fluctuations that could compromise years of work. In both cases, autonomy safeguards
May 4, 2026 · via technologymagazine.com
IoT 5G Security Market Size Surging at 21.4% CAGR | By Keyplayers: Cisco Systems, Palo Alto Networks, Fortinet, Check Point Software, Ericsson, Nokia Escalating geopolitical tensions akin to a US-Iran conflict scenario are materially reshaping cybersecurity priorities, particularly within critical infrastructure and telecom ecosystems. The IoT 5G Security Market is experiencing accelerated capital inflows as governments and enterprises intensify investments in network resilience, zero-trust architecture, and cyber defense modernization. Disruptions in global semiconductor supply chains, cross-border data regulations, and increased cyber warfare risks are forcing enterprises to re-evaluate vendor dependencies and adopt multi-layered security frameworks. For U.S.-based institutional investors, this environment amplifies both risk exposure and return potential, as security becomes a non-discretionary spend embedded into digital transformation budgets.Get | Download Sample Copy with TOC, Graphs & List of Figures @ https://www.verifiedmarketreports.com/download-sample?rid=468192&utm_source=Openpr-NSL-April26&utm_medium=309 This IoT 5G Security Market research report delivers high-conviction intelligence through advanced forecasting models, real-time threat analytics, and scenario-based investment frameworks. Delivered via interactive dashboards, executive briefings, and API-integrated data streams, the report transforms complex technical ecosystems into actionable investment theses. It enables private equity firms, venture capital funds, and strategic acquirers to identify undervalued assets, assess competitive moats, and execute data-driven M&A strategies with precision in a rapidly evolving cybersecurity landscape. What are the most critical investment insights shaping the IoT 5G Security Market 2026-2033 for capital allocators? The IoT 5G Security Market is transitioning into a mission-critical infrastructure layer, driven by exponential device proliferation and ultra-low latency network requirements. Security is no longer an add-on but a foundational component of 5G architecture, creating sustained demand across enterprise, telecom, and government sectors. Market size (2024): $18.6 billion Forecast (2033): $95.2 billion CAGR 2026-2033: 21.4% Leading Segments: Network security dominates revenue; endpoint security scales with IoT expansion; cloud-native security grows fastest Key Application/technology: Zero-trust security, AI-driven threat detection,
May 4, 2026 · via openpr.com
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May 3, 2026 · via youtube.com
European Union IoT Chip Market 2026 Analysis and Forecast to 2035 Executive Summary Key Findings - The European Union IoT Chip market is projected to grow from approximately €8.2–€9.5 billion in 2026 to €18.5–€21.0 billion by 2035, driven by industrial automation mandates and smart infrastructure investments across Germany, France, and the Nordic states. - Connectivity-focused SoCs and secure element chips together account for roughly 55% of 2026 revenue, reflecting the EU’s regulatory push for hardware-based cybersecurity (RED/DELE, SESIP) and the rapid adoption of Wi-Fi 6/6E and NB-IoT in smart metering and building automation. - Import dependence remains above 70% for advanced-node IoT chips (28nm and below), with Taiwan and South Korea supplying the majority of fab capacity, while European IDMs lead in specialized automotive-grade and industrial MCUs at mature nodes. Market Trends Observed Bottlenecks Specialized wafer fab capacity (e.g., 40nm-28nm nodes) Advanced packaging substrate availability Long lead times for test/probe equipment Qualification cycles for industrial/automotive grades Geopolitical export controls on certain technologies - Edge AI and TinyML acceleration are migrating inference workloads from cloud to endpoint IoT chips, driving demand for application processors with integrated neural accelerators in predictive maintenance and smart city sensors across the EU. - Long-term agreements (LTAs) covering wafer pricing and tested die supply are becoming standard for European OEMs and EMS buyers, as lead times for 40nm–28nm capacity remain above 20 weeks through 2027. - European Commission-funded pilot lines for FD-SOI and GaN-on-Si are reducing reliance on foreign advanced nodes for mid-complexity IoT chips, with pilot production expected to reach 15–20% of regional demand by 2030. Key Challenges - Specialized wafer fab capacity for 40nm–28nm nodes is structurally tight in Europe, with only three major foundry groups offering qualified automotive-grade IoT processes, constraining volume ramp for new designs. - Certification and qualification cycles for industrial
May 2, 2026 · via indexbox.io
Asia IoT Chip Market 2026 Analysis and Forecast to 2035 Executive Summary Key Findings - The Asia IoT Chip market is projected to grow from approximately USD 38–42 billion in 2026 to around USD 85–100 billion by 2035, driven by regional smart infrastructure programs and industrial automation adoption across China, India, and Southeast Asia. - Connectivity-focused SoCs and low-power Microcontroller Units (MCUs) together account for roughly 55–60% of regional unit demand, with edge computing processors and secure element chips gaining share as TinyML and cybersecurity mandates expand. - Asia remains structurally dependent on advanced wafer fabrication in Taiwan and South Korea for sub-28nm nodes, while high-volume assembly and test capacity is concentrated in China, Malaysia, and Vietnam, creating supply chain concentration risk. Market Trends Observed Bottlenecks Specialized wafer fab capacity (e.g., 40nm-28nm nodes) Advanced packaging substrate availability Long lead times for test/probe equipment Qualification cycles for industrial/automotive grades Geopolitical export controls on certain technologies - Demand for integrated RF chips supporting Wi-Fi 6/6E, BLE 5.x, and NB-IoT is accelerating as smart city and smart meter deployments scale across India, Japan, and Southeast Asian metropolitan regions. - Hardware-based security features such as Physically Unclonable Functions (PUF) and Trusted Platform Modules (TPM) are becoming baseline requirements in industrial and automotive IoT chip designs, driven by regional data privacy regulations and functional safety standards. - On-device AI acceleration and TinyML capability are migrating from premium application processors into mid-range MCU and SoC tiers, enabling predictive maintenance and real-time sensor analytics at the edge without cloud dependency. Key Challenges - Specialized wafer fab capacity for 40nm–28nm nodes remains a persistent bottleneck, with lead times for industrial and automotive-grade qualification extending to 26–40 weeks, constraining volume ramp for new IoT chip designs. - Geopolitical export controls on advanced semiconductor manufacturing equipment and certain AI-capable chips
May 2, 2026 · via indexbox.io
TELECO Inc., a trusted leader in telecommunications and managed IT services, today announced the launch of its advanced AI-powered cybersecurity platform — a comprehensive, always-on solution built to protect businesses of all sizes from modern cyber threats. As cyberattacks grow in frequency and sophistication, TELECO Inc. is offering organizations the intelligent defense they need to stay secure, compliant, and confident. The Cybersecurity Crisis Businesses Can No Longer Ignore Cybercrime is projected to cost the global economy over $10 trillion annually by 2025, according to industry research. From ransomware and phishing attacks to insider threats and zero-day vulnerabilities, no business is immune. Small and mid-sized businesses are increasingly targeted because they often lack the dedicated security infrastructure that larger enterprises maintain. TELECO recognized this critical gap — and built a solution to fill it. Introducing the TELECO AI-Powered Cybersecurity Platform The new platform combines artificial intelligence, machine learning, and real-time threat intelligence to deliver proactive defense at every layer of a business's digital environment. Unlike traditional reactive security tools, TELECO's platform anticipates and neutralizes threats before they cause damage. Key features of the platform include: - 24/7 Threat Monitoring & Automated Response: AI continuously monitors network traffic, endpoints, and cloud environments, automatically isolating and responding to threats around the clock. - Advanced Endpoint Protection: Shields every device connected to your network — from workstations and mobile devices to IoT endpoints — with behavioral analytics and anomaly detection. - Zero-Trust Security Architecture: Implements strict identity verification and least-privilege access controls, ensuring no user or device is trusted by default. - Real-Time Threat Intelligence: Integrates global threat feeds and dark web monitoring to stay ahead of emerging attack vectors. - Regulatory Compliance Support: Assists businesses in maintaining compliance with HIPAA, PCI-DSS, SOC 2, CMMC, and other key frameworks through automated reporting and audit-ready
May 1, 2026 · via markets.financialcontent.com
Industrial environments are undergoing a massive transformation driven by the Industrial Internet of Things. Factories, energy plants, and logistics hubs are now powered by connected sensors, edge devices, and intelligent control systems that continuously exchange data in real time. The scale of this transformation is significant. By 2025, the number of industrial IoT devices is expected to reach over 152 million globally, with the market projected to grow from $194.4 billion in 2024 to $286.3 billion by 2029. At the same time, IoT security risks are rising sharply, with over 50 percent of IoT devices having critical vulnerabilities and one in three data breaches now involving IoT components. This rapid expansion of connected infrastructure is reshaping how organizations think about security. Traditional physical security models are no longer sufficient in environments where machines, sensors, and software continuously interact. This is where modern access control systems evolve into intelligent, connected security layers within industrial IoT ecosystems. Understanding the Convergence of Access Control and IIoT Traditional access control systems were designed to regulate physical entry using credentials such as cards, PINs, or biometrics. These systems operated largely in isolation, with limited integration into broader operational technology. Industrial IoT introduces a fundamentally different architecture. It connects machines, sensors, controllers, and software platforms into a unified data-driven system. The convergence happens when access control becomes a node within this ecosystem. Instead of acting as a standalone system, access control integrates with: - Industrial sensors and PLCs - Edge computing devices - SCADA and OT networks - Cloud-based analytics platforms This integration transforms access control into a dynamic decision-making system rather than a static gatekeeper. Architecture of Integrated Security Systems From an engineering perspective, integrating access control with industrial IoT involves a multi-layered architecture. Device Layer This layer includes physical components such as card readers,
Apr 30, 2026 · via roboticsandautomationnews.com
Cybersecurity in 2026: Cybersecurity roles are evolving rapidly in 2026 as threats grow more advanced and technology becomes deeply connected.
Cloud Security: Protecting cloud infrastructure, workloads, and identities is a top priority as organizations move fully cloud-native.
AI and Machine Learning Security: Securing AI models, training data, and preventing adversarial attacks has become a critical cybersecurity focus.
Zero Trust Architecture: Zero Trust models emphasize continuous verification, least-privilege access, and identity-first security strategies.
Ransomware Defense: Advanced ransomware prevention, detection, and recovery planning remain essential across all industries worldwide.
Identity and Access Management: Strong IAM frameworks help prevent breaches through multi-factor authentication and identity-based controls.
IoT and OT Security: Securing connected devices, industrial systems, and smart infrastructure is vital as IoT adoption accelerates.
Data Privacy and Compliance: Regulatory compliance and data protection strategies are key as privacy laws expand globally in 2026.
Incident Response and Threat Hunting: Proactive threat hunting and rapid incident response reduce damage from sophisticated cyberattacks.
Stories
Apr 30, 2026 · via m.dailyhunt.in
April 29, 2026 — Analysis of cyber attacks in NCC Group’s Q1 2026 Threat Pulse has found that AI is the biggest threat posed to CISOs in the coming years. Cyber attacks increased by 22% month-on-month in March 2026, highlighting the growing impact of AI weaponization and poorly governed adoption. Human involvement is now central to ensuring both responsible use and sustained operational resilience. AI as a malicious actor The sophisticated potential that AI poses to malicious attacks is being rapidly adapted by all types of threat actors, from nation states to hacktivists. In early 2026, politically motivated, AI-generated deepfake propaganda was used in the Ukraine-Russia war -likely to become a more popular tactic used by threat actors with dozens of elections taking place globally in 2026. In social engineering tactics, AI, commonly Google Gemini, is being used to help threat actors accurately translate messages and improve their legitimacy. The cost of developing AI software is declining, and we can expect to see threat actors taking advantage of its dynamic decision-making capabilities at all stages of the attack chain. AI practice insecurity A growing over-reliance on vibe coding, which has been found to generate unsecure code, is cause for serious security concerns. The practice of using generative AI platforms to create passwords is also worrying, as how they are trained can lead them to produce passwords that that appear strong but are easy to predict. When CISOs are mapping the threat which AI poses, they need to assess their own internal security hygiene in the same way they analyse external threats. Matt Hull, VP of Cyber Intelligence and Response at NCC Group, said, “AI is accelerating cyber risk in both scale and complexity, and underestimating this shift will quickly leave businesses of all sizes exposed. Not only are CISOs facing
Apr 30, 2026 · via automation.com
HMF Highlights Strategic Importance of NIS-2 at Objektfunk Conference in Fulda The takeaway from Fulda was straightforward: companies that take cybersecurity seriously today will be better positioned to operate securely and successfully in the future. According to HMF, cybersecurity in critical communication networks and in general isn’t something organizations can treat as a background issue anymore—it has become essential to how businesses operate and grow. At the recent Objektfunk conference in Fulda, Germany, HMF managment Gerald Nolte (CIO/CISO) and Bernhard Klinger (Chief Public Affairs Officer) shared their perspective on the EU’s NIS-2 directive (Network & Information Security 2.0) and what it means in practice. Their message was clear: cybersecurity is now a responsibility that reaches far beyond IT departments. With NIS-2, organizations across all sectors are expected to take a more structured and proactive approach to protecting their operations. This includes securing business processes, strengthening supply chains, and safeguarding customer data through concrete, measurable actions. Rather than seeing NIS-2 as just another compliance requirement, the speakers encouraged organizations to view it as an opportunity. It’s a chance to rethink how resilience is built into the business—from day-to-day operations to long-term strategy. As cyber threats continue to evolve, NIS-2 provides a framework that helps organizations stay prepared, accountable, and resilient. The takeaway from Fulda was straightforward: companies that take cybersecurity seriously today will be better positioned to operate securely and successfully in the future.
Apr 30, 2026 · via criticalcommunicationsreview.com
UL’s Dr Muzaffar Rao discusses the professional diploma in OT security programme, and what motivates his research in OT and ICS cybersecurity. For Dr Muzaffar Rao, University of Limerick (UL) has been a research base for a number of years. When Rao first joined UL in 2013, he was a PhD student conducting research on reconfigurable hardware for security, specifically field programmable gate array (FPGA)‑based cryptographic systems. After his PhD, Rao began working at the university as a postdoctoral researcher with the Centre for Robotics and Intelligent Systems, a role that Rao says allowed him to further develop “expertise in hardware‑based cryptographic systems”. Fast-forward to the current day, and Rao is now an associate professor in the Department of Electronic and Computer Engineering at UL, as well as an associate investigator with Lero, the Research Ireland Centre for Software. Rao is also the course director of the professional diploma in operational technology (OT) security programme – a specialised Level 9 programme that Rao says is a “unique offering in Ireland”, as it’s dedicated specifically to OT and industrial control systems (ICS) security. The primary objective of the programme, according to Rao, is to equip professionals with the practical knowledge and specialised skills required to “securely integrate IT and OT systems while effectively managing associated cyber risks”. “Developed in close collaboration with industry partners, the course focuses on real-world operational challenges, OT-specific threats, relevant legal and regulatory frameworks, and risk mitigation strategies,” he explains. “A strong emphasis is placed on bridging workforce skills gaps to ensure graduates can protect and secure complex operational environments.” Rao tells SiliconRepublic.com that recently, the course was provided with the Airbus CyberRange, a simulation and training platform that provides “immersive, hands-on learning through realistic, scenario-based exercises that reflect real-world critical infrastructure and smart manufacturing systems”. Securing
Apr 30, 2026 · via siliconrepublic.com
Forescout has unveiled an ambitious new global partner initiative, Mission:Possible, marking the largest channel-focused campaign in the company’s 25-year history. Designed to energize partners and accelerate pipeline growth, the tour will span more than 90 cities worldwide between May and September 2026. A Global Push to Strengthen the Channel The Mission:Possible tour underscores Forescout’s commitment to its partner ecosystem at a time when organizations are grappling with increasingly complex cybersecurity challenges. The initiative will bring interactive, in-person events to key global markets, including London, Munich, Johannesburg, Mumbai, Sydney, and Kuala Lumpur. Select events will take place in high-profile venues, including iconic football stadiums such as Stamford Bridge and Old Trafford, adding a distinctive edge to the experience. Gamified Enablement Meets Real-World Security Challenges Unlike traditional partner programs, Mission:Possible introduces a gamified, story-driven format. Attendees will take on the role of “agents,” receiving missions from a fictional controller known as “Scout.” The experience blends hands-on cybersecurity exercises with real-world threat intelligence insights. Rik Ferguson, Forescout’s VP of Security Intelligence, will play a key role in translating current threat landscapes into actionable opportunities for partners, helping them better position solutions in customer engagements. Addressing Modern IT, OT, and IoT Security Needs The tour focuses on helping partners navigate the growing convergence of IT, operational technology (OT), Internet of Things (IoT), and Internet of Medical Things (IoMT) environments. Through practical sessions and use cases, partners will gain strategies to: - Improve asset visibility across complex environments - Reduce risk exposure - Apply frameworks such as Universal Zero Trust Network Access (UZTNA) - Implement Continuous Threat Exposure Management (CTEM) The goal is to equip partners with the tools and confidence needed to deliver measurable business value while addressing evolving customer demands. Industry Backing and Channel Collaboration Channel leaders have already expressed strong support for
Apr 30, 2026 · via itsecurityguru.org
Africa’s digital economy growth will depend on managing rising cyber threats, scaling data infrastructure and addressing power and interconnectivity challenges. Experts across government and the private sector unanimously agreed while speaking at the IoT West Africa 2026 Conference and Data Centre Cloud Expo held in Lagos. In a keynote address , Dr Vincent Olatunji, national commissioner, Nigeria Data Protection Commission (NDPC), warned that rapid digital expansion was being matched by rising cyber threats. Olatunji said cyberattacks now occur every 39 seconds globally, with cybercrime losses estimated at 10.5 trillion dollars annually. He noted that Nigeria records over 4,000 cyberattacks weekly, accounting for about 45 per cent of incidents in Africa, while financial losses exceeded ₦12 billion in 2024. He added that global data generation had reached about 402.89 million terabytes daily and was projected to grow from 181 zettabytes to 221 zettabytes. “Data is now the new oil, driving everything from IoT to cloud services and digital platforms,” he said, adding that Nigeria’s digital economy is valued at 18.3 billion dollars and could double within five years. Also during a fireside chat at the IoT West Africa 2026 with the theme “Role of Colocation in Enabling Africa’s Data Centre Transformation: Opportunities and Challenges,” industry leaders identified interconnectivity, power and affordability as critical to scaling the sector. Mr Yashnath Issur, the chief executive officer of Nxtra by Airtel, said Africa’s data centre market must be built to global standards. “This market is no longer local; it is a global business requiring global quality, scale and expertise,” he said. On his part, Mr Lars Johannisson, the chief executive officer of Rack Centre, said energy remained the biggest constraint to growth. “Data centres are about power, cooling and people. Energy is the machine that will power our growth, and without fixing it, scaling
Apr 30, 2026 · via techeconomy.ng
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Apr 30, 2026 · via telecompaper.com
As Kenya invests heavily in key economic growth and national resilience drivers, from digital infrastructure and AI factories to hyperscale data centres and green industrialisation, the country is set for increased international attention following the announcement of Ai Everything Kenya x GITEX Kenya. Organised by KAOUN International, the global organiser of GITEX, in partnership with the Office of the Special Envoy on Technology of the Republic of Kenya and dx⁵, Africa’s top technology driver, Ai Everything Kenya x GITEX Kenya debuts in Nairobi from 19-21 May 2026. With the AI market alone expected to contribute US$2.4 billion to Kenya’s GDP by 2030 and generate over 300,000 new jobs by 2028, the eventis poised to highlight Kenya’s increasing AI and digital transformation leadership regionally and internationally. It will catalyse a new wave of partnerships and investments, simultaneously accelerating the responsible and inclusive deployment of emerging technologies. Convening one of the most influential multistakeholder gatherings on the continent, GITEX continues to offer access to new markets, capital, talents, relationships, and investment opportunities. Throughout its 45-year history, international engagement and expansion have become synonymous with a brand that now stages shows in eight countries and five regions globally, including Germany, Kazakhstan, Morocco, Nigeria, Singapore, Thailand, UAE and Vietnam. With Kenya’s highly anticipated introduction into the GITEX international events portfolio, Ai Everything Kenya x GITEX Kenya will become East Africa’s largest tech and startup event, bringing together policymakers, technologists, academia, the private sector, civil society, creatives and development partners. Hon. William Kabogo Gitau, the cabinet secretary for information, communications and the digital economy, welcomed the announcement: “Hosting Ai Everything Kenya is both a recognition of our achievements and a call to action. Kenya is positioning itself at the heart of Africa’s digital transformation, where artificial intelligence is not just a tool for innovation, but
Apr 30, 2026 · via iot-now.com
The Cybersecurity and Infrastructure Security Agency (CISA) issued a warning about a network mapping tool developed by the National Security Agency (NSA). According to the agency, a vulnerability concerning extensible markup language (XML) allows “crafted session data to trigger improper handling of XML input, which may result in unintended exposure of sensitive information.” Security researcher Anna Quinn In a GitHub post explained that insufficient hardening of the XML parsing process could allow users to craft malicious requests when opening stored sessions, allowing actors to induce errors in the Grassmarlin message console. Grassmarlin is an operation technology (OT) tool created to help NSA security teams passively identify IP-based devices on industrial control systems (ICS) and supervisory control and data acquisition (SCADA) networks. The tool was retired in 2017 and no fixes exist for the issue. CISA recommended users minimize network exposure for all control system devices and/or systems, and locate firewall-protected control system networks and remote devices to then isolate them from business networks. As recently explored by SDxCentral, the OT-based security threat has seen big ticket acquisitions such as Mitsubishi's buyout of Nozomi Networks, and ServiceNow snaring Armis recently for $7.75 billion. Mauricio Sanchez, senior director at Dell’Oro Group, said cyber asset attack surface management (CAASM) and external attack surface management (EASM) are converging with IoT security needs, helping asset management become a “hot” security theme in 2026. This has been reflected by government advice from authorities such as Britain’s National Cyber Security Centre, which recently published principles to help firms manage OT system security. Zero Networks CEO Benny Lakunishok said such advice is essential for natural infrastructure. “In OT environments supporting energy, water, transport, and manufacturing, attackers often abuse trusted access that already exists – an approach seen in incidents affecting fuel pipelines, power grids, and water utilities,” Lakunishok
Apr 30, 2026 · via sdxcentral.com
Kigen, a Cambridge-based startup specialising in eSIM and Remote SIM Provisioning (RSP) security technologies, has secured €11.5 million (£10 million) in funding from Salica Investments, a UK-based investment firm. The growth debt investment will support Kigen’s next phase of growth across the UK, EU, and US. “This investment allows us to accelerate our next phase of growth with confidence. Our customers are looking for practical ways to strengthen cyber resilience, simplify regulatory readiness, and manage secure connectivity over the long term. This funding helps us move faster to support them with trusted, future-ready solutions,” said Vincent Korstanje, CEO of Kigen. Originally a spin-out from Arm, Kigen has operated independently since 2020 with offices in Cambridge, Belfast, Northern Ireland, and Noida, India. The company enables businesses to expand their Internet of Things (IoT) deployments by integrating trust and security through SIM, eSIM, and iSIM technologies. It claims that its technology allows the option to choose from 200+ terrestrial and satellite networks, with proven interoperability on leading chipsets and modules. According to Kigen, its capabilities are relevant for organisations that need to demonstrate secure connectivity architecture and long-term maintainability. The company works with manufacturers worldwide to provide secure, GSMA-certified eSIMs and management solutions across consumer, M2M, and IoT environments, with direct access to more than 200 terrestrial and satellite networks. Kigen states that it has also positioned its latest eSIM offerings around security patching and updates at scale. It claims that this makes secure updates, auditability, and long-term support more straightforward and predictable for manufacturers managing products over many years. Its platform is increasingly delivered via a SaaS model, providing customers with flexible, usage-based access to OS licensing, management tools, and professional services. Kigen is backed by Arm, SoftBank Vision Fund 2, and SBI Group. Usman Ali, Partner, Venture Debt Fund at
Apr 30, 2026 · via eu-startups.com
IXT, a Norway-based mobile virtual network operator, is moving to integrate cybersecurity more deeply into cellular connectivity, announcing a partnership with Zscaler to embed Zero Trust Network Access directly into its IoT platform. The initiative reflects a broader shift away from virtual private networks, or VPNs, which have long underpinned remote access but are increasingly seen as ill-suited to large-scale device environments. Instead, organisations are adopting Zero Trust models that verify every connection and limit access by default. By embedding Zscaler’s technology at the SIM level, IXT is targeting a persistent weakness in IoT deployments: securing large fleets of devices that cannot run conventional security software and are often deployed in remote or industrial settings. “VPNs were designed to connect users on laptops to corporate networks. They were never built for thousands of headless devices in energy grids, water treatment plants and factory floors,” said Henning Solberg, Chief Technology Officer and Co-Founder of IXT. “With this integration, we bring the same Zero Trust architecture that Zscaler delivers to Fortune 500 IT environments directly to OT and IoT devices over cellular.” Under the arrangement, device traffic is routed through Zscaler’s Cloud-based Zero Trust Exchange, where it is inspected and policy-controlled before reaching its destination. The model removes the need for inbound network exposure and avoids the broad access permissions typically associated with VPNs. The timing aligns with tightening regulation in Europe. The NIS2 Directive, now being transposed into national law, imposes stricter requirements on operators of critical infrastructure to secure networks, including connected devices. It also introduces direct accountability for senior management. “For organisations facing NIS2 compliance obligations, this integration is designed to support key requirements with a reduced attack surface, no VPN dependencies, full traffic inspection, and audit-ready controls, all from a single SIM,” Solberg said. The challenge is particularly
Apr 30, 2026 · via iotinsider.com
ALSO Lifts Q1 Profit 69% on Strong Digital Platform and Cloud Growth Claim 55% Off TipRanks - Unlock hedge fund-level data and powerful investing tools for smarter, sharper decisions - Discover top-performing stock ideas and upgrade to a portfolio of market leaders with Smart Investor Picks ALSO Holding AG ( (CH:ALSN) ) has issued an update. ALSO Holding AG reported a strong start to 2026, with first-quarter revenue rising 31% to €4.3 billion, driven by all three business models and a strategic focus on higher value-added services and operational excellence in inventory management. Group profit increased 69%, EBITDA climbed 46% to €89 million, and return on capital employed improved to 11.2%, underscoring the effectiveness of its MORE/WIN strategy and the strength of its ecosystem. Digital platforms remained a key growth engine, with platform business expanding more than 30% and cloud revenue jumping 33% to €674 million, supported by increasing deployment of artificial intelligence in operations and product offerings. Management confirmed full-year guidance for EBITDA of €300–340 million and a ROCE of over 20%, signaling confidence in continued profitable growth and reinforcing ALSO’s positioning as a major consolidator and innovation driver in the European ICT distribution and services market. The most recent analyst rating on (CH:ALSN) stock is a Hold with a CHF170.00 price target. To see the full list of analyst forecasts on ALSO Holding AG stock, see the CH:ALSN Stock Forecast page. More about ALSO Holding AG ALSO Holding AG is a leading European technology provider serving the information and communications technology industry, active in 31 countries and additional markets via PaaS partners. Through its Supply, Solutions and Service segments, the group distributes hardware and software from more than 800 vendors, delivers customized IT solutions, and offers subscription-based cloud and digital platform services in areas such as IoT, cybersecurity,
Apr 30, 2026 · via theglobeandmail.com
One-in-four (24%) healthcare organizations (HCOs) experienced cyber-attacks impacting medical devices over the past year, causing potentially significant disruption to patient care, according to RunSafe Security. The security vendor polled 551 healthcare professionals across the US, UK and Germany to produce its 2026 Medical Device Cybersecurity Index. It revealed that, in 80% of cases, attacks affecting devices had a “moderate” or “significant” impact on patients. This could range from delayed imaging and postponed procedures to interruptions to critical care delivery, RunSafe claimed. Cybersecurity is increasingly being integrated into procurement and operations. Some 82% of respondents said they have deployed or are actively piloting runtime exploit protection, 84% said they include cyber in vendor RFPs, and 76% that they would pay extra for advanced protection. However, legacy equipment continues to expose many HCOs. Over two-fifths (44%) of responding organizations said they use devices with known, unpatched vulnerabilities, and 28% admit operating devices past end-of-support. Medical Device Manufacturers Hit by Major Cyber-Attacks The findings come as device manufacturers themselves come under attack. This week, US giant Medtronic admitted suffering a data security incident after notorious extortion group ShinyHunters listed the firm on its leak site in mid-April. The threat actors claimed to have exfiltrated more than nine million records containing personal information, alongside large volumes of internal corporate data. Separately, Fortune 500 medical technology vendor Stryker was impacted in March when the Iranian-sponsored Handala group wiped tens of thousands of corporate devices after accessing an Intune admin account. “The findings land against a backdrop of large-scale healthcare cyber incidents that have disrupted care delivery and revenue flows, underscoring how quickly attacks on device-adjacent systems can translate into patient harm,” said Joseph Saunders, CEO of RunSafe Security. “Medical device cybersecurity is increasing in importance to healthcare buyers as they see it as a patient
Apr 29, 2026 · via infosecurity-magazine.com