A KnowBe4 Risk Lab Publication
Authors: By James Dyer, Risk Intelligence Lead at KnowBe4 and Lucy Gee, Cybersecurity Risk Researcher at KnowBe4
On March 3, 2025, the KnowBe4 Risk Labs staff noticed an enormous inflow of phishing assaults originating from respectable Microsoft domains.
“Many must combine mainframe knowledge with the cloud and replace purposes to fulfill new safety and compliance guidelines. Suppliers are utilizing genAI-based code inspection to speed up the invention of code adjustments and modernization of legacy code,” ISG said.
“GenAI can examine code and clarify the way it works, lowering and generally eliminating the dependence on senior specialists’ information, thus lowering the price of sustaining legacy purposes,” ISG added.
“GenAI has opened new prospects and elevated purchasers’ belief in software modernization. Corporations going through rising mainframe prices want re-platforming their mainframes to the cloud to attain financial savings shortly. Nonetheless, genAI has enhanced reengineering and rewriting processes with wealthy documentation and prolonged testing whereas lowering the time required to finish modernizations,” ISG said.
Nonetheless, not all prospects are interested by shifting all of their mainframe apps to the cloud, as Kyndryl reported in its personal second annual State of Mainframe Modernization Survey final 12 months.
Mainframe modernization can take just a few types—enterprise prospects can maintain knowledge on the massive iron, migrate workloads off, or create a hybrid surroundings. This 12 months, extra respondents reported will increase in mainframe utilization, whereas fewer are shifting workloads off of the mainframe, Kyndryl said.
“In 2024, extra respondents confirmed they’re specializing in modernizing on the mainframe or integrating with cloud, and fewer are selecting to maneuver workloads off the mainframe as their major technique—a 5 share level drop from final 12 months (30% to 25%). Moreover, 53% of respondents noticed their utilization on the mainframe rising this 12 months, with 49% saying their mainframe utilization will improve once more within the subsequent 12 months,” Kyndryl said.
Cary, North Carolina, March twenty seventh, 2025, CyberNewsWire
INE, a world chief in networking and cybersecurity coaching and certifications, is proud to announce it’s the recipient of twelve badges in G2’s Spring 2025 Report, together with Grid Chief for Cybersecurity Skilled Growth, On-line Course Suppliers, and Technical Expertise Growth, which spotlight INE’s superior efficiency relative to opponents.
“INE solves the issue of accessible, hands-on safety coaching with structured studying paths and real-world labs,” says SOC Analyst Sai Tharun Okay. “It helps bridge the hole between concept and sensible expertise. For me, it has been very precious in refining my penetration testing, cloud safety, and risk evaluation expertise.”
G2 calculates rankings utilizing a proprietary algorithm sourced from verified evaluations of precise product customers and is a trusted assessment supply for hundreds of organizations all over the world. Its recognition of INE’s sturdy efficiency in enterprise, small enterprise, and international affect for technical coaching showcases the depth and breadth of INE’s on-line studying library.
“We’re extremely proud to as soon as once more be on the forefront of the coaching business, acknowledged by G2 customers in a time when cyber threats are escalating in each frequency and complexity,” mentioned Dara Warn, CEO of INE. “This recognition displays our dedication to offering coaching that not solely retains tempo with however anticipates the dynamic intersection of cybersecurity with networking, cloud companies, and broader IT disciplines. At INE, we imagine deeply in equipping professionals and organizations with the strong, up-to-date expertise essential to navigate and safe at this time’s quickly altering digital landscapes. An enormous thanks to our devoted group and learners, who’re important in our mission to remodel cybersecurity coaching to satisfy the pressing calls for of the present setting.”
INE’s G2 Spring 2025 Report highlights embody:
“INE’s hands-on labs and real-world situations have helped me refine by expertise,” mentioned Leonard R.G., a Pentesting Guide. “INE is fixing the hiring points most HR individuals have when they’re hiring cybersecurity staff,” provides Batuhan A., a Cyber Safety Researcher.
In 2024, the celebrated SC Awards acknowledged INE Safety, INE’s cybersecurity-specific coaching, because the Finest IT Safety-Associated Coaching Program. This designation additional underscores INE Safety’s function as a frontrunner in cybersecurity coaching for companies, offering the instruments and information important for tackling at this time’s complicated cyber threats.
INE Safety was additionally introduced with 4 awards from International InfoSec Awards at RSAC 2024, together with:
Mixed, these accolades spotlight INE’s management in delivering revolutionary and efficient networking and cybersecurity schooling throughout varied market segments, together with enterprises and small to medium-sized companies.
About INE Safety
INE Safety is the premier supplier of on-line networking and cybersecurity coaching and certification. Harnessing a robust hands-on lab platform, cutting-edge know-how, a world video distribution community, and world-class instructors, INE Safety is the highest coaching selection for Fortune 500 corporations worldwide for cybersecurity coaching in enterprise and for IT professionals trying to advance their careers. INE Safety’s suite of studying paths affords an incomparable depth of experience throughout cybersecurity and is dedicated to delivering superior technical coaching whereas additionally reducing the limitations worldwide for these trying to enter and excel in an IT profession.
Kathryn Brown
INE Safety
[email protected]
A single automation success story can spark a metamorphosis. That’s precisely what occurred when a number one confectionery producer deployed Robotiq’s palletizing answer in a single plant—solely to see demand for automation surge throughout a number of amenities. What began as an area venture shortly scaled right into a standardized, company-wide rollout, unlocking effectivity, consistency, and price financial savings at each stage. Right here’s how they did it.
New research seems to point out that regional water availability constrains the present and future manufacturing of 32 geological sources
Geological sources reminiscent of crucial metals and minerals, important for the diffusion of applied sciences reminiscent of renewable power and power storage in direction of a decarbonized society, are indispensable for supporting trendy life within the type of numerous services. Their demand is predicted to extend within the coming years owing to world inhabitants in addition to financial progress. Up to now, scientists and policymakers have primarily mentioned geological useful resource availability from the perspective of reserves and sources within the ecosphere and technosphere. Nonetheless, sources reminiscent of metals require loads of power and water sources for numerous manufacturing processes reminiscent of mining, beneficiation, and refining, which can constrain their manufacturing. Due to this fact, there are considerations about whether or not manufacturing of geological sources can proceed inside the sustainable use restrict (planetary boundary) of water availability, or if manufacturing could be elevated to satisfy future will increase in demand.
Along with carbon emissions related to geological useful resource manufacturing, which account for about 10% of worldwide carbon emissions, water consumption is one other main environmental concern. Alarmingly, water consumption in useful resource manufacturing has already surpassed sustainable ranges in lots of areas, with 24% of worldwide water demand exceeding the carrying capacities of obtainable water sources. This case threatens to limit the supply of crucial metals and minerals obligatory for advancing inexperienced applied sciences.
Regardless of the urgency, a complete world evaluation of sustainable water use in geological useful resource manufacturing has been restricted.
In what’s introduced as a latest advance alongside these traces, a world staff of researchers explored the opportunity of water constraints for geological useful resource availability, as a planetary boundary for geological useful resource manufacturing.
The research was led by Dr Masaharu Motoshita from the Analysis Institute of Science for Security and Sustainability, Nationwide Institute of Superior Industrial Science and Expertise, Japan.
Dr Motoshita mentioned, “We demonstrated in our earlier research that main watersheds, accounting for 80% of the full water consumption, are going through overconsumption of water past their carrying capability.”
On this research, the staff estimated the water consumption related to the manufacturing of 32 key geological sources throughout round 3,300 mines worldwide. The outcomes revealed that water use for the manufacturing of 25 of those sources exceeded the sustainable limits of water availability. Notably, whereas iron manufacturing has excessive water consumption, solely 9% of its manufacturing exceeded water constraints in 2010. In distinction, copper manufacturing, regardless of having decrease water consumption, noticed 37% of its present manufacturing surpassed the sustainable water restrict. This highlights the necessity for sustainable water use in geological useful resource manufacturing, notably for water-intensive metals like copper.
The authors say the research underscores that the constraints on useful resource manufacturing aren’t solely decided by the full quantity of water consumed, but additionally by the regional water availability. Shifting manufacturing to areas with decrease water stress might alleviate a few of these pressures; nevertheless, in lots of circumstances, it’s not possible to maneuver manufacturing operations to areas with considerable water resulting from logistical, financial, and infrastructural challenges, and the geology of the place the sources are positioned.
“The findings of this venture will assist anticipate potential disruptions within the provide of metals and different supplies which are crucial for contemporary inexperienced applied sciences like renewable power and power storage,” mentioned Dr Motoshita. “By bettering useful resource effectivity, enhancing recyclability, and exploring different sources, we will tackle future provide challenges. Moreover, these insights will information coverage selections on useful resource exploration and procurement, the collection of different supplies, and the event of sustainability targets for geological useful resource use and recycling.”
The research emphasizes the necessity for a extra complete consideration of environmental constraints sooner or later manufacturing of geological sources. With rising demand and rising environmental pressures, understanding and managing environmental penalties of geological useful resource manufacturing is essential for reaching long-term sustainability and assembly the worldwide targets for clear power and decarbonization.
