587 results found

1. Permanent “End of Pavement” Alert

   In several regions, especially on state highways and rural roads, there is an abrupt transition in pavement—for example, the end of the asphalted section and the beginning of a dirt or basalt-stone road. These sudden surface changes can catch drivers by surprise, particularly during low-visibility hours, adverse weather conditions, or on higher-speed roads.

   Technical and Road Safety Justification:
   Changes in pavement type can pose significant risks to drivers, such as:
   Rear-end collisions, when the vehicle ahead suddenly slows upon noticing the change in pavement;
   Loss of control and roadway departures, due to loose gravel, irregularities, or reduced traction on dirt or basalt surfaces;

   Increased braking distance, especially when transitioning from asphalt to a more unstable surface.
   A similar situation is already recognized by road authorities, and several highways physically signpost “End of Pavement.” The alert would follow the same usability logic and importance as the current “Sharp Curve,” “Complex Intersection,” and other warnings already implemented in the app.

   Implementation Proposal:
   Create a new type of permanent alert that allows editors to map points where the following occurs:
   End of asphalt pavement, or
   Transition to gravel/basalt stones/compact dirt.

   This alert would be displayed to drivers with adequate advance notice, allowing for planned speed reduction and improved operational safety, aligning with good practices in road signage and accident prevention.

   In several regions, especially on state highways and rural roads, there is an abrupt transition in pavement—for example, the end of the asphalted section and the beginning of a dirt or basalt-stone road. These sudden surface changes can catch drivers by surprise, particularly during low-visibility hours, adverse weather conditions, or on higher-speed roads.

   Technical and Road Safety Justification:
   Changes in pavement type can pose significant risks to drivers, such as:
   Rear-end collisions, when the vehicle ahead suddenly slows upon noticing the change in pavement;
   Loss of control and roadway departures, due to loose gravel, irregularities, or reduced traction on dirt… more

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2. Why Choose AVD for DaaS?

   Why Choose AVD for DaaS?
   As a DaaS offering, AVD is highly cost-effective compared to scaling up a traditional virtual desktop environment in your own data center. With the business disruption during COVID-19, companies were trying to find ways to extend their remote work infrastructure while keeping their operating expenses low. Companies already on a Microsoft ecosystem, such as Windows 10 Enterprise or Microsoft 365, had additional incentives to make the shift; I will explain why further down.

   Another driver for Azure Virtual Desktop during this time is that it lets organizations control apps and data while allowing their employees to access those resources from their own devices. This is something that a traditional VDI/RDS environment can also provide. However, the cost advantage of AVD, when combined with security and control, creates a winning combination.

   If IT decision-makers consider the end-user benefit, another reason to choose AVD is the superior experience of Windows 10 and Office 365 that it can provide. The right user experience increases productivity. You don’t want to frustrate your valuable employees with a clunky experience while they work from home. Now, let’s explore what makes AVD a robust offering that could have sustainable growth even after more employees return to the office.

   The Azure Advantage
   With AVD, the infrastructure and management components of a traditional on-premises virtual desktop infrastructure (VDI) disappear into the cloud—just like a dinosaur-shaped cloud merges back into indescribable formations on the backdrop of the beautiful blue sky on a sunny day. (Read my post on Windows Server/SQL Server end life for more dinosaur metaphors.) Thanks to this merging, Microsoft is taking back critical components of a traditional VDI—such as brokering, load-balancing, compute, storage, and diagnostics—from your plate, which will let your precious IT talent focus on other strategic areas with growth potential.

   Hosting your desktops on Azure also means you get Azure’s state-of-the-art security features. I believe Azure is considered the most secure public cloud platform, and AVD provides the best DaaS security model for customers. With AVD, users can only access their virtual machines (VMs) by going through the Azure Active Directory authentication system. This means companies can use multifactor authentication and conditional access according to their needs and depending on the employee profile. Also, Azure uses reverse connect technology that lets you run a VM without keeping any inbound ports open. This means that the VMs on AVD are not exposed to the Internet directly.

   Windows 10 Multisession
   Unlike the traditional RDI, Azure Virtual Desktop allows multiple sessions on a Windows 10 VM. This means that an organization can have multiple users access the same virtual machine while reducing the cost of maintaining multiple VM licenses. Also, these sessions are isolated from each other, which gives higher security and privacy.

   FSLogix Profile Containers
   The FSLogix piece solidifies my above point about the superior Windows 10 and Office experience on AVD. Microsoft acquired FSLogix a few years back and integrated its profile container technology into its Azure and Microsoft 365 ecosystems. With FSLogix profile container technology integrated to AVD, Microsoft has revolutionized the way the end-user experience works in non-persistent virtual machine sessions. An AVD user profile will follow a user even if they do not use the same virtual machine session every time they access AVD virtual machines.

   The integration of FSLogix containers also significantly impacts how your Microsoft Apps (formerly Office 365 ProPlus) and OneDrive experience work with AVD. FSLogix with AVD can provide you the most productive Microsoft 365 Apps experience. The FSLogix technology on AVD also allows OneDrive to sync when the user roams through non-persistent sessions.

   Access AVD from Any Operating System
   Another reason why AVD is a win for the end user is through the flexibility that Microsoft offers for AVD across diverse operating systems. A user can access AVD in Windows, macOS, iOS, or Android. The client OS flexibility of this sort goes a long way to BYOD scenarios that companies may want to use while they extend their remote work footprint.

   The growth drivers for Microsoft products are not just based on better technology; they include how Microsoft makes it easier for existing customers to adopt those technologies and how they use their partner ecosystem to help customers solve business problems using those technologies. In AVD, Microsoft makes the adoption easier for you by making the AVD license-free with most Microsoft 365 licenses and Windows 10 Enterprise licenses. The cost savings alone can be a significant driver for companies—with a Microsoft software ecosystem—to adopt AVD. Not to mention, Windows 7 EOL customers get free Extended Security Updates on AVD.

   Why Choose AVD for DaaS?
   As a DaaS offering, AVD is highly cost-effective compared to scaling up a traditional virtual desktop environment in your own data center. With the business disruption during COVID-19, companies were trying to find ways to extend their remote work infrastructure while keeping their operating expenses low. Companies already on a Microsoft ecosystem, such as Windows 10 Enterprise or Microsoft 365, had additional incentives to make the shift; I will explain why further down.

   Another driver for Azure Virtual Desktop during this time is that it lets organizations control apps and data while allowing their employees… more

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   Not a suggestion  ·  AdminElla (Waze Team) (Admin, Waze) responded

   Thanks for reaching out. Please note this platform is dedicated to ideas and suggestions for the Waze app. If your idea is for a Community platform like the Waze Map Editor, please submit it through the Community forum. If you need help using Waze, please click here to reach the "Waze support" page.

3. Nahtlose Übergänge: Routen-Form-Punkte & flexible Autobahn/Landstraßen-Priorisierung

   Feature-Vorschlag: Routen-Form-Punkte & Nahtloser Straßenwechsel

   Viele Nutzer wünschen sich eine einfache Möglichkeit, bestimmte Streckenabschnitte (z. B. bevorzugte Landstraßen oder eine bestimmte Autobahnauffahrt) in die Routenplanung einzubeziehen, ohne dazu komplizierte Zwischenziele setzen zu müssen. Aktuell führt die strikte Orientierung an der „optimalen“ Route in ländlichen Gebieten oder an komplexen Autobahnzugängen oft zu unnötigen Abbiegungen, Schleifen oder unnatürlichen Umwegen.

   Ich schlage zwei Funktionen vor, die dieses Problem effizient lösen würden:

   ---

   1. Routen-Form-Punkte (Route Shaping Points)

   Leicht platzierbare Punkte, die als weiche Präferenzen dienen. Sie formen den Verlauf der Route, ohne tiefe Eingriffe oder starre Zwischenstopps.

   Eigenschaften:

   Priorität einstellbar (niedrig/mittel/hoch)

   Einflussradius wählbar

   Flexibel: Route bleibt dynamisch, Live-Verkehr wird weiterhin berücksichtigt

   Schnell und intuitiv in der Karte setzbar

   Nutzen:
   Mehr Kontrolle über bevorzugte Straßen, ohne die Flexibilität des Routings zu verlieren.

   ---

   1. Nahtloser Autobahn/Landstraßen-Modus

   Ein konfigurierbarer Modus, der intelligent entscheidet, wann ein Wechsel zwischen Autobahn und Landstraße sinnvoll ist – um unnötige Abbiegungen oder komplizierte Ortsdurchfahrten zu vermeiden.

   Optionen:

   Aktivierbar global oder pro Route

   Modi wie „Komfort“, „Präzise“ oder „Sparsam“

   Schwellenwerte für Zeitersparnis und Umwege

   Optional auch Sprachbefehle

   Nutzen:
   Natürlichere, flüssigere Routings ohne starre Vorgaben. Ideal bei komplexen Auffahrten oder gemischten Strecken.

   ---

   Warum Waze das implementieren sollte

   Deutlich bessere Benutzerkontrolle ohne Verlust der Echtzeit-Flexibilität

   Weniger Frust durch unnötige Abbiegungen und künstliche Umwege

   Starker Mehrwert gegenüber anderen Navigations-Apps

   Technisch umsetzbar, da moderne Routing-Engines bereits multiple Präferenzen verarbeiten können

   Englsih:
   A suggestion for Waze:
   Add route-shaping points (also called via points or form points) so users can manually adjust the route path without breaking navigation. Along with that, include an option that lets the app switch seamlessly between local roads and highways whenever it’s the most direct flow, instead of forcing unnecessary turns, detours, or complicated reroutes.

   The idea is to give users more precise control over how the route should run while still keeping all traffic-based optimizations active. This would avoid situations where Waze tries to bypass a direct connection just because of how it categorizes certain road types. With shaping points and smoother road-type transitions, users could prevent inefficient maneuvers and make the route match real driving logic more naturally.

   Feature-Vorschlag: Routen-Form-Punkte & Nahtloser Straßenwechsel

   Viele Nutzer wünschen sich eine einfache Möglichkeit, bestimmte Streckenabschnitte (z. B. bevorzugte Landstraßen oder eine bestimmte Autobahnauffahrt) in die Routenplanung einzubeziehen, ohne dazu komplizierte Zwischenziele setzen zu müssen. Aktuell führt die strikte Orientierung an der „optimalen“ Route in ländlichen Gebieten oder an komplexen Autobahnzugängen oft zu unnötigen Abbiegungen, Schleifen oder unnatürlichen Umwegen.

   Ich schlage zwei Funktionen vor, die dieses Problem effizient lösen würden:

   ---

   1. Routen-Form-Punkte (Route Shaping Points)

   Leicht platzierbare Punkte, die als weiche Präferenzen dienen. Sie formen den Verlauf der Route, ohne tiefe Eingriffe oder starre Zwischenstopps.

   Eigenschaften:

   Priorität einstellbar (niedrig/mittel/hoch)

   Einflussradius wählbar

   Flexibel: Route… more

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4. favorites system & usability

   The favorites system in this app feels extremely limited and unintuitive, making saving and using favorites unnecessarily difficult.

   Instead of a proper favorites list, the app relies on a single horizontal bar that requires swiping left and right. This design does not scale: once more than a few locations are saved, finding anything becomes a guessing game.

   Fixed locations (Home and Work)

   Several locations such as Home and Work are fixed and cannot be customized:
   - Names cannot be renamed
   - Icons are oversized
   - Labels are too long and take up excessive space
   - Entries cannot be deleted or reordered

   This is especially problematic for students who do not have a fixed Work location. I know where my university is and do not need a permanent work shortcut, yet I am forced to keep it. At the same time, I cannot add the locations I actually need in a clean, usable way.

   Real-world use cases

   • I have two homes that I regularly navigate to
   • I need quick access to family addresses
   • My university has multiple buildings in different cities

   With the current system, saving 15–20 addresses makes the favorites bar completely unusable. There is no overview, no structure, and no meaningful way to organize anything.

   Expected improvements

   • A real favorites list, not just a swipeable bar
   • A customizable top bar with only the most important favorites
   • Full control to rename, reorder, or remove all favorites (including Home and Work)
   • Optional folders (Family, Friends, University, Other)
   • No forced integration with contacts or calendar

   Other navigation apps handle favorites far better. This app’s approach feels outdated and restrictive. Everything else works well, but the favorites system actively discourages saving locations and makes daily navigation harder than necessary. (an example of an app that has really intuitive ui is "here we go"). I just overall preferred waze, but this is like something that makes it almost unusable to me

   The favorites system in this app feels extremely limited and unintuitive, making saving and using favorites unnecessarily difficult.

   Instead of a proper favorites list, the app relies on a single horizontal bar that requires swiping left and right. This design does not scale: once more than a few locations are saved, finding anything becomes a guessing game.

   Fixed locations (Home and Work)

   Several locations such as Home and Work are fixed and cannot be customized:
   - Names cannot be renamed
   - Icons are oversized
   - Labels are too long and take up excessive space
   - Entries cannot be deleted or… more

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5. Automated Incident Emergency Detection & Location Screen Change and 3 type descriptor

   Unless it is your day job, and even then, most people faced with an emergency situation either as a victim or a witness, especially in a vehicle, will suffer immense rushes of adrenaline pumping around the body, any injuries invoke confusion as delayed shock sets in.

   Is there/ can there be any rapid single panic-proof (user option selected) - such as 5 second hold of fingers on the screen in two places simultaneously or gyroscopic sudden impact detection via phone or user holds max/min volume buttons at their max point for a duration (viz like Apple power down) - depending on user settings, additionally, such detection automatically engages the phone torch in user chosen: static, various rates of flashing or SOS. An EMS (country specific) CALL single button press, combined with further settings-related onscreen depiction graphics and text of the INCIDENT LOCATION, directions to then be boldly shown in large simplistic unfussy print on the screen- displaying three of the most common used international location descriptors: 1. What Three Words 2. Long/latitude coordinates 3. descriptive language versions e.g. “I am northbound on the XYZ nn miles from the xyz slip road opposite ZYX building “ combined with options such as send via SMS option &/or turn on handset camera (where applicable) to live link the incident scene for disaster planning teams assessments if necessary. Such crisis do not offer those present with clear thought either the victims or witnesses as shock sets in, and by providing easy-read, unfussy screen display, such pinpoint accuracy, that they can recite to the other end of the call, valuable minutes will expedite all emergency services response and potentially save lives and limbs, Most of these suggestions I envisage to be user settings selected as to how the user is automatically impacted with the change of screen in such situations. It could vary from a small overlaid window with just the 3 location options, all the way to a full EMS window with all options and flashing torches. Either way, in an emergency, something will help those present in providing essential location detail in those crucial minutes. If there is to be an option for ‘voice activated control’ then the initial part should be automatic from the AI not the user, in case they are incapacitated or unable to speak; the AI should time-out to non-vocal after a period so anyone in vision of the display can see the location, in case they are unable to move, but can use their own phone to call EMS instead.

   Unless it is your day job, and even then, most people faced with an emergency situation either as a victim or a witness, especially in a vehicle, will suffer immense rushes of adrenaline pumping around the body, any injuries invoke confusion as delayed shock sets in.

   Is there/ can there be any rapid single panic-proof (user option selected) - such as 5 second hold of fingers on the screen in two places simultaneously or gyroscopic sudden impact detection via phone or user holds max/min volume buttons at their max point for a duration (viz like Apple power down) - depending… more

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6. Improve UI input focus and input item navigation for non-touchscreen use

   I use Android Auto in a 2023 Mazda 3 that does not have a touchscreen (has only a rotary knob controller) and navigation focus is often frustrating. When an alert pops up, the focus goes to it (OK) but when done and it closes, it lands input focus on the "search" icon I think it is (this is bad...it should go back to where it came from). I usually leave my focus on the icon for reporting hazards, since that is what I am 95% likely to want to do while driving. But it doesn't land back there again after the popup goes away and it's distracting to have to take extra action to reposition the focus where I want it again. The highlight for the focus also needs to be a little more obvious. It's light blue which is consistent with Waze's colors and branding, but the problem is that it doesn't stand out and in a non-touch environment I need it to stand out.

   Another thread has mentioned that the alert popup focus also has issues. If you respond immediately to "still there" or "not there", it works OK. But the longer it stays on your screen and the distance counts down, it looks focused but isn't. The input focus gets moved to I think the search icon before the popup has expired and pressing on the car's knob doesn't produce the expected action on the alert popup.

   I also have found that I can zoom in/out on the map, but I cannot find any way to move the map up/down or left/right in my non-touch environment. It's either not there or it's totally not obvious how.

   Pretty much, go try most of Waze's functionality in a Mazda with no-touchscreen Android Auto for an hour or so and you'll see most of the deficiencies. Input focus is easy in a touchscreen because where the focus is doesn't matter because your finger will move focus and perform the input in one step, but in a non-touchscreen environment the behavior of automatic focus and UI navigation is very important to consider more carefully.

   I use Android Auto in a 2023 Mazda 3 that does not have a touchscreen (has only a rotary knob controller) and navigation focus is often frustrating. When an alert pops up, the focus goes to it (OK) but when done and it closes, it lands input focus on the "search" icon I think it is (this is bad...it should go back to where it came from). I usually leave my focus on the icon for reporting hazards, since that is what I am 95% likely to want to do while driving. But it doesn't land back there again after… more

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7. 41 façons d'utiliser ChatGPT en SEO (avec prompts)

   I. Introduction

   chatgpt français(https://gptopenai.fr/), développé par OpenAI, est une intelligence artificielle générative capable de comprendre et de produire du texte de manière naturelle. Dans le domaine du référencement naturel (SEO), il révolutionne les méthodes traditionnelles en apportant des solutions d'automatisation, de création de contenu et d'analyse. Cet article présente 41 manières pratiques et efficaces d'utiliser ChatGPT en SEO, illustrées par des prompts concrets. L'objectif est d'optimiser la productivité, la pertinence des contenus, et la stratégie de positionnement sur Google.

   II. Qu’est-ce que ChatGPT et comment fonctionne-t-il dans un contexte SEO ?

   ChatGPT est un modèle de langage créé par OpenAI, basé sur l'architecture GPT (Generative Pre-trained Transformer). Il a été entraîné sur d'importants corpus textuels et continue d'évoluer :

   GPT-3.5 : rapide, accessible, utile pour des tâches simples.

   GPT-4 : plus précis, gère mieux le contexte long.

   GPT-4o : multi-modal, encore plus rapide et interactif.

   Dans un contexte SEO, ChatGPT est utilisé pour :

   Générer du contenu pertinent et structuré.

   Identifier des mots-clés et intentions de recherche.

   Optimiser le maillage interne et les balises HTML.

   Limites à considérer :

   Risque de "hallucinations" (informations erronées).

   Contenu parfois trop générique.

   Besoin de validation humaine.

   III. Avantages de ChatGPT pour le SEO

   Productivité accrue : génération rapide de brouillons, titres, meta descriptions.

   Génération d'idées : exploration de thématiques, clusters sémantiques.

   Automatisation des tâches : audits, emails, fiches produits.

   Accessibilité : même les débutants peuvent produire un contenu SEO de qualité.

   Brainstorming : accélération de la stratégie éditoriale.

   IV. 15+ cas concrets d’utilisation de ChatGPT pour le SEO

   A. Recherche et planification de mots-clés

   Identifier des mots-clés à longue traîne

   Explorer des intentions de recherche

   Créer des clusters thématiques

   Analyser les questions posées par les utilisateurs

   B. Création de contenu

   Rédiger un plan H1-H3 pour un article SEO

   Générer une FAQ SEO friendly

   Réécriture de paragraphes existants

   Générer un article optimisé pour un mot-clé

   C. SEO On-page

   Générer des meta descriptions accrocheuses

   Optimiser le titre (title tag)

   Vérifier la structure des balises Hn

   Suggérer du maillage interne logique

   D. SEO Off-page / Netlinking

   Générer des idées de backlinks

   Rédiger des emails d'outreach

   Identifier des partenaires potentiels

   Simuler une stratégie de netlinking locale

   E. Audit et diagnostic technique

   Générer une checklist d'audit SEO

   Identifier les erreurs techniques courantes

   Suggérer des recommandations techniques

   Créer des prompts pour automatiser les revues de site

   V. Comment éviter les pièges de l’IA générative dans le SEO

   Suivre les directives Google : favoriser la valeur ajoutée, l’expertise humaine et la transparence dans l’usage de l’IA.

   VI. Intégrer ChatGPT dans une stratégie SEO existante

   Utiliser ChatGPT pour produire rapidement des premières versions.

   Compléter avec des outils comme Ahrefs, Semrush, Screaming Frog.

   Automatiser certaines tâches avec Make, Zapier ou l’API OpenAI.

   Exemple : créer un process semi-automatisé de briefs + publications.

   VII. Outils et plugins utiles pour booster ChatGPT en SEO

   WebChatGPT : accès à l’information en temps réel.

   AIPRM : prompts préfaits pour le SEO.

   Jasper.ai : rédaction IA avec template SEO.

   SEO.ai : spécifique pour le référencement.

   VIII. Études de cas (optionnel)

   Exemple 1 : site e-commerce ayant augmenté son trafic de 45 % grâce à ChatGPT.

   Exemple 2 : agence SEO automatisant les briefs avec AIPRM.

   Mesures : gain de temps, amélioration du positionnement, CTR en hausse.

   IX. Conseils pour aller plus loin

   Créer ses propres bases de prompts.

   Former les équipes à l’IA générative.

   Suivre les évolutions des modèles GPT.

   Participer à des communautés : Reddit, Discord, forums SEO.

   X. Conclusion

   ChatGPT est un véritable atout pour les professionnels du SEO : il permet de gagner du temps, d’automatiser certaines tâches et d’innover dans la création de contenu. Toutefois, son usage doit être supervisé, contrôlé et toujours aligné avec la valeur apportée à l’utilisateur. Expérimentez, ajustez, analysez : tel est le triptyque d’une intégration réussie de l’IA dans votre stratégie SEO.

   XI. FAQ : ChatGPT et SEO

   ChatGPT peut-il référencer un site web automatiquement ?
   Non, il peut aider à créer le contenu, mais l’indexation reste manuelle ou via Search Console.

   Google pénalise-t-il le contenu IA ?
   Non, tant que le contenu est utile, original et répond à une intention réelle.

   ChatGPT peut-il remplacer un expert SEO ?
   Non. Il est un outil d’assistance, mais l’expertise humaine reste essentielle.

   Y a-t-il des risques avec l’IA ?
   Oui : informations erronées, uniformisation du contenu, perte de personnalisation.

   I. Introduction

   chatgpt français(https://gptopenai.fr/), développé par OpenAI, est une intelligence artificielle générative capable de comprendre et de produire du texte de manière naturelle. Dans le domaine du référencement naturel (SEO), il révolutionne les méthodes traditionnelles en apportant des solutions d'automatisation, de création de contenu et d'analyse. Cet article présente 41 manières pratiques et efficaces d'utiliser ChatGPT en SEO, illustrées par des prompts concrets. L'objectif est d'optimiser la productivité, la pertinence des contenus, et la stratégie de positionnement sur Google.

   II. Qu’est-ce que ChatGPT et comment fonctionne-t-il dans un contexte SEO ?

   ChatGPT est un modèle de langage créé… more

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