<b>IoT</b>-Mythos: Smart Lights & Security-Fails
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IoT Cyber
Kaseya Discusses MSP Challenges And Evolving <b>Cybersecurity</b> Scams
iTWire TV: Dan Garcia, Vice President and General Manager for APAC at Kaseya, spoke to iTWire TV about the struggles of MSPs and clients' reduced spend plus the evolving threat landscape and AI. Read 311 times Please join our community here and become a VIP. Subscribe to ITWIRE UPDATE Newsletter here JOIN our iTWireTV our YouTube Community here BACK TO LATEST NEWS here Maximising Cloud Efficiency - LUMEN WEBINAR 23 April 2025 According to KPMG, companies typically spend 35% more on cloud than is required to deliver business objectives The rush to the cloud has led to insufficient oversight, with many organisations struggling to balance the value of cloud agility and innovation against the need for guardrails to control costs. Join us for an exclusive webinar on Cloud Optimisation. In this event, the team from Lumen will explain how you can maximise cloud efficiency while reducing cost. The session will reveal how to implement key steps for effective cloud optimisation. Marketing budgets are now focused on Webinars combined with Lead Generation. If you wish to promote a Webinar we recommend at least a 3 to 4 week campaign prior to your event. The iTWire campaign will include extensive adverts on our News Site itwire.com and prominent Newsletter promotion https://itwire.com/itwire-update.html and Promotional News & Editorial. Plus a video interview of the key speaker on iTWire TV https://www.youtube.com/c/iTWireTV/videos which will be used in Promotional Posts on the iTWire Home Page. Now we are coming out of Lockdown iTWire will be focussed to assisting with your webinars and campaigns and assistance via part payments and extended terms, a Webinar Business Booster Pack and other supportive programs. We can also create your adverts and written content plus coordinate your video interview. We look forward to discussing your campaign goals with you. Please click the
Sonic Healthcare Balances AI Opportunities and <b>Cybersecurity</b> with a Zero Trust Architecture
Zscaler Blog Erhalten Sie die neuesten Zscaler Blog-Updates in Ihrem Posteingang Sonic Healthcare Balances AI Opportunities and Cybersecurity with a Zero Trust Architecture A global leader in healthcare, Sydney-based Sonic Healthcare recognizes how Artificial Intelligence (AI) and AI-first operations are reshaping the industry and are proactively leveraging these technologies to better serve our patients and enhance our operations. We use AI agents to help improve patient engagement, enhance diagnostic accuracy, and reduce administrative burden. We have fully integrated machine learning (ML) and AI into our operations—from our general practice and corporate medicine to laboratory medicine, pathology, radiology, and other specialties. As such, we have shifted our approach from unmanaged AI usage to secure AI usage. Adopting the Zscaler zero trust approach to AI security enables us to balance oversight with regulatory requirements. AI: An ally for healthcare practitioners and patients Healthcare providers are using AI as a “digital colleague” to complement human expertise by offering benefits such as personalized treatment plans, real-time monitoring of health metrics, better diagnostics, efficient administration and improved ailment detection. Patients are also more empowered through access to AI-driven mobile apps that monitor their health metrics. They can have their queries answered by chatbots and even consult with doctors remotely. Using ambient documentation technology (AI-powered tools that record patient visits in real time), medical consultations are automatically converted into structured notes, reducing manual documentation and increasing provider productivity. Autonomous agentic AI helps with diagnosis and patient scheduling, easing the burden on available resources while meeting diagnostic demands. With AI technologies, healthcare organizations have access to: - Real-time predictive analytics with continuous monitoring, ensuring timely treatment and diagnosis - Optimized workflows with ambient AI tools that streamline repetitive administrative tasks - Improved diagnostic accuracy through AI algorithms that excel in complex pattern recognition in medical imaging -
Free and inexpensive <b>cybersecurity</b> courses to undertake in 2026
Whether you are in the cyber field or not, skills in security have a range of benefits that can empower virtually every career. The cybersecurity space is endlessly evolving as new technologies, protocols and systems demand heightened security measures. Unfortunately, malicious people can circumvent cybersecurity tech almost as quickly as it is invented, so it takes time and commitment to stay on top of skills in this space. Upskilling in cybersecurity shouldn’t cost an arm and a leg, nor should it be inconvenient to your day-to-day life. With that in mind, SiliconRepublic.com has created a list of some of the most interesting cybersecurity courses designed to suit almost every lifestyle and budget, whether you are a novice, a student or a veteran professional. Cisco Networking Academy Cisco Networking Academy is running an Introduction to Cybersecurity course. The free, six-hour, self-paced course covers the basics and aims to give students and professionals the skills needed to protect their personal digital life and gain insights into the biggest security challenges facing companies, governments and educational institutions. There is also a paid option that is instructor-led and may be better suited to a student or professional looking for additional structure. There is also a three-hour Cybersecurity Landscape course that will give learners a greater understanding of cybersecurity core concepts, risk management and what it takes to develop a career as a SOC analyst. The academy noted that this is the first course in its Cybersecurity Defense Analyst Career path. Coursera Education platform Coursera has dozens of free, inexpensive and slightly more pricey courses open to professionals and students looking to advance their cybersecurity knowledge. For example, there is a CompTIA Security course for people at an intermediate level. At 10 hours a week, the flexible course roughly takes two weeks to complete, enrollment
WISeKey's SEALCOIN Launches "Spacedrop" for the Machine-driven Economy | INN
SEALCOIN Advances Infrastructure for the Machine Economy, Leveraging Hedera Network and Post-Quantum Cryptography Expertise Zug, Switzerland - April 22, 2026 — WISeKey International Holding Ltd ("WISeKey") (SIX: WIHN, NASDAQ: WKEY), a leading global cybersecurity, blockchain, and IoT company, today announces that its subsidiary, SEALCOIN AG, Swiss-headquartered DEPIN (Decentralized Physical Infrastructure Network) entity revolutionizing the Internet of things and machine to machine economies' landscape, with strategic funding and technical support from The Hashgraph Association, today announced the launch of "Spacedrop", an early-access onboarding initiative that allows users to interact directly with the SEALCOIN ecosystem ahead of its broader rollout. Unlike traditional Web3 airdrops designed to drive short-term speculation, Spacedrop is a structured onboarding experience focused on introducing participants to SEALCOIN's real infrastructure. Through a series of missions, points, and soul-bound tokens (SBTs), users can explore how identity, device logic, and decentralized settlement operate within a live, satellite-connected environment. Spacedrop provides early exposure to SEALCOIN's machine-to-machine architecture, which combines hardware-based identity, certificate-driven authentication, satellite connectivity, and Hedera's decentralized ledger technology. The program is designed to build understanding and engagement with the platform's underlying systems before any broader ecosystem or token expansion. This includes familiarization with the network's transaction layer, where QAIT operates as the native settlement mechanism for interactions across devices and services. Nested at the intersection of IoT, AI and Hedera's decentralized technology, SEALCOIN is built to enable secure, autonomous interactions between devices and digital services. It combines hardware-based identity, certificate-driven authentication, and programmable settlement mechanisms to support real-world use cases across industries such as energy, telecommunications, mobility, and space infrastructure. As part of the ecosystem, SEALCOIN introduces QAIT as its native settlement token, designed to enable secure machine-to-machine transactions across devices, agents, and services. QAIT supports core network functionalities such as transaction settlement, device onboarding (PoSy), and interactions within vertical
<b>IoT</b> Security: Threats, Best Practices and Secure-by-Design Strategies
Securing connected devices has become a central concern as deployments scale from pilot projects to critical infrastructure. IoT Security is no longer a niche technical topic but a foundational requirement shaping how systems are designed, deployed and operated across industries. The expansion of connected endpoints—often distributed, resource-constrained and remotely managed—has widened the potential attack surface in ways that traditional IT security models were not built to handle. For organizations building or operating connected systems, the challenge is not only to mitigate known risks but to anticipate how evolving threats interact with heterogeneous devices, networks and cloud platforms. Understanding IoT Security requires looking beyond individual components to the full lifecycle of connected systems, from hardware design to data processing and long-term maintenance. Key Takeaways - IoT Security addresses risks across the entire lifecycle of connected devices, from manufacturing to decommissioning. - The distributed nature of IoT systems expands the attack surface, requiring layered and architecture-level protections. - Secure-by-design principles are increasingly replacing reactive security approaches in modern deployments. - Standards, identity management and encryption are core building blocks of resilient IoT environments. - Balancing security with cost, power consumption and scalability remains a key engineering challenge. What is IoT Security? IoT Security refers to the set of technologies, processes and design principles used to protect connected devices, networks and data in Internet of Things environments from unauthorized access, manipulation or disruption. It encompasses hardware, software and network-level protections applied throughout the lifecycle of IoT systems. Within the broader IoT ecosystem, security acts as an enabling layer that ensures trust between devices, platforms and users. Without adequate safeguards, connected systems become vulnerable to attacks that can compromise data integrity, disrupt operations or create physical safety risks—particularly in industrial, healthcare or infrastructure applications. Unlike traditional IT environments, IoT deployments often involve constrained devices,
WISeKey's SEALCOIN Launches “Spacedrop” for the Machine-driven Economy
SEALCOIN Advances Infrastructure for the Machine Economy, Leveraging Hedera Network and Post-Quantum Cryptography Expertise Zug, Switzerland - April 22, 2026 — WISeKey International Holding Ltd (“WISeKey”) (SIX: WIHN, NASDAQ: WKEY), a leading global cybersecurity, blockchain, and IoT company, today announces that its subsidiary, SEALCOIN AG, Swiss-headquartered DEPIN (Decentralized Physical Infrastructure Network) entity revolutionizing the Internet of things and machine to machine economies’ landscape, with strategic funding and technical support from The Hashgraph Association, today announced the launch of “Spacedrop”, an early-access onboarding initiative that allows users to interact directly with the SEALCOIN ecosystem ahead of its broader rollout. Unlike traditional Web3 airdrops designed to drive short-term speculation, Spacedrop is a structured onboarding experience focused on introducing participants to SEALCOIN’s real infrastructure. Through a series of missions, points, and soul-bound tokens (SBTs), users can explore how identity, device logic, and decentralized settlement operate within a live, satellite-connected environment. Spacedrop provides early exposure to SEALCOIN’s machine-to-machine architecture, which combines hardware-based identity, certificate-driven authentication, satellite connectivity, and Hedera’s decentralized ledger technology. The program is designed to build understanding and engagement with the platform’s underlying systems before any broader ecosystem or token expansion. This includes familiarization with the network’s transaction layer, where QAIT operates as the native settlement mechanism for interactions across devices and services. Nested at the intersection of IoT, AI and Hedera’s decentralized technology, SEALCOIN is built to enable secure, autonomous interactions between devices and digital services. It combines hardware-based identity, certificate-driven authentication, and programmable settlement mechanisms to support real-world use cases across industries such as energy, telecommunications, mobility, and space infrastructure. As part of the ecosystem, SEALCOIN introduces QAIT as its native settlement token, designed to enable secure machine-to-machine transactions across devices, agents, and services. QAIT supports core network functionalities such as transaction settlement, device onboarding (PoSy), and interactions within vertical
Revolutionize your <b>cybersecurity</b> with our cloud platform! #shorts
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AI Is Flooding <b>Cybersecurity</b> With New Threats—And Michigan Businesses May Not Be Ready
From auto suppliers to hospitals, a new wave of AI-driven vulnerabilities could overwhelm defenses—experts warn BIRMINGHAM – Cybersecurity is entering a phase few businesses are prepared for—and the consequences could hit Michigan’s economy hard. In an interview with MITechNews, cybersecurity analyst Richard Stiennon, founder of IT-Harvest, described what he calls a “break-glass moment” for the industry: artificial intelligence is now capable of discovering—and even chaining together—software vulnerabilities at a speed that outpaces traditional defenses. At the same time, a new framework from the Cloud Security Alliance warns of an “AI vulnerability storm,” where the number of exploitable flaws could surge beyond what companies can realistically manage. For Michigan—home to global manufacturing, healthcare systems, and a growing tech sector—that shift could have far-reaching implications. You can get a Free demo of Richard Stiennon’s Cybersecurity Dashboard that lists more than 4,000 cybersecurity vendors and more than 12,000 products. If you purchase a seat, use code 919 to receive a discount from MITechNews.Com AI System Built for Scarcity—Now Facing Abundance For decades, cybersecurity has operated under a basic assumption: vulnerabilities were relatively limited, and the challenge was finding and fixing them before attackers did. AI is flipping that model. New AI systems are now capable of rapidly identifying thousands of previously unknown software flaws—often referred to as “zero-day vulnerabilities”—and, more concerning, linking them together into complex attack paths. “That changes everything,” Stiennon said. “We’re moving from a world where vulnerabilities were scarce to one where they are abundant.” That shift creates a dangerous imbalance. Security teams are already stretched thin. If AI accelerates vulnerability discovery faster than companies can patch systems, the backlog could grow exponentially—creating persistent exposure across networks. Why Michigan Is Especially Exposed Michigan’s economy makes it particularly vulnerable to this next phase of cyber risk. The state’s automotive and manufacturing
Event Recap: RSAC 2026 – <b>Cybersecurity</b> - Omdia
This report offers analyst insights by domain to guide B2B vendors, providers, and decision-makers on buyer needs and market opportunities that surfaced at RSAC 2026. Email Article All set! This article has been sent to my@email.address. All fields are required. For multiple recipients, separate email addresses with a semicolon. Please Note: Only individuals with an active subscription will be able to access the full article. All other readers will be directed to the abstract and would need to subscribe. These are Omdia driven recommendations based on content that is both similar, and has been frequently visited by other users in combination with the content you are currently viewing. Omdia Recommends These are Omdia driven recommendations based on content that is both similar, and has been frequently visited by other users in combination with the content you are currently viewing. RSAC 2026 will showcase how the cyber sector plans to address the AI onslaught News Analysis / 03 Mar 2026 / Rik Turner The 2026 edition of the RSA Conference is bearing down upon us, so Omdia’s Cyber team provides its thoughts on what to expect from this talking-shop-cum-tech-bazaar. RSAC 2026: The Platform Consolidation Inflection Point Report / 02 Apr 2026 / Matthew Ball The defining story of RSAC 2026 for the cybersecurity ecosystem was not any single product announcement, but the weight of everything on show pointing to a single clear direction. The agentic era is accelerating platform consolidation, and the decisions channel partners make in the next 12 to 18 months about which platforms to build their business on will determine their competitive position for the decade ahead. The Analyst Team Adam Etherington Follow AnalystPractice Leader, Cybersecurity Adam leads the global Cybersecurity Intelligence and Advisory team at Omdia. A regular speaker at industry events and executive roundtables, Adam thrives
Stop Learning Only Arduino (Do This Instead)
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ServiceNow Completes Acquisition of Armis to Enhance <b>Cybersecurity</b> Solutions for <b>IoT</b> and ...
ServiceNow Completes Acquisition of Armis to Enhance Cybersecurity Solutions for IoT and Unmanaged Devices ServiceNow has finalized its acquisition of Armis, a cybersecurity company specializing in asset visibility and risk management. The deal aims to enhance ServiceNow’s capabilities in addressing cyber risks by integrating Armis’ expertise in identifying and managing connected devices across various industries. This move is expected to strengthen ServiceNow’s position in the cybersecurity sector by bridging gaps between asset visibility and risk mitigation. Armis, known for its ability to monitor unmanaged and IoT devices, provides organizations with tools to identify vulnerabilities and potential threats within their networks. By incorporating Armis’ technology into its platform, ServiceNow plans to offer expanded solutions for managing cyber risks associated with increasingly complex digital environments. The acquisition reflects ongoing efforts within the tech industry to address challenges posed by growing numbers of interconnected devices and evolving security threats. Newsflash | Powered by GeneOnline AI Source: GO-AI-ne1 For any suggestion and feedback, please contact us. Date: April 20, 2026 ©www.geneonline.com All rights reserved. Collaborate with us: [email protected]
The <b>IoT</b> Visionary Bridging Automotive Tech and Sustainable Smart Homes
The line between a connected car and a connected home is thinner than it has ever been. Drivers expect their vehicles to update like their phones, and homeowners want appliances that run efficiently with little effort. At the center of this shift are engineers who understand how to connect hardware, software, and real-world use. One of those engineers is Vignesh Alagappan, whose work brings together two major industries; i.e.; automotive technology and smart-home IoT. He aspires to build systems that are reliable, secure, and easy for people to live with. Alagappan's career began in the automotive world, where he worked on more than 50 infotainment and connected-car programs for global manufacturers. A key part of his work involved improving how cars receive software updates. Earlier, updates took months and required manual work across teams. Under his leadership, manufacturers moved to secure and automated over-the-air (OTA) update systems. He also helped reduce OTA-related security risks by 20%, giving companies a safer way to manage the growing amount of in-car software. His move into smart-home IoT brought similar challenges but at a much larger consumer scale. He became responsible for designing the full device-cloud-app platform that now supports millions of connected water heaters and HVAC systems. These systems maintain 99.9% uptime and can be monitored and updated without any hassle for the user. He also helped bring down the defect backlog by 80% and made security a consistent part of how products are built and tested. His work turned scattered engineering teams into a cohesive operation that delivers products people can trust. A pattern emerges across his projects, he specializes in unifying teams and systems that typically operate in isolation. In automotive, this meant coordinating groups working on OTA, cybersecurity, cloud data, and infotainment so vehicles could function more like living digital
BlackBerry stock rallies on Nvidia deal but key risks remain
BlackBerry stock rallies on Nvidia deal but key risks remain Investors piled into BlackBerry BB on Monday morning after the company announced a deepened integration with the artificial intelligence (AI) behemoth – Nvidia NVDA. At Hannover Messe, the Canadian firm said it has reached an agreement to integrate its QNX OS for Safety 8.0 into NVDA’s IGX Thor platform, pivoting from its automotive stronghold into the burgeoning world of “Physical AI”. BlackBerry stock has been a lucrative investment this month – currently up some 75% versus the start of April. However, significant risks remain that warrant considering trimming exposure to BB at current levels. Cybersecurity remains an overhang for BlackBerry stock While IoT and especially the QNX division has become a Wall Street darling, BlackBerry’s legacy cybersecurity business remains a drag on the firm’s overall performance. Despite efforts to modernize its Cylance-driven suite, the division faces a “grueling uphill battle” against best-of-breed names like CrowdStrike and Microsoft. According to recent data, the dollar-based net retention rate or DBNRR continues to struggle with staying above the critical 100% threshold, signaling the company is losing ground within its existing client base. For an investor, this creates a tale of two companies: a high-growth robotics software firm shackled to a low-growth security business. Until BB stock can prove that its cybersecurity segment has stabilized and can contribute to notably to bottom-line without heavy discounting, the overall margin profile remains vulnerable to erosion. BB shares are no longer attractively priced Following today’s surge, BlackBerry’s valuation has entered a territory that fundamental analysts describe as “priced for perfection”. Trading at a forward price-to-earnings (P/E) multiple of roughly 43x, it isn’t just trading at a huge premium to the broader North American software sector only, but is more expensive to own than NVDA itself. BB’s current
When Endpoint Security Works, Attackers Pivot to <b>IoT</b> Cameras
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6 Best MVP Developers For <b>Cybersecurity</b> Startups and Enterprises
6 Best MVP Developers For Cybersecurity Startups and Enterprises The post 6 Best MVP Developers For Cybersecurity Startups and Enterprises appeared first on MojoAuth Blog – Passwordless Authentication & Identity Solutions. The global cybersecurity market hit $271.88 billion in 2025 and is on track to reach $663.24 billion by 2033, according to Grand View Research's industry analysis, growing at a CAGR of 11.9%. In the US alone, cybersecurity startups, breakout-stage companies, and scaleups attracted more than $7 billion in venture capital in 2025, according to Vestbee's 2026 cybersecurity market report. That capital is chasing real product, and founders need development partners who can move fast without creating security debt. What makes this search harder than picking any other software vendor is the dual requirement: speed and security are usually in tension. An MVP that ships in 90 days but skips threat modeling will fail an enterprise procurement review. An MVP built to perfection but taking 18 months will miss its funding window. The right mvp software development services partner threads this needle, combining lean delivery discipline with genuine security architecture depth. This guide examines 6 providers that do exactly that, with verified data on their teams, pricing, and track records. What MVP development for cybersecurity covers Cybersecurity MVP development is not standard app development with a penetration test bolted on at the end. It describes a structured process of building the minimum version of a security product or security-enabled platform that can be deployed, tested with real users, and validated for market fit, while meeting the baseline security requirements that enterprise buyers and regulators expect. The category covers two distinct buyer types. First, pure-play cybersecurity startups building their first product: a threat detection tool, an identity and access management solution, an endpoint protection platform, or a compliance automation service. Second,
United States Embedded Security Market Set to Reach USD 4.05
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Analysis of Key Market Segments Driving the Healthcare <b>IoT</b> Security Market
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New phone-based, cloud-hosted access control system launched
Paxton has officially unveiled Solo, a phone-based, cloud-hosted access control system, with Solo, your phone is the system, your phone is the key. To support the launch, Paxton is reportedly going for a true 1st, giving away 10,000 free Solo starter kits, placing the technology directly into the hands of security installers. Adam Stroud, CEO, Paxton said: “Solo is different. It is the first system that fully utilises the modern capabilities of a smart phone. “By doing so, it creates a step change to the architecture of modern security. “Solo is a complete re-imagining of how networked access control is achieved. “Because it is so different, we want as many installers as possible to see it, use it and understand it.” Solo is said to combine the straightforward installation of a standalone system with the capability of networked access control. According to the company, there is no requirement for an on-site data network, server or centralised PC. The system is reportedly created and managed entirely from a smartphone. In effect, the phone is both the system itself and the key in your hand. Using the phone’s built-in biometric ID, such as fingerprint or facial recognition, Solo can provide secure, convenient access without cards or fobs. Paxton has reported that Centralised administration, event reporting and real-time activity logs are all available directly on the Paxton Solo app, making real-time visibility and management fast, flexible and intuitive. According to the company, installer insight played a central role in the development of Solo. In surveys conducted by Paxton, 80% of installers reportedly said they want repeat business to be simple, confirming demand for solutions that support recurring revenue without added complexity. Costing a fraction of a traditional access control system, Solo is said to make professional security viable for sites where it was
Operational Technology Under Attack: Leveraging AI for Proactive Defense
Topic: Operational Technology Under Attack: Leveraging AI for Proactive Defense Abstract: Operational Technology (OT) environments are increasingly becoming prime targets for sophisticated cyberattacks as the convergence of IT and OT expands the industrial attack surface. Critical infrastructure, manufacturing systems, and industrial control environments now face advanced threats ranging from ransomware and supply-chain compromises to targeted attacks on industrial control systems (ICS). Traditional security approaches often struggle to provide adequate visibility and timely detection in OT environments due to legacy systems, limited patching windows, and the need for continuous availability. This is where Artificial Intelligence (AI) is emerging as a transformative force in OT security. The current webinar explores how AI-driven security solutions are enabling organizations to shift from reactive defense to proactive threat detection by leveraging behavioral analytics, anomaly detection, and predictive intelligence. The webinar will also discuss how AI can help identify early indicators of compromise, reduce incident response times, and strengthen cyber resilience across industrial environments. Join us to understand the evolving OT threat landscape, key challenges in securing cyber-physical systems, and how AI-powered security strategies can help organizations detect, respond to, and mitigate attacks before they disrupt operations. Key Takeaways: - Understanding the OT threat landscape - Role of AI in strengthening OT security - Enhancing Proactive security and incident response with AI - Best practices for AI adoption in OT security - Building cyber resilience in industrial environments Speaker: Prof. Atdhe Buja, Assistant Professor, Commonwealth University of Pennsylvania Bio: Atdhe Buja is an Assistant Professor of Computer Science, Digital Forensics, and Cybersecurity at the Commonwealth University of Pennsylvania, USA (Bloomsburg University). Atdhe is a world-renowned cybersecurity expert with decades of experience. As PM, Atdhe has established andcc. He is an EC-Council Instructor (CEI) and CEH, Microsoft IT Professional, and Oracle Administrator for RDMBS, and a leading