Optimize Hybrid Azure-AVD Setup -- 2

@farooqtahir2013

With a decade of experience as a Network, Cybersecurity, VoIP and System Engineer, I am confident that I have the skills and expertise needed to optimize your Azure AVD setup. When it comes to Azure - on-prem hybrids, especially with AVD, I have engineered seamlessly for both small-scale and enterprise-sized companies in the past -- prioritizing performance, cost-effectiveness and security at every step. My knowledge of Azure Monitor, Network Watcher, Wireshark, PerfMon and Group Policy Results come in handy to troubleshoot such issues. I understand your need for optimization without destabilizing your current work environment. This showcase my ability to adapt to unique requirements. To tackle the performance issues over S2S connection and high costs related to profile storage on the cloud storage post relocation, I will leverage my network administration skills alongside using tools like Azure Monitor to identify loopholes and fine-tune the connections for improved speed. Additionally, I will use my deep understanding of hybrid environments to evaluate whether migrating both applications to cloud or any other permutation yields desired outcome undeterred by any potential consequences. Choose me for 24*7 support, quick response and full dedication towards delivering your project within timeframe with full efficacy.

@AZTURK1

Hi there, I've reviewed your hybrid Azure AVD setup and the latency issues over your S2S tunnel are clear — remote users suffer because the on-prem app is being dragged across the site-to-site connection, and AVD performance is bottlenecked by FSLogix profile latency and drive mapping over that same slow link. I've optimized several Azure/on-prem hybrids exactly like this, including AVD + FSLogix + drive mapping scenarios. What I'll do: ✅ Run Azure Monitor + Network Watcher + PerfMon to baseline S2S throughput, FSLogix profile load times, and drive map latency for both apps ✅ Right-size storage/disk types for the on-prem Hyper-V app and AVD hosts, and tune FSLogix profile container sizing/caching to cut Azure storage costs back ✅ Rebuild drive mapping (GPO/Intune) so the on-prem app mounts locally for LAN/VPN users and the AVD app mounts inside the session — zero credential sharing, done over shared screen ✅ Staged rollout: implement one access scenario at a time and validate before expanding, so production stays stable Skills: ✅ Azure, AVD, FSLogix, Site-to-Site VPN (Azure + Cisco AnyConnect) ✅ Hyper-V, Windows Server 2025, Windows 11 multi-session ✅ Azure Storage, Azure Monitor, Network Watcher ✅ Group Policy, OU design, drive mapping, GPO Results ✅ Windows Admin Center, PerfMon, Wireshark ✅ Microsoft® Certified: MCSA | MCSE | MCT ✅ 300+ projects delivered, 280+ five-star reviews

@Solutionzhere

Hey! Realistic flag: proper diagnosis + fix for hybrid AVD/S2S performance and cost issues (network path analysis, FSLogix profile tuning, drive-mapping redesign, live production changes with zero test environment) is a $1,200-2,000 CAD, 1.5-2 week engagement, not $30-250 — this needs careful diagnostic work before any live change, especially with no test environment as a safety net. SolutionzHere's untangled AVD/S2S performance issues before (Azure Monitor + Network Watcher diagnostics, FSLogix optimization). Quick Q: is $30-250 a placeholder, or the actual budget ceiling? Determines if a scoped diagnostic-only phase makes sense first.

@gotucat

Hi, I reviewed your Azure-AVD hybrid on-prem/Hyper-V with site-to-site VPN, FSLogix, and drive-mapping needs, and the key issue is slow S2S app access plus rising monthly storage/network costs. I’ll focus on Network Administration and Troubleshooting by validating latency and throughput end-to-end (AVD host to on-prem app, VPN path), then tuning Azure and on-prem configuration to improve perceived performance without moving everything to cloud. Using Cloud Computing monitoring (Azure Monitor, Network Watcher) and diagnostics (PerfMon, Group Policy Results, Wireshark where appropriate), I’ll isolate bottlenecks and adjust Group Policy drive mappings and FSLogix profile settings carefully. I’ll keep changes incremental and safe with shared-screen execution to avoid destabilizing the environment. Let’s discuss here now.

@Web1devloper

As an experienced and multiservice IT professional, I've successfully optimized various on-prem to cloud setups in my 8-year career. Your current hybrid AVD setup is not at its peak performance, and optimizing cost while enhancing speed are your top requirements. Here's where my expertise comes into the picture. I've worked extensively with Azure, using tools like Azure Monitor and Network Watcher, to successfully streamline environments and reduce costs by identifying bottlenecks. By employing proven techniques like monitoring performance metrics with PerfMon and analyzing traffic with Wireshark, I can identify any potential inefficiencies within your current setup. Additionally, my familiarity with Group Policy Results will allow me to manage your AD, DNS, GPO, enhancing security and trust within the system. Another crucial aspect in my work approach is that I understand the criticality of online tinkering within a live environment. Hence our interaction will be through shared screens, essentially bypassing the necessity of credential distribution. To briefly summarize, my extensive experience in cloud computing paired with my technical mastery of Azure services leaves me well poised to optimize your Hybrid Azure-AVD setup in a way that maximizes its performance while keeping costs in check without destabilizing your work environment due to any changes.

@ahmaddar2970

I can help optimize this hybrid Azure/AVD environment carefully and online, with shared-screen collaboration only. My approach would be to first identify where the latency is truly occurring across LAN, VPN, S2S, AVD, FSLogix, and DNS/GPO paths, then separate application delay from network delay and profile/storage overhead. From there I’d prioritize low-risk changes that improve user experience without destabilizing production. For your setup, likely focus areas include: - Drive mapping behavior for both hosted applications - AVD session performance and host configuration - FSLogix profile storage latency and sizing - VPN and S2S routing, DNS resolution, and traffic path efficiency - On-prem to Azure access patterns for local, remote, and roaming users - GPO, logon, and profile load optimization I’d work methodically, validating each change before moving to the next so the live environment stays stable. The goal would be to reduce slow S2S-dependent access, lower unnecessary Azure storage costs, and improve consistency for both local and remote users. If helpful, I can start by reviewing the current traffic flow and profile/logon path, then build a practical remediation plan focused on performance first and cost second.

@emilesd617

Hi, I am an Azure and systems engineer with 8 years of rich experience in software development and infrastructure, with a background in hybrid environments, Windows Server, virtualization, networking, and performance troubleshooting. I am familiar with Azure Virtual Desktop, Hyper-V, FSLogix, Active Directory, DNS, GPO, site-to-site VPN, Cisco AnyConnect, Azure Monitor, Network Watcher, PerfMon, and network performance analysis. For your environment, I can first trace exactly where the S2S latency is coming from, then review AVD host sizing, routing, profile storage, drive mappings, FSLogix configuration, and Azure storage costs before making any changes. Since this is a live production setup, I can work through screen sharing and make changes carefully in small, reversible steps while comparing performance and cost impact. I'm an individual freelancer and can work on any time zone you want. Please contact me with the best time for you to have a quick chat. Looking forward to discussing more details. Thanks. Emile.

@toqeer74

Hi, I can help you with your Azure hybrid setup. I've worked on projects that required optimizing Azure AVD environments, focusing on addressing slow S2S connections and managing Azure storage costs. Using tools like Azure Monitor and Network Watcher, I will identify bottlenecks and map drives in user profiles as needed for both your on-prem and AVD applications. In a previous project, I successfully improved the performance of a similar setup by reallocating resources and suggesting adjustments to network configurations. This resulted in a significant speed increase for remote users. I can deliver this in 7 days for $[Price]. What are your top priorities for this setup?

@natesd

Hello, I understand you have an on-prem/Azure hybrid environment and need it tuned for cost and performance for both local and remote users. The setup: on-prem Hyper-V (Windows Server 2025) hosting one application whose drive must be mapped as a drive letter in the user profile, and a second application on AVD (Windows 11 multi-session) with FSLogix profiles on centralized Azure storage, also needing a mapped drive. AD/DNS/GPO are on-prem, with a site-to-site link to Azure. The core pain: whichever way a user connects, the application reached over the S2S connection is very slow—local users hit the AVD app over S2S, remote users hit the on-prem app over S2S—so someone always suffers. Plus costs rose (flat-rate S2S, and profile storage doubling monthly spend after moving to Azure). I engineer exactly these Azure/on-prem hybrids with AVD, and I'd approach this diagnostically first—measuring where the S2S latency and throughput actually bottleneck (Network Watcher, PerfMon, Wireshark) before changing anything—since the right fix (keep split, consolidate on-prem, or consolidate in cloud) depends on the real numbers and your cost constraints. I'll work carefully on your live environment via shared screen. Details below.

@mzdesmag

Hello sir, Did go through your job description and glad to share that I have enormous experience in working with Optimize Hybrid Azure-AVD Setup I'm a seasoned programmer and Engineer with quality experience in Flutter, React, Node.JS, SpringBoot, Frontend and Backend Development, Python, Matlab, R studio, C, C++, C#, OpenCV, OpenGL, Tesseract OCR, google vision, Statisticaal programming/R progamming data analysis Computing for Data Analysis Time Series & Econometric, Machine learning, AI, Deep learning, Matlab and Mathematica, 3D modeling, CAD/CAM,AutoCAD, 2D, Architectural Engineering, SolidWorks, Unity 3D, PCB, Electronics, Arduino, Automation, Embedded and Firmware , IOT, Electrical/Mechanical Engineering I am a TOP Rated Freelancer, and you can check my reviews here as well: https://www.freelancer.com/u/mzdesmag. Looking forward to potentially working together on this project. Thanks and Best regards, Adekunle.

@melopgabriel

Hi, your setup has a clear bottleneck: users are crossing site-to-site and VPN paths for apps that depend on mapped drives, which is hurting both speed and cost. I’d focus on the flow from endpoint to app, then tighten the weakest links without destabilizing production. I’ve worked on hybrid Azure environments with AVD, FSLogix, Group Policy, and Windows Server, and I’m comfortable troubleshooting drive mapping, session behavior, and network latency in live systems. My approach would be to validate where the delay is coming from using Azure Monitor, Network Watcher, PerfMon, and Wireshark, then review profile storage, routing, DNS, and GPO behavior. I’d make changes incrementally through shared screen sessions so we can test safely and avoid service impact. If you’d like, I can help you identify the fastest low-risk path forward. Best regards, Gabriel

@mikes126

Hi there, let's have short meeting if you wanna review the current hybrid Azure-AVD setup together. I can troubleshoot the S2S latency, AVD performance, FSLogix storage cost, VPN path, DNS/GPO and application drive mapping without making risky changes to your live environment. I’d first use Azure Monitor, Network Watcher, PerfMon and Wireshark to identify where the bottleneck actually is, then compare the best options: optimizing routing/S2S, changing application placement, improving AVD/FSLogix configuration, or reducing Azure storage cost. Since this is production, I’ll work through shared screen only, document each change, and validate performance after every step. I have experience with Azure, AVD, Windows Server, Hyper-V, AD/DNS/GPO, VPN and hybrid networking. Budget: $180 CAD Timeline: 3 days

@vhrios

Hi I m an Azure expert with experience in hybrid environments and AVDs. I would like to know a little more about your app. Does it have any db connection to on-prem or Azure? Why it need a drive letter mapped? Thanks

@andrewm378

Hi, I understand you are looking for someone to analyze an active Azure and on-prem hybrid environment where the main issues are application performance over Site-to-Site VPN, AVD latency, FSLogix storage cost, and finding the right balance between performance and budget. I have worked with hybrid cloud environments involving Azure services, Windows Server, networking, VPN connectivity, Active Directory, DNS, GPO, and performance troubleshooting. In similar environments, the main challenge was identifying whether the bottleneck came from network routing, storage latency, application architecture, or VM placement before making changes. For this project, I would first review the current architecture and collect performance data using tools like Azure Monitor, Network Watcher, PerfMon, and network diagnostics. Then I would evaluate options such as application placement changes, storage optimization, AVD tuning, VPN improvements, and cost-saving alternatives without disrupting the production environment. I understand this is a live environment, so I would work through shared screen sessions and make changes carefully with proper validation at each step. I’d be happy to review your current setup and discuss the best optimization approach. Thank you for your consideration. Andrew

@WebGraphics4You

Hello, As an adept Azure engineer with a penchant for optimization, I believe my skills make me uniquely fitted for your project. Having facilitated seamless Azure-on-prem hybrids in the past, including working with AVD specifically, I'm confident that my extensive experience can help you extract the maximum potential from your hybrid environment. I understand that performance issues and excessive costs can be irksome. Through a meticulous evaluation of your current setup by utilizing Azure Monitor, Network Watcher, Wireshark, PerfMon alongside my previous experience dealing with similar challenges, I can promptly identify areas to optimize your system. From addressing slow S2S connections to finding the right balance between on-prem and cloud storage - I'm up for it all. Importantly, I am well-versed in operating in live environments and understand the intricacies involved. You can trust me to conduct all optimization operations during shared screen sessions to ensure data security and work environment continuity. Together we can refine your setup for top-notch user experiences while being mindful of budgetary concerns. Thanks!

@andrem939

Hi there, I am a full stack software engineer with extensive experience in optimizing cloud environments, especially Azure. My hands-on work with hybrid setups and performance tuning ensures I can successfully enhance your existing Azure-AVD configuration. This project is crucial for improving application performance and reducing costs. I recommend conducting a thorough analysis of your current setup using tools like Azure Monitor and Network Watcher to identify bottlenecks. By optimizing your network connections and possibly adjusting your server locations, I can significantly improve your application speed and reduce monthly costs, ensuring a seamless experience for all users. Please send a message so we can discuss the details further. Looking forward to working with you. Thank you, Andre

@ahmadayaz

After reviewing your hybrid environment, optimizing performance and cost efficiency is critical. I have experience with Azure services like Azure Monitor and Network Watcher to improve operations. By analyzing your network using tools like Wireshark, I can identify and resolve bottlenecks affecting S2S connections. For user profile management, I'll optimize FSLogix and Azure storage to control costs post-migration effectively. Let's collaborate to streamline your infrastructure and enhance performance for all users.

@jonasdedzo

Hi there, Your main goal isn't simply to improve Azure performance—it's to eliminate the bottlenecks created by your hybrid architecture while reducing ongoing Azure costs without disrupting your live production environment. From your description, the biggest issue appears to be the constant cross-site traffic between on-prem applications, AVD hosts, FSLogix profiles, and Site-to-Site VPN connectivity. My approach is to first perform a non-invasive assessment of network latency, routing, DNS resolution, storage performance, FSLogix behavior, and AVD session metrics before recommending changes. I'll identify the true performance bottlenecks, evaluate alternative architectures, optimize profile storage and networking, and implement only low-risk improvements during shared-screen sessions. Every change will be validated in real time with rollback planning, ensuring your production environment remains stable while delivering measurable gains in application responsiveness and Azure cost efficiency. Looking forward to working with you. Thanks!

@dinobartolome

Your S2S bottleneck is the classic hybrid-AVD headache -- apps work fine locally but crawl over the site-to-site tunnel. And FSLogix profile storage cost doubling after moving to Azure is the other half. I've done 10+ years of cloud infrastructure and DevOps, mostly AWS but with enough cross-platform exposure to read Azure networking and cost patterns. Honest note: AVD and FSLogix aren't tools I work with daily. If you need someone who's tuned 50 AVD environments, I'm probably not the right fit. But if you want a sharp infrastructure generalist who can look at your Network Watcher traces, PerfMon baselines and S2S throughput with fresh eyes, sometimes that outside perspective catches what the platform-native folks miss. What you'd get: a structured audit of where the latency actually lives. Is it the S2S tunnel bandwidth, DNS resolution over the VPN, or Cisco AnyConnect overhead adding round trips? And a clear recommendation on whether consolidating both apps on-prem vs cloud pencils out when you factor VM costs against the S2S performance hit. All done as a shared-screen session, nothing touched without you watching. Shoot me a message and we can hop on a call to walk through your topology.