#MicrosoftEdge

[seo-copywriter-daniel-beranek]

Na co #SEO? ...když máme k dispozici #AItraining! Využitá #AI a #SW: #bingAI #PickPic #GIMP #Upscayl #GoogleChrome #MicrosoftEdge #publerio #SEOspecialistaAcopywriterDanielBeranek https://danielberanek.cz (v místě Brno Czech republic) https://www.instagram.com/p/CpS8f4LrUyo/?igshid=NGJjMDIxMWI=

[msfoxfoundit]

GNOME Shell integration extension is running, native host connector is not detected?

PROBLEM: You want to install some gnome extensions,so you fire up the browser, and get to Gnome Extensions to install, and then see an red error message? And now you don't know what to do?

SOLUTION: Fire up the console, and run this one command. "sudo apt-get reinstall chrome-gnome-shell" and then restart the browser, and you should be fine!

[ericvanderburg]

Microsoft Edge's new Instant Updates feature could result in data loss

http://i.securitythinkingcap.com/TFpfCL

[winbuzzer]

Microsoft Edge, the default web browser for Windows 10 and Windows 11, often runs background processes even when it’s not actively being used. We show you how to stop this. #Windows11 http://dlvr.it/TFlY8f

[govindhtech]

Voice Spoofing Attacks, How to Using Future AI Vishing

Voice Spoofing Attacks Introduction

In a blog post last year, Mandiant examined how threat actors were leveraging generative AI (gen  AI) in phishing campaigns and information operations (IO), particularly to create more convincing images and videos. Google Cloud discussed attackers’ use of LLMs to create malware. Google Cloud noted in the post that attackers are interested in gen AI, but use has been limited.

This post expands on that research by discussing new AI TTPs and trends. They illustrate how Mandiant red teams employ AI-powered Voice Spoofing Attacks to test defenses and advise security considerations to keep ahead of the danger.

The Rise of AI-Powered Voice Spoofing Attacks

No more robotic scammers with barely legible scripts. AI-powered voice cloning can now accurately replicate human speech, giving phishing schemes realism. News tales about voice cloning and deepfakes stealing over HK$200 million from a corporation are increasing, and the Mandiant Red Team is testing defenses with these TTPs.

Brief Vishing Overview

Vishing AI

Vishing (voice phishing) uses audio instead of email. Threat actors call victims to build trust and influence emotions, frequently by generating a sense of urgency, rather than sending emails to get clicks.

Like phishing, threat actors use social engineering to trick people into disclosing sensitive information, committing crimes, or transferring finances. These fake calls often impersonate banks, government agencies, or tech support, adding legitimacy to the fraud.

Strong AI tools like word generators, image producers, and voice synthesizers have spurred open-source efforts, making them more accessible. AI’s rapid progress is giving more people access to it, making vishing assaults more believable.

Voice Spoofing

AI-Powered Attack Lifecycle Voice Spoofing

Audio processing and model training are used in modern voice cloning. Training the model uses a powerful combination of open-source tools and techniques, which are popular today. After these early steps, attackers may spend more time understanding the impersonator’s speech patterns and writing a script before launching operations. The attack is more likely to succeed because to this added authenticity.

Next, attackers may leverage AI-powered Voice Spoofing Attacks throughout the attack lifecycle.

Initial Access

A threat actor can get early access via a faked voice in several ways. Threat actors can pose as executives, coworkers, or IT support to get victims to give personal information, grant remote access to systems, or transfer payments. Familiar voices can be used to trick victims into clicking on harmful links, downloading malware, or disclosing sensitive information.

Voice-based trust systems are rarely employed, however AI-spoofed voices can circumvent multi-factor authentication and password reset systems, allowing unauthorized access to key accounts.

Lateral Movement and Privilege Escalation

Threat actors can use AI Voice Spoofing Attacks to impersonate trusted people and get higher access levels. This might go several ways.

A lateral movement method is chaining impersonations. Imagine an attacker impersonating a helpdesk employee to obtain access. After communicating with a network administrator, the attacker could secretly capture their voice.

The attacker can easily mimic the administrator and communicate with other unsuspecting network targets by training a new AI Voice Spoofing Attacks model using this collected audio. The attacker can move laterally and get access to more sensitive systems and data by chaining together impersonations.

Threat actors may find voicemails, meeting recordings, or training materials on a compromised host during initial access. The attacker can use these recordings to create  AI Voice Spoofing Attacks models to mimic specific employees without interacting with them. This works well for targeting high-value persons or circumventing speech biometric access control systems.

Mandiant Red Team Proactive Case Study

Mandiant used AI Voice Spoofing Attacks to obtain early access to a client’s internal network in a controlled red team exercise in late 2023. a case study shows the efficacy of an increasingly sophisticated attack method.

Client agreement and a credible social engineering pretext were the first steps. The Red Team needed a natural voice sample to impersonate a client security team member. After studying the pretext, the customer gave explicit permission to use their voice for this exercise.

Next, Google Cloud collected audio data to train a model and attained a reasonable level of realism. OSINT was vital in the next phase. The Red Team identified targets most likely to recognise the impersonated voice and have the requisite rights by collecting employee data (job titles, locations, phone numbers). The team used VoIP and number spoofing to spoof calls for a selected list.

After voicemail pleasantries and other obstacles, the first unsuspecting victim said “Hey boss, what’s up?A security administrator was contacted by Red Team, and they reported the phoney voice. With the pretext of a “VPN client misconfiguration,” the Red Team took advantage of a global outage affecting the client’s VPN provider. This well crafted scenario created urgency and made the victim more receptive to Google Cloud directions.

The victim ignored Microsoft Edge and Windows Defender SmartScreen security prompts and downloaded and executed a pre-prepared malicious payload onto their workstation because they trusted the phone’s voice. The simulation ended with the payload detonation, showing how easily AI Voice Spoofing Attacks can breach an organisation.

Concerns about security: This social exploitation has insufficient technical detection controls. Three main mitigations are awareness, source verification, and future technology considerations.

AI vishing

Awareness

Inform employees, especially those with money and access, about AI vishing attacks. Consider including AI-enhanced dangers in security awareness training. With threat actors’ efficient and accessible impersonation, everyone should be sceptical about phone calls, especially if they fall under one of the following categories:

The caller is making claims that don’t seem real.

The caller is not someone or anything you would trust.

The caller makes an attempt to impose dubious authority.

The caller doesn’t seem like the source at all.

High-priority calls demanding financial or access information, such as a one-time password, should be avoided by trusted employees. Employees should be able to hang up and report questionable calls, especially if they suspect AI vishing. A similar attack is likely on another employee.

Verifying Source

Check the information with reliable sources. This includes hanging up and calling back a source-verified number. Ask the caller to send a text from a validated number, email, or business chat message.

Train personnel to notice audio irregularities like rapid background noise changes, which may indicate the threat actor didn’t clean the audio adequately. Expect odd speech patterns like a completely different vernacular than the source utilizes. Look for unusual inflections, fillers, clicks, pauses, and repetition. Consider voice timbre and cadence.

Set code words for executives and important workers who handle sensitive and/or financial data. Perform this outside of band to minimize enterprise exposure in the event of a breach. In case of uncertainty, code words can verify individuals.

If feasible, send unfamiliar calls to voicemail. Calls should be treated as carefully as emails. Report questionable public awareness calls.

Future Tech Considerations

At best, organizations can protect audio conversations by employing distinct networks for VoIP channels, authentication, and transmission encryption. It doesn’t stop attacks on employees’ personal phones.

Future organizations should safeguard all audio assets with digital watermarking, which is undetectable to humans but detectable by  AI.

Caller verification will be included in mobile device management tools. In the interim, organizations should require all critical communications to occur across corporate chat channels, where strong authentication is necessary and identities are hard to spoof.

Research and methods are being developed to detect deepfakes. They can detect deepfakes in voicemail or offline voice notes despite their uneven accuracy. Over time, detection will improve and become enterprise tooling. DF-Captcha, a simple application that queue human prompts utilising challenge answer to verify the other party’s identification, is an example of real-time detection research.

Conclusion

Modern AI tools can assist develop more convincing vishing attacks, as discussed in this blog post. The shocking success of Mandiant’s vishing highlights the need for increased AI Voice Spoofing Attacks protection. Technology gives attackers and defenders strong tools, but humans are the biggest vulnerability. Google Cloud case study should rouse up organizations and individuals to take action.

Mandiant began using AI voice-spoofing assaults in its more complicated Red Team and Social Engineering Assessments to show how an attack could affect an organisation. As threat actors employ this tactic more, defenders must plan and prepare.

Read more on govindhtech.com

[infogenesis]

Come Risolvere l'Errore "La Connessione Non è Privata" su Internet

Navigando su Internet, potresti imbatterti nell’errore “La connessione non è privata”, un avviso che indica un problema di sicurezza con il sito web che stai cercando di visitare. Questo messaggio può essere frustrante, ma è importante capire cosa significa e come risolverlo. In questa guida, esploreremo le cause comuni di questo errore e forniremo soluzioni pratiche per risolverlo.

Indice

Introduzione

Cause Comuni dell'Errore "La Connessione Non è Privata"

Certificato SSL Scaduto

Certificato SSL Non Valido

Problemi di Data e Ora

Cache del Browser

Come Risolvere l'Errore su Diversi Browser

Google Chrome

Mozilla Firefox

Microsoft Edge

Safari

Soluzioni Avanzate

Verifica del Certificato SSL

Aggiornamento del Sistema Operativo e del Browser

Disattivazione Temporanea dell'Antivirus o del Firewall

Utilizzo della Modalità Incognito o Privata

Prevenzione dell'Errore in Futuro

Aggiornamento Regolare del Browser

Controllo Periodico delle Impostazioni di Data e Ora

Utilizzo di Certificati SSL Affidabili

Conclusione

1. Introduzione

L'errore "La connessione non è privata" è un messaggio di avviso che compare quando il browser rileva un problema con il certificato di sicurezza del sito web. Questo errore può impedire l'accesso ai siti e deve essere risolto per navigare in sicurezza.

2. Cause Comuni dell'Errore "La Connessione Non è Privata"

Certificato SSL Scaduto

Un certificato SSL scaduto non è più considerato sicuro. I siti web devono rinnovare regolarmente i loro certificati per mantenere la sicurezza.

Certificato SSL Non Valido

Un certificato SSL non valido può derivare da un'errata configurazione o dall'uso di certificati autofirmati che non sono riconosciuti dai browser.

Problemi di Data e Ora

Se la data e l'ora del tuo dispositivo non sono corrette, il browser potrebbe non riuscire a verificare il certificato SSL del sito web.

Cache del Browser

La cache del browser può contenere vecchie informazioni sui certificati, causando l'errore. Svuotare la cache può risolvere il problema.

3. Come Risolvere l'Errore su Diversi Browser

Google Chrome

Aggiorna la pagina premendo Ctrl + F5.

Svuota la cache del browser da Impostazioni > Privacy e sicurezza > Cancella dati di navigazione.

Verifica le impostazioni di data e ora del tuo sistema.

Mozilla Firefox

Ricarica la pagina premendo Ctrl + F5.

Cancella la cache del browser da Opzioni > Privacy e sicurezza > Cookie e dati dei siti web > Cancella dati.

Controlla le impostazioni di data e ora del dispositivo.

Microsoft Edge

Aggiorna la pagina premendo Ctrl + F5.

Svuota la cache del browser da Impostazioni > Privacy, ricerca e servizi > Scegli cosa cancellare.

Verifica le impostazioni di data e ora del tuo sistema.

Safari

Ricarica la pagina premendo Cmd + R.

Cancella la cache del browser da Preferenze > Privacy > Gestisci dati dei siti web > Rimuovi tutti.

Controlla le impostazioni di data e ora del dispositivo.

4. Soluzioni Avanzate

Verifica del Certificato SSL

Puoi verificare manualmente il certificato SSL del sito cliccando sull'icona del lucchetto nella barra degli indirizzi e controllando i dettagli del certificato.

Aggiornamento del Sistema Operativo e del Browser

Assicurati che il tuo sistema operativo e il browser siano aggiornati all'ultima versione per garantire la compatibilità con i certificati SSL.

Disattivazione Temporanea dell'Antivirus o del Firewall

A volte, antivirus o firewall troppo zelanti possono bloccare i certificati SSL. Prova a disattivarli temporaneamente per vedere se l'errore si risolve.

Utilizzo della Modalità Incognito o Privata

La modalità incognito o privata non utilizza la cache del browser, il che può aiutare a bypassare l'errore temporaneamente.

5. Prevenzione dell'Errore in Futuro

Aggiornamento Regolare del Browser

Mantieni il browser sempre aggiornato per assicurarti di avere le ultime patch di sicurezza.

Controllo Periodico delle Impostazioni di Data e Ora

Verifica regolarmente che la data e l'ora del tuo dispositivo siano corrette per evitare problemi con i certificati SSL.

Utilizzo di Certificati SSL Affidabili

Assicurati che i siti web che visiti utilizzino certificati SSL affidabili e riconosciuti dai principali browser.

6. Conclusione

L'errore "La connessione non è privata" può sembrare scoraggiante, ma seguendo i passaggi sopra indicati puoi risolverlo facilmente. Mantieni sempre aggiornati i tuoi dispositivi e fai attenzione alle impostazioni di sicurezza per una navigazione sicura e senza intoppi.

Fonti Autorevoli Esterne

Google Support: Risoluzione dei Problemi di Connessione Non Privata

Mozilla Support: Correzione degli Errori di Connessione Sicura

Microsoft Support: Risoluzione degli Errori di Certificato in Edge

[fitlifefuel]

The Ultimate Guide to Windows 10 Keyboard Shortcuts

Windows 10 is packed with useful features, but nothing boosts productivity like mastering keyboard shortcuts. These shortcuts save time and make navigating your system a breeze. In this guide, we’ll explore the most essential Windows 10 keyboard shortcuts and some lesser-known ones that can significantly enhance your workflow.

Table of Contents

Introduction

Basic Keyboard Shortcuts

Copy, Cut, Paste

Undo, Redo

Select All

Windows Key Shortcuts

Basic Windows Key Functions

Advanced Windows Key Shortcuts

File Explorer Shortcuts

Navigation

File Management

Virtual Desktops Shortcuts

Creating and Managing Virtual Desktops

Switching Between Virtual Desktops

Command Prompt Shortcuts

Basic Commands

Advanced Commands

Accessibility Shortcuts

Magnifier

Narrator

High Contrast

Browser Shortcuts

Microsoft Edge

General Browser Shortcuts

Customizing Keyboard Shortcuts

Conclusion

1. Introduction

Keyboard shortcuts are a crucial part of using Windows 10 efficiently. By reducing reliance on the mouse, you can perform tasks more quickly and keep your workflow uninterrupted. This guide covers essential shortcuts and dives into more specialized ones, providing a comprehensive resource for users at all levels.

2. Basic Keyboard Shortcuts

Copy, Cut, Paste

Ctrl + C: Copy selected item

Ctrl + X: Cut selected item

Ctrl + V: Paste copied/cut item

Undo, Redo

Ctrl + Z: Undo an action

Ctrl + Y: Redo an action

Select All

Ctrl + A: Select all items in a document or window

3. Windows Key Shortcuts

Basic Windows Key Functions

Windows + D: Show or hide the desktop

Windows + E: Open File Explorer

Windows + L: Lock your PC

Advanced Windows Key Shortcuts

Windows + Tab: Open Task View

Windows + I: Open Settings

Windows + S: Open Search

Windows + X: Open Quick Link menu

4. File Explorer Shortcuts

Navigation

Alt + D: Select the address bar

Ctrl + F or F3: Search in File Explorer

Ctrl + N: Open a new window

File Management

Ctrl + Shift + N: Create a new folder

Alt + Enter: Open properties for the selected item

F2: Rename selected item

5. Virtual Desktops Shortcuts

Creating and Managing Virtual Desktops

Windows + Ctrl + D: Create a new virtual desktop

Windows + Ctrl + F4: Close the current virtual desktop

Switching Between Virtual Desktops

Windows + Ctrl + Left/Right Arrow: Switch between virtual desktops

6. Command Prompt Shortcuts

Basic Commands

Ctrl + C: Copy selected text

Ctrl + V: Paste text

Advanced Commands

Ctrl + Shift + Plus (+): Zoom in

Ctrl + Shift + Minus (-): Zoom out

7. Accessibility Shortcuts

Magnifier

Windows + Plus (+): Open Magnifier and zoom in

Windows + Minus (-): Zoom out

Narrator

Windows + Ctrl + Enter: Turn Narrator on or off

High Contrast

Left Alt + Left Shift + Print Screen: Turn high contrast on or off

8. Browser Shortcuts

Microsoft Edge

Ctrl + T: Open a new tab

Ctrl + W: Close the current tab

Ctrl + Shift + T: Reopen the last closed tab

General Browser Shortcuts

Ctrl + L: Highlight the URL

Ctrl + Tab: Switch to the next tab

Ctrl + Shift + Delete: Open the clear browsing data options

9. Customizing Keyboard Shortcuts

Windows 10 allows customization of certain keyboard shortcuts to better suit your workflow. To customize, you can use third-party tools like AutoHotkey, which provide extensive options for creating and managing your own shortcuts.

10. Conclusion

Mastering Windows 10 keyboard shortcuts can dramatically increase your productivity and streamline your tasks. Whether you are a beginner or a seasoned user, incorporating these shortcuts into your daily routine will save you time and effort. Keep this guide handy as a reference and start practicing these shortcuts today.

External Authoritative Sources

Microsoft Support: Keyboard shortcuts in Windows

How-To Geek: The Ultimate Guide to Windows 10 Keyboard Shortcuts

Lifewire: Essential Windows 10 Keyboard Shortcuts

By incorporating these detailed steps and tips, you can take full advantage of Windows 10 keyboard shortcuts, making your computing experience faster and more efficient.

[gqresearch24]

Microsoft Edge Introduces Screenshot Prevention And Mandatory Updates For Enhanced Security

(Source – Futurezone)

If you use the Microsoft Edge browser at work, your ability to share screenshots may soon be restricted. Microsoft is implementing screenshot prevention controls in Edge to enhance data security. This new feature is aimed at preventing the sharing of sensitive web pages with competitors, relatives, and journalists.

“Screenshot prevention policies will secure against data exfiltration in the browser by blocking the ability to take screenshots on pages labeled as sensitive or protected,” Microsoft announced. IT managers will have the capability to tag certain web pages as protected using various Microsoft policy engines, including Microsoft 365, Microsoft Defender for Cloud Apps, Microsoft Intune Mobile Application Management, and Microsoft Purview. This move is part of a broader effort to safeguard corporate information and prevent unauthorized data sharing.

The screenshot prevention feature is expected to be available to customers in the upcoming months. However, it remains unclear whether third-party tools that capture screenshots or record videos will also be blocked by this new control. The primary goal is to ensure that sensitive corporate information remains secure and that users cannot easily share it through simple screenshot methods.

Mandatory Updates to Enhance Browser Security

In addition to screenshot prevention, Microsoft will introduce mandatory updates for Edge for Business users. This feature will soon enter a preview phase, allowing IT administrators to better manage browser security within their organizations.

“The Edge management service will enable IT admins to see which devices have Edge instances that are out of date and at risk,” Microsoft explained. This service will offer several mitigating controls, including forcing a browser restart to install updates, enabling automatic browser updates, and activating enhanced security mode for additional protections.

The initiative to enforce automatic updates is a proactive measure to counter the threat of zero-day attacks. By ensuring that all instances of Edge are up-to-date, Microsoft aims to reduce vulnerabilities that could be exploited by malicious actors. This strategy underscores the importance of maintaining up-to-date software to protect against emerging threats and vulnerabilities.

Balancing Security with Usability

Microsoft’s new features for Edge aim to strike a balance between enhancing security and maintaining usability for business users. The screenshot prevention tool is designed to protect sensitive data without overly restricting legitimate use cases. Meanwhile, the mandatory updates ensure that all users benefit from the latest security enhancements and features.

Whether the screenshot prevention controls will effectively block all methods of screenshot capture, including third-party tools and smartphone cameras, is yet to be determined. However, these measures represent a significant step towards improving data security in corporate environments.

As these features roll out, businesses will need to adapt to the new controls and leverage them to protect their sensitive information. IT administrators will play a crucial role in implementing these policies and ensuring that their organizations remain secure.

In conclusion, Microsoft’s introduction of screenshot prevention and mandatory updates in Edge for Business reflects a robust approach to enhancing security. By preventing unauthorized data sharing and ensuring up-to-date software, Microsoft aims to provide a safer browsing experience for business users. These developments are part of a broader trend towards more secure and managed IT environments, crucial in today’s landscape of increasing cyber threats.

[drasmaabbasi]

How To Remove Copilot From Microsoft Edge | Remove Copilot Microsoft Edge (Easiest Way)

[shivdinews]

Unleash Your Creativity: How to Create Images Using Bing (Free & Easy!)

Unleash your inner artist! Discover how to create images using Bing’s powerful AI tool, Bing Image Creator (formerly known as Bing Image Generator). No design skills needed! Learn everything from prompts and styles to editing and sharing. Create Images Using Bing free easy Let’s get started creating… What is Bing Image Creator Bing Image Creator is an AI image generator developed by Microsoft. It…

[ericvanderburg]

Microsoft launches Edge 130 with lots of security patches and feature changes

http://i.securitythinkingcap.com/TFTZ42

[govindhtech]

NVIDIA RTX Video HDR Revolutionises Creation with AI

NVIDIA RTX Video HDR Technology

NVIDIA debuted NVIDIA Studio in 2019 at COMPUTEX. With a variety of new RTX technology integrations unveiled this week at COMPUTEX 2024, it’s delivering AI to even more creators after five years and more than 500 NVIDIA RTX-accelerated apps and games.

The ASUS ProArt PX13 and P16 and MSI Stealth 16 AI+ laptops, among other recently announced NVIDIA GeForce RTX AI laptops, will have dedicated RTX Tensor Cores to speed up AI performance and power-efficient systems-on-a-chip with Windows 11 AI PC capabilities. They join the more than 200 laptops that RTX AI technology has already enhanced.

The free VLC Media Player will soon support NVIDIA RTX Video, a set of features that improves video content streamed in browsers like Microsoft Edge, Mozilla Firefox, and Google Chrome. These features include RTX Video Super Resolution and NVIDIA RTX Video HDR. Additionally, makers can take advantage of these AI-enhanced video effects in well-known creative apps like Wondershare Filmora and DaVinci Resolve for the first time in June.

NVIDIA’s new H.265 Ultra-High-Quality (UHQ) mode has been added to DaVinci Resolve and Cyberlink PowerDirector. This mode increases encoding efficiency and high-efficiency video coding (HEVC) by 10% by utilising the NVIDIA NVENC.

Amazing Detail Is Delivered with RTX Video HDR

NVIDIA RTX Video HDR enables producers and gamers to optimise the dynamic colour reproduction of their HDR panels while retaining fine details that could be accidentally lost as a result of video compression. This is achieved by using the power of Tensor Cores on GeForce RTX GPUs.

The clearest streamed video can be produced anywhere, at any time, by combining NVIDIA RTX Video HDR and RTX Video Super Resolution. Chromium-based browsers like Microsoft Edge and Google Chrome support these functionalities.

Soon to be released as open source, NVIDIA RTX Remix is a modding tool that lets users recreate vintage games using RTX. This will make it easier for modders to alter objects and replay scenarios. In order to integrate RTX Remix with other modding tools like Blender and Hammer, a new REST application programming interface (API) will also be made available.

The latest creative software to use NVIDIA DLSS 3.5 with Ray Reconstruction is Womp, a 3D modelling tool. AI-powered DLSS provides higher-quality ray-traced graphics in the viewport.

Project G-Assist, an RTX-powered AI assistant technology demo from NVIDIA, offers PC games and apps context-aware assistance.

One-click performance adjustment and 120 frames per second AV1 video capture are new features of the latest NVIDIA app beta release.

Additionally, you can install the most recent versions of the NVIDIA Studio and Game Ready drivers right now.

NVIDIA RTX Video Super Resolution

RTX GPUs with AI Tensor Cores are the source of NVIDIA RTX Video, a suite of real-time artificial intelligence (AI) video upgrades that significantly boost video quality.

Included in it are two upscaling technologies NVIDIA RTX Video HDR, which turns normal dynamic range videos into breathtaking high-dynamic range on HDR10 televisions, and RTX Video Super Resolution, which eliminates compression artefacts and creates extra pixels to boost video sharpness and clarity up to 4K.

The NVIDIA RTX Video software development kit, made available by NVIDIA, enables app developers to integrate NVIDIA RTX Video effects into their creator processes.

One of the first applications to use NVIDIA RTX Video is Blackmagic Design’s DaVinci Resolve, a potent video editing programme featuring colour correction, visual effects, graphics, and audio post-production capabilities. On the COMPUTEX show floor, an integration demonstration is taking place.

Soon, Wondershare Filmora, an AI-powered video editing app with advanced social media video editing capabilities, will support NVIDIA RTX Video HDR.

In addition to adding support for Mozilla Firefox, the open-source, cross-platform media player VLC Media Player has now added NVIDIA RTX Video HDR in its most recent beta edition.

Additionally, NVIDIA announced the release of a new UHQ mode for the HEVC video compression standard (also known as H.265) in NVENC, a hardware encoder specifically designed for RTX GPUs. Compared to the commonly used x264 Medium compression standard, NVENC HEVC is 34% more efficient due to the new mode, which boosts compression by 10% without sacrificing quality.

The upcoming updates for Cyberlink PowerDirector and DaVinci Resolve video editing software will include support for the new UHQ mode. Check back soon for the official launch dates.

Toolkit for RTX Remix Open Sources Creation

With the help of generative AI technologies, modders can effortlessly acquire game assets, automatically improve materials, and produce gorgeous RTX remasters with complete ray tracing thanks to NVIDIA RTX Remix.

Recently, DLSS 3.5 support with Ray Reconstruction an AI model that produces better graphics for demanding ray-traced games and apps was added to the RTX Remix open beta.

NVIDIA plans to release the RTX Remix Toolkit as open source later this month, enabling more modders to simplify the process of swapping out assets and lighting scenarios. Additionally, the business is adding additional models to RTX Remix’s AI Texture Tools and expanding the file types that its asset ingestor supports.

Additionally, NVIDIA is opening up RTX Remix’s capabilities with a new, robust REST API, enabling modders to livelink RTX Remix to other DCC programmes like Blender and modding tools like Hammer. In order to enable modders to integrate the renderer of RTX Remix into games and applications other than the DirectX 8 and 9 classics, NVIDIA is now offering an SDK for the RTX Remix runtime.

Take a Look at Some Rays

With NVIDIA DLSS 3.5 with Ray Reconstruction, hand-tuned denoisers are replaced with an NVIDIA supercomputer-trained AI network that produces higher-quality pixels in between sampled rays, improving the quality of ray-traced images on NVIDIA RTX and GeForce RTX GPUs.

Even with top-of-the-line technology, previewing content in the viewport can occasionally result in less-than-ideal image quality because traditional denoisers need to be manually adjusted for each scene. The AI neural network can identify a large range of scenes with DLSS 3.5, resulting in high-quality preview photos and significantly cutting down on rendering time.

DLSS 3.5 has been integrated to Womp, a free browser-based 3D modelling tool, to improve interactive, photorealistic modelling in the viewport.

With DLSS 3.5, users of two well-known professional-grade 3D applications with real-time preview modes and ray tracing, Chaos Vantage and D5 Render, have also experienced significant speed gains of up to 60% from Ray Reconstruction and 4x from all DLSS technologies.

AI App Acceleration Tools

The great majority of the currently available open-source AI models are pretrained for widespread use and executed in data centres.

NVIDIA has released the RTX AI Toolkit, an end-to-end workflow for the customisation, optimisation, and deployment of AI models on RTX AI PCs, in order to develop more efficient app-specific AI tools that operate on local PCs.

Read more on Govindhtech.com

[infogenesis]

La Guida Definitiva per Svuotare la Cache del Browser: Migliora le Prestazioni del Tuo Computer

Hai mai notato che il tuo browser è diventato lento o che alcuni siti web non si caricano correttamente? Il colpevole potrebbe essere la cache del tuo browser. In questa guida completa, ti mostreremo come svuotare la cache del browser su tutti i principali browser e dispositivi. Scoprirai anche perché è importante farlo regolarmente e come questa semplice operazione può migliorare significativamente la tua esperienza di navigazione.

Cos'è la Cache del Browser e Perché è Importante Svuotarla?

Prima di tuffarci nei dettagli tecnici, facciamo un passo indietro e capiamo cosa sia effettivamente la cache del browser.

La cache del browser è una sorta di archivio temporaneo dove il tuo browser salva copie di pagine web, immagini e altri contenuti multimediali che visiti frequentemente. L'idea è che, memorizzando questi dati localmente sul tuo dispositivo, il browser possa caricare i siti più velocemente la prossima volta che li visiti. Tuttavia, come ogni archivio, anche la cache del browser può diventare ingombrante e causare problemi:

Prestazioni rallentate: Una cache troppo piena può effettivamente rallentare il tuo browser anziché velocizzarlo.

Problemi di visualizzazione: A volte, la cache può memorizzare versioni obsolete di siti web, causando problemi di visualizzazione o funzionalità.

Privacy: La cache può contenere informazioni sensibili sui siti che hai visitato.

Ecco perché svuotare regolarmente la cache del browser è una buona pratica per mantenere le prestazioni ottimali e proteggere la tua privacy online.

Come Svuotare la Cache nei Principali Browser

Ora che abbiamo capito l'importanza di questa operazione, vediamo come svuotare la cache nei browser più diffusi.

Google Chrome

Apri Chrome e clicca sui tre puntini in alto a destra.

Vai su "Altro" > "Strumenti" > "Cancella dati di navigazione".

Seleziona "Immagini e file memorizzati nella cache".

Scegli l'intervallo di tempo desiderato (consigliato: "Tutto").

Clicca su "Cancella dati".

Mozilla Firefox

Apri Firefox e clicca sul menu (tre linee orizzontali) in alto a destra.

Seleziona "Opzioni" > "Privacy e sicurezza".

Nella sezione "Cookie e dati dei siti web", clicca su "Cancella dati".

Assicurati che "Contenuti web memorizzati nella cache" sia selezionato.

Clicca su "Cancella".

Microsoft Edge

Apri Edge e clicca sui tre puntini in alto a destra.

Vai su "Impostazioni" > "Privacy, ricerca e servizi".

Sotto "Cancella dati di navigazione", clicca su "Scegli gli elementi da cancellare".

Seleziona "File e immagini memorizzati nella cache".

Clicca su "Cancella ora".

Safari (macOS)

Apri Safari e clicca su "Safari" nella barra dei menu.

Seleziona "Preferenze" > "Avanzate".

Attiva l'opzione "Mostra menu Sviluppo nella barra dei menu".

Chiudi le preferenze e clicca su "Sviluppo" nella barra dei menu.

Seleziona "Svuota cache".

Opera

Apri Opera e clicca su "Impostazioni" (icona a forma di ingranaggio).

Vai su "Privacy e sicurezza" > "Cancella dati di navigazione".

Seleziona "File e immagini memorizzati nella cache".

Clicca su "Cancella dati".

Svuotare la Cache su Dispositivi Mobili

La procedura per svuotare la cache sui dispositivi mobili è leggermente diversa. Ecco come farlo sui principali sistemi operativi:

Android (Chrome)

Apri l'app Chrome.

Tocca i tre puntini in alto a destra.

Vai su "Cronologia" > "Cancella dati di navigazione".

Seleziona "Immagini e file memorizzati nella cache".

Tocca "Cancella dati".

iOS (Safari)

Vai su "Impostazioni" > "Safari".

Scorri verso il basso e tocca "Cancella dati siti web e cronologia".

Conferma l'azione.

Quando e Quanto Spesso Svuotare la Cache?

Non esiste una regola fissa su quanto spesso svuotare la cache del browser. Tuttavia, ecco alcune linee guida:

Problemi di visualizzazione: Se noti che un sito web non si carica correttamente, prova a svuotare la cache.

Aggiornamenti importanti: Dopo aggiornamenti significativi del sistema operativo o del browser.

Regolarmente: Considera di svuotare la cache ogni 2-4 settimane per mantenere le prestazioni ottimali.

Privacy: Se hai utilizzato un dispositivo pubblico o condiviso, svuota sempre la cache prima di chiudere la sessione.

Secondo uno studio condotto da Google, svuotare regolarmente la cache può migliorare le prestazioni del browser fino al 28% [fonte: https://developers.google.com/web/fundamentals/performance/optimizing-content-efficiency/http-caching].

Vantaggi e Svantaggi dello Svuotamento della Cache

Come ogni operazione di manutenzione, svuotare la cache ha i suoi pro e contro:

Vantaggi:

Migliora le prestazioni del browser

Risolve problemi di visualizzazione dei siti web

Libera spazio sul disco rigido

Aumenta la privacy online

Svantaggi:

Può rallentare temporaneamente la navigazione (il browser deve ricaricare tutti i dati)

Richiede di effettuare nuovamente l'accesso a siti web precedentemente autenticati

Consigli Aggiuntivi per Ottimizzare le Prestazioni del Browser

Oltre a svuotare la cache, ecco alcuni consigli extra per mantenere il tuo browser in forma:

Aggiorna regolarmente il browser: Le nuove versioni spesso includono miglioramenti delle prestazioni e patch di sicurezza.

Usa un gestore di password: Strumenti come LastPass o 1Password possono aiutarti a gestire in modo sicuro le tue credenziali senza affidarti alla cache del browser.

Disattiva le estensioni non necessarie: Troppe estensioni possono rallentare il browser.

Considera l'uso di un blocco pubblicità: Può migliorare significativamente i tempi di caricamento delle pagine.

Per approfondire questi argomenti, dai un'occhiata a questa guida di Mozilla sulla sicurezza del browser: [https://support.mozilla.org/it/kb/consigli-sicurezza-privacy-firefox]

Conclusione

Svuotare regolarmente la cache del browser è un'operazione semplice ma efficace per mantenere le prestazioni ottimali del tuo dispositivo e proteggere la tua privacy online. Seguendo questa guida, sarai in grado di eseguire questa importante operazione di manutenzione su qualsiasi browser o dispositivo tu stia utilizzando.

Ricorda, un browser pulito è un browser veloce! Non esitare a svuotare la cache ogni volta che noti rallentamenti o problemi di visualizzazione. Con un po' di attenzione e manutenzione regolare, potrai goderti una navigazione web fluida e sicura.

[manhdung2004]

[Sparebeat] Kirakirize World - kooridori Hard 11 (mix with 4 devices)

Youtube: https://youtu.be/FCJCQv3kOT0

Tiktok: https://www.tiktok.com/@manhdungvideo/video/7318965601320357121

Bilibili: https://www.bilibili.com/video/BV17T4y1W7Vq/?spm_id_from=333.999.0.0

Bilibili (Global): https://www.bilibili.tv/en/video/4789750323872769

Instagram: https://www.instagram.com/reel/C1i-sNZtxOk/

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