This website is using a security service to protect itself from online attacks. We are checking your browser to establish a secure connection and keep you safe. Please enable JavaScript to continue.
Internet of Things Mining Industry: Top Environmental Uses [2024] “Over 60% of mining companies now use IoT sensors for real-time environmental monitoring and compliance reporting.” Introduction The internet of things mining industry is undergoing an extraordinary transformation. Across mining, oil and gas, forestry, and environmental sectors, new advances in IoT (Internet of Things) are driving integrated, resilient, and sustainable operations from extraction to rehabilitation. In regions where resource use and land stewardship must coexist, IoT-enabled devices, smart sensors, and intelligent platforms help bridge the gap between environmental safety, industrial efficiency, and transparent reporting. This comprehensive guide explores the vital environmental applications of IoT across mining, oil & gas, and related contexts, highlighting real world uses, advanced technologies, and actionable strategies for sustainable growth. Trivia: IoT Safety Impact in Oil & Gas “IoT-enabled devices in oil and gas can reduce hazardous incidents by up to 25% through automated safety alerts.” IoT doesn’t just monitor – it empowers real-time intervention by operators, directly preventing environmental incidents and equipment failures in the field, reducing both downtime and regulatory risk. IoT in Mining, Oil & Gas: Transforming Harsh Environments With the demand for raw materials climbing and regulations tightening, the internet of things mining industry is at the forefront of a new industrial era. Oil and gas internet of things deployments further emphasize how IoT is transforming harsh and dispersed industrial environments. Hundreds of mines, quarries, oil fields, and natural gas extraction sites are now embedded with robust, often ruggedized sensors and edge devices that enable equipment health, air quality, and environmental condition monitoring. - ✔ IoT enables remote sensing at locations previously inaccessible or cost-inefficient for manual inspection. - 📊 Continuous data streaming means operators have real-time feedback from critical infrastructure and resource fields. - ⚠ Automated alerts and predictive analytics improve safety
About Press Copyright Contact us Creators Advertise Developers Terms Privacy Policy & Safety How YouTube works Test new features NFL Sunday Ticket © 2026 Google LLC
Future of Cyber Physical Systems Market (2026-2033) | Embedded Systems, Edge Computing, Connected Devices, Digital Twins, IoT Ecosystems & United States & Japan Growth Expansion DataM Intelligence has released a new research report titled "Cyber Physical Systems Market Size 2026" The report delivers in-depth insights into key market dynamics, including regional growth trends, market segmentation, CAGR projections, and the revenue performance of leading industry players. It also highlights major growth drivers shaping the market landscape. Designed to provide a clear and comprehensive perspective, the report offers a detailed view of the current market size in terms of both value and volume, along with emerging opportunities and the overall development outlook of the global Cyber Physical Systems market.Download Free Sample Report (Get Higher Priority for Corporate Email ID):- https://datamintelligence.com/download-sample/cyber-physical-systems-market?kb United States: Recent Industry Developments ✅ Apr 2026: Stellantis partnered with Microsoft to co-develop AI-driven cyber-physical systems for connected vehicles, predictive maintenance, and cybersecurity integration. ✅ Mar 2026: Honeywell advanced industrial CPS platforms integrating real-time data analytics and automation for smart manufacturing environments. ✅ Feb 2026: IBM expanded its CPS-enabled AI and IoT solutions to enhance digital twin and industrial automation capabilities across U.S. industries. ✅ Jan 2026: Intel introduced next-gen edge computing processors designed to accelerate cyber-physical system performance in robotics and autonomous systems. ✅ Dec 2025: Rockwell Automation strengthened its CPS-based smart factory solutions by integrating advanced industrial IoT and control systems. Ready to scale in the Cyber Physical Systems Market? Connect with the right partners and unlock new growth opportunities today:- https://www.datamintelligence.com/partner-identification-enquiry/cyber-physical-systems-market?kb List of Key Players 2026: ABB, Siemens AG, General Electric, Rockwell Automation, Honeywell International, Bosch Rexroth, Schneider Electric, Mitsubishi Electric, Intel Corporation, and Cisco Systems. Growth Forecast Projected 2026: The Global Cyber Physical Systems Market is anticipated to rise at a considerable rate during the forecast period,
Kontron (XTRA:KTN) Valuation Check After €20 Million Darktrace Cybersecurity Project Win Kontron (XTRA:KTN) has secured a roughly €20 million cybersecurity project in Central and Eastern Europe, delivered with Darktrace’s AI-driven defense tools. The deal reinforces Kontron’s push into recurring software and IoT security services. See our latest analysis for Kontron. Kontron’s recent €20 million cybersecurity win sits against a share price of €21.98, with a 7 day share price return of 12.09% contrasted with a 90 day share price return of 12.01% and a 3 year total shareholder return of 40.52%. This indicates that long term investors remain ahead despite some recent weakness. If this cybersecurity move has you thinking about where AI is reshaping tech, it could be a good time to scan 37 AI infrastructure stocks So, with Kontron trading at €21.98, sitting on a 3-year total return of 40.52% and screening on some metrics at a discount, is there still mispricing here, or is the market already counting on future growth? Price-to-Earnings of 9.9x: Is it justified? Kontron trades on a P/E of 9.9x at a share price of €21.98, while its earnings profile and market comparisons point to a materially lower valuation than many peers. The P/E multiple links what you pay per share to the company’s earnings per share. This is a common way to compare valuation in the IT sector. For Kontron, this 9.9x P/E sits against earnings that grew 59% over the past year and an annualised 31.7% over the past five years, which indicates that the current earnings base is not stagnant. Relative to the German IT industry average P/E of 23x and a peer average of 26.7x, Kontron’s 9.9x appears compressed. The estimated fair P/E of 19x also sits well above the current level, which suggests a valuation that the market
Broadcast Engineering Consultants India Limited (BECIL) has entered into a Memorandum of Understanding (MoU) with the Centre for Development of Advanced Computing (C-DAC) to collaborate in the areas of advanced technologies, digital transformation and capacity building, as per a statement released by the Ministry of Information & Broadcasting. The collaboration will focus on joint project implementation, consultancy and technical support, and development of solutions in emerging technologies such as Artificial Intelligence (AI), Machine Learning (ML), Internet of Things (IoT), Cyber security, 5G, and Cloud Computing. It will also enable the development of turnkey solutions across sectors and facilitate technology transfer and commercialisation of innovative products, the release added. The partnership further emphasises capacity building, workforce upskilling and skill development initiatives to strengthen technical capabilities. The MoU was signed by Director (O&M), BECIL, Capt (IN) Saurav Chauhan (Retd), and Registrar, C-DAC, Niranjan Vaishnav, in the presence of senior officials. Speaking at the event, CMD, BECIL, Cmde DK Murali (Retd) said, "This collaboration with C-DAC would further strengthen BECIL's capabilities in advanced technologies and digital transformation." He further added that by leveraging the complementary strengths of both organisations, the partnership aims to deliver impactful solutions and contribute to India's digital growth. The partnership is expected to promote innovation, accelerate the adoption of advanced technologies, and contribute to building a robust and future-ready digital ecosystem in line with the Government of India's vision of Digital India. (ANI) Stay updated with all the latest Business News, including market trends, Share Market News, stock updates, taxation, IPOs, banking, finance, real estate, savings, and investments. Track daily Gold Price changes, updates on DA Hike, and the latest developments on the 8th Pay Commission. Get in-depth analysis, expert opinions, and real-time updates to make informed financial decisions. Download the Asianet News Official App from the Android Play
Threat actors are exploiting security flaws in TBK DVR and end‑of‑life (EoL) TP-Link Wi-Fi routers to deploy Mirai-botnet variants on compromised devices, according to findings from Fortinet FortiGuard Labs and Palo Alto Networks Unit 42. The attack targeting TBK DVR devices has been found to exploit CVE-2024-3721 (CVSS score: 6.3), a medium-severity command injection vulnerability affecting TBK DVR-4104 and DVR-4216 digital video recording devices, to deliver a Mirai variant called Nexcorium. "IoT devices are increasingly prime targets for large-scale attacks due to their widespread use, lack of patching, and often weak security settings," security researcher Vincent Li said. "Threat actors continue exploiting known vulnerabilities to gain initial access and deploy malware that can persist, spread, and cause distributed denial-of-service (DDoS) attacks." This is not the first time the vulnerability has been exploited in the wild. Over the past year, the security issue has been leveraged to deploy a Mirai variant as well as a distinct, relatively new botnet called RondoDox. In September 2025, CloudSEK also disclosed details of a large-scale loader-as-a-service botnet that has been distributing RondoDox, Mirai, and Morte payloads through weak credentials and old flaws in routers, IoT devices, and enterprise apps. The attack activity outlined by Fortinet involves the exploitation of CVE-2024-3721 to obtain and drop a downloader script, which then launches the botnet payload based on the Linux system's architecture. Once the malware is executed, it displays a message stating "nexuscorp has taken control." "Nexcorium has a similar architecture to the Mirai variant, including XOR-encoded configuration table initialization, watchdog module, and DDoS attack module," the security vendor said. The malware also includes an exploit for CVE-2017-17215 to target Huawei HG532 devices in the network and incorporates a list of hard-coded usernames and passwords for use in brute-force attacks targeting the victim's hosts by opening a Telnet
Figures Abstract The rapid proliferation of Internet of Medical Things (IoMT) devices in healthcare environments has created critical cybersecurity vulnerabilities that demand both accurate and interpretable intrusion detection solutions. Existing deep learning-based intrusion detection systems (IDS) achieve high detection accuracy but lack inherent explainability, limiting their clinical adoption under regulatory frameworks such as GDPR and FDA guidelines. This paper presents MedDefender-MHAN, an explainable multi-head attention network specifically designed for healthcare IoT threat detection. The proposed framework introduces a novel dual-stream architecture that combines convolutional neural networks for local spatial feature extraction with transformer-based encoders for long-range temporal dependency modeling. Unlike existing approaches that apply explainability as a post-hoc process, MedDefender-MHAN embeds interpretability directly into the multi-head attention mechanism, enabling real-time gradient-weighted explanation generation without external XAI pipelines. Evaluated on CICIDS2017 and TON_IoT benchmark datasets, MedDefender-MHAN achieves detection accuracies of 99.47% and 98.92% respectively, with sub-3ms inference latency and a throughput of 435 samples per second. Explainability evaluation demonstrates 94.6% alignment with expert-annotated attack signatures and 91.9% temporal accuracy, outperforming post-hoc methods such as SHAP and Integrated Gradients. These results confirm that MedDefender-MHAN provides a clinically viable, regulatory-compliant security solution for real-world healthcare IoT infrastructure. The proposed framework addresses the dual imperatives of methodological transparency and clinical impact, directly responding to the growing need for trustworthy AI-driven security solutions in regulated healthcare IoMT environments. Citation: Alqazzaz A (2026) An explainable multi-head attention network for healthcare IoT threat detection based on the MedDefender-MHAN framework. PLoS One 21(4): e0346677. https://doi.org/10.1371/journal.pone.0346677 Editor: Sohail Saif, Maulana Abul Kalam Azad University of Technology West Bengal, INDIA Received: January 15, 2026; Accepted: March 23, 2026; Published: April 17, 2026 Copyright: © 2026 Ali Alqazzaz. This is an open access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction
Exein establishes APAC headquarters and Taipei office Partnering with Taiwan's ecosystem to set new global runtime cybersecurity standards TAIPEI, April 17, 2026 /PRNewswire/ -- Exein, a global leader in embedded runtime cybersecurity, today announced the opening of its APAC headquarters and Taipei office in Taiwan. The new hub will serve as a regional operations and technology base, working closely with Taiwanese and APAC partners to accelerate the adoption of runtime cybersecurity across the IoT ecosystem and export new global standards. As international regulations such as the EU Cyber Resilience Act (CRA) evolve, device-level security has become both a regulatory requirement and a central industry priority. Leveraging Taiwan's leading position in the global semiconductor and electronics manufacturing supply chain, Exein is advancing the development of runtime cybersecurity technologies in IoT security ecosystem. By embedding AI-driven protection directly into devices, manufacturers can meet "security by design" requirements and gain access to global markets with greater confidence. With the number of connected devices expected to exceed 25 billion by 2030, the attack surface continues to expand, with a significant portion of vulnerabilities linked to IoT endpoints. Exein addresses this challenge through AI-driven runtime protection embedded at the firmware level, enabling real-time detection and response to threats while maintaining performance impact. The APAC region contributes nearly 50% of Exein's global revenue and has seen growth in 2025. Through strategic partnerships with MediaTek and ASPEED, Exein is expanding its footprint from IoT into data center infrastructure, integrating security capabilities into both edge devices and server platforms. Gianni Cuozzo, Founder and CEO of Exein, said: "Expanding into APAC marks a key milestone in our global growth. Taiwan sits at the heart of the global technology supply chain, and establishing a presence here allows us to work more closely with partners shaping the next generation of connected
Cybersecurity researchers at Fortinet’s FortiGuard Labs have found a new malware that is taking over smart devices across the globe. This threat, named Nexcorium, is a new version of the infamous Mirai malware. It is built to create a botnet, which is a large network of infected IoT devices and gadgets controlled by hackers to carry out large-scale DDoS attacks. How the hackers gain access FortiGuard Lab’s security analysts have found that in this campaign, the key targets of hackers are video recording boxes used for security cameras, preferably the TBK DVR-4104 and DVR-4216 models. That’s probably because these devices are rarely updated and have weak security settings, hence being easier to compromise. According to researchers, attackers are abusing CVE-2024-3721, a command injection vulnerability in these specific devices, allowing hackers to gain access and run malicious code and gain persistent remote access. Upon successful compromise, it leads to the showing of a message on the system saying “NexusCorp has taken control.” This gives away the attackers’ identity, which, according to researchers, is the Nexus Team. They even leave a signature in the code that says “Nexus Team – Exploited By Erratic,” thus validating this attribution. Malware Capabilities In their blog post shared with Hackread.com ahead of publishing on Friday, Vincent Li of FortiGuard Labs noted that Nexcorium is a “multi-architecture” malware, which means it can work on different processors. The malware is also difficult to get rid of because it copies itself into several different folders. It then sets up automatic tasks so that if the device is turned off and on again, the malware just starts back up, and even deletes its own original files to hide from anyone trying to find it. To extend the botnet network, the malware tries to compromise other smart devices in the same
CyberNeuro-RT was selected for its ability to deliver measurable, real-world impact by providing high-accuracy, low-power cybersecurity protection at the edge. Brainchip Limited Holding Co (ASX:BRN) LAGUNA HILLS, CA, UNITED STATES, April 16, 2026 /EINPresswire.com/ — BrainChip Holdings Ltd (ASX: BRN, OTCQX: BRCHF, ADR: BCHPY), the world’s first commercial producer of ultra-low power, fully digital, event-based, neuromorphic AI IP, today announced that CyberNeuro-RT™ from Quantum Ventura’s spin-out, MetaGuard.AI has been recognized as a winner of the 2026 Enterprise AI Product of the Year Award by TMCnet. MetGuard.AI is an AI-native real-time threat intelligence solution powered by BrainChip’s Akida™ technology to extend real-time cyber-protection into access points for retail, small offices and enterprises. The Enterprise AI Product of the Year Awards honor technologies that are transforming how organizations operate, compete, and grow. CyberNeuro-RT was selected for its ability to deliver measurable, real-world impact by providing high-accuracy, low-power cybersecurity protection at the edge. The Urgent Need for Edge Defense in the Era of Frontier AI The emergence of “frontier” AI models, such as Anthropic’s Claude Mythos, has fundamentally altered the cybersecurity landscape. Mythos represents a striking leap in AI capability, demonstrating the ability to autonomously discover and exploit thousands of high-severity, zero-day vulnerabilities in major operating systems and web browsers. Because these advanced models can automate complex reconnaissance and multi-step attacks at scale, traditional reactive security measures and cloud-dependent defenses often face latency issues that leave critical infrastructure exposed. In this environment, edge AI protection becomes a critical necessity. By moving threat detection directly to the “point of acquisition” on devices like routers and industrial controllers, organizations can neutralize AI-driven exploits in real-time before they can penetrate deeper into the network. This local, on-chip intelligence ensures that even if a model as powerful as Mythos identifies a flaw, the defense is already active
Blog de Zscaler Reciba en su bandeja de entrada las últimas actualizaciones del blog de Zscaler Zscaler and OpenAI Partner to Advance the Next Era of Cybersecurity Overview Zscaler is proud to partner with OpenAI as part of their Trusted Access for Cyber (TAC) program, which expands trusted, verified access to advanced AI capabilities for defenders. As part of this program, we plan to use GPT 5.4-Cyber, a TAC-enabled variant of GPT‑5.4, to further improve cybersecurity for our Zero Trust Exchange platform and for our customers. GPT 5.4-Cyber will be integrated into our secure Software Development Lifecycle (SDLC) workflows, empowering our teams to instantly detect, triage, and mitigate vulnerabilities earlier and patch security vulnerabilities faster. In addition to safeguarding software, Zscaler has a long history of harnessing OpenAI technology to fight AI-based attacks, including within our AI Red Teaming and Agentic SecOps solutions. Safeguarding the Zscaler Platform Secure software development is a business imperative at Zscaler. Participating in Open AI’s TAC program enables us to integrate GPT 5.4-Cyber and Codex Security into Zscaler’s internal multi‑agent security architecture for cyber defenses and product hardening. GPT 5.4-Cyber is a key enabler to offer Security-as-a-Service to our developers throughout the SDLC process, from validating threat models in designs, to assisting with secure code reviews, finding vulnerabilities, and executing black-box testing on built artifacts. We are approaching TAC with both a defensive and offensive mindset. In addition to improving security through the SDLC, we are leveraging the model to improve cyber readiness by turning large volumes of security signals into actionable intelligence, prioritizing true risk, and accelerating remediations. Moreover, we are relying on the model for offensive-informed posture hardening by modeling adversarial attack paths and highlighting weak controls, which enables us to neutralize exposures at unprecedented speeds. Combining the frontier OpenAI models with Zscaler’s
Blog da Zscaler Receba as últimas atualizações do blog da Zscaler na sua caixa de entrada Zscaler and OpenAI Partner to Advance the Next Era of Cybersecurity Overview Zscaler is proud to partner with OpenAI as part of their Trusted Access for Cyber (TAC) program, which expands trusted, verified access to advanced AI capabilities for defenders. As part of this program, we plan to use GPT 5.4-Cyber, a TAC-enabled variant of GPT‑5.4, to further improve cybersecurity for our Zero Trust Exchange platform and for our customers. GPT 5.4-Cyber will be integrated into our secure Software Development Lifecycle (SDLC) workflows, empowering our teams to instantly detect, triage, and mitigate vulnerabilities earlier and patch security vulnerabilities faster. In addition to safeguarding software, Zscaler has a long history of harnessing OpenAI technology to fight AI-based attacks, including within our AI Red Teaming and Agentic SecOps solutions. Safeguarding the Zscaler Platform Secure software development is a business imperative at Zscaler. Participating in Open AI’s TAC program enables us to integrate GPT 5.4-Cyber and Codex Security into Zscaler’s internal multi‑agent security architecture for cyber defenses and product hardening. GPT 5.4-Cyber is a key enabler to offer Security-as-a-Service to our developers throughout the SDLC process, from validating threat models in designs, to assisting with secure code reviews, finding vulnerabilities, and executing black-box testing on built artifacts. We are approaching TAC with both a defensive and offensive mindset. In addition to improving security through the SDLC, we are leveraging the model to improve cyber readiness by turning large volumes of security signals into actionable intelligence, prioritizing true risk, and accelerating remediations. Moreover, we are relying on the model for offensive-informed posture hardening by modeling adversarial attack paths and highlighting weak controls, which enables us to neutralize exposures at unprecedented speeds. Combining the frontier OpenAI models with Zscaler’s
Blog de Zscaler Reciba en su bandeja de entrada las últimas actualizaciones del blog de Zscaler The Evolving Cybersecurity Landscape: Why Continuous Access Evaluation Matters Now The Evolving Cybersecurity Landscape: Why Continuous Access Evaluation Matters Now In today’s hyper-connected enterprise environment, cyberattacks unfold with relentless speed, often escalating mid-session as devices fall out of compliance or risk profiles shift unpredictably. Traditional security architectures, reliant on point-in-time authentication decisions, leave critical vulnerabilities exposed—allowing threats to propagate unchecked. This gap challenges the foundational principles of a unified cybersecurity ecosystem, where identity verification, endpoint detection, device posture assessment, and access enforcement must operate in seamless, real-time harmony at cloud-native scale. The path forward lies in continuous access evaluation, underpinned by interoperable standards that enable dynamic, context-aware decision-making across platforms. The Shared Signals Framework (SSF) and Continuous Access Evaluation Protocol (CAEP) represent this strategic evolution. These open standards facilitate the secure, near-real-time exchange of security signals among identity providers, endpoint detection tools, and Zero Trust access gateways—enhancing Zero Trust architectures without disrupting established integrations. The result is resilient, scalable protection that aligns with the demands of modern digital transformation. Why Point-in-Time Access Leaves Gaps in a Dynamic World Zero Trust calls for constant verification: never trust, always verify. But in a connected cybersecurity ecosystem spanning identity, endpoints, and threat detection, access decisions can still be influenced by point-in-time context—even as risk continues to change. Common challenges emerge across identity, endpoint, and threat platforms as conditions evolve throughout a session. For example: - A device may drift out of compliance as its posture changes. - User or entity risk can increase due to unusual behavior or context shifts. - EDR or threat detection tools may surface new indicators of compromise after access is already established. When these changes aren’t accounted for in real time, policy
RIT Kosovo Student Co-Leads Applied Cybersecurity Training at Regional Conference in Skopje RIT Kosovo Student Co-Leads Applied Cybersecurity Training at Regional Conference in Skopje RIT Kosovo (RITK) highlights the contribution of its student Dalina Canhasi from the CIT department at the National Training Conference on AI & Cybersecurity, hosted by Mother Teresa University in Skopje. The conference gathered students, faculty, and industry participants from across the region, creating a dynamic environment for applied learning and collaboration in artificial intelligence and cybersecurity. Alongside regional academic partners, including the American Academy of Technology Tirana (AATT), participants engaged in practical discussions and hands-on training activities addressing real-world cyber threats and defense mechanisms. Guided by her mentor, Dr. Debabrata Samanta, Canhasi played a central role in the conference’s applied learning component. She co-led an interactive workshop session that demonstrated how cyberattacks are structured and executed in controlled, simulated environments, while also guiding participants through key prevention strategies and defensive responses. The session emphasized active participation, allowing attendees to identify vulnerabilities, analyze attack patterns, and implement mitigation techniques in real time. Through her leadership in delivering this workshop, Canhasi demonstrated strong technical capability, confidence, and instructional skills. Her contribution, under the academic guidance of Dr. Samanta, reflects RIT Kosovo’s commitment to experiential learning and the development of student expertise in high-demand fields such as cybersecurity.
Kudelski Shareholders Back Board, Add Former KPMG Partner to Strengthened Line-Up Claim 30% 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 Kudelski SA ( (CH:KUD) ) has issued an update. Kudelski SA reported that shareholders at its 2026 Annual General Meeting approved all board proposals by a strong majority, endorsing the 2025 annual report, financial statements, consolidated accounts, profit allocation and non-financial report. Investors also backed the compensation report and granted discharge to the Board of Directors and Executive Board for 2025, signaling solid support for management’s strategy and governance. All incumbent board members standing for re-election secured new one-year mandates, with Chairman André Kudelski confirmed in his role, while long-serving director Patrick Foetisch retired after more than 35 years of service. The meeting elected former KPMG partner Hélène Béguin to the board, renewed the Remuneration and Nomination Committee and reappointed PricewaterhouseCoopers as auditor, underscoring continuity in oversight alongside a targeted strengthening of financial and audit expertise. More about Kudelski SA The Kudelski Group is a global leader in digital security technologies and solutions, serving the media, cybersecurity and Internet of Things markets. Headquartered in Cheseaux-sur-Lausanne, Switzerland, and Phoenix, Arizona, the company operates in more than 20 countries and focuses on protecting content, data and connected devices for clients worldwide. Listed on the SIX Swiss Exchange under the ticker KUD.S, Kudelski leverages its security expertise to support pay-TV operators, enterprises and industrial players. Its portfolio spans conditional access systems, cybersecurity services and IoT security platforms, positioning the group as a key player at the intersection of media technology and digital risk management. Average Trading Volume: 38,397 Technical Sentiment Signal: Sell Current Market Cap: CHF70.79M See more
Automotive IoT has moved from a niche capability embedded in premium vehicles to a foundational layer of modern mobility systems. As vehicles become increasingly connected, they generate and consume large volumes of data that influence everything from safety systems to fleet operations and customer experiences. This evolution is reshaping how vehicles are designed, operated, and monetized across the automotive and transportation industries. For IoT decision makers and technology leaders, understanding Automotive IoT is no longer optional. It sits at the intersection of connectivity, cloud platforms, edge computing, and software-defined architectures. The convergence of these domains is driving a transition toward connected vehicles, advanced telematics, and software-defined mobility ecosystems. Key Takeaways - Automotive IoT connects vehicles to cloud, edge, and infrastructure systems, enabling real-time data exchange and control. - Telematics platforms are central to fleet management, predictive maintenance, and usage-based services. - Software-defined vehicle architectures decouple hardware and software, enabling continuous feature updates. - Cellular connectivity, edge computing, and standardized protocols are key enablers of scalable deployments. - Security, data governance, and system complexity remain major challenges in Automotive IoT ecosystems. What is Automotive IoT? Automotive IoT refers to the integration of connected sensors, embedded systems, and communication technologies within vehicles to enable data exchange with external systems such as cloud platforms, infrastructure, and other vehicles. It forms the backbone of connected vehicles, telematics solutions, and software-defined mobility services. Within the broader IoT ecosystem, Automotive IoT acts as a mobile and distributed data platform. Vehicles are no longer isolated mechanical systems; they are networked endpoints capable of sensing, processing, and transmitting data in real time. This capability supports applications ranging from fleet optimization to advanced driver assistance and over-the-air software updates. How Automotive IoT works Automotive IoT systems rely on a layered architecture that combines in-vehicle hardware, connectivity networks, edge processing,
Infinigate UK&I has sealed a distribution deal with Nozomi Networks, the OT and IoT security vendor. Infinigate channel partners across the UK and Ireland will have access to the full Nozomi Networks portfolio of solutions, to secure industrial control systems (ICS) and IoT infrastructure from cyber threats and operational disruption. “We are offering our channel partners the opportunity to intercept the growing demand for OT and IoT security solutions, fuelled by the ongoing growth of connected environments and rising cyber threats. Nozomi Networks is a perfect partner for us, on account of their innovative security solutions, market leadership, and strategic alignment with our cybersecurity portfolio,” said Lewis Dick, alliances director at Infinigate UK&I. Tyson Gerhold, vice president of channel and partner sales at Nozomi Networks, added: “Infinigate’s extensive channel network, expertise in cybersecurity, and proven ability to drive vendor success makes them the ideal partner as we grow our channel operations across the region.” Infinigate will provide ancillary services such as technical support, training, and pre-sales consulting, to ensure easier and successful deployments of Nozomi solutions. This February, Mitsubishi Electric Corporation completed its acquisition of Nozomi, marking the “start of a new phase of growth”, while preserving the company’s independent operations, vendor‑neutral technology roadmap, and established go‑to‑market partnerships, said Nozomi. Nozomi has surpassed $100m in annual revenues, and says it serves many of the world’s largest enterprises, including five of the top ten oil and gas companies, seven of the top ten pharmaceutical manufacturers, seven of the top ten utilities, and four of the top ten mining operations.
News By Tag Industry News News By Location Country(s) Industry News | Exein establishes APAC headquarters and Taipei officePartnering with Taiwan's hardware ecosystem to set new global runtime cybersecurity standards By: Exein is a leading embedded cybersecurity company With the advancement of international regulations such as the CRA, device-level security has become a core issue and a global industry concern. Exein aims to leverage Taiwan's world-leading, strategic position in the global semiconductor and electronics manufacturing sectors to promote the development of runtime technologies and strengthen the IoT security ecosystem. This enables Taiwanese and APAC manufacturers to meet security by design requirements with confidence, supporting access to global markets such as Europe while embedding protection directly at the device level. Addressing CRA requirements: The number of IoT devices continues to expand rapidly, with connected devices worldwide expected to exceed 25 billion by 2030. This growth also reflects on the attacking surface, as one-third of cybersecurity vulnerabilities are associated with IoT devices, making endpoints a major entry point for cyberattacks. Exein solves this problem by providing AI-driven runtime protection technology that is directly embedded into devices and firmware. The technology detects anomalous behaviour and potential threats in real time during operation, while maintaining performance impact below 1%. This capability enables manufacturers to meet global cybersecurity regulations and, at the same time, compliance requirements. Taiwan as a core hub: driving APAC and global expansion with local ecosystem partners The Asia-Pacific region has become a key growth driver for Exein, currently contributing nearly 50% of the company's global revenue and achieving fivefold growth in 2025. In this context, Taiwan, with a central role in the semiconductor and electronics manufacturing supply chain, has become a critical gateway for the deployment of device cybersecurity and a centre for exporting global standards. Through the establishment of the
BlackBerry Ltd stock (CA09228F1036): Why its cybersecurity and IoT shift matters more now for investors 14.04.2026 - 23:52:32 | ad-hoc-news.deBlackBerry Ltd stock (CA09228F1036), listed on the Toronto Stock Exchange (TSX) under ticker BB and New York Stock Exchange (NYSE) as BB, trades in Canadian dollars on TSX and U.S. dollars on NYSE. The company, headquartered in Waterloo, Ontario, Canada, has fully shifted away from hardware to software-defined services in cybersecurity, Internet of Things (IoT), and automotive QNX platforms. This evolution positions BlackBerry as a B2B enterprise software provider, targeting secure communications, endpoint management, and connected vehicle systems. You might remember BlackBerry for its once-dominant secure smartphones, but that era ended years ago. Today, the company generates revenue from licensing its QNX real-time operating system to automakers, Cylance AI-driven endpoint security to enterprises, and AtHoc critical event management tools. SecuSUITE secures voice and text for government and corporate users. This software focus reduces capital intensity compared to hardware manufacturing, allowing higher margins if execution succeeds. For U.S. and English-speaking market investors, BlackBerry offers exposure to high-growth sectors like automotive software and cybersecurity without the volatility of consumer tech. QNX powers over 255 million vehicles globally, embedded in systems from Ford, Toyota, and BMW. As electric vehicles and autonomous driving advance, demand for reliable, secure real-time OS grows. Cybersecurity faces escalating threats from ransomware and state actors, driving enterprise spending on tools like BlackBerry's Cylance, which uses AI to detect zero-day attacks. The stock's valuation hinges on execution in these areas. BlackBerry reports revenue in three segments: IoT (primarily QNX), Cybersecurity, and Licensing (legacy patents). IoT has shown steady growth from automotive design wins, while Cybersecurity scales through channel partners. You should watch quarterly results for deferred revenue recognition, as QNX deals often span multi-year licenses with upfront payments. Investor relevance centers