Why MSSPs need to focus on reducing cyber risk, not adding complexity The channel also has a role to play in helping organizations adopt AI-enabled security capabilities responsibly Cybersecurity spending is increasing, yet many organizations still experience breaches, operational disruption, and ongoing security challenges. As businesses expand their digital environments and adopt new technologies such as AI, many are also finding that their larger security budgets are not translating into stronger protection. For managed security service providers (MSSPs) and channel partners, this is an important opportunity. Many customers are looking for support that goes beyond simply deploying additional security products. They want a partner who can help them manage cyber risk more effectively, while also helping them operate in a complex security environment. This shift in customer priorities is even more visible as organizations are managing increasingly fragmented IT environments. Hybrid working, cloud adoption, remote endpoints, and connected applications have all expanded attack surfaces considerably over the past few years. In addition, many businesses have accumulated multiple security tools across different parts of the organization, often from different vendors and with varying levels of integration. Too many tools Although each tool may exist to address a specific security requirement, the overall result is difficult to manage. Security and IT teams may need to monitor numerous dashboards, respond to large volumes of alerts, and manually correlate information between systems. In some environments, this will create visibility gaps and operational inefficiencies, making it harder to respond quickly to threats. For MSSPs, this is likely to be a key focus for customers. Many organizations are reassessing whether adding more standalone tools is the most effective way to improve resilience. And there is growing interest in approaches that simplify management, improve visibility, and support measurable risk reduction. This is particularly relevant for mid-market organizations
Jun 23, 2026 · via itpro.com
TechEx North America 2026 comes to San Jose for your annual enterprise technology intelligence briefing. SAN JOSE, CA, UNITED STATES, March 9, 2026 /EINPresswire.com/ — TechEx North America will take place on May 18–19, 2026, at the San Jose McEnery Convention Center, bringing together seven co-located enterprise technology events under one roof to tackle the real questions enterprise leaders are asking right now. This leading enterprise technology showcase will help CIOs, CTOs, IT Directors, enterprise architects, and IT leaders understand what’s changing, what matters and what to prioritise within the technology ecosystem. TechEx North America Conference Agenda TechEx North America will deliver a comprehensive agenda, with two days of technical discussion and industry collaboration across AI and Big Data, Cyber Security and Cloud, IoT, Digital Transformation, Intelligent Automation, Edge Computing, and Data Center. View the agenda-at-a-glance, featuring all of the co-located stages from across TechEx: Commenting on the agenda, Michael Hughes, Head of Conference at TechEx Events, said: “This year’s TechEx North America agenda reflects the conversations enterprise leaders urgently need to have. I am particularly excited about our new Physical AI track, which addresses the pivotal moment where AI moves beyond models and dashboards into operational environments” The new Physical AI track explores how AI integrates with robotics, edge devices, digital twins, industrial systems, and autonomous infrastructure. As AI moves beyond models and dashboards into operational environments, the challenge shifts from experimentation to orchestration. Industry Leading Speakers The conference program features C-suite and senior executives sharing proven approaches to delivering measurable impact in a digital-first world. Secure your place today & hear from: • Franziska Bell, Chief Data, AI and Analytics Officer, Ford Motor Company • Kevin Shin, CISO, Samsung • Tina Tsou, Director of Global Tech Operations, TikTok • Mohit Goenka, Director of Engineering, Yahoo • Ricardo Lafosse,
Jun 22, 2026 · via southbendtribune.com
Accenture Bets on OT Cybersecurity With $4.175B Investment Accenture has agreed to acquire a majority stake in Dragos and full ownership of runZero and NetRise to create an end-to-end operational technology cybersecurity platform. The transaction expands the company's presence in critical infrastructure protection as AI-driven threats, geopolitical risks, and industrial digitalization increase demand for OT security solutions. Accenture is making one of the largest investments in the Operational Technology (OT) cybersecurity market, agreeing to acquire a majority stake in Dragos and 100% of runZero and NetRise in a transaction valued at US$4.175 billion. The move expands Accenture's cybersecurity business beyond services and into software platforms focused on protecting critical infrastructure and industrial operations. The transaction combines Dragos' OT threat detection capabilities with runZero's asset intelligence and exposure assessment technology, as well as NetRise's software supply chain and firmware security capabilities. According to Accenture, the combined platform is designed to provide visibility, threat detection, and response across industrial control systems, Internet of Things (IoT) devices, sensors, cloud-connected assets, and other operational technology environments that support power grids, pipelines, manufacturing facilities, distribution centers, water systems, and data centers. "The addition of Dragos, complemented by runZero and NetRise, fills this important need," says Julie Sweet, Chair and CEO, Accenture. "We are confident Dragos' differentiated OT platform will accelerate our growth in the critical infrastructure and industrial operations markets, driving long-term shareholder value through scaled adoption of advanced cybersecurity capabilities." The announcement reflects a broader shift in cybersecurity spending as enterprises and governments increase attention on OT environments. While cybersecurity budgets have traditionally prioritized information technology systems, Accenture argues that the convergence of AI, connected industrial assets, and geopolitical tensions is expanding the attack surface for critical infrastructure operators. The company views this trend as creating a market opportunity that extends beyond consulting services
Jun 22, 2026 · via mexicobusiness.news
KTN: Record backlog, IoT focus, and restructuring drive growth and profitability in 2026
Less than 1 min read
Strong Q1 2026 results were driven by robust growth in transportation and defense, record backlog, and ongoing restructuring for efficiency. Strategic focus on IoT, cybersecurity, and software is supported by major contract wins, a solid financial position, and enhanced ESG performance.
Original document: Kontron AG [KTN] Slides Release — Jun. 22 2026
This is an AI-generated summary and may contain inaccuracies. Please verify any important information with the original source.
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Jun 22, 2026 · via tradingview.com
The global Testing, Inspection, and Certification (TIC) market is entering a new phase of transformation as regulatory complexity, sustainability mandates, digitalization, and global supply chain expansion continue to reshape quality assurance requirements across industries. According to MarketsandMarkets, the global TIC market is projected to grow from USD 254.41 billion in 2026 to USD 306.13 billion by 2031, registering a CAGR of 3.8% during the forecast period. Industry leaders such as SGS, Bureau Veritas, Intertek Group, TÜV SÜD, TÜV Rheinland, and DEKRA are increasingly investing in digital inspection technologies, AI-powered testing solutions, cybersecurity certification, and sustainability verification services. These developments are enabling businesses to improve compliance, reduce operational risks, and accelerate product commercialization in highly regulated sectors. As manufacturers face growing pressure to meet environmental, safety, and performance standards, TIC services have become a strategic business function rather than a regulatory necessity. The growing emphasis on product quality, ESG compliance, smart manufacturing, and cross-border trade is creating significant opportunities for TIC providers worldwide. One of the most influential developments shaping the TIC market is the rapid adoption of digital technologies across inspection and certification processes. Organizations are increasingly implementing remote inspections, digital audits, artificial intelligence, machine learning, and data analytics to enhance operational efficiency and improve accuracy. Traditional inspection methods often require significant time, travel, and manual documentation. Digital inspection platforms enable real-time monitoring, predictive analytics, and automated reporting, allowing companies to reduce costs while maintaining regulatory compliance. For example, TIC companies are deploying drones for infrastructure inspections, AI-powered visual inspection systems for manufacturing facilities, and cloud-based compliance management platforms. These technologies help organizations identify defects earlier, reduce downtime, and improve product quality throughout the production lifecycle. The integration of Industry 4.0 technologies is further expanding demand for advanced testing and certification services, particularly in sectors such as automotive, aerospace, electronics,
Jun 22, 2026 · via marketsandmarkets.com
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Jun 22, 2026 · via tech.einnews.com
The French government has selected ChapsVision’s Argonos platform as the foundation of a major national data-processing initiative, highlighting the growing importance of sovereign technologies capable of managing data generated across increasingly connected environments. The award forms part of the OTDH (Heterogeneous Data Processing Tool) project, an innovation partnership led by France’s Directorate General for Internal Security to create a sovereign platform capable of collecting, processing, and analysing vast quantities of heterogeneous data from multiple sources. As states and enterprises expand their use of IoT devices, connected infrastructure, video systems, operational technology, and digital services, the ability to transform large volumes of disparate data into actionable intelligence has become a strategic priority. ChapsVision secured the second and final phase of the programme in June 2026, having already won the first contract stage in late 2024. Together, the awards position the company’s Argonos platform as a key technology underpinning data-driven decision-making across French public-sector organisations. The project reflects a wider trend across Europe, where governments and operators of critical infrastructure are seeking greater control over the platforms used to process sensitive operational and IoT-generated data. Concerns around digital sovereignty, cybersecurity, and dependence on non-European technology providers have intensified as connected systems become increasingly embedded within public services and national infrastructure. Argonos is designed to centralise, prepare, secure, and analyse data regardless of its format or origin. The platform can ingest information from sources including documents, images, video feeds, audio recordings, databases, sensors, and connected systems, creating links between previously siloed datasets. For organisations deploying large-scale IoT environments, such capabilities can help turn raw operational data into insights that support predictive maintenance, situational awareness, resource optimisation, and faster operational decision-making. The platform also incorporates AI capabilities, enabling organisations to deploy AI agents that can assist employees with data analysis, workflow automation, and complex
Jun 21, 2026 · via iotinsider.com
Mr Anya Anya, Chief Operating Officer of Summa Logix Limited, has emerged as one of the leading voices driving the application of Artificial Intelligence (AI), Internet of Things (IoT), and advanced analytics for governance, security, research, and institutional decision-making in Nigeria. Headquartered in Ondo State, Summa Logix Limited is a technology-focused research and development company specialising in AI-driven policy intelligence, IoT-enabled monitoring systems, data engineering, cybersecurity solutions, and intelligent risk analytics. As organisations increasingly seek real-time information and predictive insights, the company has positioned itself at the forefront of developing technologies capable of transforming how institutions collect, process, and act on critical information. According to Anya, the future belongs to organisations capable of converting data into actionable intelligence. “Today’s institutions require more than reports. They require real-time visibility, predictive capabilities, and intelligent systems that support decision-making,” he explains. One of the company’s core areas of focus is Real-Time Monitoring and Control. Using IoT-enabled devices, cloud-based infrastructure, and intelligent analytics systems, Summa Logix develops solutions that provide organisations with continuous operational visibility across distributed environments. These systems enable remote monitoring, automated alerts, predictive maintenance, and operational intelligence that help institutions improve efficiency while reducing response times. Complementing these capabilities is the company’s growing expertise in Data Engineering and Preparation. Before artificial intelligence systems can generate useful insights, large volumes of raw information must be collected, cleaned, structured, validated, and transformed into usable formats. According to Anya, this foundational stage is often overlooked despite being one of the most important components of any successful AI deployment. “Artificial Intelligence is only as good as the quality of the data it receives,” he says. “Our focus is ensuring that organisations have reliable, structured, and actionable datasets that support accurate analysis and model development.” The company also continues to expand its work in Security, Surveillance,
Jun 20, 2026 · via newtelegraphng.com
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Jun 20, 2026 · via youtube.com
Global consulting giant Accenture has announced one of its largest cybersecurity investments to date, unveiling a $4.18 billion deal that includes a majority stake in industrial cybersecurity specialist Dragos and the full acquisition of cybersecurity firms runZero and NetRise. The move underscores the growing importance of cybersecurity as organisations increasingly adopt artificial intelligence, cloud technologies, and connected infrastructure systems. Three Acquisitions In One Strategic Deal Under the agreement, Accenture will acquire a majority stake in Dragos, a leading provider of industrial cybersecurity solutions. The company will also fully acquire runZero, known for its asset intelligence and vulnerability discovery capabilities, and NetRise, a specialist in software supply chain security. The combined transaction is valued at approximately $4.18 billion. The acquisitions are expected to close in August or September, subject to regulatory approvals. Together, the three companies contribute annual recurring revenue of around $208 million. Focus On Protecting Critical Infrastructure Accenture said the acquisitions will significantly expand its capabilities in securing operational technology (OT) environments and critical infrastructure. These include power grids, energy pipelines, manufacturing facilities, transportation networks, and data centres that are increasingly becoming targets for sophisticated cyberattacks. As industrial systems become more connected through AI and Internet of Things (IoT) technologies, cybersecurity risks are expanding beyond traditional IT networks. This has created a growing market for specialised cybersecurity solutions that protect physical infrastructure alongside digital assets. Part Of A Larger Growth Strategy The acquisition spree forms part of Accenture’s broader strategy to strengthen its cybersecurity, AI, cloud, and data capabilities. The company plans to spend approximately $9 billion on acquisitions during 2026, significantly higher than previous years. Accenture already operates a cybersecurity business generating around $10 billion in annual revenue. The latest acquisitions are expected to further enhance its position in a rapidly growing global cybersecurity market. Revenue Forecast Cut
Jun 19, 2026 · via m.dailyhunt.in
Part 3 of 3: What the honeypot findings mean for defenders, how to reduce the attack surface, and which behaviours are worth monitoring when ICS and IoT services are exposed. Part 3 of 3: What the honeypot findings mean for defenders, how to reduce the attack surface, and which behaviours are worth monitoring when ICS and IoT services are exposed. Part 1 covered the build: a cloud VPS, a fictional HelioControl energy persona, public decoys for SSH, Telnet, HTTP, HTTPS, MQTT, Modbus, S7Comm, and BACnet, and a private Loki/Grafana monitoring plane. Part 2 covered what showed up after the system went online: mostly commodity internet automation, plus a smaller but important tail of protocol-aware ICS and IoT reconnaissance. Part 1 Part 2 This final part is about the defensive question. If an exposed energy-themed honeypot is found quickly, brute-forced continuously, probed for common web mistakes, and asked protocol-valid Modbus identity questions, what should a real operator do differently? The answer is more ordinary than the threat model sometimes suggests. The controls that stop the commodity flood are also the controls that reduce the targeted tail. You do not need perfect attribution before you can defend well. You need to know what is exposed, keep fragile protocols away from the public internet, remove default access paths, contain outbound abuse, and log the behaviours that matter. The approach in this article is to defend the structure first, then tune detections around the specific behaviours the honeypot saw. The Threat Model the Data Supports The dataset does not support a story about confirmed energy-sector targeting or process manipulation. It supports a more practical and more common one. Public services were discovered within the first live hour. SSH and Telnet carried most of the volume as default and weak credentials were tested continuously. Web
Jun 19, 2026 · via hackernoon.com
Dive Brief: - Accenture spent roughly $4.2 billion to bolster its cyberdefense capabilities in a trio of transactions Thursday. The professional services firm bought a majority stake in threat-detection platform Dragos and acquired device coverage and software supply chain security firms runZero and NetRise, the company said in an announcement. - Accenture will fold NetRise and runZero into Dragos, which will function as an independent business unit led by its co-founder and CEO Robert M. Lee. The combined companies will create a unified cybersecurity platform to protect critical infrastructure, including industrial control systems, IoT, sensors and cloud-connected devices. - The investments more than triple Accenture’s market reach in operational technology security, CEO Julie Sweet said Thursday, during a Q3 2026 earnings call for the three months ended May 31. “We're starting from a $10 billion cybersecurity services business that we've built over the last 10 years,” Sweet said. Accenture expects to close the deals in August or September, adding $208 million in annual recurring revenue. Dive Insight: Accenture’s cybersecurity gambit comes at a rocky time for professional services firms. AI costs are rising and the industry is shifting from time-plus-materials billing to outcome-based models. Ongoing geopolitical instability has also taken a toll, according to Sweet, who blamed Middle East conflict for $100 million in lost revenue. Several of the firm’s managed services deals were pushed back in fiscal year 2027, she added. Accenture’s stock prices fell by more than half in the last year, according to Investing.com historical data, despite the company growing revenues 6% year over year in U.S. dollars to $18.7 billion during the most recent quarter. However, new bookings declined 3% to $19.3 billion, with new consulting bookings decreasing by roughly $1 billion from the prior quarter. Sweet said the trend won’t last. . “We're seeing consulting
Jun 18, 2026 · via channeldive.com
18 Jun TELECOM KEYNOTE SPEAKER: BOOK & HIRE FUTURIST EXPERT FOR CORPORATE MEETINGS & VIRTUAL ONLINE EVENTS Telecom keynote speakers are industry experts who help organizations understand and adapt to the rapidly evolving telecommunications field including connectivity, infrastructure, digital communication, and network innovation. By proxy the best telecom keynote speakers are focused on the transformation of global communication systems. Experts hail from backgrounds in engineering, network operations, mobile technology, cloud infrastructure, cybersecurity, regulatory policy, and technology leadership. Their expertise as top telecom keynote speakers enables them to explain advanced IT systems and their impact on businesses, consumers, and global economies. Advisors discuss 5G, 6G, network infrastructure, digital connectivity, IoT, cloud communications, and industry disruption. Consultants who are celebrity telecom keynote speakers advise telecom companies and enterprises on network strategy, digital transformation, and infrastructure optimization. So too do thought leaders prompt discussions about connectivity, digital inclusion, and the future of communication. And famous telecom keynote speakers who are business strategists help organizations align telecom investments with long-term growth and innovation goals. Consultants are commonly featured at conferences, technology summits, infrastructure forums, government policy events, and enterprise innovation meetings. You can expect to see myriad global telecom keynote speakers at virtual events and live conventions going forward. 100 Products and Services Covered - Telecommunications Strategy - Network Infrastructure - 5G Technology - 6G Research and Development - Mobile Networks - Broadband Services - Fiber Optic Networks - Wireless Communication Systems - Satellite Communications - Internet Service Provision - Cloud Communications - Unified Communications - VoIP Systems - Network Security - Cybersecurity for Telecom - IoT Connectivity - Industrial IoT Networks - Edge Computing Infrastructure - Network Virtualization - Software-Defined Networking - Network Function Virtualization - Telecom Billing Systems - Customer Experience Platforms - Digital Transformation in Telecom - Network Automation - Artificial
Jun 18, 2026 · via futuristsspeakers.com
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Jun 18, 2026 · via youtube.com
England’s 4-2 win over Croatia on Tuesday night offered an early reminder that goals are rarely in short supply at a World Cup. Yet as fans celebrate the action on the pitch, security teams across the US, Canada, and Mexico are focused on a different challenge: protecting the vast network of connected infrastructure that keeps the tournament running. From smart turnstiles and digital ticketing systems to CCTV networks, building management platforms, stadium-wide communications infrastructure and even a smart ball, the 2026 FIFA World Cup is as much a technological undertaking as a sporting spectacle. Organisers must not only deliver matches across three countries and 16 host cities, but also safeguard the interconnected systems that enable millions of supporters to move through venues, access services, and stay connected. Modern stadiums increasingly resemble connected industrial environments, combining lighting controls, environmental management systems, digital signage, access-control technologies, surveillance infrastructure, and communications networks into a single operational ecosystem. “World Cup host cities are currently welcoming millions of people, including players, officials, game sponsors, and media personnel,” says Cynthia Overby, Director of Strategic Security Solutions at Rocket Software. “With many relying heavily on connected devices and public networks, the tournament is creating an unmissable opportunity for cybercriminals to exploit.” Overby says organisations must adopt a layered security strategy that extends beyond traditional network defences. This includes isolating operational technology such as stadium lighting, HVAC systems, and digital signage from corporate IT environments and public-facing networks. The scale of the challenge is amplified by the size of the tournament. Expanded to 48 teams for the first time, the 2026 competition spans multiple jurisdictions, dozens of venues, and millions of visitors. Each host city relies on a complex web of technology providers, telecommunications networks, transport operators, broadcasters, payment platforms, and third-party contractors. That growing interconnectedness is creating
Jun 18, 2026 · via iotinsider.com
Symphion Inc. has launched The Symphion Managed Endpoint Cybersecurity Operations Program for Printers & Connected IoT, a managed service designed to help organizations continuously secure printers and other connected devices across enterprise networks. The Dallas-based cybersecurity company said the program combines its technology platform and managed operations services into a single offering that addresses what it sees as a growing gap in endpoint security ownership. According to Symphion, responsibility for printer and connected IoT security is often spread across IT, information security, governance, procurement, managed print providers, and device manufacturers, leaving no single group responsible for ongoing cybersecurity operations. The program is designed to integrate printers and connected IoT devices into a continuous cybersecurity management framework. Services include inventory monitoring, configuration and password management, firmware lifecycle oversight, certificate management, remediation support, security baseline enforcement, and reporting. Symphion said the approach is intended to address operational disruptions that can occur when device replacements, firmware updates, technician interventions, or lifecycle changes affect endpoint security settings and identity management. Printers have become a particular focus as organizations expand Zero Trust security initiatives and face increasing audit and compliance requirements. While printers are typically managed for uptime and operational efficiency, Symphion said cybersecurity oversight is often fragmented despite the devices’ growing role within enterprise networks. “Organizations don’t need more tools or staffing burdens,” said Jim LaRoe, CEO of Symphion. “They need an affordable operational model that restores trusted state, reduces risk and enables Zero Trust without disrupting business.” The vendor-agnostic program operates independently of printer manufacturers and managed print service providers, allowing organizations to manage security across mixed device fleets through a single operational framework. Symphion, headquartered in Dallas, specializes in print fleet cybersecurity and connected endpoint security services.
Jun 18, 2026 · via citybiz.co
Request unsuccessful. Incapsula incident ID: 239000750000350800-260532731843267
Jun 18, 2026 · via sourcesecurity.com
Goldilock offers a device operating at Layer 1 of the OSI stack (i.e., the physical layer) that enables IT, OT or IoT systems to be disconnected from a network whenever a cybersecurity threat has been identified. 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. The Analyst Team Rik Turner Follow AnalystChief Analyst, Cybersecurity Rik Turner is a chief analyst in Omdia’s cybersecurity team, covering emerging cybersecurity technology trends across all the areas the team researches. Rik has also worked in Omdia’s financial services technology team, with a specialization in capital markets technology. Prior to joining Informa, he worked as an IT journalist, specializing in networking and security. He was also a foreign correspondent in Brazil, where he worked, among others, for the Financial Times and The Economist. More Content By Rik Turner Hollie Hennessy Follow AnalystOT/IoT Cybersecurity Lead Hollie provides insight into the fascinating and fast-moving domain of OT and IoT cybersecurity, covering both cybersecurity and product security across automotive, medical, embedded, and industrial. Hollie has a range of experience in research. She began her career in the legal sector, writing and researching for expert witness reports on the labor market. She then moved into product testing, with a consumer protection focus. In this role, she was responsible for managing comparative tests of various technology and IoT products, as well as regular testing and investigative work into the security of these devices. She has published articles in Which?, produced by the UK’s largest consumer organization and one of the country’s largest subscription magazines, Computing,
Jun 17, 2026 · via omdia.tech.informa.com
The Department of Homeland Security (DHS) Science and Technology Directorate (S&T) has revealed details of the latest space cybersecurity research to help protect critical infrastructure. Through the Aerospace SPARTA framework, S&T has published key resources, including Indicators of Behavior, published in April 2025, and Prioritized Countermeasures, published in March 2026. These resources are meant to enable onboard threat detection and provide actionable information for implementing space cybersecurity. These efforts are seen as major milestones helping secure the space-based capabilities that the U.S’s national critical infrastructure and DHS missions increasingly rely on. DHS revealed details of this research, June 10. SPARTA is a publicly available space-cyber knowledge base of real and lab-tested cyber threats. It’s sourced by the IEEE P3536 Committee, the working group developing standards for space systems cybersecurity design. “Onboard threat detection is critical for space cyber resilience. These industry resources are an important first step in lowering barriers and enabling space systems to be resilient against current and emerging cyber threats,” Ernest Wong, S&T technical lead, said in a statement. The DHS S&T directorate works to develop resources for industry to facilitate future cyber resilient space systems. An open-source reference implementation of threat detectors will be released later this year.
Jun 17, 2026 · via satellitetoday.com
Organizations increasingly use Internet of Things (IoT) products for the mission benefits they can offer, but care must be taken in the acquisition and implementation of this equipment.
NIST Internal Report (IR) 8618 summarizes the presentations and feedback received by the NIST Cybersecurity for the Internet of Things (IoT) Program at the hybrid workshop on "Cybersecurity for IoT Workshop: Future Directions” held March 31 – April 1, 2026. The purpose of this workshop was to consider emerging and future trends for IoT technologies and their impact to IoT cybersecurity. Additionally, the workshop was intended to inform updates to NIST Special Publication (SP) 800-213, IoT Product Cybersecurity Guidelines for the Federal Government: Establishing IoT Product Cybersecurity Requirements, and the development of future IoT cybersecurity guidelines. NIST plans to release the initial public draft of NIST SP 800-213 Revision 1 on June 24th.
Jun 17, 2026 · via csrc.nist.gov