Industrial IoT News & Trends Roundup – June–July 2025

Major Announcements and Product Launches

June and July 2025 saw a surge of Industrial IoT (IIoT) innovations across sectors. In manufacturing and industrial safety, Samsara Inc. unveiled a new connected safety wearable for industrial workers at its June 24 conference ts2.tech. The rugged device boasts a >1-year battery and can detect falls or accidents in real time, immediately alerting supervisors via Samsara’s cloud platform ts2.tech. “With the Samsara Wearable, we’re extending protection to workers in high-risk and remote environments,” noted Samsara’s SVP of Product ts2.tech. Samsara also rolled out AI-powered dashcams and analytics to improve fleet safety, reflecting a broader trend of AI-enhanced IoT safety solutions ts2.tech.

In automotive and transportation, Amazon’s Zoox opened its first dedicated robotaxi production facility in California – a 220,000 sq. ft. factory capable of assembling 10,000 autonomous taxis per year reuters.com. This marks a milestone in automotive IoT, as Zoox’s purpose-built self-driving vehicles move toward commercial service (Las Vegas launch planned in 2025) reuters.com reuters.com. The new “AI factory” positions Zoox to rival Waymo and others in the robotaxi race, integrating advanced IoT sensors and robotics on the production line. In building automation, Honeywell introduced an AI-driven smart building management platform in June to optimize energy use in large facilities iotworldtoday.com, while Siemens and Bosch continued rolling out industrial edge orchestration platforms that let factories run containerized AI/analytics apps on local gateways ts2.tech ts2.tech – reducing cloud dependence and latency on the shop floor.

Partnerships, Acquisitions, and Investments

The summer brought major IIoT partnerships and M&A, as companies sought end-to-end capabilities:

• Nordic Semiconductor acquires Memfault: In late June, Norway’s Nordic Semiconductor (a leading IoT chipmaker) announced a $120 million acquisition of US-based startup Memfault, which provides cloud software for IoT device monitoring and updates ts2.tech. The deal transforms Nordic into a more full-stack IoT platform provider. Memfault’s cloud service for remote debugging, performance analytics, and OTA firmware updates will be integrated with Nordic’s wireless chips, creating a seamless chip-to-cloud IoT lifecycle platform ts2.tech ts2.tech. “This acquisition is a declaration of intent… together, we enable thousands of customers to continuously interact with millions of devices in the field,” said Nordic’s CEO Vegard Wollan ts2.tech. Nordic also noted the platform will help meet new EU IoT security regulations via built-in update and compliance features ts2.tech.
• Blynk & Milesight partnership: Low-code IoT platform provider Blynk and Chinese IoT hardware maker Milesight formed a strategic alliance on June 24 ts2.tech. The partnership bundles Milesight’s sensors, gateways, and AI cameras with Blynk’s cloud/mobile app platform to offer turnkey IoT solutions ts2.tech. By tightly integrating hardware and software, they aim to accelerate IoT deployments from prototype to scale with minimal coding ts2.tech. “This partnership will allow us to combine our expertise in hardware with Blynk’s innovative software… creating comprehensive IoT solutions that address real-world challenges,” said Milesight’s sales director ts2.tech. Blynk’s President Iryna Liashchuk added that joining robust devices with an intuitive app experience will make it “easier for teams to move from prototype to deployment and deliver real value, fast.” ts2.tech This reflects a broader industry push to simplify IoT integration “without heavy development or integration work,” as Blynk’s co-CEO noted ts2.tech.
• Congatec merges with Kontron’s COM business: On July 1, Germany’s congatec GmbH (an embedded/edge computing leader) acquired 96% of Kontron’s subsidiary JUMPtec, taking over Kontron’s computer-on-module business ts2.tech. The deal, alongside a new partnership between congatec and Kontron, will combine their IoT hardware portfolios and manufacturing operations globally ts2.tech. Kontron receives over €100 million cash and access to congatec’s high-performance module tech ts2.tech. “This cooperation bundles technological expertise and secures us access to high-performance modules in the long term,” said Kontron’s CEO Hannes Niederhauser ts2.tech. The consolidation aims to boost supply chain resilience (via multi-region production) and accelerate innovation in industrial embedded IoT systems ts2.tech – underscoring ongoing hardware market consolidation to offer one-stop IoT platforms.
• Other notable deals: Allegion, a global security/access firm, completed its acquisition of Elatec GmbH (IoT RFID/Bluetooth reader maker) in June, bolstering Allegion’s portfolio in smart building IoT (per Memoori research). Trasna (Ireland) agreed to acquire the cellular IoT module line of u-blox (Switzerland) in early July ts2.tech, giving Trasna an established base of LTE-M/NB-IoT modules and customers while u-blox refocuses on chipsets. In IoT connectivity, KORE Wireless finalized its takeover of Ericsson’s IoT Accelerator platform and Connected Vehicle Cloud in June, a major transfer that instantly added ~15,000 enterprise IoT customers to KORE ts2.tech. This makes KORE one of the world’s largest IoT connectivity management providers. We also saw investment in IoT security: Switzerland’s SEALSQ (secure semiconductor firm) took a 28.3% stake in Wecan Group (blockchain platform) to co-develop quantum-resistant IoT security solutions ts2.tech. Their alliance will embed post-quantum cryptography into SEALSQ’s IoT chips, “fortifying billions of IoT devices against future quantum-based cyber threats,” according to the companies ts2.tech. Overall, these moves show IoT firms merging, acquiring, and partnering to fill capability gaps – from device management software to specialized hardware and next-gen security – in order to offer more comprehensive and secure IIoT solutions ts2.tech.

Market Forecasts and Industry Trends

Industry analyses released in late June 2025 confirm that the IIoT market’s growth trajectory remains robust. SNS Insider reported the IoT communication protocols segment was valued around $16.95 billion in 2023 and is projected to reach $23.94 billion by 2032 ts2.tech. More broadly, Gartner’s latest IoT forecast (mid-2024) expects global IoT spending to nearly double from ~$546 billion in 2022 to ~$991 billion by 2028 (≈10% CAGR) ts2.tech. The 2025–2028 period is seen as an inflection point, fueled by widespread 5G adoption, rising enterprise IoT investments, and maturing AI-driven IoT applications ts2.tech. Notably, Gartner identified manufacturing, transportation, oil & gas, insurance and commercial automotive as some of the fastest-growing verticals for IoT solutions ts2.tech. IoT device installations also continue climbing: IoT Analytics tallied 16.6 billion active IoT devices at end-2023, on pace for ~18.8 billion by end-2024 (13% YoY growth) ts2.tech. This suggests we’ll exceed 20 billion connected devices in 2025 and around 30 billion by 2030 – more than double the ~14 billion in 2021 ts2.tech. Geographically, Asia-Pacific is the fastest-growing IoT region as China, India and others invest in smart infrastructure, though North America still accounts for the largest spending share (~42% in 2023) ts2.tech. In short, IIoT proliferation remains strong, with double-digit expansion in device volumes and steady high-single-digit to low-double-digit spending growth, as connectivity and sensors permeate ever more facets of industry and daily life ts2.tech.

A dominant theme in 2025 is the convergence of AI and IoT (AIoT). June’s announcements underscored that artificial intelligence is increasingly embedded at the edge to make IoT devices and services smarter. Gartner predicts that by 2025, over 95% of new industrial IoT deployments will include built-in AI/analytics processing at the edge, up from under 30% in 2022 ts2.tech. From smart cameras with on-device computer vision to factory gateways running machine-learning models for predictive maintenance, “intelligence inside” is becoming as ubiquitous as connectivity. The explosion of generative AI is also accelerating IoT development: Gartner noted that ~80% of IoT product development could involve AI code-generation tools by 2025, dramatically speeding up software and firmware creation ts2.tech. In practice, IoT engineers are using AI assistants to write device code and generate analytics dashboards, freeing teams to focus on architecture and validation ts2.tech. The benefits of fusing AI with IoT are evident in new offerings like Biobeat’s AI health patch (analyzing patient vitals) and Samsara’s AI dashcams (real-time driver monitoring). Businesses recognize that raw sensor data yields far more value when paired with intelligent analysis – whether through edge AI that filters noise and flags anomalies on-site, or cloud AI that finds patterns across thousands of devices. This trend is also driving demand for AI-capable IoT hardware at the edge. In fact, June saw a symbolic milestone as Nvidia’s market cap briefly exceeded $3.4 trillion, making it the world’s most valuable company, on optimism for continued surging demand in AI chips to power everything from data centers to smart IoT cameras ts2.tech. All signs point to IoT and AI technologies evolving hand-in-hand in 2025, with AIoT solutions becoming mainstream in industrial operations.

However, rapid IoT growth brings security challenges. A June 2025 report by cybersecurity firm Forescout revealed a worrying rise in vulnerabilities across IoT, operational technology (OT), and healthcare IoT devices ts2.tech. The average risk score of devices jumped 15% in the past year. Network infrastructure devices like routers and firewalls overtook user PCs as the most vulnerable category, now accounting for over 50% of the most critical exploitable flaws identified ts2.tech. Many are running outdated firmware and exposed at network perimeters. Common IoT endpoints – IP cameras, NVRs, VoIP phones, retail POS systems – remain high-risk due to default passwords or unpatched bugs ts2.tech. Disturbingly, several medical IoT (IoMT) devices (imaging systems, infusion pumps, etc.) ranked among the top 10 most critically vulnerable device types ts2.tech, highlighting risks in healthcare environments. “The attack surface now spans IT, IoT and OT, with IoMT adding another layer,” the report concluded, noting that threat actors increasingly traverse through mixed IT/IoT networks ts2.tech. These findings amplify calls for stronger “security-by-design” practices in IoT deployments. Industry experts emphasize the need for long-term device support and patchability – no more “set and forget” IoT gadgets. As Consumer Reports’ Director of Tech Policy Justin Brookman commented, consumers should know “whether or not a company plans to stand behind the product with software updates and for how long.” ts2.tech ts2.tech Ensuring device longevity and timely patches is now key, especially as millions of cheap IoT devices (often with no upgrade path) flood the market. Another emerging focus is post-quantum encryption for IoT. The SEALSQ/Wecan investment (see above) exemplifies efforts to future-proof devices against tomorrow’s quantum cyber threats by integrating quantum-resistant algorithms now ts2.tech. Overall, mid-2025 marks a turning point where IoT security is front and center – the era of lax IoT security is waning as both market forces and new laws begin to demand safer, more resilient devices ts2.tech.

Government and Regulatory Initiatives

Governments worldwide moved in June–July 2025 to bolster IoT security and standards, launching new regulations and public-private programs:

• United States – IoT Cybersecurity Labeling: The U.S. rolled out the “U.S. Cyber Trust Mark” program in early 2025 as a voluntary cybersecurity labeling scheme for consumer IoT products ts2.tech. The FCC approved a shield-shaped Trust Mark logo in January, and by June the program was “open for business,” accepting smart home and wearable devices for certification ts2.tech. Devices meeting baseline NIST IoT security criteria (unique passwords, data encryption, vulnerability disclosure, timely updates, etc.) can bear the Trust Mark ts2.tech ts2.tech. Major retailers and tech firms are on board – “We see great potential in the U.S. Cyber Trust Mark… a positive step forward for consumers,” said Best Buy’s security director ts2.tech. Amazon’s IoT VP similarly voiced support, expecting shoppers will value seeing a security label ts2.tech. Consumer Reports praised the effort, hoping it spurs manufacturers to compete on security and clearly inform buyers about how long products will get updates ts2.tech. While the program is currently voluntary (analogous to EnergyStar for appliances), it creates market incentives for IoT cybersecurity. Federal agencies are also active – in June, NIST updated its IoT security guidelines (SP 800-213 series) to refine recommended device capabilities and risk considerations ts2.tech. Since the IoT Cybersecurity Improvement Act, U.S. federal procurement rules now require any IoT devices purchased by the government to meet NIST’s security criteria ts2.tech. This effectively pressures IoT vendors to harden devices if they want federal contracts.
• European Union – Cyber Resilience Act (CRA): The EU is implementing a sweeping Cyber Resilience Act that will impose mandatory cybersecurity requirements on virtually all products with digital elements (consumer IoT, software, industrial controllers, etc.) ts2.tech. The CRA was passed in late 2024 and officially entered force on 10 January 2025, with main obligations applying from 11 July 2027 (a 30-month grace period) ts2.tech. It mandates that manufacturers “bake in” security throughout a product’s lifecycle ts2.tech. Vendors must ensure secure default configurations (no universal default passwords), provide timely security updates to fix vulnerabilities, and may undergo third-party conformity assessments for critical products ts2.tech ts2.tech. Compliant products will carry a CE cybersecurity marking, similar to how electronics get safety/EMC CE marks ts2.tech ts2.tech. Non-compliance will lead to significant fines. In June 2025, the European Parliament was finalizing technical details, and an expert group was being set up to guide implementation ts2.tech. The impact on IIoT makers will be substantial – product teams are already aligning development with CRA requirements well ahead of 2027. For example, chipmakers like STMicroelectronics have noted that new microcontrollers are being designed with security features “to help customers achieve compliance with upcoming RED and CRA regulations.” ts2.tech European officials say the CRA will “make it easier to identify products with proper cybersecurity features” and eliminate weak-link devices that put consumers and networks at risk ts2.tech. The EU’s move essentially raises the global floor on IoT security – manufacturers selling internationally will likely implement these standards worldwide rather than maintain EU-specific versions ts2.tech.
• United Kingdom – PSTI Act Enforcement: The UK has been ahead in IoT security law through its Product Security and Telecommunications Infrastructure (PSTI) Act 2022. Key provisions took effect on 29 April 2024 ts2.tech. By mid-2025, the UK’s Office for Product Safety and Standards (OPSS) was actively enforcing the rules ts2.tech. The PSTI Act targets consumer “connectable” products and requires basic security-by-design: no default passwords (every device must have a unique password or prompt user to set one) ts2.tech, manufacturers must disclose at point-of-sale how long the product will receive security updates ts2.tech, and provide a public contact for reporting vulnerabilities ts2.tech. Vendors also must issue a compliance declaration that their device meets the security requirements ts2.tech. Non-compliance can incur fines up to £10 million or 4% of global revenue, plus daily penalties ts2.tech – similar in severity to GDPR fines, giving the law real teeth. As of June 2025, companies worldwide have been adjusting to UK requirements, not only to sell in Britain but because these same principles echo in the EU CRA ts2.tech. The ETSI EN 303 645 standard (a leading IoT security baseline) is the benchmark for compliance under both UK and EU regimes ts2.tech, aligning global best practices. UK retailers have reportedly begun checking for PSTI compliance documentation from IoT suppliers (for instance, ensuring any new IP cameras or smart appliances they stock do not use default creds and have stated update policies) ts2.tech. The UK’s early move has been influential – U.S. officials designing the Cyber Trust Mark and policymakers in India have cited the UK approach (and ETSI 303 645) as a model ts2.tech.
• India – Emerging IoT Framework: India’s IoT sector is booming (projected to grow from ~$15 billion in 2024 to $35 billion by 2030 per government estimates) ts2.tech. In parallel, regulators are developing IoT security rules and domestic industry initiatives. In June 2025, India’s Department of Telecom and MeitY released draft guidelines expanding on the Code of Practice for Securing Consumer IoT (TEC 31318:2021), which was one of the first comprehensive IoT security standards outside the West ts2.tech. India’s IoT code closely aligns with ETSI EN 303 645, adopting global best practices to ease interoperability ts2.tech. It requires “Security by Design” principles like unique device passwords, secure credential storage, and regular software updates to patch flaws ts2.tech. The Telecom Engineering Centre (TEC) operates an IoT device certification scheme to test and certify products against these security benchmarks ts2.tech. An IoT M2M Council report in June outlined how Indian regulators are also leveraging broader data protection laws (the Digital Personal Data Protection Act 2023) to hold IoT providers accountable for safeguarding user data ts2.tech. For example, Section 43A of the IT Act can penalize companies for negligence in protecting personal data – applicable if an IoT service mishandles user info or suffers a breach due to poor security ts2.tech. India is also looking to promote domestic IoT manufacturing (under “Make in India” goals). We may soon see local compliance labs and incentives for IoT devices made in India that meet security standards. In summary, India is combining regulatory mandates with industry development to ensure its IoT growth doesn’t come at the expense of security ts2.tech.
• Other Regions: Around the world, similar IoT policy moves are underway. Japan is reportedly updating its IoT cybersecurity guidelines in 2025 and considering mandatory rules for consumer IoT by 2026 (after a surge of IoT-driven DDoS incidents in East Asia) ts2.tech. Australia implemented a voluntary IoT Code of Practice in 2020 and is reviewing its uptake – with discussions about making parts mandatory if industry compliance remains low. Meanwhile, in the U.S., beyond the Cyber Trust Mark, there’s legislative interest in specific areas like automotive IoT security (with connected cars proliferating) and privacy for IoT data (some states may require disclosure if devices like smart speakers are recording) ts2.tech. China’s IoT expansion remains state-driven: the government’s “New Infrastructure” initiative (2020–2025) heavily features IoT in smart cities and industrial upgrades, and authorities have imposed strong (if opaque) security requirements for IoT in critical sectors. Chinese cities are deploying municipal IoT networks (e.g. city-wide LPWANs) under strict data localization and security monitoring rules ts2.tech. Even space is on the agenda: the UN’s International Telecommunication Union (ITU) met in July 2025 to discuss spectrum coordination for satellite IoT services, given the rise of Low Earth Orbit IoT constellations. The goal is to prevent interference and protect safety-of-life bands as firms like Starlink, Inmarsat, and startups beam down IoT data from space ts2.tech. Overall, regulators are catching up to IoT’s rapid expansion, crafting rules to ensure devices can be trusted and securely maintained. While compliance costs will rise in the short term, these policies aim to reduce systemic risks (like botnets of hacked IoT gadgets) and protect consumers and industries from the heavy costs of insecure IoT ts2.tech. By the late 2020s, expect a far more regulated IoT landscape where strong security and privacy features are as standard as electrical safety – a sign of the industry’s maturation.

Expert Insights and Commentary

Industry experts and analysts shared significant insights on IIoT trends, opportunities, and challenges during June–July 2025. A major research report from IoT Analytics (released at Hannover Messe 2025) highlighted the top 10 industrial technology trends shaping 2025 iotbusinessnews.com iotbusinessnews.com. These range from the pervasive embedding of generative AI in industrial software, to early-stage emergence of “agentic AI” (more autonomous AI systems), notable innovation in edge computing, rising demand for DataOps platforms, AI-driven digital thread integration in engineering, sensor-centric predictive maintenance, and the evolution of digital twins into real-time “industrial copilots” iotbusinessnews.com iotbusinessnews.com. Sustainability solutions augmented by AI and a wave of cognition in robotics also made the list iotbusinessnews.com. “Industrial AI, edge-native architectures, and data-centric operations are the defining industrial technology trends in 2025,” observed Knud Lasse Lueth, CEO of IoT Analytics, noting that AI now dominates the industrial agenda. Vendors are “racing to show meaningful progress, with many already moving beyond generative AI toward agentic workflows and more autonomous systems,” he said iotbusinessnews.com. A senior analyst added that every major industrial player is betting on AI as the “engine room” of their future strategy – from AI copilots and foundation models to AI-native edge stacks and advanced digital twins iotbusinessnews.com. The key takeaway: companies must integrate AI across the stack and develop industry-specific AI solutions to unlock the next wave of value iotbusinessnews.com.

Leading analysts and executives also weighed in on IIoT adoption strategies. In the logistics sector, a June report by AI supply-chain firm Pando and JBF Consulting found that while nearly 91% of organizations increased AI investments in the last two years, over half (54%) are still figuring out how to deploy AI in logistics iotworldtoday.com. The biggest hurdles are poor data quality and siloed IT systems, followed by change management issues iotworldtoday.com. Despite these challenges, 92% believe AI is crucial for navigating complex supply chains iotworldtoday.com. “Supply chains no longer operate on a 9-to-5 schedule; they move in real time, where a single disruption can upend operations overnight,” said Abhijeet Manohar, Pando’s CTO. “In such a volatile, uncertain world, AI adoption in supply chain and logistics is no longer optional; it’s foundational to resilience.” iotworldtoday.com This sentiment reflects a broader consensus that AI is now key to maintaining agility in industrial operations. Many large enterprises are creating dedicated data science teams and working with specialists to roll out AI pilot projects, using early successes to drive broader digital transformation iotworldtoday.com iotworldtoday.com. The Pando study noted the rise of “Agentic AI” – autonomous AI agents operating within set guardrails – which can make proactive decisions and collaborate with humans in real time iotworldtoday.com. Such AI agents are helping companies mitigate labor shortages by automating routine tasks and augmenting staff productivity iotworldtoday.com. Rather than eliminating jobs, AI is “redefining” roles, and firms adopting these tools report they are becoming more resilient and competitive iotworldtoday.com iotworldtoday.com.

Experts also stressed the importance of integrated solutions and ease of deployment in IIoT. “We’re focused on helping businesses get real IoT solutions up and running – without heavy development or integration work,” said Blynk’s President Iryna Liashchuk during the Milesight partnership announcement ts2.tech. This highlights an industry push toward low-code platforms and pre-integrated hardware that can shorten time-to-value. Analysts note that as IoT adoption widens, companies increasingly demand out-of-the-box solutions rather than complex DIY projects ts2.tech. For instance, more vendors now offer end-to-end “IoT kits” for specific verticals (smart agriculture bundles, plug-and-play smart factory kits, etc.), lowering barriers for mid-sized firms to implement IoT.

In the energy sector, digitalization leaders at the Distributech 2025 conference observed that utilities are embracing IIoT and AI to build more intelligent power grids. A key trend is deploying grid edge IoT devices (sensors, smart inverters, EV chargers) managed with AI to balance load and integrate renewables spglobal.com. Microsoft and EPRI announced an open framework for utility AI at the event, and several utilities highlighted pilot projects using AI-driven IoT analytics to predict equipment failures and reduce outages (yielding up to 10× ROI by averting downtime) ts2.tech. Similarly, in healthcare, experts are optimistic about IoT’s benefits. In a June 24 U.S. congressional hearing, testimony pointed out that wearable IoT health devices (like continuous glucose monitors and smart heart rate trackers) are empowering patients with real-time data. “People can take control over their own health… they can see what food is doing to their glucose levels, their heart rates… and make good judgments,” the witness explained ts2.tech. This reflects how IoT in healthcare (IoMT) enables preventive care and patient engagement, although it also raises data privacy questions for regulators. Indeed, as more public-private initiatives emerge (smart city projects, Industry 4.0 testbeds, etc.), experts urge balancing innovation with security and privacy by design.

Overall, the June–July 2025 period has underscored an accelerating momentum in Industrial IoT. Major companies are launching new IIoT products and “AI factory” initiatives, investors are consolidating the ecosystem, and analysts foresee strong growth ahead – especially as AI amplifies IoT’s value in industries from manufacturing to logistics to healthcare. At the same time, the community is grappling with challenges like cybersecurity risks and interoperability, prompting action from standards bodies and governments. The consensus among industry leaders is that IIoT is entering a more mature phase: one defined by scalable deployments, smarter and safer devices, and deeper integration of AI and analytics. Companies that harness these trends – while adhering to emerging security regulations – are expected to drive the next wave of efficiency, innovation, and competitive advantage in the global industrial landscape of 2025 iotbusinessnews.com iotworldtoday.com.

Sources: Major news outlets and industry reports from June–July 2025, including IoT World Today iotworldtoday.com iotworldtoday.com iotworldtoday.com iotworldtoday.com, IoT Business News iotbusinessnews.com iotbusinessnews.com, TS2 Space IoT Roundup ts2.tech ts2.tech ts2.tech ts2.tech, Reuters reuters.com, and official government and analyst publications ts2.tech ts2.tech. The information reflects the state of IIoT developments during June and July 2025.