Several benchmark refinance rates moved higher this week, but refinancing could be still make sense for other reasons.

Upcoming (serious) Web performance boostBy: Adam Scott5 June 2025Progress ReportSometimes, just adding a compiler flag can yield significant performance boosts. And that just happened.For about two years now, all major browsers have supported WASM (WebAssembly) SIMD. SIMD stands for “Single instruction, multiple data” and is a technology that permits CPUs to do some parallel computation, often speeding up the whole program. And that’s exactly why we tried it out recently.We got positive results.The need for performance on the WebThe Web platform is often overlooked as a viable target, because of its less-than-ideal environment and its perceived poor performance. And the perception is somewhat right: the Web environment has a lot of security-related quirks to take into account—the user needs to interact with a game frame before the browser allows it to play any sound1. Also, due to bandwidth and compatibility reasons, you rarely see high-fidelity games being played on a browser. Performance is better achieved when running software natively on the operating system.But don’t underestimate the potential of the Web platform. As I explained in broad terms at the talk I gave at the last GodotCon Boston 2025, the Web has caught up a lot since the days of Flash games. Not only are there more people playing Web games every year, but standards and browsers improve every year in functionality and in performance.And that’s why we are interested in using WASM SIMD.WASM SIMD BenchmarksOur resident benchmark expert Hugo Locurcio (better known as Calinou) ran the numbers for us on a stress test I made. We wanted to compare standard builds to builds with WASM SIMD enabled.Note: You may try to replicate his results, but be aware that he has a beast of a machine. Here are his PC’s specifications:CPU: Intel Core i9-13900KGPU: NVIDIA GeForce RTX 4090RAM: 64 GB (2×32 GB DDR5-5800 CL30)SSD: Solidigm P44 Pro 2 TBOS: Linux (Fedora 42)I built a Jolt physics stress test from a scene initially made by passivestar. By spawning more and more barrels into the contraption, we can easily test the performance difference between the WASM SIMD build and the other.Without WASM SIMDWith WASM SIMDImprovement (approx.)Test linksLinkLink-Firefox 138(“+100 barrels” 3 times)2×Firefox 138(“+100 barrels” 6 times)10.17×*Chromium 134(“+100 barrels” 3 times)1.37×Chromium 134(“+100 barrels” 6 times)14.17×**Please note that once the physics engine enters a “spiral of death”, it is common for the framerate to drop to single digits, SIMD or not. These tests don’t prove 10× to 15× CPU computing speed improvements, but rather that games will be more resilient to framerate drops on the same machine in the same circumstances. The 1.5× to 2× numbers are more representative here of the performance gains by WASM SIMD.What it means for your gamesStarting with 4.5 dev 5, you can expect your Web games to run a little bit more smoothly, without having to do anything. Especially when things get chaotic (for your CPU). It isn’t a silver bullet for poorly optimized games, but it will help nonetheless. Also, note that it cannot do anything for GPU rendering bottlenecks.Be aware that the stress tests are meant by nature to only test the worst case scenarios, so you may not see such large improvements in normal circumstances. But it’s nice to see such stark improvements when the worst happens.AvailabilityFrom here on out, the 4.5 release official templates will only support WebAssembly SIMD-compatible browsers in order to keep the template sizes small. We generally aim to maintain compatibility with the oldest devices we can. But in this case, the performance gains are too large to ignore and the chances of users having browsers that are that far out of date is too small relative to the potential benefits.If you need to use non-SIMD templates, don’t fret. You can always build the Godot Editor and the engine templates without WebAssembly SIMD support by using the wasm_simd=no build option.What’s next?As I wrote in my last blog post, we’re currently working very hard to make C#/.NET exports a reality. We do have a promising prototype, we just need to make sure that it’s production-ready.I also mentioned in that article that I wanted to concentrate on improving our asset loading game. Preloading an entire game before even starting it hinders the ability to use Godot for commercial Web games. Once something is implemented to improve that issue, count on me to share the news with you.It’s either that, or we return to the old days of spam-webpages using the “Congratulations, you won!” sound effect when you least expect it. ↩

Researchers from the Department of Mechanical Engineering at Virginia Tech have introduced a continuous fiber reinforcement (CFR) deposition tool designed for multi-axis 3D printing, significantly enhancing mechanical performance in composite structures. Led by Kieran D. Beaumont, Joseph R. Kubalak, and Christopher B. Williams, and published in Springer Nature Link, the study demonstrates an 820% improvement in maximum load capacity compared to conventional planar short carbon fiber (SCF) 3D printing methods. This tool integrates three key functions: reliable fiber cutting and re-feeding, in situ fiber volume fraction control, and a slender collision volume to support complex multi-axis toolpaths. The newly developed deposition tool addresses critical challenges in CFR additive manufacturing. It is capable of cutting and re-feeding continuous fibers during travel movements, a function required to create complex geometries without material tearing or print failure. In situ control of fiber volume fraction is also achieved by adjusting the polymer extrusion rate. A slender geometry minimizes collisions between the tool and the printed part during multi-axis movements. The researchers designed the tool to co-extrude a thermoplastic polymer matrix with a continuous carbon fiber (CCF) towpreg. This approach allowed reliable fiber re-feeding after each cut and enabled printing with variable fiber content within a single part. The tool’s slender collision volume supports increased range of motion for the robotic arm used in the experiments, allowing alignment of fibers with three-dimensional load paths in complex structures. The six Degree-of-Freedom Robotic Arm printing a multi-axis geometry from a CFR polymer composite. Photo via Springer Nature Link. Mechanical Testing Confirms Load-Bearing Improvements Mechanical tests evaluated the impact of continuous fiber reinforcement on polylactic acid (PLA) parts. In tensile tests, samples reinforced with continuous carbon fibers achieved a tensile strength of 190.76 MPa and a tensile modulus of 9.98 GPa in the fiber direction. These values compare to 60.31 MPa and 3.01 GPa for neat PLA, and 56.92 MPa and 4.30 GPa for parts containing short carbon fibers. Additional tests assessed intra-layer and inter-layer performance, revealing that the continuous fiber–reinforced material had reduced mechanical properties in these orientations. Compared to neat PLA, intra-layer tensile strength and modulus dropped by 66% and 63%, respectively, and inter-layer strength and modulus decreased by 86% and 60%. Researchers printed curved tensile bar geometries using three methods to evaluate performance in parts with three-dimensional load paths: planar short carbon fiber–reinforced PLA, multi-axis short fiber–reinforced samples, and multi-axis continuous fiber–reinforced composites. The multi-axis short fiber–reinforced parts showed a 41.6% increase in maximum load compared to their planar counterparts. Meanwhile, multi-axis continuous fiber–reinforced parts absorbed loads 8.2 times higher than the planar short fiber–reinforced specimens. Scanning electron microscopy (SEM) images of fracture surfaces revealed fiber pull-out and limited fiber-matrix bonding, particularly in samples with continuous fibers. Schematic illustration of common continuous fiber reinforcement–material extrusion (CFR-MEX) modalities: in situ impregnation, towpreg extrusion, and co-extrusion with towpreg. Photo via Springer Nature Link. To verify the tool’s fiber cutting and re-feeding capability, the researchers printed a 100 × 150 × 3 mm rectangular plaque that required 426 cutting and re-feeding operations across six layers. The deposition tool achieved a 100% success rate, demonstrating reliable cutting and re-feeding without fiber clogging. This reliability is critical for manufacturing complex structures that require frequent travel movements between deposition paths. In situ fiber volume fraction control was validated through printing a rectangular prism sample with varying polymer feed rates, road widths, and layer heights. The fiber volume fractions achieved in different sections of the part were 6.51%, 8.00%, and 9.86%, as measured by cross-sectional microscopy and image analysis. Although lower than some literature reports, the researchers attributed this to the specific combination of tool geometry, polymer-fiber interaction time, and print speed. The tool uses Anisoprint’s CCF towpreg, a pre-impregnated continuous carbon fiber product with a fiber volume fraction of 57% and a diameter of 0.35 mm. 3DXTECH’s black PLA and SCF-PLA filaments were selected to ensure consistent matrix properties and avoid the influence of pigment variations on mechanical testing. The experiments were conducted using an ABB IRB 4600–40/2.55 robotic arm equipped with a tool changer for switching between the CFR-MEX deposition tool and a standard MEX tool with an elongated nozzle for planar prints. Deposition Tool CAD and Assembly. Photo via Springer Nature Link. Context Within Existing Research and Future Directions Continuous fiber reinforcement in additive manufacturing has previously demonstrated significant improvements in part performance, with some studies reporting tensile strengths of up to 650 MPa for PLA composites reinforced with continuous carbon fibers. However, traditional three-axis printing methods restrict fiber orientation to planar directions, limiting these gains to within the XY-plane. Multi-axis 3D printing approaches have demonstrated improved load-bearing capacity in short-fiber reinforced parts. For example, multi-axis printed samples have shown failure loads several times higher than planar-printed counterparts in pressure cap and curved geometry applications. Virginia Tech’s tool integrates multiple functionalities that previous tools in literature could not achieve simultaneously. It combines a polymer feeder based on a dual drive extruder, a fiber cutter and re-feeder assembly, and a co-extrusion hotend with adjustable interaction time for fiber-polymer bonding. A needle-like geometry and external pneumatic cooling pipes reduce the risk of collision with the printed part during multi-axis reorientation. Measured collision volume angles were 56.2° for the full tool and 41.6° for the hotend assembly. Load-extension performance graphs for curved tensile bars. Photo via Springer Nature Link. Despite these advances, the researchers identified challenges related to weak bonding between the fiber and the polymer matrix. SEM images showed limited impregnation of the polymer into the fiber towpreg, with the fiber-matrix interface remaining a key area for future work. The study highlights that optimizing fiber tow sizing and improving the fiber-polymer interaction time during printing could enhance inter-layer and intra-layer performance. The results also suggest that advanced toolpath planning algorithms could further leverage the tool’s ability to align fiber deposition along three-dimensional load paths, improving mechanical performance in functional parts. The publication in Springer Nature Link documents the full design, validation experiments, and mechanical characterization of the CFR-MEX tool. The work adds to a growing body of research on multi-axis additive manufacturing, particularly in combining continuous fiber reinforcement with complex geometries. Take the 3DPI Reader Survey — shape the future of AM reporting in under 5 minutes. Ready to discover who won the 20243D Printing Industry Awards? Subscribe to the 3D Printing Industry newsletter to stay updated with the latest news and insights. Featured photo shows the six Degree-of-Freedom Robotic Arm printing a multi-axis geometry. Photo via Springer Nature Link. Anyer Tenorio Lara Anyer Tenorio Lara is an emerging tech journalist passionate about uncovering the latest advances in technology and innovation. With a sharp eye for detail and a talent for storytelling, Anyer has quickly made a name for himself in the tech community. Anyer's articles aim to make complex subjects accessible and engaging for a broad audience. In addition to his writing, Anyer enjoys participating in industry events and discussions, eager to learn and share knowledge in the dynamic world of technology.

Millennium Systems International is an exciting and dynamic software company based inParsippany, NJ and was founded in 1987 to provide the beauty and wellness industry withforward-thinking, powerful management software and vital tools. We’ve built a companybased on revolutionary technology, outstanding support, and more importantly, a strongpassion to educate salon and spa owners on how to sustain success. Our software isutilized in thousands of salons and spas in over 36 countries, processes billions of dollarsin transactions per year and is used by hundreds of thousands of users. MillenniumSystems International is honored to have been named one of New Jersey's TopWorkplaces!We are currently searching for a Revenue Enablement professional to train and coach oursales professionals to drive team success. Seeking an enthusiastic and high energyprofessional who is passionate about the beauty/salon space!  This is a remote role.Key Responsibilities:• Develop and deliver training materials and resources, including presentations, e-learning modules, and manuals.• Tailor training programs to meet the specific needs of different sales teams,ensuring relevance to products, services, and market trends.• Continuously update training content to reflect changes in the product portfolio,sales strategies, and market conditions.• Teach core sales techniques such as prospecting, lead qualification, negotiation,closing strategies, and upselling.Focus on improving key areas like objection handling, overcoming customerresistance, and relationship-building.• Onboard new sales team members by providing them with a comprehensiveunderstanding of company products, sales processes, and culture.• Facilitate product and sales training sessions to ensure new hires are equipped toperform in their roles from day one.• Monitor the performance of sales representatives before and after training to assessthe effectiveness of the programs.• Conduct regular performance reviews and provide ongoing coaching to individualteam members to ensure continued development and goal achievement.• Partner with sales managers and senior leaders to understand team performancegaps and emerging needs.• Offer solutions and recommendations for improving sales performance throughcustomized training initiatives.• Train sales teams on the use of CRM systems, sales tools, and other relevantsoftware to improve efficiency and tracking.• Ensure the team is proficient in using digital tools to track progress, managepipelines, and close sales.• Track and measure the success of training programs, using metrics such as salesperformance improvements, knowledge retention rates, employee engagement andsuggest adjustments for continuous improvement.• Stay up to date with the latest trends in sales strategies, tools, and technologies.Qualifications:• Bachelor’s degree in Business, Marketing, Communications, or a related field (orequivalent experience).• 3+ years proven experience in sales, with a solid understanding of sales processesand techniques.• Previous experience in a sales training, enablement or coaching role is preferred.Skills:• Strong presentation, communication, and interpersonal skills.• Ability to design engaging and impactful training programs.• Knowledge of CRM software and sales automation tools.• Analytical skills to assess performance and adjust training methods accordingly.• Organizational skills and attention to detail.• Motivational and coaching skills to help salespeople improve their performance.• Passionate about helping others succeed and developing their careers.• Creative thinker with a solutions-oriented mindset.Millennium Systems International is committed to providing all Team Members with competitive wages and salaries that are motivational, fair, and equitable. Our compensation program reflects our core values of Teamwork, Excellence, and Integrity, ensuring transparency and fairness while attracting top talent and fostering an environment that encourages growth and retention.We believe that every Team Member is integral to our collective success, and we value the diverse perspectives, creativity, and innovation they bring. Our compensation packages are designed to reflect individual contributions, taking into account skill set, experience, certifications, and work location.In line with our Client-Centric philosophy, we recognize that the success of our Team Members contributes directly to the success of our clients. As such, we offer compensation packages that not only motivate but also reward performance and excellence.The base salary range for this position in the United States is $54,000-$70,000. In addition to base pay, the total compensation package may also include commission, performance bonuses, benefits, and/or other applicable incentive compensation plans.At Millennium Systems International, we approach every challenge with Passion—striving to exceed expectations, solve challenges with urgency and determination, and create an environment where Team Members thrive and celebrate each other’s successes.We Offer:Paid Time Off (PTO) and Holidays: Enjoy a generous 3 weeks of Paid Time Off (PTO) that begins accruing with every pay period from your very first day! Plus, you’ll enjoy ten (10) paid holidays throughout 2025, along with five (5) paid sick days and one (1) personal day—because we believe in taking care of you!Medical, Dental, and Vision Benefits: Your well-being is a priority! We offer subsidized Medical, Dental, and Vision plans, with coverage kicking in quickly. It's all about making sure you stay healthy, happy, and well-cared for.Life Insurance: Peace of mind for you and your loved ones! We provide Life Insurance and Accidental Death & Dismemberment (AD&D). What’s even better? Millennium Systems International fully covers the entire cost—100% on us!Long-Term and Short-Term Disability Insurance: Stay secure no matter what life brings your way. Short-Term and Long-Term Disability insurance.  And we’ve got your back—Millennium Systems International covers the full cost of Long-Term Disability at 100%.401(k) Retirement Plan: Plan for your future with confidence! You’ll be eligible to enroll in our robust 401(k) plan. When you do, you’ll enjoy a 100% match on up to 4% of your contributions, thanks to our Safe Harbor plan. It’s our way of helping you build a brighter tomorrow.Learning & Development Opportunities: We foster a culture of growth and professional excellence. As part of our benefits, we offer unlimited access to Udemy’s online courses, helping you refine your skills, explore new areas, and advance your career. Whether you're deepening your expertise or learning new technologies, we’re here to support your development every step of the way.  Apply NowLet's start your dream job Apply now Meet JobCopilot: Your Personal AI Job HunterAutomatically Apply to Remote Sales and Marketing JobsJust set your preferences and Job Copilot will do the rest-finding, filtering, and applying while you focus on what matters. Activate JobCopilot

html PUBLIC "-//W3C//DTD HTML 4.0 Transitional//EN" "http://www.w3.org/TR/REC-html40/loose.dtd" https://www.cgchannel.com/wp-content/uploads/2025/06/250605_3dsMax20261_AttributeTransfer.mp4 Autodesk has released 3ds Max 2026.1, the latest version of its 3D modelling and animation software for architectural visualization, motion graphics and VFX.The release adds a new Attribute Transfer modifier, for transferring UVs or vertex data between 3D objects, and updates the Push and XForm modifiers. 3D modeling: new Attribute Transfer modifier The new feature in 3ds Max 2026.1 is the Attribute Transfer modifier, shown in the video above.It transfers attributes – vertex positions, normals and colors, plus up to two sets of UVs – from one model to another. According to Autodesk, it provides a “new, non-destructive modifier workflow” for tasks that were typically done through scripting. https://www.cgchannel.com/wp-content/uploads/2025/06/250605_3dsMax20261_PushModifier.mp4 3D modeling and animation: new controls for the Push modifier There are also updates to a couple of the existing modifiers, including the Push modifier, used to inflate or deflate 3D meshes.It gets a number of new options, including the option to use other objects in a scene to limit the result of the push operation. When the result collides with a control object, it stops moving in that direction in real time. A new Relax Iterations setting smooths the mesh in a similar way to the Relax modifier, helping to prevent issues with self-intersection. It is also now possible to limit push operations to specific axes. https://www.cgchannel.com/wp-content/uploads/2025/06/250605_3dsMax20261_XForm.mp4 Layout and animation: new options for the XForm modifier The XForm modifier, used to apply transformations non-destructively to objects, gets a choice of four transformation modes.As well as the previous default behavior, users can now transform objects in local space, world space, or relative to another object in the scene. There is also a self-explanatory new Preserve Normals checkbox. USD for 3ds Max: convert USD geometry to native 3ds Max objects 3ds Max’s Universal Scene Description plugin has been updated, with USD for 3ds Max 0.11 adding a new Promote to 3ds Max Object option. It promotes USD geometry to a 3ds Max object, making it possible to work on it using native 3ds Max tools. In addition, the USD Exporter now supports the OpenPBR material, which has been 3ds Max’s default material since 3ds Max 2026. There are also a number of workflow improvements, and new Python functions for manipulating USD layers. Arnold for 3ds Max: performance improvements 3ds Max’s integration plugin for Autodesk’s Arnold renderer has also been updated, with MAXtoA 5.8.2 supporting the changes in Arnold 7.4.2.They’re primarily performance improvements, especially to scene initialization times when rendering on machines with high numbers of CPU cores. Price and system requirements 3ds Max 2026.1 is compatible with Windows 10+. It is rental-only. Subscriptions cost $255/month, up a further $10/month since 3ds Max 2026, or $2,010/year, up $65/year.In many countries, artists earning under $100,000/year and working on projects valued at under $100,000/year qualify for Indie subscriptions, which now cost $330/year. Read a full list of new features in 3ds Max 2026.1 in the online documentation Have your say on this story by following CG Channel on Facebook, Instagram and X (formerly Twitter). As well as being able to comment on stories, followers of our social media accounts can see videos we don’t post on the site itself, including making-ofs for the latest VFX movies, animations, games cinematics and motion graphics projects.

Apple said on Thursday that more than 82% of compatible iPhones are running the latest version of its smartphone operating system, iOS 18.

After locking down my Bluetooth, I had some interesting results.

If you just updated your iPhone with Apple's iOS 18.5, there are a few tasks you should perform to make sure things run smoothly.

The new beta software squashes loads of bugs, and it's available to testers right now.