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Nutanix partnerships goal storage, AI workloads because it goals to tackle VMware



“Pushed by buyer requests, these partnerships spotlight Nutanix administration’s push towards unbundling AHV to capitalize on the continued VMware displacement alternative. Operating standalone AHV on current three-tier infrastructure offers dissatisfied VMware prospects with a neater migration route off VMware because it removes the necessity for {hardware} refreshes,” Ader wrote.

“Whereas Nutanix nonetheless goals to ultimately shift prospects to one-tier hyperconverged infrastructure (which requires {hardware} alternative), this interim standalone AHV technique provides Nutanix a beachhead on which to construct its case for HCI [Hyperconverged Infrastructure],” Ader wrote.   “Over time, we count on Nutanix to forge comparable storage integrations with different distributors, together with NetApp.  We imagine these partnerships illustrate the gradual ecosystem shift towards Nutanix as prospects and VARs develop into more and more disillusioned with Broadcom’s affect on the VMware group,” Ader acknowledged.

Holding with the storage theme, Nutanix launched Cloud Native AOS, a brand new service that extends Nutanix enterprise storage and superior information companies to hyperscaler Kubernetes with out requiring a hypervisor.

In one other storage associated bulletins, Nutanix introduced the overall availability of NCI Compute, enabling prospects to leverage exterior storage with Nutanix Cloud Platform. The primary supported resolution is Dell PowerFlex, designed for mission-critical environments. Dell PowerFlex with Nutanix Cloud Platform might be provided alongside Dell’s HCI equipment, Dell XC Plus.

Nutanix additionally introduced the general public preview of Nutanix Cloud Clusters (NC2) on Google Cloud, increasing workload mobility and hybrid cloud capabilities. This resolution permits organizations to deploy the Nutanix hyperconverged software program stack on Google Cloud Z3 bare-metal cases, enabling fast migration, app modernization, and catastrophe restoration.

Lastly, Nutanix introduced a partnership with Canonical to supply built-in help for Ubuntu Professional within the Nutanix Kubernetes Platform (NKP). This integration guarantees to simplify Kubernetes set up and adoption on Ubuntu Professional, which has superior safety methods, together with authorities regulatory safety.

Sonair debuts ADAR, a 3D ultrasonic sensor for autonomous cell robots


close up of the Sonair ADAR sensor mounted on an AMR.

Sonair ADAR is scheduled to be prepared for cargo in July 2025. | Credit score: Sonair

Sonair, a sensor know-how firm in Oslo, Norway, is ready to debut its ADAR (Acoustic Detection and Ranging) sensor to North American audiences at Automate 2025 subsequent week in Detroit. Designed to spice up security in collaborative human-robot workspaces, ADAR goals to enhance how autonomous cell robots understand and work together with their environment.

“Security simply bought rather a lot easier — and higher tailored to detect individuals,” acknowledged Knut Sandven, CEO of Sonair. “ADAR permits 3D 360-degree impediment detection round autonomous cell robots (AMRs) at a considerably decrease price than the sensor packages used at present, enabling AMR producers to construct secure and reasonably priced autonomous robots.”

The sensor earned Sonair a spot within the Automate Startup Problem, highlighting the potential of its know-how inside the aggressive automation panorama.

ADAR addresses lidar security shortcomings

Present 2D lidar security scanners typically solely detect an individual’s legs in a single horizontal airplane, in line with Sonair. The corporate mentioned it addresses this limitation with its patented ADAR know-how. This method gives 3D sensing, with a single ADAR sensor providing a 180 x 180-degree area of view and a 5 m (16.4 ft.) vary for security capabilities.

The core know-how underpinning ADAR has been in growth for over 20 years at Norway’s MiNaLab sensor and nanotechnology analysis middle. Sonair makes use of beamforming, a processing approach generally utilized in sonar, radar, and medical ultrasound imaging, to adapt this technique for in-air ultrasonic functions.

The corporate, which emerged from stealth a 12 months in the past, mentioned it’s on observe to realize security certification for ADAR by the top of 2025. It claimed this could be the trade’s first 3D ultrasonic sensor working in air receiving such certification.


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Sonair provides robots a way of listening to

Sonair’s acoustic detection and ranging know-how equips AMRs with omnidirectional depth notion, enabling them to “hear” their environment in actual time by deciphering spatial data from airborne sound waves.

Developed in line with the ISO13849:2023 efficiency stage d/SIL2 security requirements, ADAR creates a digital security defend to facilitate secure human-robot collaboration. Sonair mentioned its innovation is its mixture of wavelength-matched transducers with sign processing for beamforming and object-recognition algorithms.

“ADAR is a sophisticated plug-and-play sensing know-how guaranteeing compliance with security requirements. With its small kind issue, low energy, and compute consumption, it’s straightforward to combine as a part of a mixed sensor bundle,” defined Sandven. “It takes the ‘Uh oh’ out of human-robot coexistence and replaces it with an ‘All clear.’”

ADAR will get validation for commercialization

Previous to its public unveiling, ADAR has undergone testing and validation by way of an Early Entry Program launched in the summertime of 2024. Greater than 20 world firms spanning AMR manufacturing, industrial conglomerates, automotive know-how suppliers, and the autonomous well being and cleansing sectors have confirmed the sensor’s effectiveness.

The constructive suggestions and efficiency have already translated into industrial orders and endorsements, mentioned Sonair. Japan’s Fuji Corp. has procured ADAR for its upcoming line of AMRs, and a Swiss producer of autonomous cleansing robots has additionally adopted the know-how.

“Sonair combines speedy growth capabilities with a versatile mindset,” mentioned Koji Kawaguchi, normal supervisor of the Innovation Promotion Division at Fuji. “Due to their cooperation, by way of complete testing, we had been capable of affirm the excessive suitability of their sensors for autonomous cell robots.”

Shuhei Monobe, division supervisor of the Electronics Units Division at Cornes Applied sciences, a distribution associate for Sonair, famous the know-how has robust potential within the Japanese market.

“We see potential for Sonair’s ADAR know-how within the Japanese robotics market, significantly in functions requiring dependable, secure human-robot interplay,” he mentioned. “As a novel method to 3D sensing, ADAR affords benefits in each efficiency and price. We stay up for deepening our collaboration with Sonair and bringing this innovation to extra of our shoppers.”

Attendees at Automate 2025 can see ADAR’s capabilities firsthand at Sales space 4710. Sonair mentioned its demonstration will enable guests to expertise how the sensor “sees” themselves and different objects by way of airborne sound waves.

The firm mentioned it expects ADAR to be prepared for cargo in July 2025, marking a step ahead in enhancing security and effectivity within the evolving world of robotics and automation.

Annual blood check may detect most cancers earlier and save lives – NanoApps Medical – Official web site


A single blood check, designed to choose up chemical indicators indicative of the presence of many various kinds of most cancers, may probably thwart development to superior illness whereas the malignancy remains to be at an early stage and amenable to remedy in as much as half of instances, suggests a modelling research printed within the open entry journal BMJ Open.

Incorporating the check, formally often known as a multi-cancer early detection check, or MCED for brief, both yearly or biennially, may due to this fact enhance outcomes for sufferers by intercepting illness development, counsel the researchers.

Presently, just a few cancers could be reliably screened for-those of the breast, bowel, cervix (neck of the womb), and lung for these at excessive threat. Whereas efficient at decreasing dying charges from these illnesses, these screens may lead to false constructive outcomes and overdiagnosis, say the researchers.

The optimum interval at which screening will choose up probably the most cancers at an early stage (I and II) whereas on the identical time avoiding pointless testing and remedy nonetheless isn’t clear.

To tell future medical trials, the researchers drew on a beforehand printed illness development mannequin for a lot of totally different cancers. They used this to foretell the impression of standard screening with an MCED check on the time of most cancers analysis and affected person dying for various screening schedules amongst 50-79 12 months olds in receipt of standard care.

The screening schedules modelled ranged from 6 months to three years, however with an emphasis on annual and biennial screening for 2 units of most cancers progress situations. These had been ‘quick’, the place tumours stay at stage I for between 2 and 4 years earlier than progressing; and ‘quick aggressive’ the place tumours stay at stage 1 for between 1 and a pair of years, with reducing durations of time for development to successive phases.

Most cancers varieties included had been these of the anus; bladder; breast; cervix; bowel/rectum; meals pipe (oesophagus); gallbladder; head and neck; kidney; liver/ bile-duct; lung; ovary; pancreas; prostate; sarcoma (delicate tissues/bone); abdomen; thyroid; urothelial tract, and uterus, in addition to leukaemia, lymphoma, melanoma, blood cancers (myeloid neoplasm, immune cell cancers (plasma cell neoplasm).

The researchers drew on MCED check traits from a lately printed report and affected person outcomes from inhabitants most cancers information from the US Surveillance, Epidemiology and Finish Outcomes (SEER) programme.

Their evaluation confirmed that every one MCED screening intervals had extra beneficial early-stage diagnostic charges than standard care alone. There was a bigger impression on stage shift for tumours with ‘quick’ progress than for tumours with ‘quick aggressive’ progress.

However annual MCED screening below the quick tumour progress state of affairs was related to a better variety of diagnoses: 370 extra most cancers indicators had been detected per 12 months per 100,000 folks screened, with 49% fewer late-stage diagnoses, and 21% fewer deaths inside 5 years than standard care.

Whereas biennial MCED screening was in a position to shift the stage at analysis and avert deaths, it was not as efficient as annual screening: 292 extra most cancers indicators had been detected/12 months/100,000 folks screened; 39% fewer late-stage diagnoses; and 17% fewer deaths inside 5 years than standard care.

Annual MCED screening prevented extra deaths inside 5 years than biennial screening for the quick tumour progress state of affairs. However biennial screening had a better constructive predictive worth: 54% in contrast with 43%. In different phrases ,it picked up extra cancers for every accomplished check.

And it was extra environment friendly at stopping extra deaths inside 5 years per 100,000 tests-132 in contrast with 84, though it prevented fewer deaths per 12 months, so was much less efficient.

On condition that 392 persons are recognized annually with an aggressive most cancers that might kill them inside 5 years, earlier analysis via biennial MCED screening may have averted 54 (14%) of those deaths. However annual MCED screening may have prevented 84 (21%) fewer deaths, say the researchers.

“Based mostly on the efficiency traits from a case management research, each annual and biennial screening with an MCED check have the potential to intercept 31–49% of cancers at stage I-II that might in any other case current at stage III-IV,” they estimate.

“Of those, roughly equal numbers can be detected at stage I and at stage II: 14% stage I and 16% stage II to 23% stage I and 26% stage II.”

The researchers acknowledge that their estimates assume 100% compliance with the advisable screening schedule and 100% accuracy of confirmatory observe up checks, and so signify the higher bounds of potential advantages of MCED most cancers screening.

Additionally it is assumed {that a} discount within the variety of late-stage most cancers diagnoses would mechanically cut back dying charges from the illness. And so they level out: “The optimum selection of screening interval will depend upon assessments of real-world most cancers survival and the prices of confirmatory testing after MCED screening.

“Nonetheless, each annual and biennial MCED screening intervals have the potential to avert deaths related to late-stage cancers when used along with present guideline-based most cancers screening.”

Supply:

Journal reference:

Rous, B., et al. (2025). Evaluation of the impression of multi-cancer early detection check screening intervals on late-stage most cancers at analysis and mortality utilizing a state-transition mannequin. BMJ Opendoi.org/10.1136/bmjopen-2024-086648.

HunyuanCustom Brings Single-Picture Video Deepfakes, With Audio and Lip Sync


This text discusses a brand new launch of a multimodal Hunyuan Video world mannequin referred to as ‘HunyuanCustom’. The brand new paper’s breadth of protection, mixed with a number of points in lots of the provided instance movies on the mission web page*, constrains us to extra basic protection than typical, and to restricted replica of the massive quantity of video materials accompanying this launch (since lots of the movies require important re-editing and processing to be able to enhance the readability of the structure).

Please be aware moreover that the paper refers back to the API-based generative system Kling as ‘Keling’. For readability, I check with ‘Kling’ as an alternative all through.

 

Tencent is within the technique of releasing a brand new model of its Hunyuan Video mannequin, titled HunyuanCustom. The brand new launch is outwardly able to making Hunyuan LoRA fashions redundant, by permitting the person to create ‘deepfake’-style video customization via a single picture:

Click on to play. Immediate: ‘A person is listening to music and cooking snail noodles within the kitchen’. The brand new methodology in comparison with each close-source and open-source strategies, together with Kling, which is a big opponent on this house. Supply: https://hunyuancustom.github.io/ (warning: CPU/memory-intensive website!)

Within the left-most column of the video above, we see the one supply picture provided to HunyuanCustom, adopted by the brand new system’s interpretation of the immediate within the second column, subsequent to it. The remaining columns present the outcomes from varied proprietary and FOSS techniques: Kling; Vidu; Pika; Hailuo; and the Wan-based SkyReels-A2.

Within the video beneath, we see renders of three eventualities important to this launch: respectively, individual + object; single-character emulation; and digital try-on (individual + garments):

Click on to play. Three examples edited from the fabric on the supporting website for Hunyuan Video.

We are able to discover a couple of issues from these examples, largely associated to the system counting on a single supply picture, as an alternative of a number of photographs of the identical topic.

Within the first clip, the person is actually nonetheless dealing with the digital camera. He dips his head down and sideways at not rather more than 20-25 levels of rotation, however, at an inclination in extra of that, the system would actually have to start out guessing what he seems like in profile. That is onerous, most likely not possible to gauge precisely from a sole frontal picture.

Within the second instance, we see that the little lady is smiling within the rendered video as she is within the single static supply picture. Once more, with this sole picture as reference, the HunyuanCustom must make a comparatively uninformed guess about what her ‘resting face’ seems like. Moreover, her face doesn’t deviate from camera-facing stance by greater than the prior instance (‘man consuming crisps’).

Within the final instance, we see that because the supply materials – the lady and the garments she is prompted into sporting – aren’t full photographs, the render has cropped the state of affairs to suit – which is definitely moderately a great answer to a knowledge subject!

The purpose is that although the brand new system can deal with a number of photographs (comparable to individual + crisps, or individual + garments), it doesn’t apparently enable for a number of angles or various views of a single character, in order that various expressions or uncommon angles could possibly be accommodated. To this extent, the system might due to this fact wrestle to exchange the rising ecosystem of LoRA fashions which have sprung up round HunyuanVideo since its launch final December, since these might help HunyuanVideo to provide constant characters from any angle and with any facial features represented within the coaching dataset (20-60 photographs is typical).

Wired for Sound

For audio, HunyuanCustom leverages the LatentSync system (notoriously onerous for hobbyists to arrange and get good outcomes from) for acquiring lip actions which can be matched to audio and textual content that the person provides:

Options audio. Click on to play. Numerous examples of lip-sync from the HunyuanCustom supplementary website, edited collectively.

On the time of writing, there aren’t any English-language examples, however these seem like moderately good – the extra so if the strategy of making them is easily-installable and accessible.

Modifying Present Video

The brand new system provides what seem like very spectacular outcomes for video-to-video (V2V, or Vid2Vid) modifying, whereby a section of an current (actual) video is masked off and intelligently changed by a topic given in a single reference picture. Beneath is an instance from the supplementary supplies website:

Click on to play. Solely the central object is focused, however what stays round it additionally will get altered in a HunyuanCustom vid2vid move.

As we are able to see, and as is customary in a vid2vid state of affairs, the complete video is to some extent altered by the method, although most altered within the focused area, i.e., the plush toy. Presumably pipelines could possibly be developed to create such transformations beneath a rubbish matte method that leaves nearly all of the video content material equivalent to the unique. That is what Adobe Firefly does beneath the hood, and does fairly properly –  however it’s an under-studied course of within the FOSS generative scene.

That mentioned, many of the various examples supplied do a greater job of concentrating on these integrations, as we are able to see within the assembled compilation beneath:

Click on to play. Numerous examples of interjected content material utilizing vid2vid in HunyuanCustom, exhibiting notable respect for the untargeted materials.

A New Begin?

This initiative is a growth of the Hunyuan Video mission, not a tough pivot away from that growth stream. The mission’s enhancements are launched as discrete architectural insertions moderately than sweeping structural adjustments, aiming to permit the mannequin to take care of id constancy throughout frames with out counting on subject-specific fine-tuning, as with LoRA or textual inversion approaches.

To be clear, due to this fact, HunyuanCustom will not be educated from scratch, however moderately is a fine-tuning of the December 2024 HunyuanVideo basis mannequin.

Those that have developed HunyuanVideo LoRAs might surprise if they may nonetheless work with this re-creation, or whether or not they must reinvent the LoRA wheel but once more if they need extra customization capabilities than are constructed into this new launch.

On the whole, a closely fine-tuned launch of a hyperscale mannequin alters the mannequin weights sufficient that LoRAs made for the sooner mannequin is not going to work correctly, or in any respect, with the newly-refined mannequin.

Generally, nonetheless, a fine-tune’s recognition can problem its origins: one instance of a fine-tune changing into an efficient fork, with a devoted ecosystem and followers of its personal, is the Pony Diffusion tuning of Secure Diffusion XL (SDXL). Pony presently has 592,000+ downloads on the ever-changing CivitAI area, with an enormous vary of LoRAs which have used Pony (and never SDXL) as the bottom mannequin, and which require Pony at inference time.

Releasing

The mission web page for the new paper (which is titled HunyuanCustom: A Multimodal-Pushed Structure for Custom-made Video Technology) options hyperlinks to a GitHub website that, as I write, simply grew to become practical, and seems to include all code and essential weights for native implementation, along with a proposed timeline (the place the one necessary factor but to come back is ComfyUI integration).

On the time of writing, the mission’s Hugging Face presence remains to be a 404. There’s, nonetheless, an API-based model of the place one can apparently demo the system, as long as you may present a WeChat scan code.

I’ve hardly ever seen such an elaborate and intensive utilization of such all kinds of initiatives in a single meeting, as is obvious in HunyuanCustom – and presumably a number of the licenses would in any case oblige a full launch.

Two fashions are introduced on the GitHub web page: a 720px1280px model requiring 8)GB of GPU Peak Reminiscence, and a 512px896px model requiring 60GB of GPU Peak Reminiscence.

The repository states ‘The minimal GPU reminiscence required is 24GB for 720px1280px129f however very sluggish…We suggest utilizing a GPU with 80GB of reminiscence for higher era high quality’ – and iterates that the system has solely been examined up to now on Linux.

The sooner Hunyuan Video mannequin has, since official launch, been quantized all the way down to sizes the place it may be run on lower than 24GB of VRAM, and it appears affordable to imagine that the brand new mannequin will likewise be tailored into extra consumer-friendly types by the neighborhood, and that it’s going to rapidly be tailored to be used on Home windows techniques too.

Attributable to time constraints and the overwhelming quantity of knowledge accompanying this launch, we are able to solely take a broader, moderately than in-depth take a look at this launch. Nonetheless, let’s pop the hood on HunyuanCustom just a little.

A Take a look at the Paper

The information pipeline for HunyuanCustom, apparently compliant with the GDPR framework, incorporates each synthesized and open-source video datasets, together with OpenHumanVid, with eight core classes represented: people, animals, vegetation, landscapes, autos, objects, structure, and anime.

From the release paper, an overview of the diverse contributing packages in the HunyuanCustom data construction pipeline. Source: https://arxiv.org/pdf/2505.04512

From the discharge paper, an summary of the varied contributing packages within the HunyuanCustom knowledge development pipeline. Supply: https://arxiv.org/pdf/2505.04512

Preliminary filtering begins with PySceneDetect, which segments movies into single-shot clips. TextBPN-Plus-Plus is then used to take away movies containing extreme on-screen textual content, subtitles, watermarks, or logos.

To deal with inconsistencies in decision and length, clips are standardized to 5 seconds in size and resized to 512 or 720 pixels on the brief aspect. Aesthetic filtering is dealt with utilizing Koala-36M, with a customized threshold of 0.06 utilized for the customized dataset curated by the brand new paper’s researchers.

The topic extraction course of combines the Qwen7B Massive Language Mannequin (LLM), the YOLO11X object recognition framework, and the favored InsightFace structure, to establish and validate human identities.

For non-human topics, QwenVL and Grounded SAM 2 are used to extract related bounding bins, that are discarded if too small.

Examples of semantic segmentation with Grounded SAM 2, used in the Hunyuan Control project. Source: https://github.com/IDEA-Research/Grounded-SAM-2

Examples of semantic segmentation with Grounded SAM 2, used within the Hunyuan Management mission. Supply: https://github.com/IDEA-Analysis/Grounded-SAM-2

Multi-subject extraction makes use of Florence2 for bounding field annotation, and Grounded SAM 2 for segmentation, adopted by clustering and temporal segmentation of coaching frames.

The processed clips are additional enhanced by way of annotation, utilizing a proprietary structured-labeling system developed by the Hunyuan group, and which furnishes layered metadata comparable to descriptions and digital camera movement cues.

Masks augmentation methods, together with conversion to bounding bins, have been utilized throughout coaching to cut back overfitting and make sure the mannequin adapts to various object shapes.

Audio knowledge was synchronized utilizing the aforementioned LatentSync, and clips discarded if synchronization scores fall beneath a minimal threshold.

The blind picture high quality evaluation framework HyperIQA was used to exclude movies scoring beneath 40 (on HyperIQA’s bespoke scale). Legitimate audio tracks have been then processed with Whisper to extract options for downstream duties.

The authors incorporate the LLaVA language assistant mannequin in the course of the annotation section, and so they emphasize the central place that this framework has in HunyuanCustom. LLaVA is used to generate picture captions and help in aligning visible content material with textual content prompts, supporting the development of a coherent coaching sign throughout modalities:

The HunyuanCustom framework supports identity-consistent video generation conditioned on text, image, audio, and video inputs.

The HunyuanCustom framework helps identity-consistent video era conditioned on textual content, picture, audio, and video inputs.

By leveraging LLaVA’s vision-language alignment capabilities, the pipeline positive factors an extra layer of semantic consistency between visible components and their textual descriptions – particularly useful in multi-subject or complex-scene eventualities.

Customized Video

To permit video era based mostly on a reference picture and a immediate, the 2 modules centered round LLaVA have been created, first adapting the enter construction of HunyuanVideo in order that it may settle for a picture together with textual content.

This concerned formatting the immediate in a manner that embeds the picture immediately or tags it with a brief id description. A separator token was used to cease the picture embedding from overwhelming the immediate content material.

Since LLaVA’s visible encoder tends to compress or discard fine-grained spatial particulars in the course of the alignment of picture and textual content options (notably when translating a single reference picture right into a basic semantic embedding), an id enhancement module was included. Since almost all video latent diffusion fashions have some problem sustaining an id with out an LoRA, even in a five-second clip, the efficiency of this module in neighborhood testing might show important.

In any case, the reference picture is then resized and encoded utilizing the causal 3D-VAE from the unique HunyuanVideo mannequin, and its latent inserted into the video latent throughout the temporal axis, with a spatial offset utilized to stop the picture from being immediately reproduced within the output, whereas nonetheless guiding era.

The mannequin was educated utilizing Stream Matching, with noise samples drawn from a logit-normal distribution – and the community was educated to recuperate the proper video from these noisy latents. LLaVA and the video generator have been each fine-tuned collectively in order that the picture and immediate may information the output extra fluently and hold the topic id constant.

For multi-subject prompts, every image-text pair was embedded individually and assigned a definite temporal place, permitting identities to be distinguished, and supporting the era of scenes involving a number of interacting topics.

Sound and Imaginative and prescient

HunyuanCustom circumstances audio/speech era utilizing each user-input audio and a textual content immediate, permitting characters to talk inside scenes that replicate the described setting.

To help this, an Id-disentangled AudioNet module introduces audio options with out disrupting the id alerts embedded from the reference picture and immediate. These options are aligned with the compressed video timeline, divided into frame-level segments, and injected utilizing a spatial cross-attention mechanism that retains every body remoted, preserving topic consistency and avoiding temporal interference.

A second temporal injection module gives finer management over timing and movement, working in tandem with AudioNet, mapping audio options to particular areas of the latent sequence, and utilizing a Multi-Layer Perceptron (MLP) to transform them into token-wise movement offsets. This permits gestures and facial motion to observe the rhythm and emphasis of the spoken enter with higher precision.

HunyuanCustom permits topics in current movies to be edited immediately, changing or inserting individuals or objects right into a scene without having to rebuild your entire clip from scratch. This makes it helpful for duties that contain altering look or movement in a focused manner.

Click on to play. An extra instance from the supplementary website.

To facilitate environment friendly subject-replacement in current movies, the brand new system avoids the resource-intensive method of latest strategies such because the currently-popular VACE, or people who merge complete video sequences collectively, favoring as an alternative the compression  of a reference video utilizing the pretrained causal 3D-VAE –  aligning it with the era pipeline’s inner video latents, after which including the 2 collectively. This retains the method comparatively light-weight, whereas nonetheless permitting exterior video content material to information the output.

A small neural community handles the alignment between the clear enter video and the noisy latents utilized in era. The system assessments two methods of injecting this data: merging the 2 units of options earlier than compressing them once more; and including the options body by body. The second methodology works higher, the authors discovered, and avoids high quality loss whereas retaining the computational load unchanged.

Information and Assessments

In assessments, the metrics used have been: the id consistency module in ArcFace, which extracts facial embeddings from each the reference picture and every body of the generated video, after which calculates the common cosine similarity between them; topic similarity, by way of sending YOLO11x segments to Dino 2 for comparability; CLIP-B, text-video alignment, which measures similarity between the immediate and the generated video; CLIP-B once more, to calculate similarity between every body and each its neighboring frames and the primary body, in addition to temporal consistency; and dynamic diploma, as outlined by VBench.

As indicated earlier, the baseline closed supply rivals have been Hailuo; Vidu 2.0; Kling (1.6); and Pika. The competing FOSS frameworks have been VACE and SkyReels-A2.

Model performance evaluation comparing HunyuanCustom with leading video customization methods across ID consistency (Face-Sim), subject similarity (DINO-Sim), text-video alignment (CLIP-B-T), temporal consistency (Temp-Consis), and motion intensity (DD). Optimal and sub-optimal results are shown in bold and underlined, respectively.

Mannequin efficiency analysis evaluating HunyuanCustom with main video customization strategies throughout ID consistency (Face-Sim), topic similarity (DINO-Sim), text-video alignment (CLIP-B-T), temporal consistency (Temp-Consis), and movement depth (DD). Optimum and sub-optimal outcomes are proven in daring and underlined, respectively.

Of those outcomes, the authors state:

‘Our [HunyuanCustom] achieves the perfect ID consistency and topic consistency. It additionally achieves comparable ends in immediate following and temporal consistency. [Hailuo] has the perfect clip rating as a result of it could observe textual content directions properly with solely ID consistency, sacrificing the consistency of non-human topics (the worst DINO-Sim). By way of Dynamic-degree, [Vidu] and [VACE] carry out poorly, which can be as a result of small measurement of the mannequin.’

Although the mission website is saturated with comparability movies (the structure of which appears to have been designed for web site aesthetics moderately than straightforward comparability), it doesn’t presently characteristic a video equal of the static outcomes crammed collectively within the PDF, in regard to the preliminary qualitative assessments. Although I embody it right here, I encourage the reader to make a detailed examination of the movies on the mission website, as they provide a greater impression of the outcomes:

From the paper, a comparison on object-centered video customization. Though the viewer should (as always) refer to the source PDF for better resolution, the videos at the project site might be a more illuminating resource.

From the paper, a comparability on object-centered video customization. Although the viewer ought to (as at all times) check with the supply PDF for higher decision, the movies on the mission website may be a extra illuminating useful resource on this case.

The authors remark right here:

‘It may be seen that [Vidu], [Skyreels A2] and our methodology obtain comparatively good ends in immediate alignment and topic consistency, however our video high quality is best than Vidu and Skyreels, due to the great video era efficiency of our base mannequin, i.e., [Hunyuanvideo-13B].

‘Amongst business merchandise, though [Kling] has a great video high quality, the primary body of the video has a copy-paste [problem], and generally the topic strikes too quick and [blurs], main a poor viewing expertise.’

The authors additional remark that Pika performs poorly by way of temporal consistency, introducing subtitle artifacts (results from poor knowledge curation, the place textual content components in video clips have been allowed to pollute the core ideas).

Hailuo maintains facial id, they state, however fails to protect full-body consistency. Amongst open-source strategies, VACE, the researchers assert, is unable to take care of id consistency, whereas they contend that HunyuanCustom produces movies with robust id preservation, whereas retaining high quality and variety.

Subsequent, assessments have been carried out for multi-subject video customization, towards the identical contenders. As within the earlier instance, the flattened PDF outcomes aren’t print equivalents of movies out there on the mission website, however are distinctive among the many outcomes offered:

Comparisons using multi-subject video customizations. Please see PDF for better detail and resolution.

Comparisons utilizing multi-subject video customizations. Please see PDF for higher element and determination.

The paper states:

‘[Pika] can generate the required topics however reveals instability in video frames, with situations of a person disappearing in a single state of affairs and a lady failing to open a door as prompted. [Vidu] and [VACE] partially seize human id however lose important particulars of non-human objects, indicating a limitation in representing non-human topics.

‘[SkyReels A2] experiences extreme body instability, with noticeable adjustments in chips and quite a few artifacts in the appropriate state of affairs.

‘In distinction, our HunyuanCustom successfully captures each human and non-human topic identities, generates movies that adhere to the given prompts, and maintains excessive visible high quality and stability.’

An extra experiment was ‘digital human commercial’, whereby the frameworks have been tasked to combine a product with an individual:

From the qualitative testing round, examples of neural 'product placement'. Please see PDF for better detail and resolution.

From the qualitative testing spherical, examples of neural ‘product placement’. Please see PDF for higher element and determination.

For this spherical, the authors state:

‘The [results] display that HunyuanCustom successfully maintains the id of the human whereas preserving the small print of the goal product, together with the textual content on it.

‘Moreover, the interplay between the human and the product seems pure, and the video adheres intently to the given immediate, highlighting the substantial potential of HunyuanCustom in producing commercial movies.’

One space the place video outcomes would have been very helpful was the qualitative spherical for audio-driven topic customization, the place the character speaks the corresponding audio from a text-described scene and posture.

Partial results given for the audio round – though video results might have been preferable in this case. Only the top half of the PDF figure is reproduced here, as it is large and hard to accommodate in this article. Please refer to source PDF for better detail and resolution.

Partial outcomes given for the audio spherical – although video outcomes might need been preferable on this case. Solely the highest half of the PDF determine is reproduced right here, as it’s massive and onerous to accommodate on this article. Please check with supply PDF for higher element and determination.

The authors assert:

‘Earlier audio-driven human animation strategies enter a human picture and an audio, the place the human posture, apparel, and setting stay per the given picture and can’t generate movies in different gesture and setting, which can [restrict] their software.

‘…[Our] HunyuanCustom allows audio-driven human customization, the place the character speaks the corresponding audio in a text-described scene and posture, permitting for extra versatile and controllable audio-driven human animation.’

Additional assessments (please see PDF for all particulars) included a spherical pitting the brand new system towards VACE and Kling 1.6 for video topic alternative:

Testing subject replacement in video-to-video mode. Please refer to source PDF for better detail and resolution.

Testing topic alternative in video-to-video mode. Please check with supply PDF for higher element and determination.

Of those, the final assessments offered within the new paper, the researchers opine:

‘VACE suffers from boundary artifacts as a result of strict adherence to the enter masks, leading to unnatural topic shapes and disrupted movement continuity. [Kling], in distinction, reveals a copy-paste impact, the place topics are immediately overlaid onto the video, resulting in poor integration with the background.

‘As compared, HunyuanCustom successfully avoids boundary artifacts, achieves seamless integration with the video background, and maintains robust id preservation—demonstrating its superior efficiency in video modifying duties.’

Conclusion

It is a fascinating launch, not least as a result of it addresses one thing that the ever-discontent hobbyist scene has been complaining about extra currently – the shortage of lip-sync, in order that the elevated realism succesful in techniques comparable to Hunyuan Video and Wan 2.1 may be given a brand new dimension of authenticity.

Although the structure of almost all of the comparative video examples on the mission website makes it moderately troublesome to match HunyuanCustom’s capabilities towards prior contenders, it should be famous that very, only a few initiatives within the video synthesis house have the braveness to pit themselves in assessments towards Kling, the business video diffusion API which is at all times hovering at or close to the highest of the leader-boards; Tencent seems to have made headway towards this incumbent in a moderately spectacular method.

 

* The problem being that a number of the movies are so vast, brief, and high-resolution that they won’t play in customary video gamers comparable to VLC or Home windows Media Participant, exhibiting black screens.

First printed Thursday, Could 8, 2025

Quantum computing will get an error-correction enhance from AI innovation



The RIKEN group, together with Nori, Clemens Gneiting, and Yexiong Zeng, developed a deep studying technique to optimize GKP states, making them simpler to provide whereas sustaining sturdy error correction.

“Our AI-driven technique fine-tunes the construction of GKP states, putting an optimum steadiness between useful resource effectivity and error resilience,” stated Zeng within the assertion. The outcomes have been putting. “The neural community achieved a way more environment friendly encoding than we had initially anticipated,” he stated.

These optimized codes require fewer squeezed states and outperform conventional GKP codes, notably in bosonic programs like superconducting cavities or photonics.

Vyshak cautioned that AI-optimized GKP codes excel in particular platforms however could not generalize throughout all quantum {hardware}. “Floor codes and LDPC codes stay extra versatile and confirmed, particularly in superconducting or trapped-ion programs,” he stated. Nonetheless, RIKEN’s work considerably lowers the experimental barrier for sure architectures, accelerating progress towards sensible quantum computing.

World race for Quantum reliability

Quantum error correction is a essential focus worldwide, with researchers and business leaders racing to beat the challenges of qubit fragility. A December 2024 examine on AI in QEC flagged its superiority over hand-crafted strategies, particularly as programs scale and error syndromes develop exponentially advanced.

Vyshak emphasised that AI is changing into important for managing the complexity of error correction at scale. “The quantity and complexity of error syndromes in giant quantum programs overwhelm conventional decoders,” he stated. Neural networks and reinforcement studying adapt to dynamic noise patterns, optimize code parameters, and cut back processing bottlenecks, giving AI-driven options a aggressive edge.