In this video you'll learn how to Scatter objects, grass and nature to any object, I'll guide you through the use of geometry nodes. Blender Tutorial. Download nature pack - Download project files - #how #add #nature #procedural #terrain

Jun 05, 2025Ravie LakshmananNetwork Security / Vulnerability Cisco has released security patches to address a critical security flaw impacting the Identity Services Enginethat, if successfully exploited, could allow unauthenticated actors to carry out malicious actions on susceptible systems. The security defect, tracked as CVE-2025-20286, carries a CVSS score of 9.9 out of 10.0. It has been described as a static credential vulnerability. "A vulnerability in Amazon Web Services, Microsoft Azure, and Oracle Cloud Infrastructurecloud deployments of Cisco Identity Services Enginecould allow an unauthenticated, remote attacker to access sensitive data, execute limited administrative operations, modify system configurations, or disrupt services within the impacted systems," the company said in an advisory. The networking equipment maker, which credited Kentaro Kawane of GMO Cybersecurity for reporting the flaw, noted it's aware of the existence of a proof-of-conceptexploit. There is no evidence that it has been maliciously exploited in the wild. Cisco said the issue stems from the fact that credentials are improperly generated when Cisco ISE is being deployed on cloud platforms, causing different deployments to share the same credentials as long as the software release and cloud platform are the same. Put differently, the static credentials are specific to each release and platform, but are not valid across platforms. As the company highlights, all instances of Cisco ISE release 3.1 on AWS will have the same static credentials. However, credentials that are valid for access to a release 3.1 deployment would not be valid to access a release 3.2 deployment on the same platform. Furthermore, Release 3.2 on AWS would not have the same credentials as Release 3.2 on Azure. Successful exploitation of the vulnerability could permit an attacker to extract the user credentials from the Cisco ISE cloud deployment and then use it to access Cisco ISE deployed in other cloud environments through unsecured ports. This could ultimately allow unauthorized access to sensitive data, execution of limited administrative operations, changes to system configurations, or service disruptions. That said, Cisco ISE is only affected in cases where the Primary Administration node is deployed in the cloud. Primary Administration nodes that are on-premises are not impacted. The following versions are affected - AWS - Cisco ISE 3.1, 3.2, 3.3, and 3.4 Azure - Cisco ISE 3.2, 3.3, and 3.4 OCI - Cisco ISE 3.2, 3.3, and 3.4 While there are no workarounds to address CVE-2025-20286, Cisco is recommending that users restrict traffic to authorized administrators or run the "application reset-config ise" command to reset user passwords to a new value. However, it bears noting that running the command will reset Cisco ISE to the factory configuration. Found this article interesting? Follow us on Twitter  and LinkedIn to read more exclusive content we post. SHARE     #critical #cisco #ise #auth #bypass

In context: TSMC has steadily raised the prices of its most advanced semiconductor process nodes over the past several years – so much so that one analysis suggests the cost per transistor hasn't decreased in over a decade. Further price hikes, driven by tariffs and rising development costs, are reinforcing the notion that Moore's Law is truly dead. The Commercial Times reports that TSMC's upcoming N2 2nm semiconductors will cost per wafer, a roughly 66% increase over the company's 3nm chips. Future nodes are expected to be even more expensive and likely reserved for the largest manufacturers. TSMC has justified these price increases by citing the massive cost of building 2nm fabrication plants, which can reach up to million. According to United Daily News, major players such as Apple, AMD, Qualcomm, Broadcom, and Nvidia are expected to place orders before the end of the year despite the higher prices, potentially bringing TSMC's 2nm Arizona fab to full capacity. Also see: How profitable are TSMC's nodes: crunching the numbers Unsurprisingly, Apple is getting first dibs. The A20 processor in next year's iPhone 18 Pro is expected to be the first chip based on TSMC's N2 process. Intel's Nova Lake processors, targeting desktops and possibly high-end laptops, are also slated to use N2 and are expected to launch next year. Earlier reports indicated that yield rates for TSMC's 2nm process reached 60% last year and have since improved. New data suggests that 256Mb SRAM yield rates now exceed 90%. Trial production is likely already underway, with mass production scheduled to begin later this year. // Related Stories With tape-outs for 2nm-based designs surpassing previous nodes at the same development stage, TSMC aims to produce tens of thousands of wafers by the end of 2025. TSMC also plans to follow N2 with N2P and N2X in the second half of next year. N2P is expected to offer an 18% performance boost over N3E at the same power level and 36% greater energy efficiency at the same speed, along with significantly higher logic density. N2X, slated for mass production in 2027, will increase maximum clock frequencies by 10%. As semiconductor geometries continue to shrink, power leakage becomes a major concern. TSMC's 2nm nodes will address this issue with gate-all-aroundtransistor architectures, enabling more precise control of electrical currents. Beyond 2nm lies the Angstrom era, where TSMC will implement backside power delivery to further enhance performance. Future process nodes like A16and A14could cost up to per wafer. Meanwhile, Intel is aiming to outpace TSMC's roadmap. The company recently began risk production of its A18 node, which also features gate-all-around and backside power delivery. These chips are expected to debut later this year in Intel's upcoming laptop CPUs, codenamed Panther Lake. #tsmc039s #2nm #wafer #prices #hit

Just discovered an amazing zipper tool for Blender that’s a total game changer for 3D modeling! The way it utilizes Geometry Nodes is impressive, showcasing the incredible versatility of this feature. As someone who loves experimenting with different modeling techniques, I can't wait to incorporate this tool into my workflow. It opens up endless possibilities for adding intricate details to my projects while saving tons of time. If you're into Blender, this is definitely something you shouldn't miss! Let’s keep pushing the boundaries of creativity together! 🖤✨ #Blender3D #3DModeling #GeometryNodes #CreativeTools #ZipperTool

Actually Animate with Geometry Nodes By harryblends on June 1, 2025 Videotutorials You can make so many things with geometry nodes and this video is about animating those things... with geometry nodes. Harry Blends shows you how to procedurally animate a bouncing ball and then instance it so that you can have as many bouncing balls as you please.I talk through every step, from aligning the ball for squash and stretch to using a float curve like it's what you were born to do, creating a geometry node group that will automatically animate whatever you plug into it.Start with a bouncing ball then use these techniques to fulfill your wildest procedural desires. #actually #animate #with #geometry #nodes

NVIDIA and Google share a long-standing relationship rooted in advancing AI innovation and empowering the global developer community. This partnership goes beyond infrastructure, encompassing deep engineering collaboration to optimize the computing stack. The latest innovations stemming from this partnership include significant contributions to community software efforts like JAX, OpenXLA, MaxText and llm-d. These foundational optimizations directly support serving of Google’s cutting-edge Gemini models and Gemma family of open models. Additionally, performance-optimized NVIDIA AI software like NVIDIA NeMo, NVIDIA TensorRT-LLM, NVIDIA Dynamo and NVIDIA NIM microservices are tightly integrated across Google Cloud, including Vertex AI, Google Kubernetes Engineand Cloud Run, to accelerate performance and simplify AI deployments. NVIDIA Blackwell in Production on Google Cloud Google Cloud was the first cloud service provider to offer both NVIDIA HGX B200 and NVIDIA GB200 NVL72 with its A4 and A4X virtual machines. These new VMs with Google Cloud’s AI Hypercomputer architecture are accessible through managed services like Vertex AI and GKE, enabling organizations to choose the right path to develop and deploy agentic AI applications at scale. Google Cloud’s A4 VMs, accelerated by NVIDIA HGX B200, are now generally available. Google Cloud’s A4X VMs deliver over one exaflop of compute per rack and support seamless scaling to tens of thousands of GPUs, enabled by Google’s Jupiter network fabric and advanced networking with NVIDIA ConnectX-7 NICs. Google’s third-generation liquid cooling infrastructure delivers sustained, efficient performance even for the largest AI workloads. Google Gemini Can Now Be Deployed On-Premises With NVIDIA Blackwell on Google Distributed Cloud Gemini’s advanced reasoning capabilities are already powering cloud-based agentic AI applications — however, some customers in public sector, healthcare and financial services with strict data residency, regulatory or security requirements have yet been unable to tap into the technology. With NVIDIA Blackwell platforms coming to Google Distributed Cloud — Google Cloud’s fully managed solution for on-premises, air-gapped environments and edge — organizations will now be able to deploy Gemini models securely within their own data centers, unlocking agentic AI for these customers NVIDIA Blackwell’s unique combination of breakthrough performance and confidential computing capabilities makes this possible — ensuring that user prompts and fine-tuning data remain protected. This enables customers to innovate with Gemini while maintaining full control over their information, meeting the highest standards of privacy and compliance. Google Distributed Cloud expands the reach of Gemini, empowering more organizations than ever to tap into next-generation agentic AI. Optimizing AI Inference Performance for Google Gemini and Gemma Designed for the agentic era, the Gemini family of models represent Google’s most advanced and versatile AI models to date, excelling at complex reasoning, coding and multimodal understanding. NVIDIA and Google have worked on performance optimizations to ensure that Gemini-based inference workloads run efficiently on NVIDIA GPUs, particularly within Google Cloud’s Vertex AI platform. This enables Google to serve a significant amount of user queries for Gemini models on NVIDIA-accelerated infrastructure across Vertex AI and Google Distributed Cloud. In addition, the Gemma family of lightweight, open models have been optimized for inference using the NVIDIA TensorRT-LLM library and are expected to be offered as easy-to-deploy NVIDIA NIM microservices. These optimizations maximize performance and make advanced AI more accessible to developers to run their workloads on various deployment architectures across data centers to local NVIDIA RTX-powered PCs and workstations. Building a Strong Developer Community and Ecosystem NVIDIA and Google Cloud are also supporting the developer community by optimizing open-source frameworks like JAX for seamless scaling and breakthrough performance on Blackwell GPUs — enabling AI workloads to run efficiently across tens of thousands of nodes. The collaboration extends beyond technology, with the launch of a new joint Google Cloud and NVIDIA developer community that brings experts and peers together to accelerate cross-skilling and innovation. By combining engineering excellence, open-source leadership and a vibrant developer ecosystem, the companies are making it easier than ever for developers to build, scale and deploy the next generation of AI applications. See notice regarding software product information. #nvidia #google #partnership #gains #momentum

html PUBLIC "-//W3C//DTD HTML 4.0 Transitional//EN" "; A recording of Blackmagic Design’s livestream of its announcements for NAB 2025. You can see the new features in Da Vinci Resolve 20.0 at 2:13:20 in the video. Originally posted on 6 April 2025 for the beta, and updated for the stable release. Blackmagic Design has updated DaVinci Resolve, its free colour grading, editing and post-production software, and DaVinci Resolve Studio, its commercial edition. DaVinci Resolve Studio 20.0 is a major release, adding over 100 tools, including a set of new AI-powered features for video editing and audio production, and is free to all users. Below, we’ve rounded up the key features for colorists and effects artists, including a new Chroma Warp tool, a new deep compositing toolset, and full support for multi-layer EXRs. The new Chroma Warp tool makes it possible to create looks with intuitive gesture controls. Color page: New Chroma Warp, plus updates to the Resolve FX Warper and Magic Mask For grading, the Color page‘s Color Warper gets a new Chroma Warp tool.It is designed to create looks intuitively, with users selecting a color in the viewer, and dragging to adjust its hue and saturation simultaneously. Among the existing tools, the Resolve FX Warper effect gets a new Curves Warp mode, which creates a custom polygon with spline points for finer control when warping images. Magic Mask, DaVinci Resolve’s AI-based feature for generating mattes, has been updated, and now operates in a single mode for both people and objects. Workflow is also now more precise, with users now placing points to make selections, then using the paint tools to include or exclude surrounding regions of the image. Another key AI-based feature, the Resolve FX Depth Map effect, which automatically generates depth mattes, has been updated to improve speed and accuracy. For color management across a pipeline, the software has been updated to ACES 2.0, and OpenColorIO is supported as Resolve FX. Effects artists get deep compositing support in the integrated Fusion compositing toolset. Fusion: new deep compositing toolset For compositing and effects work, the Fusion page gets support for deep compositing.Deep compositing, long supported in more VFX-focused apps like Nuke, makes use of depth data encoded in image formats like OpenEXR to control object visibility. It simplifies the process of generating and managing holdouts, and generates fewer visual artifacts, particularly when working with motion blur or environment fog. Deep images can now be viewed in the Fusion viewer or the 3D view, and there is a new set of nodes to merge, transform, resize, crop, recolor and generate holdouts. It is also possible to render deep images from the 3D environment, and export them as deep EXRs via the Fusion saver node. Fusion: new vector warping toolset, plus support for 180 VR and multi-layer workflows Other new features in the Fusion page include a new optical-flow-based vector warping toolset, for image patching and cleanup, and for effects like digital makeup.There is also a new 360° Dome Light for environment lighting, and support for 180 VR, with a number of key tools updated to support 180° workflows. Pipeline improvements include full multi-layer workflows, with all of Fusion’s nodes now able to access each layer within multi-layer EXR or PSD files. Fusion also now natively supports Cryptomatte ID matte data in EXR files. You can read about the new features on the Fusion Page in our story on Fusion Studio 20.0, the latest version of Blackmagic Design’s standalone compositing app, in which they also feature. IntelliScript automatically generates an edit timeline matching a user-provided script. Other toolsets: lots of new AI features for video editing and audio production DaVinci Resolve Studio 20.0 also features a lot of new AI features powered by the software’s Neural Engine, although primarily in the video editing and audio production toolsets.The Cut and Edit pages get new AI tools for automatically creating edit timelines matching a user-provided script; generating animated subtitles; editing or extending music to match clip length; and matching tone, level and reverberance for dialogue. There are also new tools for recording new voiceovers during editing to match an edit. Workflow improvements include a dedicated curve view for keyframe editing; plus a new MultiText tool and updates to the Text+ tool for better control of the layout of on-screen text. For audio post work, the Fairlight page gets new AI features for removing silences from raw footage, and automatically balancing an audio mix. We don’t cover video or audio editing on CG Channel, but you can find a complete list of changes via the links at the foot of the story. Codec and format support Other key changes include native support for ProRes encoding on Windows and Linux systems as well as macOS.MV-HEVC encoding is now supported on systems with NVIDIA GPUs, and H.265 4:2:2 encoding and decoding are GPU-accelerated on NVIDIA’s new Blackwell GPUs. Again, you can find a full list of changes to codec and platform support via the links at the foot of the story. Upcoming features include generative AI-based background extension. Future updates: new toolsets for immersive video and AI background generation Blackmagic Design also announced two upcoming features not present in the initial release.Artists creating mixed reality content will get a new toolset for ingesting, editing and delivering immersive video for Apple’s Vision Pro headset. There will also be a new generative AI feature, Resolve FX AI Set Extender, available via Blackmagic Cloud. More details will be announced later this year, but Blackmagic says that it will enable users to generate new backgrounds for shots by entering simple text prompts. The video above shows a range of use cases, including extending or adding objects to existing footage, and generating a complete new background behind a foreground object. Price, system requirements and release date DaVinci Resolve 20.0 and DaVinci Resolve Studio 20.0 are for Windows 10+, Rocky Linux 8.6, and macOS 14.0+. The updates are free to existing users.New perpetual licenses of the base edition are also free. The Studio edition, which adds AI features, stereoscopic 3D tools, and collaboration features, costs following a temporary increase in the US following the introduction of new tariffs. Read a full list of new features in DaVinci Resolve 20.0 and DaVinci Resolve Studio 20.0 Have your say on this story by following CG Channel on Facebook, Instagram and X. 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. #blackmagic #design #releases #davinci #resolve

Discover efficient methods for handling texture nodes in Unreal Engine 5.4! In this clip, learn how to optimize your UV offsets without duplicating nodes. Perfect for game developers and visual effects artists looking to enhance their skills!#UnrealEngine #TextureManipulation #GameDevelopment #VisualEffects #UE5Tips #quick #tips #texture #manipulation #unreal

The Obalende bus terminus is one of Lagos’s most important transport nodes and a ‘graveyard’ for old danfos, which in Yoruba means ‘hurry’. These yellow‑painted minibuses form the backbone of Lagos’s informal transport system and are mostly second‑hand imports from the global north. Located in the heart of Lagos Island, Obalende is one of the first areas to be developed east of the lagoon that splits Lagos into two main halves: the Island and the Mainland. It receives a large portion of urban commuters daily, especially those entering Lagos Island for work. Obalende plays a critical role in the cycle of material reuse across the city. The life of a danfo does not end at retirement; it continues through a vast network of informal markets and recyclers that sustain entire communities. Their metal parts are either repurposed to fix other buses or sold as scrap at markets such as Owode Onirin. Located about 25km away on the Lagos Mainland, Owode Onirin, which means ‘money iron market’ in Yoruba, is a major hub for recycled metals. Waste collectors scour the city’s demolition sites for brass and mild steel; they find copper, bronze and aluminium in discarded vehicles. These materials are then processed and sold to companies such as African Foundries and Nigerian Foundries, as well as to local smiths who transform them into building parts, moulds and decorative objects. Sorters, welders and artisans form the backbone of this circular micro‑economy. Their labour breathes new life into discarded matter.  Lagos has a State Waste Management Authority, but it is fraught with politicking and inefficient in managing the city’s complex waste cycle. In the absence of intelligent state strategies, it falls on people to engineer solutions. They add armatures, build networks and modulate the static thresholds and borders imposed by the state. Today, these techniques and intelligences, born out of scarcity, are collectively labelled ‘informality’, a term that flattens their ingenuity.  Across the streets of Obalende and around its central roundabout, kiosks and pop‑up shops dominate the landscape. Most are constructed from materials such as timber reclaimed from collapsed buildings or fallen fascias, along with salvaged tarpaulins. Stones and concrete blocks found at demolition sites are moulded into anchors using discarded plastic paint buckets, serving as bases for umbrellas offering relief from the scorching Lagos sun. To anticipate flash flooding, many structures are raised slightly above ground on short stilts. Space, which is in short supply, is creatively repurposed to serve different functions at various times of the day; a single location might host breakfast vendors in the morning, fruit sellers in the afternoon and medicine hawkers at night. Due to its proximity to the city centre, Obalende experiences constant population shifts. Most entering the city at this node have no means of livelihood and often become salvagers. Under the curling ends of the Third Mainland Bridge, for example, a community of migrants gathers, surviving by scavenging motor parts, sometimes from old danfos, zinc roofing sheets and other materials of meagre value. Discarded mattresses, bedding and mosquito nets are repurposed as shelter beneath the noisy overpass, which becomes both workplace and home. In the absence of supportive state frameworks, communities like those in Obalende create micro‑responses to urban precarity. Their fluid, multifunctional spaces are adaptive and resilient architectures resulting from necessity, survival and material intelligence.  ‘Informality as a way of life is inherently circular in its use of space and materials’ In Lagos, the most populous city in Nigeria and one of the most populated in Africa, two thirds of the population live on less than USa day, according to Amnesty International. This speaks not only to income levels but to multidimensional poverty. Unlike global cities such as Mumbai, Cape Town and Rio de Janeiro, where poorer demographics are largely confined to specific neighbourhoods at the margins, informality in Lagos is not peripheral but integral to how the city functions, defying the rigid thresholds and boundaries of formal urban planning.  Across Lagos, self‑sustaining circular economies flourish. Orile, a metal market located on the mainland, is one of the sites where discarded metals from sites in Lagos can be sold as part of a recycling system. Further out in the suburbs of Lagos, also on the mainland, is the Katangua Market, which is the biggest second‑hand clothes market in the city. In Nigeria’s largest hardware technology hub, Computer Village, just south of Lagos in Ikeja, used electrical and electronic equipmentis sold for parts. A TRT World report notes that about 18,300 tonnes of UEEE arrive in Nigeria annually – although the number varies in other studies to as much as 54,000 tonnes smuggled in – with the majority coming from Europe, closely followed by the US and China.  Computer Village evolved into a dense network of shops, stalls and kiosks between 1998 and 2000, just before Nigeria adopted early digital cellular network technology. The market sits just minutes from the local airport and the Ikeja High Court, but its edges are fluid, spilling out from the Ikeja Underbridge. Over time, formal plots have dissolved into an evolving mesh of trade; the streets are lined with kiosks and carts, built from repurposed plywood, corrugated metal and tarpaulin, that come and go. Space is not owned but claimed, temporarily held, sublet and reshuffled.  Today, Computer Village generates an estimated USbillion in annual revenue. Yet most of the shops lack permanence and are constantly at risk of demolition or displacement. In March this year, over 500 shops were demolished overnight at Owode Onirin; in 2023, shopping complexes at Computer Village were torn down in a similar way. The state has continuously announced plans to relocate Computer Village to Katangua Market, with demolition of parts of Katangua Market itself making way for the move in 2020. Urban development patterns in Lagos prioritise formal sectors while ignoring self‑organised makers and traders. This contributes to spatial exclusion, where such communities are often under threat of eviction and relocation.  Discarded devices eventually make their way to landfills. Olusosun, in the very heart of Lagos, is one of Africa’s largest landfills. Over 10,000 tonnes of waste are delivered daily, and more than 5,000 scavengers live and work here, sifting through an artificial mountain of refuse in search of value: aluminium, copper, plastic, cloth. The waste stream, enlarged by the influx of used hardware and fast fashion from the global north, creates both livelihood and hazard. Recent studies have shown that most of the residents in and around the site are exposed to harmful air conditions that affect their lungs. Additionally, the water conditions around the site show infiltration of toxic substances. Scavengers have lost their lives in the process of harvesting metals from discarded electronics.  More than a landfill, Olusosun is a stage for the politics of waste in the global south. Poor regulation enables the flow of unserviceable imports; widespread poverty creates demand for cheap, second‑hand goods. The result is a fragile, and at times dangerous, ecosystem where the absence of the state makes room for informal innovation, such as space reuse and temporary architecture, material upcycling and recycling. In Olusosun, metals are often extracted, crushed and smelted through dangerous processes like open burning. Copper and gold harvested from the ashes then make their way back into products and institutions, such as the insets of bronze or aluminium in a piece of furniture that might eventually travel back to the global north. In its usual fashion, the government has promised to decommission the Olusosun site, but little has been seen in terms of an effective plan to repurpose the site under the state’s so‑called ‘advanced waste treatment initiative’. Informality as a way of life is inherently circular in its use of space and materials. It embodies adaptability, resilience and an intuitive response to economic and environmental conditions. The self‑built infrastructures in Lagos reveal the creativity and resilience of communities navigating the challenges of urban life. Now is the time for designers, policymakers and community leaders to work together and rethink urban development in a way that is more sustainable and responsive to the needs of the people who make cities thrive. The question is not whether informal economies will continue to exist, but how they can be designed into wider city planning – making them part of the solution, not the problem. Featured in the May 2025 issue: Circularity Lead image: Olympia De Maismont / AFP / Getty 2025-05-30 Reuben J Brown Share #waste #streams #across #lagos