For internal IT teams, Microsoft RDWeb often gets the job done. It publishes Windows desktops and RemoteApp programs through a browser portal tied to Windows Server Remote Desktop Services, an approach that works well when users belong to the same organization. Independent software vendors publishing Windows applications from the cloud to paying customers face different demands around licensing, infrastructure costs, and multi-tenant app hosting. Those demands have prompted more publishers to consider an RDWeb alternative for Windows app publishing without RDS complexity.
Our top pick is GO-Global for ISVs that need to publish an existing Windows application to cloud customers without an RDS dependency or named-user CAL overhead. It removes the requirement for RDS licensing from the stack. Its concurrent-user licensing model and vendor-reported savings of up to 40% over RDS and up to 70% over VDI give publishers with large but intermittent user bases a possible route to lower total cost. For browser-only delivery with no client installation, Thinfinity is the strongest alternative. Smaller software publishers evaluating HTML5 delivery backed by a large partner network should also consider TSplus Remote Access.
CTOs, product leads, and technical founders evaluating how to SaaS-enable a Windows application will find seven ranked options below. Each was assessed on RDS dependency, licensing model, total cost impact, multi-tenant complexity, whether an existing Windows application can be published without a rewrite, and the access method available to end users.
Table of Contents
At-A-Glance Comparison of the 7 Best Options
| Provider | Best For | Key Strength | Licensing Model |
| GO-Global | ISVs eliminating RDS dependency entirely | No RDS required plus concurrent-user licensing | Concurrent-user, no RDS CALs required |
| TSplus Remote Access | Smaller publishers evaluating HTML5 access | HTML5 delivery and a 5,000-partner network | Per-server perpetual tiers or per-user subscription |
| Thinfinity | Browser-only Windows-to-SaaS delivery | Zero-install browser delivery for ISVs | Not publicly confirmed |
| Turbo.net | Cross-platform application delivery | Delivery across PCs, Macs, mobile devices, and cloud environments | Per-user plans; Enterprise custom |
| Numecent Cloudpager | Provisioning on AVD and Windows 365 | Automated provisioning without repackaging | Not publicly confirmed |
| Leostream | Connection-broker control for hybrid apps | Gateway-based brokered access | Sales-issued commercial licence; pricing model not public |
| Atria | Multi-tenant ISV automation for existing stacks | Automated tenant and reseller onboarding | Not publicly confirmed |
How We Chose
We ranked these seven products as RDWeb alternatives and adjacent application-delivery options for publishing software by applying the same six ISV-specific tests to each option. We considered whether the product requires Windows Server RDS, whether it uses named-user or concurrent-user licensing, its likely effect on total cost of ownership for a publisher, the difficulty of multi-tenant deployment for external customers, whether it can publish an existing Windows application without a rewrite, and how end users connect through a browser, thin client, or installed agent.
The 7 Best RDWeb Alternatives and Application Delivery Options for Publishing Windows Software
With those criteria in mind, here are the seven tools ISVs should evaluate when moving Windows application delivery away from RDWeb, ordered from most RDS-independent to most infrastructure-dependent. Each entry explains how the product supports cloud-hosted Windows software delivery, where it performs well, and the trade-offs involved. Our top recommendation is #1 for publishers looking for a relatively direct route to RDS-free, concurrent-user delivery.
#1. GO-Global – Best for ISVs Eliminating RDS Dependency Entirely
GO-Global is a Windows application publishing platform built specifically for ISVs that need to deliver existing desktop software to external customers over the cloud.
RDS-based stacks require Windows Server RDS roles and associated CALs, while this platform is designed to operate without Microsoft RDS. Graphon Go-Global allows publishers to deliver existing Windows applications to remote users, helping them SaaS-enable a current product without rewriting its code. Its focus on software vendors and multi-tenant application delivery also distinguishes it from tools designed mainly for internal desktop access and administration.
For publishers comparing remote application publishing options, the licensing distinction can matter as much as the technical architecture. Concurrent-user licensing means an ISV pays according to simultaneous sessions rather than every named account that may log in during a month, which can suit customer bases with many occasional users. According to GraphOn’s own positioning, ISVs switching to GO-Global can save up to 40% over RDS and up to 70% over VDI. Those vendor-reported figures should be validated against the intended deployment, but they illustrate the potential financial effect of concurrent licensing and removing RDS CAL requirements.
Key Specs:
- Deployment: Windows application publishing with no RDS role required
- Access Method: Remote delivery of existing Windows applications without a rewrite
- Licensing: Concurrent-user sessions, with no RDS CAL required
- Multi-Tenancy: Multi-tenant capability intended for external customer delivery
- Pricing: Published concurrent-user pricing starts at $4.20 per user/month for 25-99 users; GraphOn reports savings of up to 40% over RDS and up to 70% over VDI
Pros:
- Removes the requirement for RDS licensing and associated CALs
- Concurrent-user licensing can suit large customer bases with intermittent activity
- Publishes existing Windows software without requiring an application rewrite
- Focuses specifically on application delivery for independent software vendors
- Offers potential cost reductions compared with traditional RDS infrastructure
Cons:
- Concurrent-user pricing is most attractive when simultaneous usage is meaningfully lower than the total registered user base
- Peak-session bursts still require careful capacity planning
- Subscriptions require a one-year upfront contractual commitment and are non-cancellable
- The highest-volume GO-Global tier and ISVHost pricing require a sales quote
Who It Is Best For: ISVs that want to publish an existing Windows application to cloud customers with no RDS dependency and pay according to simultaneous use rather than named headcount.
#2. TSplus Remote Access – Best for Smaller Publishers Evaluating HTML5 Access
TSplus Remote Access is an HTML5-based remote access and application publishing tool aimed at smaller software publishers and small to midsize businesses.
The product provides browser-accessible delivery of Windows desktops and applications, along with desktop access software capabilities, reducing the client-side installation work required from end customers. Verified vendor information highlights a network of 5,000 business partners and a sales team available for custom and partner inquiries. That structure may suit channel-led deployments in which a publisher or reseller configures access for clients. For ISVs evaluating application delivery, the partner footprint provides a broad channel network, although the availability and scope of deployment assistance should be confirmed directly.
Public information confirms perpetual per-server licences with user tiers as well as monthly and yearly subscription options. It does not clearly establish full RDS independence or detailed ISV multi-tenant controls. Treat TSplus as an HTML5 Windows application and desktop access option for simpler use cases, then confirm RDS requirements, customer separation, and the intended deployment design directly with the vendor before committing to a rollout.
Key Specs:
- Deployment: HTML5-based Windows application and desktop access
- Access Method: HTML5 browser access that can reduce client installation needs
- Licensing: Per-server perpetual user tiers or per-user subscription options
- Multi-Tenancy: Detailed tenant separation and management are not publicly confirmed
- Pricing: Published; perpetual licences start at $200 per server, while Enterprise subscriptions are $5 per user/month or $4.50 per user/month when billed yearly
Pros:
- Network of 5,000 business partners available for channel deployment
- HTML5 delivery reduces client-side installation requirements
- Covers both remote application publishing and desktop access
- Sales support is available for partner and ISV inquiries
Cons:
- Public material is aimed broadly at remote access and Windows application delivery rather than specifically at ISV SaaS enablement
- Full RDS independence is not publicly confirmed
- Detailed ISV multi-tenant publishing capabilities require direct validation
- Licensing is organised by server and user tiers rather than the concurrent-use model highlighted for GO-Global
Who It Is Best For: Smaller software publishers that need HTML5 application or desktop access with broad partner availability and straightforward browser delivery.
#3. Thinfinity – Best for Browser-Only Windows-to-SaaS Delivery Without App Rewriting
Thinfinity is a browser-based Windows delivery platform built explicitly for ISVs that want to turn existing desktop software into SaaS without redevelopment.
Its central proposition is direct: customers can open an application in a browser with no installation and no client dependency. The vendor also emphasizes ISV-specific capabilities such as provisioning, multi-tenancy, and SaaS-style delivery, allowing a software company to manage separate customer accounts rather than individual remote sessions. The platform is built on IONOS Cloud, which the vendor positions as supporting cost control, scalability, and automation for hosted application delivery.
That ISV orientation makes Thinfinity worth evaluating for teams prioritizing browser access rather than a conventional installed client. An ISV with an existing Windows product can present it as cloud-hosted software through a browser, manage multiple tenants, and avoid rewriting the application while retaining control over provisioning. Teams should still assess whether its IONOS Cloud foundation, operational model, networking requirements, and available controls match their existing architecture. Public pricing and licensing terms are not confirmed.
Key Specs:
- Deployment: Cloud delivery built on IONOS Cloud infrastructure
- Access Method: Browser delivery with no client installation
- Licensing: Licensing terms are not publicly confirmed
- Multi-Tenancy: Provisioning and multi-tenant SaaS delivery capabilities
- Pricing: Pricing is not publicly confirmed
Pros:
- No client installation is required for browser-based application access
- Provisioning and multi-tenancy are designed around ISV delivery needs
- Existing Windows software can be presented as SaaS without redevelopment
- IONOS Cloud foundation is positioned by the vendor for scalable delivery
- ISV program supports software publishers bringing applications to market
Cons:
- Newer and less established than long-standing virtualization brands
- Teams need to assess the fit of the IONOS Cloud-based architecture
- Public pricing and licensing details are not confirmed
- Smaller community and ecosystem than RDS-based incumbents
Who It Is Best For: ISVs that want to monetize existing Windows software through browser-delivered SaaS without redevelopment or client installation.
#4. Turbo.net – Best for Cross-Platform On-Demand Application Delivery
Turbo.net is an application delivery platform for on-demand access to applications across PCs, Macs, mobile devices, and cloud environments.
Founded in 2006 and based in Seattle, with a globally distributed engineering team, the company has a long history in application delivery across different device types. Its cross-platform scope makes it relevant for organizations whose customers need access from a mixture of endpoint categories rather than a single standardized Windows environment. This breadth can be useful when consistent availability across PCs, Macs, mobile devices, and cloud environments is more important than focusing exclusively on conventional Windows remote publishing.
For ISV software delivery, buyers should evaluate Turbo.net primarily on its verified cross-platform application delivery capabilities and company track record. Public pricing and per-user plan structures are available, but public information does not confirm ISV-specific tenant management, concurrent-user licensing, RDS independence, or bundled SaaS provisioning features. Publishers that require customer isolation, automated subscription provisioning, or CAL-free operation should validate those requirements directly. It is best considered where on-demand access across several device types is the main priority.
Key Specs:
- Deployment: Application delivery across endpoint and cloud environments
- Access Method: Access from PCs, Macs, mobile devices, and cloud environments
- Licensing: Per-user plans for Hub and Hub + Application Server; Enterprise terms are custom
- Multi-Tenancy: ISV tenant isolation and management are not publicly confirmed
- Pricing: Free for up to 5 users; Hub is $19 per user/month and Hub + Application Server is $24 per user/month, billed annually; Enterprise is quote-based
Pros:
- Established vendor founded in 2006 with an application delivery focus
- Supports application access across Windows PCs, Macs, mobile devices, and cloud environments
- Broad device coverage can serve varied customer endpoint requirements
- Globally distributed engineering team supports an international company presence
Cons:
- Public facts do not confirm ISV-specific multi-tenancy
- Concurrent-user licensing and RDS independence are not publicly confirmed
- Broad cross-platform coverage may offer a different fit from Windows-only publishing tools
- Enterprise pricing requires contacting sales
Who It Is Best For: Teams that need on-demand application delivery across several device types and value broad endpoint coverage.
#5. Numecent Cloudpager – Best for Containerized Windows App Provisioning on AVD and Windows 365
Numecent Cloudpager is a containerized provisioning platform that helps ISVs deliver Windows applications on Azure Virtual Desktop, Windows 365, and other cloud desktop environments.
Built on a global cloud backbone, the product is designed to provision software to users worldwide within seconds while automating the configuration of complex desktop environments without repackaging. The vendor states that packaged applications are guaranteed to run on AVD, Windows 365, and emerging cloud environments, and it offers an edition for independent software vendors. For publishers already committed to Microsoft cloud desktops, that positioning is practical because it separates application management from image management and can reduce the operational work involved in keeping customer environments current.
The product occupies a specific layer in the delivery stack. Cloudpager focuses on packaging, automation, and dynamic provisioning, rather than acting as a complete RDS replacement or browser streaming portal by itself. ISVs seeking concurrent-user licensing or full RDS elimination should consider other options. Publishers that need automated provisioning within an existing Microsoft desktop estate, however, may find it directly relevant to their operational requirements.
Key Specs:
- Deployment: Global cloud backbone with dynamic provisioning to cloud desktops
- Access Method: Delivery through AVD, Windows 365, and supported DaaS clients
- Licensing: ISV licensing terms are not publicly confirmed
- Multi-Tenancy: Tenant-management capabilities are not publicly confirmed
- Pricing: Pricing and ISV edition terms are not publicly confirmed
Pros:
- Global backbone supports rapid provisioning to users worldwide
- Automated environment configuration avoids the need for repackaging
- Confirmed focus on AVD and Windows 365 compatibility
- Offers an ISV-specific edition with publisher-oriented positioning
- Automated provisioning can reduce ongoing operational work
Cons:
- Primarily a provisioning layer and may require a separate delivery stack
- RDS independence and concurrent-user terms are not publicly confirmed
- Better suited to Microsoft desktop environments than fully RDS-free publishing stacks
- Public pricing is not confirmed
Who It Is Best For: ISVs that provision and manage Windows applications on AVD and Windows 365 without repackaging and want automated global delivery.
#6. Leostream – Best for Connection-Broker Control of Hybrid Hosted Windows Apps
Leostream is a connection-broker platform for managing user connections across hosted applications and desktops from a range of devices.
The vendor describes its core proposition as connecting users to resources at any time, from anywhere, and on any device. Access is delivered through Leostream Gateways with controls that include subnet and CIDR-based client filtering, along with system and client-list management. In practice, it serves as a control plane that routes users to hosted resources, applies access policies, and supports hybrid environments where applications reside on different hosts or clouds. Brokering addresses access organization and routing rather than replacing the host that runs an application.
Verified public information for this entry is narrower on commercial terms than on product capabilities. Leostream documents that Connection Broker licences are issued using a serial number from Leostream Sales and tied to a Broker installation or cluster, but it does not publish a clear per-user or concurrent-user pricing model. Buyers should still confirm how tenants, gateways, access controls, capacity, and commercial terms are managed in the intended environment. Leostream is most useful where an ISV or IT team already operates hosted Windows applications and needs consistent brokered control over user access.
Key Specs:
- Deployment: Gateway-based broker managing connections to hosted resources
- Access Method: Brokered access positioned for use across device types
- Licensing: Commercial licence issued via a Leostream Sales serial number; public per-user or concurrent-user model not stated
- Multi-Tenancy: Tenant separation and delegated management require confirmation
- Pricing: No public price list located; contact Leostream Sales for commercial terms
Pros:
- Flexible broker model supports hybrid and multi-platform resources
- Any-device positioning can suit varied end-user environments
- Gateway architecture provides control over user routing and access
- Focused specifically on connection brokering
Cons:
- Public commercial details are limited beyond the documented licensing workflow and broker capabilities
- Its control-plane focus means it is not a complete application publishing stack alone
- ISV multi-tenancy and concurrent-user licensing are not publicly confirmed
- No public price list is published
Who It Is Best For: ISVs and architects that need a connection broker to control user access across hybrid hosted Windows applications from different devices.
#7. Atria – Best for Multi-Tenant ISV Automation for Existing Stacks
Atria is an ISV automation layer that helps publishers deliver Windows applications with SaaS-style operations without rebuilding their underlying hosting stack.
Instead of handling application streaming itself, the product automates tenant setup, user provisioning, and access across existing delivery platforms. Resellers can onboard customers without relying on engineering assistance. Atria operates as a self-hosted management plane rather than a fully managed SaaS product, allowing the ISV to retain control over data and infrastructure while adding centralized operations for customers and resellers. This approach is relevant for publishers that already run a delivery environment but face manual onboarding, inconsistent access processes, or reseller friction.
The trade-off is straightforward. Automation does not replace the hosting technology or licensing beneath it, so teams continue to operate and pay for their existing application hosts. The self-hosted model also leaves the ISV responsible for maintaining the management infrastructure. Publishers starting from scratch and seeking complete RDS independence may be better served by a dedicated publishing platform, while those standardizing operations on top of an established stack are more likely to benefit from Atria.
Key Specs:
- Deployment: Self-hosted management plane overlaying existing application hosts
- Access Method: Depends on the underlying delivery platform
- Licensing: ISV licensing terms are not publicly confirmed
- Multi-Tenancy: Automated tenant setup, user provisioning, and reseller onboarding
- Pricing: Pricing and self-hosting terms are not publicly confirmed
Pros:
- Automates tenant and user provisioning processes for ISVs
- Platform-agnostic approach works across existing delivery stacks
- Reseller self-service onboarding reduces reliance on engineering teams
- Self-hosted model keeps data and infrastructure under ISV control
- Designed for ISV Windows application delivery operations
Cons:
- Self-hosted management plane requires the ISV to maintain infrastructure
- Does not replace the underlying delivery stack or its licensing
- Better suited to ISVs with an existing platform than greenfield deployments
- Public pricing is not confirmed
Who It Is Best For: ISVs delivering Windows applications on existing stacks that need to automate tenant setup, user provisioning, and reseller onboarding without routine engineering involvement.
Frequently Asked Questions
Should I Replace RDWeb If I Publish Software to External Customers?
Most ISVs serving external customers should at least evaluate a replacement because RDWeb was designed primarily for internal IT publishing rather than multi-tenant commercial delivery. RDS roles, CAL tracking, and portals built around a single organization can add cost and operational work when customers require separate onboarding, access, and support. A purpose-built publishing, provisioning, broker, or automation layer may simplify those requirements.
Should I Expect to Publish Windows Applications Without Paying for RDS CALs?
It is possible with platforms that have no RDS dependency because RDS CALs apply when the RDS role forms part of the delivery path. A platform architected without RDS roles can avoid those CAL requirements. Buyers should always confirm in writing that a proposed deployment uses no RDS roles and requires no RDS CALs before signing an agreement.
Is Concurrent-User Licensing Worth It Compared to Named-User Licensing for ISVs?
Concurrent-user licensing is often worthwhile for ISVs with many registered users but relatively modest simultaneous usage because charges are based on active sessions rather than every account. Named-user licensing may be simpler when usage is consistent and nearly every user connects each day. Publishers should model peak concurrency, expected growth, and burst periods before selecting either approach.
Should I Expect Major Cost Savings When I Move Off an RDS-Based Stack?
Potential savings are possible, but they should be validated through a total-cost comparison that covers hosts, CALs, gateways, management, and support. GraphOn reports savings of up to 40% over RDS and up to 70% over VDI; those figures indicate the possible direction of costs rather than guaranteeing a particular result. Testing with representative tenants can help measure concurrency, infrastructure requirements, and operational overhead together.
Should I Choose a Browser-Based RDWeb Alternative to Avoid Rewriting My Application?
A browser-based option can be a suitable choice when the goal is to SaaS-enable an existing Windows application without redevelopment. HTML5 Windows application delivery lets customers access software through a link rather than installing a dedicated client. During evaluation, confirm that printing, file handling, and peripheral support meet the application’s specific product requirements.
Should I Plan Around Microsoft Replacing RDP and RDWeb for Application Publishing?
ISVs should plan for continued evolution rather than one direct replacement because Microsoft emphasizes cloud desktops and modern management, while many publishers still need lightweight application delivery. The main decision is whether the product roadmap favors Microsoft desktop environments, RDS-free publishing, brokered access, or containerized provisioning. The selected layer should match the publisher’s cloud commitments and customer access needs in 2026.
Should I Expect to SaaS-Enable My Existing Windows Application Without a Code Rewrite?
Several approaches support SaaS enablement without rewriting the underlying application, including RDS-free publishing, browser delivery, containerization, and tenant automation. The work required depends on application complexity, integrations, access requirements, and testing rather than code changes alone. Production readiness will also depend on security, scaling, infrastructure, and support requirements.
Final Verdict on Choosing the Right RDWeb Alternative or Delivery Layer
Choose GO-Global if the priority is to eliminate RDS, avoid RDS CAL requirements, and license concurrent use while publishing an existing Windows product without a rewrite. Thinfinity is the stronger choice for browser-only SaaS delivery with ISV provisioning, while TSplus Remote Access suits publishers seeking HTML5 access backed by a large partner network. Turbo.net emphasizes cross-platform application delivery, and Numecent Cloudpager addresses containerized provisioning for Microsoft cloud desktops. Leostream provides brokered control across hybrid hosts, while Atria automates tenants and resellers on top of infrastructure already in place. ISVs seeking a direct RDS-free route to commercial cloud delivery should begin with the top pick and validate concurrency, deployment requirements, and total cost through a quoted evaluation.
