Our Managed Virtual Desktop Service empowers businesses to seamlessly deploy and scale secure virtual desktops for distributed workforces. Our end-to-end solution eliminates the complexity of desktop virtualization while ensuring enterprise-grade security, compliance, and high performance. Employees gain flexible access to their full work environment from any location, on any internet-connected device—laptop, tablet, or smartphone. Backed by Altis Infonet’s expert team, we handle design, optimization, deployment, and ongoing management, so you can focus on productivity without infrastructure concerns.
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Our virtual desktop solutions integrate seamlessly with:
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Choose the service that best fits your needs—from simple application virtualization to a full cloud desktop experience. Compare Altis Infonet’s available virtual desktop solutions options, pricing, and scalability to find the perfect solution for productivity, security, and flexibility.
Experience superior control, enhanced security, and optimized performance to safeguard your data’s integrity. Our advanced solutions ensure reliable protection, seamless operations, and peace of mind for your most critical business information and workflows.
Simplified endpoint management eliminates tedious desktop maintenance tasks, allowing your IT team to focus on strategic initiatives. Automate updates, patches, and configurations to boost productivity, reduce downtime, and streamline operations—all while enhancing security and efficiency.
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Experience the best Remote Desktop as a Service (RDP) with high-performance virtual desktops tailored to your needs. Our virtual desktop services ensure seamless access, enterprise-grade security, and unmatched reliability for businesses of all sizes.
Select from a range of customizable virtual desktop services to match your processing power, storage, and memory requirements—ensuring optimal performance for your workloads.
Never lose critical business data with our scheduled backup system, which securely stores your files and allows quick recovery in case of disruptions.
Protect sensitive data with advanced security measures, including encryption, multi-factor authentication (MFA), and compliance with industry-standard protocols.
Upgrade or relocate your virtual desktop environment effortlessly with our no-cost server migration service, minimizing downtime and operational hassles.
Get your virtual desktop up and running within minutes—no lengthy installations or complex configurations required.
Enjoy smooth, lag-free performance with unrestricted bandwidth, ensuring fast access to applications and data from anywhere.
Maximize productivity with our high-availability servers, backed by an SLA ensuring uninterrupted access and reliability.
Benefit from straightforward, competitive pricing with no hidden charges—taxes are calculated separately for clarity.
Our Desktop as a Service solution empowers businesses with scalability, security, and efficiency—all while reducing infrastructure costs. Get started today and experience our seamless virtual desktop services!
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Remote Desktop Services (RDS) comprises six fundamental components that collectively enable robust remote access and virtual desktop infrastructure
The following are the key advantages that virtual desktop hosting and RDS offer to businesses
Since RDS is built on Microsoft technology, the virtual desktop online environment mirrors the standard Windows OS interface. The default web portal displays published desktops and remote applications, ensuring a consistent user experience. While full UI customization is restricted, users can adjust basic settings to personalize their workspace.
Virtual desktop services deliver reliable performance across multiple operating systems. By connecting to high-performance cloud virtual desktop servers, users experience smooth operation even on low-powered devices. RDS also enables Windows applications to run seamlessly on non-Windows platforms like macOS, Android, and iOS, enhancing accessibility and productivity.
Virtual desktop solutions minimize setup time for new devices. Applications and desktops are cloud-hosted, allowing instant access without complex installations. Virtual desktop providers handle all backend configurations, reducing IT workload. Deployment is rapid—businesses simply communicate their needs to the provider, and the virtual desktop environment is ready in minutes.
RDS enables employees to work from anywhere with an internet connection. Secure authentication ensures only authorized users access the cloud virtual desktop, promoting productivity and work-life balance. Businesses can also hire globally, expanding their talent pool without geographical restrictions.
Next-gen firewalls and anti-malware systems End-to-end encrypted data transmission Anti-ransomware and intrusion prevention These measures significantly reduce hacking risks compared to traditional computing setups.
Supporting BYOD (Bring Your Own Device) policies Eliminating the need for expensive office hardware Reducing in-house IT maintenance and upgrade costs With virtual desktop providers managing the infrastructure, businesses can allocate resources more efficiently. By adopting virtual desktop services, enterprises gain a secure, scalable, and cost-efficient solution that enhances productivity and operational flexibility.
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While both Remote Desktop Services (RDS) and Virtual Desktop Infrastructure (VDI) utilize virtualization technology, they differ significantly in their architecture and implementation:
Both Remote Desktop Service (RDS) and Desktop as a Service (DaaS) are virtual desktop solutions that enable remote access to desktop environments. However, they differ significantly in their technical implementation and management approach:
Altis Infonet stands as a leading remote desktop solutions provider with 10+ years of experience transforming workforce capabilities. Our specialized remote desktop services enable enterprises to:
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An RDP VPS (Remote Desktop Protocol Virtual Private Server) is a cloud-hosted Windows virtual machine that users can remotely access and control from anywhere. It provides full administrative access to a virtual Windows environment through a remote connection.
No. While Windows includes built-in RDP capabilities, the protocol works across platforms. Clients exist for Linux, macOS, iOS, and Android, including open-source options like “rdesktop” and various GUI-based alternatives.
Windows limits default concurrent connections to 2 users. For more connections, administrators must install the Remote Desktop Session Host (RDSH) role to properly manage multiple user sessions.
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Windows RDP VPS Server Hosting is a cloud-based service that provides users with a virtual private server running Windows OS, accessible through Remote Desktop Protocol (RDP). This solution allows full remote control of a Windows environment hosted on powerful cloud servers, offering the functionality of a physical desktop with the flexibility of cloud access.
Remote Desktop Services is Microsoft’s comprehensive platform that extends basic RDP functionality to enable multiple user sessions, application virtualization, and centralized management. While standard RDP allows one-to-one connections, RDS supports multi-user environments with advanced features like session brokering, load balancing, and web-based access.
RDP VPS hosting offers several key advantages including 24/7 accessibility from any location, elimination of hardware maintenance costs, enterprise-grade security with encrypted connections, scalable resources to match workload demands, and the ability to run Windows applications on non-Windows devices. Businesses particularly benefit from reduced IT overhead and improved disaster recovery capabilities.
Yes, one of the primary advantages of RDP VPS hosting is that you receive administrator-level access to your virtual server. This allows installation of any Windows-compatible software, custom configurations, and complete control over your computing environment, just like a physical workstation.
Reputable providers implement multiple security layers including enterprise firewalls, 128-bit or 256-bit SSL encryption for all connections, network-level authentication, two-factor authentication options, regular security patching, and intrusion detection systems. Additional protections often include IP whitelisting, session recording, and automated brute-force attack prevention.
A standard Windows Server installation allows 2 concurrent RDP sessions by default. For more users, you need Windows Server with Remote Desktop Services (RDS) and appropriate CALs (Client Access Licenses). Enterprise configurations can support hundreds of simultaneous users when properly configured with session host servers and connection brokers.
RDP VPS hosting is particularly valuable for accounting firms needing Windows-specific software, call centers requiring centralized management, development teams working with resource-intensive IDEs, trading firms needing low-latency access, and distributed teams accessing line-of-business applications. It’s also ideal for businesses with BYOD policies or remote workforces.
Yes, modern RDP solutions support connectivity from iOS and Android devices through Microsoft’s official Remote Desktop app or third-party clients. These mobile clients provide touch-optimized interfaces, secure connections, and most functionality available on desktop clients, though some complex applications may have usability limitations on smaller screens.
Quality RDP VPS providers configure sessions to remain active for a period (typically 15-30 minutes) during connection drops. When reconnecting, you’ll resume exactly where you left off, with all applications and files preserved. Some providers offer session persistence for even longer periods for critical workloads.
Professional RDP VPS hosting includes automated daily backups with retention periods (often 7-30 days), with some providers offering real-time replication to secondary locations. Enterprise plans may include snapshot capabilities, allowing point-in-time recovery. Unlike physical workstations, an RDP VPS can typically be restored within minutes in case of hardware failure or data corruption.
Remote Desktop Services is Microsoft’s comprehensive virtualization platform that enables users to remotely access Windows desktops and applications. It’s an evolution of Terminal Services that provides session-based virtualization, allowing multiple users to connect simultaneously to shared server resources while maintaining individual sessions.
A complete RDS environment consists of several key components: the Remote Desktop Session Host (RDSH) for hosting sessions, Connection Broker for load balancing, Web Access for browser-based connectivity, Gateway for secure external access, Licensing server for CAL management, and Virtualization Host for VDI implementations.
Unlike VPNs that simply extend network access, RDS delivers full Windows desktop and application sessions running on central servers. This provides better performance for remote users, stronger security (data never leaves the datacenter), and easier management since all applications are installed and maintained centrally.
RDS requires two license types: Windows Server licenses for the hosting infrastructure and Remote Desktop Services Client Access Licenses (RDS CALs) for each user/device. CALs are available as either User CALs (per user) or Device CALs (per device), with subscription options available through Microsoft 365.
Yes, through the Remote Desktop Virtualization Host role, RDS can provide both shared session-based desktops and personalized virtual desktops (VDI). This flexibility allows organizations to choose the right approach for different user groups – shared sessions for task workers and dedicated VDI for power users.
RDS incorporates enterprise-grade security including Network Level Authentication, SSL encryption, multi-factor authentication support, device redirection controls, granular permission management, and integration with Azure AD. Session Hosts can be further secured using Windows Defender and other security products.
RDS includes sophisticated printer redirection that automatically makes local printers available in remote sessions. It supports driverless printing (Universal Print), PDF redirection, and easy-to-manage printer policies. Administrators can control exactly which printers are redirected and how they’re mapped.
Requirements vary by user count and applications, but Microsoft recommends: 4+ CPU cores, 4GB RAM (plus 1GB per user), SSD storage, and 1Gbps networking. Graphics-intensive apps may require GPU acceleration. Proper capacity planning is essential as performance directly impacts user experience.
Microsoft provides several tools including the RDS Management Console, PowerShell modules, and integration with System Center. Third-party solutions add enhanced monitoring, automation, and user experience tracking. Azure Monitor can provide cloud-based insights for hybrid deployments.
Desktop as a Service is a cloud computing solution that delivers virtual desktops to users via the internet. Unlike traditional VDI, DaaS is fully managed by a cloud provider who handles the backend infrastructure, maintenance, and updates while providing users with secure access to their personalized desktop environments from any device.
The key difference lies in management responsibility. With traditional VDI, organizations maintain their own infrastructure, while DaaS shifts this burden to the cloud provider. DaaS offers faster deployment, predictable operational expenses, and automatic scaling, while VDI provides more customization and control for enterprises with specialized needs.
DaaS delivers several strategic advantages including reduced capital expenditures (no need for expensive hardware), simplified IT management, enhanced security (data remains in the datacenter), business continuity (access from anywhere), and workforce flexibility (support for BYOD and remote work). It also converts desktop costs from CapEx to predictable OpEx.
Providers typically offer two main types: Persistent desktops (customizable personal environments that save user data and settings) and Non-persistent desktops (identical generic desktops that reset after each session). Some providers also offer GPU-accelerated desktops for graphic-intensive workloads and shared session-based desktops for task workers.
DaaS is generally more secure as sensitive data never leaves the provider’s secure datacenter. Reputable providers implement enterprise-grade security including encryption (in transit and at rest), multi-factor authentication, regular patching, network segmentation, and advanced threat protection. This eliminates risks from lost/stolen devices and provides better protection against malware.
Most DaaS solutions require a minimum of 1.5-3 Mbps per user for standard definition, with 5-10 Mbps recommended for HD quality. Bandwidth optimization technologies like display protocol compression and caching help maintain performance on lower bandwidth connections. Some providers offer offline modes for limited functionality without internet access.
Yes, many DaaS providers now offer GPU-powered virtual desktops capable of running CAD, video editing, 3D modeling, and other graphics-heavy applications. These leverage high-performance cloud GPUs and specialized display protocols like PCoIP or Blast Extreme to deliver smooth performance even for demanding visual workloads.
DaaS licensing typically follows three models: Per-user subscription (fixed monthly cost per employee), Concurrent user pricing (pay for maximum simultaneous users), or Resource-based pricing (cost varies by CPU, RAM, and storage used). Windows 10/11 DaaS requires either Microsoft 365 licenses or Windows Virtual Desktop Access licenses.
While DaaS requires internet connectivity, some solutions offer limited offline capabilities through cached credentials and local application access. For critical operations, businesses can implement hybrid models with local backup connectivity or maintain a few physical workstations. Most providers guarantee 99.9%+ uptime for their infrastructure.
Key selection criteria should include: Compliance certifications (ISO, SOC2, HIPAA), global infrastructure footprint, security features, display protocol technology, management capabilities, integration with existing systems, pricing transparency, and SLA guarantees. Leading providers include Citrix,VMware, Microsoft Azure Virtual Desktop, Amazon WorkSpaces, and specialized DaaS vendors.