When the European Commission projected that 91% of enterprise workloads would migrate to cloud by 2028, it signalled a continent ready to move at scale. The more interesting question, the one drawing together cloud architects, cybersecurity leaders and enterprise buyers at GITEX AI EUROPE in Berlin this year – is not whether enterprises should migrate, but how to build autonomy, and on what terms. GITEX AI EUROPE takes place from 30 June – 1 July 2026 at Messe Berlin, bringing more than 800 enterprises and startups, 500 investors and 120 speakers from over 100 countries, marking one of the most concentrated international tech participations seen in Berlin. Organised by inD, global organisers of GITEX – one of the world’s largest tech and AI show, and supported by the Berlin Senate Department for Economics, Energy and Public Enterprises, and Berlin Partner for Business and Technology, the event arrives at a defining moment for Europe’s digital infrastructure ambitions, with sovereignty at the centre of the business and policy conversations. Ownership, not geography The common misconception is that storing data in a European server means it is protected under European law. According to Dr. Andreas Nauerz, the chief product officer at IONOS – one of Europe’s largest cloud and hosting providers – sovereignty is determined not just by the physical location of a data centre, but by who owns the provider, and where the company is headquartered. Global providers may operate infrastructure inside Europe, but can still be subject to their headquarters’ legislation, creating a tension with GDPR that no contractual arrangement can resolve. “Sovereignty goes beyond GDPR conformity: it requires technological control over the cloud stack, open standards and genuine interoperability,” Dr. Nauerz pointed out. The argument lands hardest in regulated sectors, like financial services under the Digital Operational Resilience Act (DORA),
May 25, 2026 · via iot-now.com
Abstract The Internet of Things (IoT) encompasses a network of devices equipped with sensing, computing and actuating capabilities, leading to a surge in cybersecurity vulnerabilities that threaten personal security and public safety. Addressing vulnerabilities is essential for ensuring IoT security. In this Review, we provide a comprehensive overview of IoT device vulnerabilities and countermeasures, contrasting their characteristics with traditional computer vulnerabilities. We highlight that IoT device vulnerabilities are often complex and have far-reaching implications, owing to their deep integration with the physical and cyber domains. We propose a new taxonomy that categorizes IoT device vulnerabilities into in-band and out-of-band classifications, emphasizing emerging out-of-band vulnerabilities. We discuss advancements in vulnerability management technologies, including identification, assessment, remediation and mitigation. Our analysis highlights the need to extend beyond cyber-centric security paradigms to incorporate countermeasures that address cyber–physical interactions. We conclude by outlining future research directions, including generalizable vulnerability models, scalable identification pipelines, secure-by-design architectures and resilience for emerging systems. Key points - The characteristics of Internet of Things (IoT) devices differentiate their vulnerabilities in cybersecurity from those of traditional computers, bringing new challenges to addressing vulnerability in the IoT era. - The emerging out-of-band vulnerabilities in IoT devices pose risks from the anomalous conversion between the physical signals and cyber information and call for the attention of researchers to address such vulnerabilities. - It is essential to integrate a complete vulnerability management life cycle involving identification, assessment, remediation and mitigation, with an emphasis on building IoT vulnerability databases as the cornerstone. - Vulnerability identification is evolving to address emerging and varying IoT vulnerabilities by integrating artificial intelligence technologies and targeting the signal-information conversion of IoT devices. - Threats to IoT devices increasingly involve the simultaneous exploitation of multiple vulnerabilities. Remediation and mitigation must not only balance security and usability but also address the
May 25, 2026 · via nature.com
Interview with Gonzalo Alonso As digital interactions expand, organisations are rethinking trust, identity, and fraud prevention to balance security, privacy, and seamless customer experiences. Digital trust is becoming central to how organisations protect users, prevent fraud, and build long-term customer confidence in an increasingly connected world. Gonzalo Alonso discusses how identity, cybersecurity, and trust infrastructure are evolving alongside AI, digital platforms, and stricter regulatory expectations across global markets. You have worked at the forefront of major technology shifts. What personal experiences shaped the way you think about trust and safety in the digital world today? One thing becomes very clear when you spend enough time around technology transformation: every major wave of innovation creates extraordinary opportunity, but also introduces entirely new forms of risk. People adopt technology when they feel empowered by it. They reject it when they feel exposed by it. I have seen this repeatedly. The internet changed how people access information. Mobile transformed how people interact. Cloud changed how businesses operate. AI is now reshaping how decisions are made. Every leap forward makes the world more connected, but also expands the surface area for fraud, manipulation and misuse. What has shaped my perspective is seeing how quickly trust becomes the deciding factor in whether innovation succeeds or fails. People adopt technology when they feel empowered by it. They reject it when they feel exposed by it. Today we generate more digital interactions in a day than previous generations generated in months. Yet many of the trust mechanisms behind those interactions were designed decades ago. Trust has become infrastructure. Digital trust is no longer a security problem sitting inside an IT department. It is becoming a business problem, a societal problem and increasingly a competitive advantage. Trust used to sit in institutions. Today it increasingly sits in experiences.
May 25, 2026 · via europeanbusinessreview.com
- Industry - 1 min read LTM proposes acquisition of Randstad’s tech consulting business in Europe, Australia The proposed acquisition, covering operations with over $500 million in annual revenue, will deepen LTM's footprint in aerospace, automotive, BFS and utilities, while strengthening its sovereign AI, cybersecurity and digital engineering capabilities. LTM, a Larsen & Toubro Group Company, on Friday said it has issued an offer to acquire Randstad's technology and consulting services business across Europe and Australia as part of a broader strategic partnership focused on AI-led transformation and digital engineering services. The proposed acquisition covers Randstad’s technology and consulting operations in France, Germany, Belgium, Luxembourg and Australia, representing annual revenue of more than $500 million (€469 million). According to LTM, the acquisition would strengthen its presence in key sectors, including aerospace and defence, automotive, utilities, and banking and financial services (BFS), while expanding its regional capabilities in cybersecurity, IoT, and digital engineering. The company said the deal would also enhance its nearshore delivery capabilities through centres in Romania and Portugal and help build sovereign-compliant AI and digital transformation solutions for clients across Europe and Australia. The proposed transaction forms part of a broader 360-degree collaboration between the two companies, including a five-year IT services partnership to drive AI-enabled transformation for Randstad’s India Global Capability Centre and a strategic talent-managed services partnership to support LTM’s expanding global workforce. Venu Lambu, CEO and Managing Director of LTM, said the proposed agreement aligns with the company’s five-year strategy to build a more resilient and diversified portfolio by combining global AI capabilities with strong local domain expertise. Sander van ’t Noordende, CEO of Randstad, said the proposed partnership would help Randstad streamline its portfolio while continuing to deliver technology services to clients and strengthen its digital capabilities through LTM’s AI expertise. The acquisition is
May 23, 2026 · via manufacturing.economictimes.indiatimes.com
LTM to buy Randstad's tech, consulting business in Europe
The deal would augment LTM’s global AI-centric capabilities with local domain and near-shore expertise crucial for delivering digital and AI transformation for customers in a sovereign-compliant and scalable model.
LTM has issued an offer to acquire Randstad's Technology and Consulting Services business in France, Germany, Belgium, Luxembourg and Australia — a move to scale domain-driven solutions and AI services across key markets.
May 22, 2026 · via deccanherald.com
The modern crime scene is no longer confined to obvious, physical evidence like broken glass or shell casings. In the age of the “smart home,” seemingly innocuous devices that are networked, mounted on a wall or strapped on a wrist can play a key role in solving — and committing — crimes. As the number of connected devices worldwide is projected to exceed 40 billion by 2034, The University of Texas at San Antonio is leading a national initiative to ensure law enforcement can keep pace. Through the Internet of Things (IoT) National Training and Technical Assistance Program, cybersecurity experts are bridging a critical gap in digital forensics, providing investigators with the skills to extract evidence from everything from Ring doorbells to robotic vacuums. “The integration of IoT devices into our daily life has accelerated at a pace that law enforcement training infrastructure has not matched,” said Raymond Choo, the project’s principal investigator and associate dean for graduate studies in the College of AI, Cyber and Computing. Choo also holds the Cloud Technology Endowed Professorship in the Department of Information Systems and Cybersecurity. “A decade ago, these devices would not have appeared on an investigator’s evidence checklist. Today, they are everywhere,” Choo added. Jean Costello, one of the lead trainers in the courses, noted that IoT evidence was “first used in a 2014 Canadian legal case.” Police investigating a murder noticed an Amazon Echo in the home and subpoenaed Amazon for its audio and transcript data. “Another IoT device was used in a 2015 murder case in Arkansas,” she added. This opened the doors to a new subset of digital forensics. Examples of modern IoT devices that can store vital evidence include smart watches, Apple AirTags, smart glasses and VR headsets, which could help with building a chronological timeline and
May 22, 2026 · via forensicmag.com
LTM (formerly LTIMindtree) has on Friday offered to acquire Randstad’s Technology and Consulting Services business in France, Germany, Belgium, Luxembourg and Australia, which cumulatively represent over $500 million in annual revenue. The acquisition, proposed at a cash consideration of €160 million, is expected to be completed by Q3 of the fiscal 2027. It is expected to expand LTM’s presence in key markets, primarily across Aerospace & Defence, Automotive, Utilities and BFS, according to the company. It would also enable local domain expertise and complementary regional capabilities in domain-driven digital engineering, cybersecurity and IoT, supported by onshore and nearshore delivery through centers in Romania and Portugal, said the firm. LTM further said, the deal would be part of a 360 degree partnership with Randstad would also involve a five-year IT services partnership to drive AI-enabled transformation for Randstad’s India Global Capability Center, Strategic talent MSP to support LTM’s expanding global workforce. Venu Lambu, CEO & MD of LTM said: “The proposed agreement is aligned with our five-year strategy to build a more resilient, diversified, balanced portfolio.’’ By combining LTI’s global AI-centric capabilities with local context and industry depth, this acquisition would strengthen LTI’s ability to deliver compliant, domain-driven AI services and sovereign solutions in markets that are strategically important for the company, he said. Published - May 22, 2026 09:00 pm IST This is a premium article, available exclusively to subscribers. The Hindu delivers independent, credible journalism that explains events with depth, context, and perspective. - Digital and ePaper access - Premium stories and opinions - An ever-growing e-books library - Subscriber-exclusive webinars *This offer is only for first-time subscribers.
May 22, 2026 · via thehindu.com
Segmentation, Major Trends, and Competitive Overview of the Agile Internet of Things (IoT) Market The Agile Internet of Things (IoT) market is on the verge of remarkable expansion as technology continues to evolve rapidly. This sector, driven by innovations in AI and edge computing, is set to transform how connected devices operate and interact across various industries. Let's explore the projected market size, major players, emerging trends, and the detailed segmentation shaping the future of agile IoT.Forecasted Market Value and Growth Trajectory of the Agile Internet of Things (IoT) Market The size of the agile Internet of Things market is anticipated to experience substantial growth, reaching $103.83 billion by the year 2030. This expansion corresponds to a compound annual growth rate (CAGR) of 17.6%. Key factors fueling this rise include the increasing implementation of edge AI within IoT systems, a growing need for scalable cloud-based IoT platforms, the widespread adoption of autonomous connected ecosystems, the development of smart city infrastructure projects, and heightened attention toward cybersecurity in IoT networks. Prominent trends set to influence the market during this period involve the rising use of edge computing for real-time IoT data processing, increasing demand for agile IoT platform integration services, broader deployment of AI-driven predictive maintenance solutions, expansion of cloud-native IoT architectures, and a stronger focus on interoperability and cross-platform connectivity. Download a free sample of the agile internet of things (iot) market report: https://www.thebusinessresearchcompany.com/sample_request?id=49633069&type=smp&name=Agile%20Internet%20Of%20Things%20%28IoT%29%20Market%20Report%202026&utm_source=OpenPR&utm_medium=Paid&utm_campaign=May_PR Major Players Powering the Agile Internet of Things (IoT) Industry This dynamic market is led by an array of influential companies such as Amazon Web Services Inc., Microsoft Corporation, Verizon Communications Inc., AT&T Inc., Huawei Technologies Co. Ltd., Bosch Software Innovations GmbH, Dell Technologies Inc., Siemens AG, Hitachi Ltd., IBM Corporation, Cisco Systems Inc., Intel Corporation, General Electric Company, Oracle Corporation, Schneider Electric SE, Honeywell International
May 22, 2026 · via openpr.com
UK embedded systems consultancy ByteSnap Design has announced a partnership with Digi International to offer a managed security service for connected medical and industrial IoT devices. The pair will combine automated Software Bill of Materials (SBOM) generation, continuous vulnerability monitoring and targeted patching to provide a bundled embedded Linux security service. A recent webinar titled "Long-Term Security for Medical Devices: Leveraging SBOM to Reduce Risk and Improve Compliance," featuring experts from ByteSnap Design and Digi International, addressed the expanding vulnerabilities of the Internet of Medical Things (IoMT). With regulators now enforcing requirements such as FDA cybersecurity mandates in the US and the EU’s Cyber Resilience Act, manufacturers must implement strong risk management practices, including generating Software Bills of Materials (SBOM), continuous vulnerability monitoring and effective field patching throughout a device's lifecycle. Graeme Wintle, co-founder and Director, ByteSnap Design, said: "Device makers are coming to us with the need for automated, continuous security monitoring to meet internal compliance and extended regulatory requirements such as the CRA." "Digi International's monthly curated CVE reports, combined with our integration, testing and platform support expertise, provide manufacturers with actionable intelligence and peace of mind." This partnership lowers risk, reduces the engineering burden and enables OEMs to focus on their core innovation while maintaining security during long product lifecycles. The joint approach will combine several core elements designed to strengthen cybersecurity and lifecycle management for connected medical devices. Central to this is the use of a Software Bill of Materials (SBOM) as a living operational tool, which is automatically generated during builds, linked to vulnerability databases such as CVE and CVSS and continuously updated to maintain visibility on potential risks. The collaboration will also incorporate Digi ConnectCore Security Services, which provide expert-curated monthly reports that filter through thousands of potential vulnerabilities to identify only those relevant
May 22, 2026 · via manufacturingchemist.com
The modern crime scene is no longer confined to obvious, physical evidence like broken glass or shell casings. In the age of the “smart home,” seemingly innocuous devices that are networked, mounted on a wall or strapped on a wrist can play a key role in solving — and committing — crimes. As the number of connected devices worldwide is projected to exceed 40 billion by 2034, The University of Texas at San Antonio is leading a national initiative to ensure law enforcement can keep pace. Through the Internet of Things (IoT) National Training and Technical Assistance Program, cybersecurity experts are bridging a critical gap in digital forensics, providing investigators with the skills to extract evidence from everything from Ring doorbells to robotic vacuums. “The integration of IoT devices into our daily life has accelerated at a pace that law enforcement training infrastructure has not matched,” said Raymond Choo, the project’s principal investigator and associate dean for graduate studies in the College of AI, Cyber and Computing. Choo also holds the Cloud Technology Endowed Professorship in the Department of Information Systems and Cybersecurity. “A decade ago, these devices would not have appeared on an investigator’s evidence checklist. Today, they are everywhere,” Choo added. Jean Costello, one of the lead trainers in the courses, noted that IoT evidence was “first used in a 2014 Canadian legal case.” Police investigating a murder noticed an Amazon Echo in the home and subpoenaed Amazon for its audio and transcript data. “Another IoT device was used in a 2015 murder case in Arkansas,” she added. This opened the doors to a new subset of digital forensics. Examples of modern IoT devices that can store vital evidence include smart watches, Apple AirTags, smart glasses and VR headsets, which could help with building a chronological timeline and
May 21, 2026 · via news.utsa.edu
How Network Security is Transforming the Future of Enterprise Cyber Defense According to MarketGenics, the global network security market was valued at approximately USD 24.1 billion in 2025 and is projected to reach around USD 57.8 billion by 2035, growing at a CAGR of 9.1% during the forecast period.The market is witnessing substantial growth due to increasing cyber threats, rapid digital transformation, and growing adoption of cloud-based infrastructure across enterprises. Network security solutions help organizations protect digital assets, networks, applications, and sensitive data from cyberattacks, malware, ransomware, unauthorized access, and advanced persistent threats. The rising expansion of hybrid cloud environments, IoT ecosystems, remote work infrastructure, and AI-driven cybersecurity technologies is significantly accelerating global market growth. Increasing enterprise focus on zero-trust security frameworks, regulatory compliance, and real-time threat detection is further strengthening demand for advanced network security solutions worldwide. "Request Free Sample" - Obtain a complimentary sample of our report to assess its quality and relevance to your requirements - https://marketgenics.co/download-report-sample/network-security-market-22577?utm_source=Open+pr&utm_medium=ruchika ➤ Market Drivers Rising Frequency of Cyberattacks Increasing ransomware, phishing, malware, and data breach incidents are driving demand for advanced security solutions. Growth of Cloud Computing and Remote Work Hybrid work environments and cloud infrastructure require robust network protection and secure access management. Expansion of IoT and Connected Devices The growing number of connected devices is increasing network vulnerabilities and cybersecurity risks. Increasing Adoption of Zero-Trust Security Models Organizations are implementing zero-trust architectures to improve authentication and access control. Growing Regulatory and Compliance Requirements Enterprises are investing in network security to comply with data protection and cybersecurity regulations. ➤ Market Trends • Increasing adoption of AI-powered threat detection systems • Growth of zero-trust network security architectures • Rising demand for cloud-native security platforms • Expansion of Secure Access Service Edge (SASE) solutions • Increasing integration of automation and machine learning
May 20, 2026 · via openpr.com
Shoolini University Admissions 2026 NAAC A+ Grade | Ranked 503 Globally (QS World University Rankings 2026) Not long ago, the idea of your car talking to a power grid or a factory machine scheduling its own maintenance would have sounded far-fetched. In 2026, that is just Tuesday. The Internet of Things has quietly moved from a concept to core infrastructure — and the people who build, secure, and manage these systems are among the most sought-after professionals in engineering today. If you are a student thinking about where to take your career, IoT is worth a serious look. This Story also Contains Every connected device you interact with — a smart meter, a factory sensor, a GPS tracker — exists because an engineer built the system behind it. That is the core of an IoT career: designing how physical things talk to digital platforms, making sure that conversation is secure, and turning the data it generates into something useful. The work is broader than most students expect. Connected system design, device communication, real-time data processing, cybersecurity, cloud integration — it all falls within the same job. And in 2026, the expectation has moved up a level. IoT systems are no longer just supposed to flag problems. They are supposed to handle them. Also Read: Shoolini University Courses The numbers are hard to ignore. The global IoT market crossed 1,055billionin2026—and that's just the starting point. By 2034, it is expected to surpass 5.5 trillion. Large enterprises drive nearly 64% of this market, which means the real career opportunities are not in consumer gadgets but in big industrial and corporate transformation projects. Governments are spending heavily, too. India's Semiconductor Mission 2.0 has put around ₹8,000 crore on the table for 2026, targeting smart cities, local chip production, and manufacturing. Globally, smart city
May 20, 2026 · via engineering.careers360.com
Geneva, Switzerland, May 20, 2026 (GLOBE NEWSWIRE) -- SEALSQ Corp (NASDAQ: LAES) ("SEALSQ" or "Company"), a company that focuses on developing and selling Semiconductors, PKI, and Post-Quantum technology hardware and software products, today announced the successful integration of IC’Alps into its semiconductor and post-quantum technology ecosystem. This milestone significantly strengthens SEALSQ’s chip design and ASIC development capabilities while reinforcing Europe’s strategic objective of technological sovereignty and semiconductor independence. The acquisition and integration of IC’Alps represents a key step in SEALSQ’s long-term strategy to accelerate the development of secure semiconductor technologies for artificial intelligence, IoT, satellite communications, defense, and post-quantum cybersecurity applications. At a time when geopolitical tensions, supply chain disruptions, and escalating cybersecurity threats are reshaping global technology priorities, independent chip design capabilities in Europe have become a strategic necessity. Semiconductor design is now widely recognized as a critical pillar of digital sovereignty, enabling regions to reduce dependency on foreign technologies while ensuring the security, resilience, and integrity of digital infrastructure. By integrating IC’Alps’ advanced ASIC engineering expertise, SEALSQ strengthens Europe’s capacity to design and control sovereign semiconductor technologies within Europe, aligned with broader continental initiatives aimed at reinforcing technological autonomy and strategic resilience. IC’Alps, recognized for its expertise in ASIC design, low-power architectures, and customized semiconductor engineering, now operates as a core component of SEALSQ’s European semiconductor innovation platform. This integration expands SEALSQ’s end-to-end chip development capabilities, spanning secure architecture and chip design through post-quantum implementation and industrial deployment. “This successful integration meaningfully enhances our semiconductor engineering capacity and reinforces our commitment to Europe’s technological independence,” said Carlos Moreira, CEO of SEALSQ. “In today’s geopolitical environment, mastering semiconductor design is no longer only an industrial objective, it is a matter of sovereignty, security, and economic resilience. Europe must secure its ability to design and control the critical technologies powering
May 20, 2026 · via markets.businessinsider.com
BlackBerry stock (CA09228F1099): focus shifts to software after latest earnings 20.05.2026 - 14:50:29 | ad-hoc-news.deBlackBerry is back in the headlines after the Canadian software and cybersecurity provider reported recent quarterly results and continued to explain its shift away from legacy businesses toward connected-car and security software. The company, listed in New York under the ticker BB, remains a closely watched small-cap name for US tech investors, according to Barchart as of 04/18/2024 and market data from Morningstar as of 05/17/2026. As of: 05/20/2026 By the editorial team – specialized in equity coverage. At a glance - Name: BB - Sector/industry: Software, cybersecurity, automotive technology - Headquarters/country: Waterloo, Canada - Core markets: Enterprise cybersecurity, embedded automotive software, Internet of Things - Key revenue drivers: Cybersecurity subscriptions, QNX automotive software, IoT platforms - Home exchange/listing venue: New York Stock Exchange (ticker: BB) and Toronto Stock Exchange - Trading currency: USD in New York, CAD in Toronto BlackBerry: core business model BlackBerry today positions itself as a pure software and services company after exiting its historic hardware business. Its core activities span cybersecurity, secure communications, and embedded operating systems for the automotive industry. This transformation has been underway for several years and is reflected in how management describes the group on its investor pages, according to BlackBerry investor information as of 04/03/2025. The company’s best-known software platform is QNX, a real-time operating system used in vehicles for infotainment, digital instrument clusters, advanced driver assistance systems, and other safety-critical tasks. BlackBerry highlights that QNX is embedded with multiple global automakers and Tier 1 suppliers, underlining its strategy of being a foundational technology layer rather than a consumer-facing brand, as outlined on its corporate website, according to BlackBerry automotive overview as of 11/15/2024. In cybersecurity, BlackBerry offers endpoint protection, unified endpoint management, secure communications and
May 20, 2026 · via ad-hoc-news.de
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May 20, 2026 · via telecompaper.com
Geneva, Switzerland, May 20, 2026 (GLOBE NEWSWIRE) -- SEALSQ Corp (NASDAQ: LAES) ("SEALSQ" or "Company"), a company that focuses on developing and selling Semiconductors, PKI, and Post-Quantum technology hardware and software products, and its parent company WISeKey International Holding Ltd (NASDAQ: WKEY; SIX: WIHN) (“WISeKey”), a global leader in cybersecurity, digital identity and IoT, today announced the launch of the WISeRobot.ch platform and its product roadmap for a next-generation human-centric AI robotics system secured with post-quantum cryptographic technology. The launch marks a key step in SEALSQ’s strategy to embed quantum-resistant security directly into next-generation robotic systems, addressing emerging risks as quantum computing advances. WISeRobot.ch serves as the central hub for the WISeRobot ecosystem, outlining product capabilities, deployment use cases, partnership opportunities, and a multi-phase development roadmap. The platform integrates WISeKey’s digital identity and cybersecurity expertise with SEALSQ’s post-quantum semiconductors and PKI infrastructure to enable trusted, secure human–machine interaction. WISeRobot Stood Out at CNBC Davos as a Highlight of the Day (January 2026) The announcement builds on WISeRobot’s debut at the World Economic Forum in Davos in January 2026, where the platform was featured at CNBC Davos and at a SEALSQ–WISeKey roundtable. These demonstrations highlighted the system’s ability to engage in natural human interaction while operating within a secure, identity-based framework. At CNBC Davos, WISeRobot truly stood out as one of the highlights of the day. By interacting naturally with speakers and attendees, it quickly moved people from initial curiosity to genuine engagement. Participants asked questions, shared jokes, took photos, and began treating the robot less like a machine and more like a conversational partner. What was most striking was the shift in energy and body language: hesitation gave way to smiles, laughter, and meaningful dialogue. WISeRobot became a catalyst for conversations around AI, trust, and the future, offering a tangible
May 20, 2026 · via markets.businessinsider.com
Indonesia Expands Digital Social Protection Trial to 42 Regions Indonesia will expand trials of its digital social protection platform, known as Perlinsos, to 42 cities and districts in June 2026. The initiative represents a significant scale-up of a pilot programme designed to modernise welfare distribution through integrated digital public infrastructure. By linking administrative and population data across agencies, the government aims to improve the accuracy and accessibility of social assistance programmes for millions of residents. According to official reporting, the next phase will expand far beyond the initial pilot launched in Banyuwangi, East Java, in September 2025. Mira Tayyiba, Director General of Digital Government Technology at the Ministry of Communication and Digital Affairs, said the rollout represents a forty-two-fold increase in scale compared with the earlier trial. Scaling Up a National Digital Welfare Platform The Digital Social Protection system is the country’s first integrated welfare platform built on an upgraded Digital Public Infrastructure (DPI) framework. The system is designed to streamline public service delivery by improving connectivity between government databases and simplifying the process for citizens to access support programmes. Residents can register through the social welfare portal to apply for assistance programmes such as the Family Hope Program (PKH) and Non-Cash Food Assistance (BPNT). During the Banyuwangi pilot, around 350,000 residents registered through the platform to receive financial and food support. The expanded trial is expected to reach more than 36 million people, equivalent to approximately 1.1 million households. Participating regions span several parts of the country, including Sumatra, Java, Kalimantan, Sulawesi and eastern Indonesia. Infrastructure and Connectivity Remain Key Challenges To support the larger rollout, the government is preparing technical measures to ensure the system functions reliably across participating regions. These include strengthening the Government Service Connectivity System and improving internet access in areas where digital infrastructure remains
May 19, 2026 · via opengovasia.com
ZAWYA: Ooredoo launches Qatar’s First Operator‑Led Zero Trust security solution for IoT devices Doha, Qatar: Ooredoo, Qatar’s leading telecommunications and ICT provider, announced the launch of IoT SecureConnect, an operator‑led Zero Trust security solution designed specifically for connected Internet of Things (IoT) devices, marking a first-of-its-kind innovation in Qatar. As IoT adoption accelerates across a wide range of sectors, including smart cities, healthcare, logistics, energy, oil and gas, industrial, banking, and government sectors, businesses are facing increasingly sophisticated cyber threats targeting connected devices. Traditional security approaches are no longer sufficient to address these evolving risks. IoT SecureConnect introduces a new standard of protection, built on Zero Trust principles that continuously verify every device, ensuring secure connectivity, enhanced data privacy, and operational resilience at scale. Designed to address the growing complexity of IoT environments, IoT SecureConnect delivers: - Zero Trust security: Continuous verification of every connected device - Advanced device protection: Proactive defence against evolving cyber threats - Data privacy compliance: Alignment with local and global regulatory standards - Seamless integration: Works effortlessly with your existing IoT infrastructure - Global best practices: Built to ensure long-term resilience and scalability Speaking on the launch, Hassan Ismail Al Emadi, Chief Business Officer of Ooredoo Qatar, said, “At Ooredoo, we are committed to providing businesses with secure, future-ready digital solutions. With IoT SecureConnect, we are redefining how organisations protect their connected ecosystems, empowering them to innovate with confidence while maintaining the highest standards of security and trust.” With IoT SecureConnect, Ooredoo enables businesses to secure their IoT ecosystems at scale, strengthen operational resilience, build customer trust through enhanced data protection, and accelerate digital transformation initiatives. This launch further reinforces Ooredoo’s position as a trusted provider of cybersecurity and digital innovation solutions, enabling organisations across Qatar to build secure and future-ready operations. About Ooredoo Ooredoo
May 19, 2026 · via tradingview.com
Cybersecurity Market to Reach US$ 555.98 Billion by 2032 Amid Rising Global Cyber Threats and Digital Transformation The global cybersecurity market is witnessing unprecedented growth as organizations worldwide accelerate digital transformation initiatives while facing increasingly sophisticated cyber threats.According to recent industry analysis, the Cybersecurity Market size reached US$ 224.55 billion in 2024 and is expected to reach US$ 555.98 billion by 2032, growing at a CAGR of 12% during the forecast period 2025-2032. Get Exclusive Market Insights with a Sample Report: https://www.datamintelligence.com/download-sample/cyber-security-market The rapid expansion of cloud computing, remote work environments, IoT ecosystems, artificial intelligence adoption, and growing ransomware attacks are significantly driving demand for advanced cybersecurity solutions across industries. Organizations are now prioritizing cyber resilience, threat intelligence, and zero-trust security frameworks to safeguard sensitive data, critical infrastructure, and digital operations. What is Cybersecurity? Cybersecurity refers to the technologies, practices, and processes designed to protect networks, systems, devices, applications, and data from: • Cyberattacks • Unauthorized access • Malware • Ransomware • Data breaches • Identity theft • Phishing attacks Modern cybersecurity frameworks combine: • AI-powered threat detection • Cloud security • Endpoint protection • Network security • Application security • Identity and access management As cyberattacks become more sophisticated, cybersecurity has evolved into a mission-critical investment for enterprises globally. Key Market Highlights Metric Value Market Size (2024) US$ 224.55 Billion Forecast Value (2032) US$ 555.98 Billion CAGR (2025-2032) 12% Fastest Growing Deployment Cloud-Based Security Largest End-user Segment BFSI Leading Region North America Emerging Opportunity AI-Driven Cybersecurity Major Factors Driving Cybersecurity Market Growth Rising Frequency of Cyberattacks The increasing volume and complexity of cyber threats are major factors fueling cybersecurity investments globally. Organizations are experiencing rising incidents of: • Ransomware attacks • Phishing campaigns • Insider threats • Supply chain attacks • Distributed denial-of-service (DDoS) attacks Cybercriminals are increasingly leveraging
May 19, 2026 · via openpr.com
Intrinsic security technology plays an important role in shaping the present-day cybersecurity architecture by ensuring protection through integration within hardware, software, network architecture, and semiconductor technology rather than relying on any exterior form of defense mechanism only. The intrinsic security system provides integrated security solutions such as identity verification, encryption services, secure authentication, access control management, and real-time threat detection within connected systems. It finds its application in various fields including banking, telecommunication, automobiles, manufacturing automation, health care industry, military applications, and internet of things (IoT) environment. The Intrinsic Security Market was estimated at USD 8.8 Billion in 2025 and is expected to grow with a CAGR of 19.43%, reaching up to USD 51.94 Billion by 2035. This market development can be attributed to several factors such as increasing cyber-attacks, proliferation of Internet of Things (IoT), widespread adoption of cloud technology, and need for hardware-based security architecture. Innovations in secure semiconductor technology, embedded encryption technology, trusted execution environments, and artificial intelligence (AI) enabled threat detection are some of the key drivers. Key Players: The top organizations in the Intrinsic Security industry include companies like Infineon Technologies, NXP Semiconductors, STMicroelectronics, Texas Instruments, Microchip Technology, Renesas Electronics, Analog Devices, Intel Corporation, Advanced Micro Devices, Qualcomm Incorporated, Arm Holdings, Synopsys, Cadence Design Systems, Marvell Technology, Broadcom Inc., Silicon Labs, Maxim Integrated, onsemi, Rambus Inc., and Secure-IC. Strategic Developments & Industry Innovations: Huawei launched the Xinghe Intelligent Traffic-Encryption Integration Solution during MWC Barcelona 2026 in March of that year, applying quantum security and intelligent networking technologies for long-distance enterprise communications while slashing infrastructure costs to a fraction of traditional networks. Soitec and its research partner CEA demonstrated in November 2025 FD-SOI chip technologies with significantly better immunity to laser fault injection attacks, enhancing the substrate-level cybersecurity of automotive systems and secure-chip authentication. At TRUSTECH
May 19, 2026 · via snsinsider.com