Launch and grow your web applications effortlessly with vorza’s expert Azure app services. We provide a fully managed platform so you can focus on your code while we handle the cloud infrastructure.
The Challenge: Dieter’s company had Azure VMs deployed in a flat VNet with no segmentation — all VMs could communicate with all other VMs, there was no inspection between tiers, and public IP addresses were attached directly to VMs that shouldn’t have been internet-accessible.
The vorza360 Solution: vorza360 redesigned the Azure networking architecture: hub-and-spoke VNet topology with a hub containing shared services and inspection, spoke VNets for each application environment, NSG rules enforcing traffic flows between subnets, Azure Firewall in the hub for inter-VNet and internet inspection, and public IPs removed from VMs that didn’t require direct internet access.
The Result: Dieter’s Azure network went from a flat, over-permissive topology to a properly segmented architecture with inspection. The removal of direct public IPs from internal VMs significantly reduced their attack surface, and the hub-and-spoke topology gave a consistent pattern for adding future workloads without recreating the flat network problem.
The Challenge: Nour’s company needed a site-to-site VPN between their on-premises network and Azure. Previous attempts to configure the Azure VPN Gateway and their on-premises Cisco ASA had resulted in a VPN that connected intermittently and dropped regularly, making it unreliable for the application traffic that depended on it.
The vorza360 Solution: vorza360 diagnosed the intermittent VPN issue — caused by mismatched Phase 2 lifetime timers between the Azure VPN Gateway and the ASA — reconfigured both ends with compatible IKEv2 parameters, implemented BGP over the VPN for dynamic routing instead of static routes, and configured VPN Gateway zone-redundancy for availability.
The Result: The site-to-site VPN was stable from the moment the configuration was corrected. Nour’s applications that depended on the Azure connectivity operated reliably, and the BGP configuration meant that routing changes on either side updated automatically without manual route table management.
The Challenge: Cosmin’s company needed Private Endpoints configured for their Azure PaaS services — Storage, SQL Database, and Key Vault — to prevent these services from being accessible over the public internet. They had been using public endpoints because the Private Endpoint configuration had proven confusing, and a security review had flagged public PaaS access as a risk.
The vorza360 Solution: vorza360 configured Private Endpoints for each PaaS service, updated the associated Private DNS Zones so that name resolution directed traffic through the private endpoint, adjusted NSG rules to allow the private endpoint traffic, and disabled public network access on each service after validating that all connectivity flowed through the private endpoints.
The Result: All three PaaS services were accessible only through their private endpoints. Cosmin’s security review finding was resolved, and the applications accessing the services continued working without any modification because the DNS-based approach made the transition transparent. The public endpoint exposure that had concerned the auditor was eliminated.
The Challenge: Sanjay’s company was growing their Azure environment but had no consistent VNet design — each team had created their own VNet with overlapping address spaces, meaning future connectivity between workloads would require NAT and the complexity was growing exponentially with each new deployment.
The vorza360 Solution: vorza360 designed a non-overlapping IP addressing plan for their Azure environment, implemented VNet Peering between the VNets that needed to communicate using the new address plan, and migrated workloads with overlapping addresses to new subnets in a phased approach. Future VNet creation was governed by Azure Policy requiring address space registration.
The Result: The IP address overlap problem was resolved before it prevented the inter-workload connectivity the business was planning. Sanjay’s team had a documented IP address plan and a governance policy preventing future overlaps. The VNet architecture became manageable rather than a source of growing complexity.
The Challenge: Petter’s company needed to connect their Azure environment to their on-premises data centre with private connectivity more reliable than their current VPN. Application latency over the VPN was inconsistent, and their Azure-hosted ERP was experiencing session timeouts that correlated with VPN instability.
The vorza360 Solution: vorza360 designed and project-managed the ExpressRoute circuit deployment: working with their telecoms provider on the circuit order, configuring the on-premises ExpressRoute gateway and the Azure ExpressRoute Gateway, establishing BGP peering, and migrating application traffic from the VPN to ExpressRoute while maintaining the VPN as a fallback.
The Result: ERP session timeouts stopped as ExpressRoute provided the consistent, low-latency connectivity that the application required. Petter’s team had private, reliable Azure connectivity with the VPN retained as a backup path. The latency improvement for their Azure workloads was immediately noticeable compared to the VPN.
The Challenge: Emeka’s company had Azure workloads in multiple regions but no global VNet architecture — each region’s workloads were isolated from the others, requiring internet routing between regions for workloads that needed to communicate. The internet routing introduced latency and exposed inter-workload traffic to the public internet unnecessarily.
The vorza360 Solution: vorza360 implemented Azure Virtual WAN to connect their regional VNets through Microsoft’s global backbone, replacing internet routing with private routing over the Azure backbone network. VNet connections were established from each regional hub to the Virtual WAN, and routing policies were configured for the required inter-region traffic flows.
The Result: Inter-region workload latency improved significantly as traffic moved from internet paths to Azure’s private backbone. Emeka’s cross-region application communications were no longer traversing the public internet, and Azure Virtual WAN’s centralized management gave the team a single place to manage all inter-region connectivity policies.
In the modern digital world, having a fast and reliable web presence is vital. At vorza, we provide app services for Azure that take the guesswork out of hosting. Instead of worrying about servers or security updates, our team ensures your applications are always live, secure, and ready to serve your customers. We act as your technical partner, making sure the “behind-the-scenes” work is handled with care.
By choosing vorza for your azure web app services, you gain access to a platform that grows as you do. Whether you are a small startup or an established business, we provide the tools to create, manage, and scale your digital products without the need for a massive IT department. Our goal is to make deploying to azure app service a simple, one-click experience for your business.
We provide a stable home for your websites using Azure apps services, ensuring they load quickly on every device.
We help you select the right Azure app service plans so you get the best performance for your budget without paying for extra “room” you don’t need.
Our solutions automatically add more power during a sale or a viral moment, keeping your Azure service apps from crashing during high traffic.
We use Azure app service deployment slots to test new features in a private “staging” area before pushing them live to your customers.
We handle the technical setup of your custom web address and security certificates, making sure your site looks professional and stays safe.
Tools
We use this to automate your app updates so they happen safely and quickly.
A tool that allows your developers to manage apps directly from their workspace.
A powerful plugin we use to track your app’s “pulse” and fix errors instantly.
A technical tool our team uses to manage your files and settings behind the scenes.
Deploying our web applications to Azure App Services had always been more painful than it should have been — manual steps, inconsistent environments, occasional failed deployments. vorza360 set up proper deployment slots, staging environments, and deployment pipelines. Releases are now reliable and repeatable.
vorza360 migrated our application from a self-managed IIS server to Azure App Services. They configured the app service plan correctly for our traffic patterns, set up custom domains and SSL certificates, and verified everything worked correctly before cutting over DNS. A smooth migration with zero downtime.
Our Azure App Service had been running on a plan that was too small for our traffic and we were hitting resource limits regularly. vorza diagnosed the bottleneck, recommended the correct plan tier, and configured auto-scaling rules to handle traffic spikes gracefully. Performance complaints from our users stopped immediately.
vorza360 configured deployment slots for our Azure App Services so we can deploy to staging, run smoke tests, and then swap to production with a single click and an instant rollback capability if something goes wrong. The ‘deploy-with-confidence’ workflow they set up has transformed how our team approaches releases.
Our application needed environment-specific configuration managed securely across dev, staging, and production App Service environments. vorza configured Azure Key Vault integration and App Service configuration slots correctly so secrets are managed centrally and never appear in code or config files. Clean and secure.
vorza set up Azure App Service with VNet integration for our application that needed to communicate with backend services on our private Azure network. The networking configuration was more involved than expected but vorza handled every layer cleanly. Our application communicates with backend services securely without any public exposure.
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Got questions? We’ve got answers. Find everything you need to know about using our platform, plans, and features
Azure App Service is a fully managed PaaS (Platform as a Service) hosting platform for web applications, REST APIs, and mobile backends. Unlike Azure VMs where you manage the operating system, runtime environment, patching, and scaling infrastructure yourself, App Service abstracts all of that away — you deploy your application code and Azure handles the underlying infrastructure automatically. The advantages are significant: no OS or runtime patching required (Microsoft manages the underlying infrastructure); built-in auto-scaling that adds capacity when traffic increases and reduces it when traffic drops, paying only for what you use; integrated continuous deployment from GitHub, Azure DevOps, or other source control; built-in SSL certificates; and a deployment model that typically reaches production readiness in hours rather than days. vorza360 recommends App Service for web applications and APIs where development team productivity and operational simplicity are priorities.
A properly configured Azure App Service deployment for production goes beyond simply deploying application code. vorza360 configures App Service for production by: selecting the appropriate App Service Plan tier (Standard or Premium for production workloads with SLA guarantees, multiple instances, and staging slots) and instance count for the expected traffic load. Configuring deployment slots — a staging slot allows the new application version to be deployed and warmed up before being swapped to production with zero downtime. Implementing custom domains with App Service Managed Certificates for HTTPS. Configuring application settings and connection strings in the App Service environment (rather than in application code) for secure, environment-specific configuration. Enabling diagnostic logging to Azure Storage and Azure Monitor. Configuring auto-scaling rules based on CPU utilization or request queue depth. Implementing Azure Front Door or Azure CDN in front of App Service for global distribution and DDoS protection.
Continuous deployment to Azure App Service allows every approved code commit to flow automatically from source control through build and test pipelines to a staging environment, and then to production — eliminating manual deployment steps and reducing human error. vorza360 implements App Service continuous deployment using Azure DevOps or GitHub Actions: we configure the CI pipeline to trigger on every commit to the main branch, execute automated tests, and build the deployment artifact. We configure the CD pipeline to deploy the artifact to a staging slot in App Service, run post-deployment smoke tests against the staging URL, and then perform a slot swap (promoting staging to production) either automatically after tests pass or with a manual approval gate. This deployment pattern eliminates application downtime during releases because slot swaps are instantaneous, and provides instant rollback capability by swapping back to the previous version if issues are detected post-deployment.
Azure App Service supports both vertical scaling (increasing the size of the App Service Plan instance) and horizontal auto-scaling (adding or removing instances in response to traffic demand). For most web application workloads, vorza360 implements horizontal auto-scaling as the preferred approach because it maintains cost efficiency by scaling out during peaks and in during quiet periods. We configure Azure App Service auto-scale rules with: a scale-out rule that adds instances when average CPU utilization exceeds 70 percent for 5 minutes (indicating the current instance count is insufficient), a scale-in rule that removes instances when average CPU falls below 30 percent for 10 minutes (indicating overcapacity), minimum and maximum instance count boundaries to prevent both under-scaling during sustained load and unexpected cost from runaway scaling, and appropriate cool-down periods between scaling events to prevent oscillation. For applications with predictable traffic patterns (higher traffic during business hours), we add schedule-based scaling rules alongside metric-based rules.
Azure App Service provides several integrated monitoring capabilities that vorza360 configures comprehensively for production applications. We enable Application Insights — Microsoft’s application performance monitoring service — by installing the SDK in the application code (for deeper telemetry) or enabling the no-code agent attachment feature (for monitoring without code changes). Application Insights captures HTTP request rates, response times, failure rates, exception details, dependency call performance (SQL queries, external API calls), and user session data — all visualized in the Azure Portal and configurable as alert rules. We configure Azure Monitor alerts for App Service metrics including high HTTP 5xx error rates (indicating application failures), high response time (indicating performance degradation), and high CPU or memory utilization. We set up Live Metrics Stream for real-time visibility during deployments and incident investigations.
