SEOUL, South Korea, Jan. 28, 2026 /PRNewswire/ — SK keyfoundry, an 8-inch pure-play foundry in Korea, announced that it has recently launched its fourth-generation 200V high-voltage 0.18-micron BCD (Bipolar-CMOS-DMOS) process and will begin full-scale product development with major domestic and global customers, targeting mass production within the year.

As vehicle electrification and the expansion of AI data centers continue to accelerate, market demand for high-voltage, high-efficiency power semiconductors is rapidly increasing. In particular, automotive electrical architectures are transitioning from 12V to 48V systems, while AI servers and data centers are raising operating voltages from 380V DC to as high as 800V DC to maximize power efficiency and density. Against this backdrop, the importance of process technologies capable of reliably withstanding high voltages above 100V while enabling efficient power control has never been greater.

The fourth-generation 200V high-voltage 0.18-micron BCD process newly introduced by SK keyfoundry features more than a 20% improvement in Rsp (specific on-resistance) and BVDSS (breakdown voltage), reflecting enhanced power efficiency and high-temperature robustness compared to the previous third-generation process. In addition, the process offers low on-resistance devices optimized for each operating voltage, minimizing chip area and power loss and thereby enhancing overall process competitiveness. Notably, the process provides a Thick IMD option that enables the safe transmission of digital signals while blocking unwanted high voltage and noise between high-voltage, high-current PMIC devices utilizing BCD and HV MOSFET technologies. It also supports a wide range of embedded memory options, including SRAM, ROM, MTP, and OTP, as well as Hall sensors for precision motor control, further expanding design flexibility for high-voltage ICs.

SK keyfoundry’s new process can be applied to the development of a broad range of products, including high-voltage power management and conversion ICs, motor drivers, LED drivers, and power supply gate drivers. Most importantly, it meets the stringent automotive reliability qualification standard, AEC-Q100 Grade 0, enabling immediate adoption in automotive electronic components that require high reliability even under extreme operating conditions.

“As AI servers and automotive electronic systems continue to require higher power, demand for BCD processes exceeding 100V is increasing rapidly,” said Derek D. Lee, CEO of SK keyfoundry. “In particular, given the limited number of foundries capable of providing high-voltage BCD processes based on bulk silicon, the mass production of our 200V high-voltage 0.18-micron BCD process represents a meaningful milestone. We plan to continuously advance our process technologies in line with evolving customer requirements in the power semiconductor market.”

About SK keyfoundry

Headquartered in Korea, SK keyfoundry provides specialty Analog and Mixed-Signal foundry services for semiconductor companies to serve a wide range of applications in the consumer, communications, computing, automotive and industrial industries. With a broad range of technology portfolios and process nodes, SK keyfoundry has the flexibility and capability to meet the ever-evolving needs of semiconductor companies across the globe. Please visit https://www.skkeyfoundry.com for more information.

NEW YORK, Jan. 28, 2026 /PRNewswire/ — As manufacturers and creative professionals seek ways to maximize productivity, advanced laser systems have become a critical tool for precision, speed, and versatility. Fiber laser engravers for metal and CO2 laser engraver machines enable businesses to handle a variety of materials—from metals and plastics to wood and acrylic—while improving workflow efficiency and reducing errors.

“Our goal is to empower businesses with reliable, high-performance laser systems that improve workflow and meet seasonal production demands,” said Monport Laser CEO.

Fiber Laser Engravers for Metal: Precision and Productivity in Winter Operations

Monport’s fiber laser engravers for metal are engineered for high-precision metal marking and cutting. These fiber laser systems excel in industrial environments, supporting stainless steel, aluminum, and other metals with minimal setup time. By automating repetitive tasks, companies can streamline production workflows during the busy winter season, ensuring consistent output without downtime.

Key advantages of the fiber laser systems include:

• High-precision metal engraving and marking on metal surfaces
• Capability to handle multiple materials, including metals, plastics, and coated metals
• Optimized workflow efficiency for industrial and creative applications

Desktop CO2 Laser Machines: Versatile Material Processing

For non-metal applications, desktop CO2 laser machines offer reliable laser engraving and cutting on wood, acrylic, leather, and plastics. With precise control over depth, speed, and detail, these systems support efficient production for creative projects and small-batch industrial runs.

Benefits of CO2 laser systems include:

• Material versatility for varied applications
• High repeatability and consistent batch output
• Streamlined workflow integration for seasonal production demands

Industrial Laser Cutter Machines and Workflow Optimization

Industrial laser cutter machines improve large-scale operations by increasing speed and precision. Integrating fiber laser or CO2 laser machine allows companies to reduce bottlenecks, shorten turnaround times, and maintain consistent quality.

Proper use of water chillers, such as Monport’s 9L CW-3000 or 6L CW-5200 Industrial Water Chiller, ensures stable performance under continuous operation, an important factor for winter production schedules.

Winter Promotions and Accessories for Businesses

Running from January 26 through February 9, 2026, Monport’s seasonal program provides businesses with an additional 5% discount—up to $5,000 in savings—along with complimentary CO2 laser and fiber laser accessories to enhance operational readiness.

• Laser machine discounts: 5% off for every laser machine purchase (excluding K40 laser engraver)

• Free laser engraver accessories:
• • GT 200W Fiber Laser Machines: Free 6W diode laser engraver

  • GT Fiber Laser Machine Series : Free LightBurn software

  • GPro Fiber Laser Machine: Free Laser Rotary attachment

  • Monport Mega Desktop CO2 Laser: Free Three laser marking spray bottles

  • Effi Series Industrial Laser Cutter Machine: Free Three spray bottles + rotary attachment

  • Reno Series Desktop CO2 Laser: Free Two Laser marking spray bottles

  • K40 Laser Engraver: Free laser rotary attachment

• Water chiller discount (9L CW-3000 or 6L CW-5200 Industrial Water Chiller): 10% off when purchased with a Reno Series Laser Machine

These Monport Laser discounts support businesses in upgrading equipment while maintaining workflow efficiency and readiness during winter production.

Winter Tips for Laser Machines

To maintain optimal performance of laser engraving machines during colder months, companies should:

• Monitor temperature and humidity to protect calibration
• Ensure water chillers operate correctly to prevent overheating
• Perform regular maintenance, including cleaning lenses and mirrors
• Allow materials to acclimate to indoor temperatures to prevent warping
• Schedule heavier production tasks during stable temperature periods

About Monport Laser

Monport Laser specializes in high-performance fiber laser engravers for metal, desktop CO2 laser machines, and industrial laser cutter machines. With a focus on workflow optimization, precision, and operational efficiency, Monport supports manufacturers and creative professionals in scaling production while maintaining quality.

For more information, visit the official website of Monport Laser.

Media Contact:
Company: Monport Laser
Email: official@monportlaser.com 
Website: https://www.monportlaser.com

SAN FRANCISCO, Jan. 28, 2026 /PRNewswire/ — Dreame Technology,  a global leader in high-end consumer electronics and intelligent manufacturing, today launched its visionary 2026 home appliance lineup at the “Beyond Smart” event in the heart of Silicon Valley. The event marked the North American debut of multiple world-first technologies, signaling Dreame’s strategic expansion and its commitment to redefining the intelligent home through embodied AI, robotic precision, and seamlessly integrated ecosystems.

The Dawn of Laundry Autonomy: The Embodied AI Laundry Care Robot

Leading the innovation charge is Dreame’s Embodied AI Laundry Care Robot, a CES 2026 “Best of” award winner that represents a paradigm shift from automation to true autonomy. This mobile robot, equipped with a self-developed AI multimodal sensing system and a high-precision bionic robotic arm, perceives its environment, identifies fabrics and stains, and independently executes the entire laundry cycle—from smart sorting and collecting to washing and drying. It learns household habits to provide a genuinely personalized, hands-free experience. This robot is complemented by the L9 AI Dual Inverter Washer & Dryer Set, which features AI Full-Wash and Dry Control, the dynamic circulating spray technology that delivers A-40% energy efficiency, a dual-inverter heat pump dryer for fast, efficient drying, and FreshLoop Plasma Fresh Air Circulation to keep forgotten laundry fresh for up to 12 hours.

Climate Control Reimagined: The X-Wind Dual Robotic Arm Air Conditioner

Dreame presents a breakthrough in personalized comfort with the X-Wind Air Conditioner, featuring the world’s first dual robotic arm airflow system. Each independent arm, equipped with directional blades, can create distinct micro-climates within a single room—delivering gentle airflow to a sleeping child while providing stronger wind to other areas of the room. AI algorithms combined with millimeter-wave radar for precise human detection and energy-efficient control, the system adjusts airflow intelligently. The robotic arms offer an industry-leading 126° airflow angle, delivering wider coverage for more uniform temperature distribution and enhanced comfort.

The Social Hub Kitchen: The FizzFresh™ Sparkling Water Refrigerator

Transforming the kitchen into a center for entertainment and wellness, the FizzFresh™ Refrigerator introduces the revolutionary SparklingBar Instant Sparkling Water System. Integrated directly into the fridge’s door, it delivers chilled sparkling water on tap with three intensity levels (Light, Classic, Bold), powered by a user-replaceable CO₂ cylinder. It addresses diverse hydration needs while promoting sustainability by reducing single-use plastic. The refrigerator also boasts the IceDUO Auto-Ice Maker for ample ice supply, Smart IoT Connectivity for ultimate convenience, and is clad in a soft-touch MatteSilk Stainless Steel Finish for a sophisticated aesthetic.

Cinematic Immersion at Home: The Aura Mini LED Premium TV Series

Making a strong entry into the global TV market, Dreame has launched its premium Aura Mini LED TV series, with orders surpassing 100,000 units already. Designed for enthusiasts and gamers, the flagship V3000 model boasts a proprietary “Black Crystal True Color Screen” that reduces glare with an ultra-low reflectivity of just 1.8%, while delivering a remarkable peak brightness of 2800 nits and a 300Hz refresh rate. For consumers looking for an all-in-one entertainment solution, the S100 comes with a fully integrated soundbar system equipped with 11 drivers and 70W peak output, finely calibrated with Dolby Atmos to create a 270° immersive surround sound experience. This makes buying the S100 television like getting both a high-quality TV and a standalone soundbar in one.

Smart, Efficient, and in Sync: The Feast™ DS50 Air Fryer Takes Center Stage

Dreame’s kitchen innovation introduces a leap in intelligent cooking with the Feast™ DS50 Dual-Zone Air Fryer, designed to address the challenge of delivering crispy and tender results simultaneously across two independent cooking zones. Its groundbreaking Dual-Zone Architecture features two fully independent cooking zones (5L CrispZone + 5L TenderZone), each with its own dedicated airflow system—the Crisp Cyclone Airflow for perfect dehydration and crunch, and the Tender Whirlwind Airflow for gentle, moisture-preserving heat. The intelligent SYNC Smart Synchronization System allows two different dishes with varying cook times to start and finish simultaneously. Its innovative vertical stacked design enables cooking up to four dishes at once while reducing countertop footprint by 50% compared to conventional dual-basket models. The kitchen portfolio is rounded out by the Ecceluxe™ Master FCM60 Fully Automatic Espresso Machine for café-quality coffee at home, showcasing Dreame’s commitment to a comprehensive and intelligent kitchen ecosystem.

About Dreame Technology

Dreame Technology is a global leader at the intersection of high-end consumer electronics, robotics, and intelligent manufacturing. Driven by a profound R&D focus and the vision of “technology serving life,” Dreame is dedicated to creating a cohesive, intelligent home ecosystem that enhances daily life through automation, personalization, and sophisticated design. The “Beyond Smart” launch in Silicon Valley underscores its ambition to be at the forefront of the next generation of home appliances.

Event: Beyond Smart – 2026 Dreame Home Appliance Launch
Date: January 27, 2026
Location: Silicon Valley Ballroom, Four Seasons Hotel Silicon Valley at East Palo Alto, 2050 University Ave, East Palo Alto, CA.

Armor releases AI governance framework to address critical policy gap as enterprise AI adoption accelerates

DALLAS, Jan. 28, 2026 /PRNewswire/ — Armor, a leading provider of cloud-native managed detection and response (MDR) services protecting more than 1,700 organizations across 40 countries, today issued guidance to enterprises: Organizations deploying artificial intelligence tools without formal governance policies are creating avoidable blind spots in their security posture and exposing themselves to data loss, compliance violations, and emerging AI-specific threats.

“If your organization is not actively developing and enforcing policies around AI usage, you are already behind,” said Chris Stouff, Chief Security Officer at Armor. “You need clear rules for data, tools, and accountability before AI becomes a compliance and security liability. The result is an expanding attack surface that traditional security controls were not designed to address and a compliance liability that many organizations do not yet realize they are carrying.” Armor stands Between You and The Threat™ — and that includes AI governance.

The AI Governance Gap: A Growing Operational Risk

As enterprises integrate AI tools into workflows ranging from customer service to software development, security teams face a critical challenge: establishing governance frameworks that balance innovation with risk management. According to Armor’s security experts, the most pressing concerns include:

Data Loss Prevention Gaps: Employees inputting sensitive corporate data, customer information, and proprietary code into public AI tools, often violating data handling policies and exposing intellectual property through channels that traditional DLP tools do not monitor.

Shadow AI Proliferation: Unapproved AI tools being adopted across business units without IT or security team visibility, creating ungoverned data flows and potential compliance violations that surface only during audits or incidents.

GRC Integration Failures: AI usage policies that exist in isolation rather than being woven into existing governance, risk, and compliance frameworks, leaving organizations unable to demonstrate AI governance to auditors, regulators, or customers when asked.

Regulatory Pressure: Emerging AI regulations across jurisdictions, including the EU AI Act and sector-specific requirements in healthcare and financial services, that organizations are unprepared to meet.

Healthcare Organizations Face Heightened AI Governance Risks

The stakes are particularly high for healthcare organizations and HealthTech companies, where HIPAA compliance intersects with AI adoption. Policies must define what data can be used, where it can go, how outputs are validated, and who owns the decision. Protected health information inadvertently shared with AI tools may trigger breach assessment requirements, while AI-generated clinical documentation raises questions about accuracy, liability, and regulatory compliance.

“Healthcare organizations are under enormous pressure to adopt AI for everything from administrative efficiency to clinical decision support,” Stouff added. “But the regulatory environment has not caught up, and the security implications are significant. Organizations need clear policies that address what data can be used with which AI tools, how outputs are validated, and who is accountable when something goes wrong.”

Armor’s AI Governance Framework: Five Pillars for Enterprise Security

To help organizations address the AI governance gap with transparency, accountability, and results, Armor is releasing a framework built on five core pillars:

1. AI Tool Inventory and Classification: Identify all AI tools in use across the organization, including sanctioned and shadow AI, and classify them by risk level based on data access and business criticality.
2. Data Handling Policies: Establish clear guidelines defining what data categories can be used with which AI tools, with particular attention to PII, PHI, financial data, and intellectual property.
3. GRC Integration: Embed AI governance into existing compliance frameworks rather than treating it as a standalone initiative, ensuring audit readiness and regulatory alignment.
4. Monitoring and Detection: Implement technical controls to detect unauthorized AI tool usage and potential data exfiltration to AI services, integrated with existing security monitoring.
5. Employee Training and Accountability: Develop role-specific training that helps employees understand AI risks and responsibilities, with clear accountability structures for policy violations.

About Armor

Armor is a global leader in cloud-native managed detection and response. Trusted by over 1,700 organizations across 40 countries, Armor delivers cybersecurity, compliance consulting, and 24/7 managed defense built for transparency, speed, and results. By combining human expertise with AI-driven precision, Armor safeguards critical environments to outpace evolving threats and build lasting resilience. For more information, visit armor.com or request a free Cyber Resilience Assessment.

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Media Contact:
Michele Glassman
Marketing Director, Armor
Phone: +1-415-430-7114
Email: michele.glassman@armor.com
Website: www.armor.com

smartBuild debuts at the WHMA Annual Global Leadership Summit in Las Vegas, delivering guided digital assembly, at-station testing, and cloud traceability, increasing margins by 2-6% per harness and accelerating production by up to 40%.

FRAMINGHAM, Mass., Jan. 28, 2026 /PRNewswire/ — Cadonix, a Re:Build Manufacturing Company, today announced the launch of smartBuild, an AI-first manufacturing platform designed to modernize wire harness assembly and production. Debuting at the WHMA Annual Global Leadership Summit at booth 513 in Las Vegas, smartBuild replaces paper-based artifacts and fragmented work instructions with guided digital assembly, integrated testing, and real-time operational insight.

Wire harness manufacturers have long faced slow formboard revision processes, inconsistent build quality, lengthy technician training cycles, and limited production visibility. smartBuild addresses these challenges with a connected, design-driven workflow that converts Arcadia wire harness designs into digital assembly aids, including animated, step-by-step build instructions and harness test programs that automatically generate from each design. The result is faster builds, fewer errors, and clearer execution across teams and locations.

“smartBuild delivers manufacturing guidance the way technicians actually work,” said Kishore Boyalakuntla at Cadonix. “It removes ambiguity from every step, collapses lead times, and gives leaders a single source of truth across stations, facilities, and programs.”

smartBuild can be deployed as a fully digital or hybrid build station, allowing manufacturers to modernize without disrupting existing workflows. Digital build stations eliminate printed formboards by projecting full-scale virtual formboards on monitors, while hybrid stations bring guided digital instructions and at-station testing to existing physical boards.

Every action, revision, and test result is captured in the cloud, enabling complete, audit-ready traceability across wires, connectors, and splices. Organizations using smartBuild have reported production acceleration of up to 50%, a 95% reduction in design-to-build time, and direct labor cost reductions up to 25%.

Early adopters are already seeing measurable impact. One customer, a global manufacturer of utility equipment serving more than 100 countries, replaced physical formboards with smartBuild’s digital manufacturing platform to increase flexibility and cut production times on the factory floor. With smartBuild’s guided digital assembly and at-station testing, this customer has reduced harness build times by 25%, cut training from weeks to days, and eliminated formboard storage and printing costs – saving between $70,000 and $90,000 annually. 

“smartBuild lets us put junior operators on complex harnesses, not just our veterans. It gives us real flexibility in how we use our technicians,” says a Control Systems Engineer at a global utility industry equipment manufacturer. 

smartBuild is available now as part of the Cadonix ecosystem, connecting class-leading Arcadia wire harness designs directly to manufacturing through guided build, validation, and reporting.

To learn more, see it firsthand during WHMAs’ Annual Global Leadership Summit, at booth 513, or by visiting smartBuild by Cadonix.

About Cadonix
Cadonix, a Re:Build Manufacturing company, provides cloud-based software and hardware that helps engineers and manufacturers design and build wire harnesses for the next generation of products. Built by industry experts, Cadonix solutions integrate seamlessly into existing workflows, enabling faster adoption, improved quality, and scalable digital manufacturing.

For more information, please visit: https://www.cadonix.com/ 

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DUBAI, UAE, Jan. 28, 2026 /PRNewswire/ — His Highness Sheikh Mohammed bin Rashid Al Maktoum, Vice President and Prime Minister of the UAE and Ruler of Dubai, today launched the expansion of Dubai International Financial Centre (DIFC) that will consolidate its status as the leading global financial centre in the Middle East, Africa and South Asia (MEASA), while also reinforcing Dubai’s allure as the region’s preferred business and lifestyle destination.

Dubai announces largest demand-led expansion of a financial centre in the Middle East, Africa and South Asia – with a total gross floor area of 17.7mn sq.ft.

DIFC Zabeel District is the largest demand-led expansion of a financial centre in the region, encompassing a massive site area of 7.1mn sq. ft and total gross floor area of 17.7mn sq. ft. The estimated gross development value exceeds AED 100bn (USD 27.2bn).

This expansion will see Dubai’s financial centre significantly scale its footprint to accommodate more than 42,000 companies and a workforce exceeding 125,000, reinforcing Dubai’s position at the forefront of the global financial ecosystem.

His Excellency Essa Kazim, Governor of DIFC, commented: “This expansion will redefine the financial industry in the MEASA region, and fast-track DIFC’s contribution to Dubai’s economic growth. DIFC Zabeel District will create unparalleled opportunities and firmly entrench Dubai’s position as a global financial leader and as a launchpad for the future of finance.”

DIFC is currently the region’s only financial centre operating at scale across all business sectors, yet at the heart of this vision is the cultivation of a distinct identity, establishing DIFC Zabeel District as a dynamic destination that appeals to both investors and Dubai residents.

The DIFC Zabeel District expansion has over 1mn sq.ft. allocated to the world’s largest innovation hub and the world’s first purpose-built AI campus designed to meet the future needs of over 6,000 businesses and 30,000 tech specialists, enabling breakthroughs in AI development and commercial innovation.

DIFC will be positioned as the UAE’s leading global destination for further and higher education. The DIFC Academy will grow 10-fold to 370,000 sq.ft.  with capacity for 50,000 learners annually.

The expansion will also feature an first-of-its-kind art pavilion deepening DIFC’s standing as Dubai’s home to art and culture.

Consisting of six phases, DIFC Zabeel District is expected to welcome the public in 2030 with the masterplan expected to be complete in 2040.