Mixed Reality
Development
Mixed Reality Development
Building world-class enterprise mixed reality applications since 2016.
Building world-class enterprise mixed reality applications since 2016.
Mixed Reality Development
Building world-class enterprise mixed reality applications since 2016.
Premium MR Development Services
Premium MR Development Services
Treeview builds Mixed Reality apps for the world’s leading enterprises.
Treeview builds Mixed Reality apps for the world’s leading enterprises.
Treeview is a Mixed Reality (MR) development agency that designs and builds immersive applications for Fortune 500 companies operating across multiple industries.
Treeview is a Mixed Reality (MR) development agency that designs and builds immersive applications for Fortune 500 companies operating across multiple industries.
In Spatial Computing and MR
In Spatial Computing and MR
In Spatial Computing and MR
Successful projects launched
Successful projects launched
Successful projects launched
50+ MR Platforms & Devices Supported
50+ MR Platforms & Devices Supported
50+ MR Platforms & Devices Supported
Client satisfaction rate
Client satisfaction rate
Client satisfaction rate
Trusted by
What we do
Services.
Services.
Mixed reality app development requires a multidisciplinary senior team. Partnering with an industry leading team like Treeview means faster delivery, lower risk, and higher quality delivery.
Mixed reality app development requires a multidisciplinary senior team. Partnering with an industry leading team like Treeview means faster delivery, lower risk, and higher quality delivery.
(001)
We define the mixed reality use case, physical environment constraints, device class, and system architecture before committing to production. This includes feasibility validation across optical see-through devices, passthrough-based MR headsets, and hybrid XR deployment strategies.
(001)
We define the mixed reality use case, physical environment constraints, device class, and system architecture before committing to production. This includes feasibility validation across optical see-through devices, passthrough-based MR headsets, and hybrid XR deployment strategies.
Strategy & Planning
(002)
Product design defines how the mixed reality system fits into real workflows and how digital content behaves inside physical space. In mixed reality application development, the product must account for movement, safety, field of view, and environmental variability.
(002)
Product design defines how the mixed reality system fits into real workflows and how digital content behaves inside physical space. In mixed reality application development, the product must account for movement, safety, field of view, and environmental variability.
Product Design
(003)
Mixed reality UX focuses on spatial legibility, persistent anchoring, comfortable interaction patterns, and interface stability under motion. MR interfaces must remain usable during real-world task execution.
(003)
Mixed reality UX focuses on spatial legibility, persistent anchoring, comfortable interaction patterns, and interface stability under motion. MR interfaces must remain usable during real-world task execution.
UX/UI Design
(004)
We create optimized 3D assets, spatial UI elements, animations, and digital twins engineered for real-time rendering inside mixed reality environments.
(004)
We create optimized 3D assets, spatial UI elements, animations, and digital twins engineered for real-time rendering inside mixed reality environments.
Content Creation
(005)
Our mixed reality software development work uses Unity, Unreal Engine where required, and native SDKs to build high-performance, production-ready MR systems. We engineer stable tracking, reliable spatial anchors, and seamless enterprise integrations.
(005)
Our mixed reality software development work uses Unity, Unreal Engine where required, and native SDKs to build high-performance, production-ready MR systems. We engineer stable tracking, reliable spatial anchors, and seamless enterprise integrations.
Software Engineering
(006)
We support enterprise distribution, managed device fleets, headset configuration, security compliance, and rollout across operational environments.
(006)
We support enterprise distribution, managed device fleets, headset configuration, security compliance, and rollout across operational environments.
Deployment
(007)
Post-launch support includes platform updates, device compatibility, SDK changes, performance optimization, and long-term mixed reality system evolution.
(007)
Post-launch support includes platform updates, device compatibility, SDK changes, performance optimization, and long-term mixed reality system evolution.
Support & Maintenance
What is Mixed Reality?
Mixed Reality is a technology that blends digital and physical environments.
Mixed Reality is a technology that blends digital and physical environments.
3.75× higher emotional connection
01
Mixed reality creates stronger emotional engagement compared to traditional 2D content.
Mixed reality creates stronger emotional engagement compared to traditional 2D content.
Mixed reality creates stronger emotional engagement compared to traditional 2D content.
Learners using MR environments report higher confidence in applying skills compared to classic training.
Learners using MR environments report higher confidence in applying skills compared to classic training.
275% more confidence in applying skills
02
75% of Fortune 500 use XR
03
More than three-quarters of Fortune 500 organizations are actively deploying XR technologies, including mixed reality, in production workflows.
More than three-quarters of Fortune 500 organizations are actively deploying XR technologies, including mixed reality, in production workflows.
Immersive XR training programs enable learners to complete training up to four times faster than traditional classroom-based methods.
Immersive XR training programs enable learners to complete training up to four times faster than traditional classroom-based methods.
4× faster training time
04
Mixed Reality Industry Applications
Industries Using Mixed Reality
Industries Using Mixed Reality
Mixed reality development is deployed in industries where spatial computing improves operational clarity, safety, and execution speed. MR technology becomes valuable when digital systems must understand physical environments and remain anchored during real-world tasks.
Mixed reality development is deployed in industries where spatial computing improves operational clarity, safety, and execution speed. MR technology becomes valuable when digital systems must understand physical environments and remain anchored during real-world tasks.
Industrial, Manufacturing, and Heavy Operations
Spatial computing for complex physical environments.
Manufacturing
Anchored digital work instructions, factory layout validation, and real-time process simulation within live production spaces.
Automotive
Digital twins, collaborative design reviews, and spatial inspection across distributed engineering teams.
Aerospace
System familiarization, immersive maintenance guidance, and visualization of complex assemblies.
Mining
Site visualization, hazard simulation, and operational planning in remote or high-risk environments.
Process Industries
Workflow visualization, equipment monitoring, and infrastructure validation across large-scale facilities.
Built Environment, Infrastructure, and Cities
Design validation and spatial coordination in real-world contexts.
Architecture and AEC
BIM alignment, immersive walkthroughs, and spatial design validation at true scale.
Construction
On-site model comparison, coordination workflows, and early detection of planning conflicts.
Infrastructure
Visualization of utilities, networks, and systems directly within physical environments.
Smart Cities
Urban-scale simulation, infrastructure planning, and scenario modeling.
Real Estate
Property visualization, interactive walkthroughs, and experience-driven presentations.
Energy, Resources, and Utilities
Spatial visualization for critical infrastructure.
Energy
Asset inspection, operational overlays, and facility-level planning within live environments.
Utilities
Network visualization, maintenance guidance, and infrastructure analysis at scale.
Oil and Gas
Facility planning, safety simulation, and procedural training in hazardous sites.
Agriculture
Wind, solar, and grid system inspection with environment-aware overlays.
Power Generation
System monitoring, spatial diagnostics, and large-scale plant visualization.
Healthcare, Pharma, and Life Sciences
High-accuracy visualization where precision matters.
Healthcare
Surgical planning, anatomical visualization, and immersive clinical preparation.
Pharma
Process simulation, production validation, and molecular data exploration.
Life Sciences
Scientific modeling and interactive exploration of biological systems.
Science and Research
Visualization of complex datasets and experimental environments.
Medical Education
Spatial anatomy learning and procedural rehearsal in immersive environments.
Supply Chain, Logistics, and Mobility
Operational planning and workflow optimization.
Warehousing
Spatial picking guidance, layout optimization, and material flow visualization.
Distribution Centers
Route planning, facility navigation, and process validation.
Telecom
Infrastructure inspection, network visualization, and system planning.
Transportation
Fleet maintenance visualization and infrastructure coordination.
Mobility Hubs
Operational system modeling across airports and transit environments.
Defense, Government, and Public Sector
Scenario-based planning and spatial system understanding.
Military
Mission rehearsal, system familiarization, and operational scenario simulation.
Defense
Visualization and planning tools for complex equipment and environments.
Government
Infrastructure planning, urban modeling, and public project communication.
Public Sector
Large-scale system visualization and policy scenario exploration.
Emergency Services
Response simulation, coordination planning, and hazard visualization.
Consumer, Retail, and Commerce
Product, environment, and experience visualization.
Retail
In-store product previews, layout visualization, and immersive customer interaction.
E-commerce
True-scale product placement and contextual digital shopping experiences.
Fashion
Spatial try-on, collection previews, and immersive brand storytelling.
Consumer Electronics
Interactive demos and product configuration within real environments.
Luxury and Lifestyle Brands
High-fidelity experiential installations and immersive showcase environments.
Education, Culture, and Tourism
Experiential learning and contextual storytelling.
Education
Interactive spatial learning modules and immersive classroom simulations.
Museums and Landmarks
Historical overlays, recreated environments, and immersive exhibitions.
Cultural Institutions
Public engagement through anchored digital storytelling.
Hospitality
Venue visualization and immersive previews of spaces and amenities.
Tourism
Location-based spatial experiences and interactive destination tours.
Media, Sports, and Entertainment
Live augmentation and immersive content.
Entertainment
Interactive storytelling and location-based immersive experiences.
Gaming
Room-aware systems blending physical spaces with digital interaction.
Sports
Real-time spatial analytics and in-venue fan engagement.
Live Events
Keynote augmentation, immersive concerts, and interactive conferences.
Broadcast and Media Production
Spatial graphics, immersive sets, and real-time augmented production environments.
Mixed Reality Use-Cases
Mixed Reality is a technology applied across dozens of enterprise and consumer use cases.
Mixed Reality is a technology applied across dozens of enterprise and consumer use cases.
Mixed Reality blends physical and digital environments so users can interact with spatial content without leaving their real-world context. By enabling anchoring, occlusion, and environment-aware interaction, mixed reality supports training, visualization, collaboration, and operational workflows that require real-world awareness.
Spatial Design Reviews
Anchor full-scale digital twins to physical rooms, allowing teams to walk around 1:1 models with proper occlusion and spatial alignment.
Spatial Design Reviews
Anchor full-scale digital twins to physical rooms, allowing teams to walk around 1:1 models with proper occlusion and spatial alignment.
Occlusion-Based Assembly Guidance
Overlay instructions that hide behind real components, ensuring digital steps match actual part geometry and placement.
Occlusion-Based Assembly Guidance
Overlay instructions that hide behind real components, ensuring digital steps match actual part geometry and placement.
Persistent Digital Workspaces
Pin spatial dashboards, 3D data panels, and reference models to physical walls and desks so they remain fixed across sessions.
Persistent Digital Workspaces
Pin spatial dashboards, 3D data panels, and reference models to physical walls and desks so they remain fixed across sessions.
Real-World Physics Simulation
Drop virtual objects that collide with real floors and walls, enabling realistic behavior during training and simulation.
Real-World Physics Simulation
Drop virtual objects that collide with real floors and walls, enabling realistic behavior during training and simulation.
Room-Aware Safety Planning
Detect walls, machinery, and restricted zones, then dynamically place digital safety boundaries within the physical environment.
Room-Aware Safety Planning
Detect walls, machinery, and restricted zones, then dynamically place digital safety boundaries within the physical environment.
Equipment-Embedded Digital Twins
Attach live telemetry to specific machine parts so data remains spatially anchored to real assets.
Equipment-Embedded Digital Twins
Attach live telemetry to specific machine parts so data remains spatially anchored to real assets.
SLAM-Based Facility Mapping
Continuously scan and map facilities to create spatially aware overlays that adjust to layout changes.
SLAM-Based Facility Mapping
Continuously scan and map facilities to create spatially aware overlays that adjust to layout changes.
Spatial Remote Assistance
Allow remote experts to place annotations that stay locked to physical objects instead of floating in view.
Spatial Remote Assistance
Allow remote experts to place annotations that stay locked to physical objects instead of floating in view.
In-Situ Prototype Testing
Insert virtual machinery into operational facilities to test fit, clearance, and workflow impact before purchase.
In-Situ Prototype Testing
Insert virtual machinery into operational facilities to test fit, clearance, and workflow impact before purchase.
Occlusion-Accurate Product Placement
Place furniture or industrial assets with correct scale, shadowing, and depth so they appear naturally integrated into real space.
Occlusion-Accurate Product Placement
Place furniture or industrial assets with correct scale, shadowing, and depth so they appear naturally integrated into real space.
Mixed Reality Surgical Planning
Convert CT and MRI scans into holographic models that align with real patient positioning during pre-operative rehearsal.
Mixed Reality Surgical Planning
Convert CT and MRI scans into holographic models that align with real patient positioning during pre-operative rehearsal.
Anchored Medical Visualization
Attach anatomical models to real mannequins or patient positioning to simulate realistic procedures.
Anchored Medical Visualization
Attach anatomical models to real mannequins or patient positioning to simulate realistic procedures.
Context-Aware Industrial Training
Detect tools, surfaces, and equipment, then trigger spatial instructions only when the user approaches relevant components.
Context-Aware Industrial Training
Detect tools, surfaces, and equipment, then trigger spatial instructions only when the user approaches relevant components.
6DoF Inspection Workflows
Allow technicians to crouch, lean, and move around equipment while digital overlays remain correctly anchored.
6DoF Inspection Workflows
Allow technicians to crouch, lean, and move around equipment while digital overlays remain correctly anchored.
Spatial Collaboration Rooms
Enable distributed teams to co-manipulate holographic models anchored to shared physical surfaces.
Spatial Collaboration Rooms
Enable distributed teams to co-manipulate holographic models anchored to shared physical surfaces.
Environmental Hazard Simulation
Introduce virtual hazards into real environments, forcing workers to respond to blended physical-digital risks.
Environmental Hazard Simulation
Introduce virtual hazards into real environments, forcing workers to respond to blended physical-digital risks.
Layout Validation in Construction
Overlay BIM models onto job sites with depth-aware alignment to detect clashes before materials are installed.
Layout Validation in Construction
Overlay BIM models onto job sites with depth-aware alignment to detect clashes before materials are installed.
Real-Scale Vehicle Design Reviews
Visualize full-size vehicles inside physical design studios with correct spatial occlusion and material lighting simulation.
Real-Scale Vehicle Design Reviews
Visualize full-size vehicles inside physical design studios with correct spatial occlusion and material lighting simulation.
Mixed Reality Classroom Labs
Place interactive mixed reality education models on real desks where students can walk around and examine structures at scale.
Mixed Reality Classroom Labs
Place interactive mixed reality education models on real desks where students can walk around and examine structures at scale.
Physical-Digital Workflow Testing
Simulate new operational processes by layering digital steps over actual production lines.
Physical-Digital Workflow Testing
Simulate new operational processes by layering digital steps over actual production lines.
Spatial Data Visualization
Project 3D performance metrics directly onto factory floors, server racks, or industrial systems.
Spatial Data Visualization
Project 3D performance metrics directly onto factory floors, server racks, or industrial systems.
Gesture-Based Control Systems
Manipulate anchored digital interfaces using hand tracking without controllers, enabling hands-free interaction.
Gesture-Based Control Systems
Manipulate anchored digital interfaces using hand tracking without controllers, enabling hands-free interaction.
Immersive Event Demonstrations
Anchor branded 3D content to real stages, booths, or stadium environments with proper environmental occlusion.
Immersive Event Demonstrations
Anchor branded 3D content to real stages, booths, or stadium environments with proper environmental occlusion.
AI-Assisted Object Recognition
Identify real-world equipment and automatically trigger contextual overlays tied to that specific asset.
AI-Assisted Object Recognition
Identify real-world equipment and automatically trigger contextual overlays tied to that specific asset.
Mixed Reality Headsets and Software
Supported MR Headsets and Technologies
Supported MR Headsets and Technologies
Treeview builds mixed reality applications across optical and passthrough MR headsets widely adopted in enterprise environments.
Mixed Reality
headsets
Treeview builds mixed reality applications across optical and passthrough MR headsets widely adopted in enterprise environments.
Treeview builds mixed reality applications across optical and passthrough MR headsets widely adopted in enterprise environments.
Apple Vision Pro
Apple’s mixed reality headset delivers high-resolution passthrough MR, advanced spatial tracking, and enterprise visualization capabilities.
Apple Vision Pro
Apple’s mixed reality headset delivers high-resolution passthrough MR, advanced spatial tracking, and enterprise visualization capabilities.
Samsung Galaxy XR
Samsung’s mixed reality headset integrates mobile ecosystem compatibility with enterprise-grade MR performance.
Samsung Galaxy XR
Samsung’s mixed reality headset integrates mobile ecosystem compatibility with enterprise-grade MR performance.
Meta Quest
Meta Quest 3, 3s and Pro support mixed reality app development using high-quality color passthrough and room-scale tracking.
Meta Quest
Meta Quest 3, 3s and Pro support mixed reality app development using high-quality color passthrough and room-scale tracking.
Microsoft HoloLens 2
HoloLens 2 provides optical see-through mixed reality technology ideal for industrial mixed reality, guided maintenance, and safety-critical workflows.
Microsoft HoloLens 2
HoloLens 2 provides optical see-through mixed reality technology ideal for industrial mixed reality, guided maintenance, and safety-critical workflows.
Magic Leap 2
Magic Leap 2 is optimized for enterprise mixed reality solutions requiring outdoor brightness and precision overlays.
Magic Leap 2
Magic Leap 2 is optimized for enterprise mixed reality solutions requiring outdoor brightness and precision overlays.
Varjo XR-4
Varjo XR-4 delivers ultra-high fidelity mixed reality experiences used for aerospace simulation and advanced digital twin visualization.
Varjo XR-4
Varjo XR-4 delivers ultra-high fidelity mixed reality experiences used for aerospace simulation and advanced digital twin visualization.
XREAL
XREAL mixed reality glasses provide lightweight spatial overlays suitable for portable visualization workflows.
XREAL
XREAL mixed reality glasses provide lightweight spatial overlays suitable for portable visualization workflows.
Pico XR
Pico XR devices support mixed reality development services for enterprise deployments in training and operational environments.
Pico XR
Pico XR devices support mixed reality development services for enterprise deployments in training and operational environments.
Our MR Development Process
Our MR Development Process
How we work
How we work
Treeview’s mixed reality development process centers on quality, client ownership and business value. We partner with enterprise teams to design and build immersive systems that align with business goals, integrate with existing ecosystems and support ongoing growth across MR, VR, AR and spatial computing initiatives.
Treeview’s mixed reality development process centers on quality, client ownership and business value. We partner with enterprise teams to design and build immersive systems that align with business goals, integrate with existing ecosystems and support ongoing growth across MR, VR, AR and spatial computing initiatives.
World-Class Delivery
Treeview is a senior-only mixed reality development agency focused on technical excellence, world-class design, and enterprise-grade quality. We build production-ready MR solutions for complex enterprise use cases across healthcare, training, simulation, education, digital twins, and advanced system integrations.
World-Class Delivery
Treeview is a senior-only mixed reality development agency focused on technical excellence, world-class design, and enterprise-grade quality. We build production-ready MR solutions for complex enterprise use cases across healthcare, training, simulation, education, digital twins, and advanced system integrations.
Startup Speed and Flexibility for Business Agility
We move fast in the early stages so you can validate ideas quickly. At the same time, we design for production from day one so speed does not come at the cost of stability.
Startup Speed and Flexibility for Business Agility
We move fast in the early stages so you can validate ideas quickly. At the same time, we design for production from day one so speed does not come at the cost of stability.
End-to-End Delivery
From strategy and product design to 3D production, development, QA, deployment, and post-launch support, Treeview covers the full MR development lifecycle. Enterprise teams work with a single senior partner that can take an immersive concept from idea to production-ready application across head mounted displays and personal devices.
End-to-End Delivery
From strategy and product design to 3D production, development, QA, deployment, and post-launch support, Treeview covers the full MR development lifecycle. Enterprise teams work with a single senior partner that can take an immersive concept from idea to production-ready application across head mounted displays and personal devices.
Full Client IP Ownership
All intellectual property developed for your project belongs to you. We build custom enterprise mixed reality applications that your organization fully owns, controls, and can scale internally. Our role is to execute at a high level, not to lock you into proprietary systems or hidden dependencies.
Full Client IP Ownership
All intellectual property developed for your project belongs to you. We build custom enterprise mixed reality applications that your organization fully owns, controls, and can scale internally. Our role is to execute at a high level, not to lock you into proprietary systems or hidden dependencies.
Long Term Partnership
We operate as a strategic XR partner, not a short-term vendor. Many of our engagements evolve from pilots into multi-year collaborations across departments, regions, and devices. We prioritize alignment with innovation, R&D, and digital transformation teams to ensure immersive solutions generate sustained business value.
Long Term Partnership
We operate as a strategic XR partner, not a short-term vendor. Many of our engagements evolve from pilots into multi-year collaborations across departments, regions, and devices. We prioritize alignment with innovation, R&D, and digital transformation teams to ensure immersive solutions generate sustained business value.
Learn more about Treeview
Case Studies
Client
Testimonials.
Client Testimonials.
5
/5
Top rated
XR Studio
15+
Trusted by
enterprise clients
Elianne Elbaum
Microsoft
Their team demonstrated the highest level of expertise, swift execution, and innovation during the collaboration.
Elianne Elbaum
Microsoft
Their team demonstrated the highest level of expertise, swift execution, and innovation during the collaboration.
Elianne Elbaum
Microsoft
Their team demonstrated the highest level of expertise, swift execution, and innovation during the collaboration.
Melvin Sim
Medtronic
I appreciate the great attitude of the entire team and how flexible they were during the whole project execution.
Melvin Sim
Medtronic
I appreciate the great attitude of the entire team and how flexible they were during the whole project execution.
Melvin Sim
Medtronic
I appreciate the great attitude of the entire team and how flexible they were during the whole project execution.
Bryan Rapati
University of Alberta
They are flexible and offer a custom service. They keep us informed along the way and are able to meet all of the deadlines.
Bryan Rapati
University of Alberta
They are flexible and offer a custom service. They keep us informed along the way and are able to meet all of the deadlines.
Bryan Rapati
University of Alberta
They are flexible and offer a custom service. They keep us informed along the way and are able to meet all of the deadlines.
FAQ.
FAQ.
Got questions? We’ve got answers. Here’s everything you need to know about working with us.
Got questions? We’ve got answers. Here’s everything you need to know about working with us.
What is mixed reality?
Mixed reality is a spatial computing technology that blends digital content with the physical world so virtual objects can anchor to and interact with real environments. Unlike simple overlays, mixed reality applications understand depth, surfaces, and room geometry.
What is mixed reality?
Mixed reality is a spatial computing technology that blends digital content with the physical world so virtual objects can anchor to and interact with real environments. Unlike simple overlays, mixed reality applications understand depth, surfaces, and room geometry.
How does mixed reality work?
Mixed reality technology uses depth sensing, spatial mapping, and real-time rendering to detect the layout of a room. This allows digital objects to anchor to surfaces, scale correctly, and interact with physical objects through occlusion.
How does mixed reality work?
Mixed reality technology uses depth sensing, spatial mapping, and real-time rendering to detect the layout of a room. This allows digital objects to anchor to surfaces, scale correctly, and interact with physical objects through occlusion.
What is a key feature of mixed reality?
A key feature of mixed reality is spatial anchoring with depth-based occlusion, enabling digital objects to remain fixed in real space and appear behind or in front of physical objects.
What is a key feature of mixed reality?
A key feature of mixed reality is spatial anchoring with depth-based occlusion, enabling digital objects to remain fixed in real space and appear behind or in front of physical objects.
What is the difference between augmented reality and mixed reality?
The difference between augmented reality and mixed reality is that AR overlays digital content onto the real world, while mixed reality allows digital content to understand and interact with the environment. For a deeper technical explanation, see our Mixed Reality Guide: Complete MR Technology Overview.
What is the difference between augmented reality and mixed reality?
The difference between augmented reality and mixed reality is that AR overlays digital content onto the real world, while mixed reality allows digital content to understand and interact with the environment. For a deeper technical explanation, see our Mixed Reality Guide: Complete MR Technology Overview.
Mixed reality vs virtual reality: what is the difference?
Virtual reality replaces the physical world with a fully immersive digital environment. Mixed reality blends digital systems with physical surroundings, allowing users to remain aware of their environment while interacting with spatial content.
Mixed reality vs virtual reality: what is the difference?
Virtual reality replaces the physical world with a fully immersive digital environment. Mixed reality blends digital systems with physical surroundings, allowing users to remain aware of their environment while interacting with spatial content.
What are examples of mixed reality applications?
Examples of mixed reality applications include guided industrial maintenance overlays, digital twin visualization, immersive healthcare simulation, spatial design validation, interactive education platforms, and mixed reality corporate event experiences.
What are examples of mixed reality applications?
Examples of mixed reality applications include guided industrial maintenance overlays, digital twin visualization, immersive healthcare simulation, spatial design validation, interactive education platforms, and mixed reality corporate event experiences.
What industries use mixed reality development services?
Mixed reality is used across manufacturing, automotive, aerospace, healthcare, construction, infrastructure, education, energy, logistics, defense, retail, and corporate events where spatial visualization improves safety and performance.
What industries use mixed reality development services?
Mixed reality is used across manufacturing, automotive, aerospace, healthcare, construction, infrastructure, education, energy, logistics, defense, retail, and corporate events where spatial visualization improves safety and performance.
What is industrial mixed reality?
Industrial mixed reality refers to MR applications deployed in manufacturing and operational environments to guide workflows, reduce errors, and improve safety through spatially anchored digital instructions.
What is industrial mixed reality?
Industrial mixed reality refers to MR applications deployed in manufacturing and operational environments to guide workflows, reduce errors, and improve safety through spatially anchored digital instructions.
How is mixed reality used in healthcare?
Mixed reality in healthcare supports surgical planning, anatomical visualization, immersive medical education, and clinical simulation using spatially aligned 3D models.
How is mixed reality used in healthcare?
Mixed reality in healthcare supports surgical planning, anatomical visualization, immersive medical education, and clinical simulation using spatially aligned 3D models.
What are mixed reality solutions for education?
Mixed reality for education includes immersive STEM programs, interactive virtual labs, spatial simulations, and experiential learning systems for students and educators.
What are mixed reality solutions for education?
Mixed reality for education includes immersive STEM programs, interactive virtual labs, spatial simulations, and experiential learning systems for students and educators.
What is mixed reality training?
Mixed reality training blends real-world context with digital simulation, improving retention, reducing risk, and accelerating skill acquisition compared to traditional methods.
What is mixed reality training?
Mixed reality training blends real-world context with digital simulation, improving retention, reducing risk, and accelerating skill acquisition compared to traditional methods.
How is mixed reality used at corporate events?
Mixed reality at corporate events enhances keynote presentations, product launches, and brand activations with spatially integrated digital storytelling layered into physical venues.
How is mixed reality used at corporate events?
Mixed reality at corporate events enhances keynote presentations, product launches, and brand activations with spatially integrated digital storytelling layered into physical venues.
What are mixed reality event experiences?
Mixed reality event experiences combine physical staging with anchored digital elements, interactive overlays, and immersive audience engagement.
What are mixed reality event experiences?
Mixed reality event experiences combine physical staging with anchored digital elements, interactive overlays, and immersive audience engagement.
What are the best mixed reality headsets for enterprise use?
The best mixed reality headsets for most enterprises is the Meta Quest 3, offering the optimal balance of MR capability, cost, and deployment scalability. Organizations requiring premium visual fidelity should look at the Apple Vision Pro, while budget-conscious fleet deployments can step down to the Meta Quest 3S. Simulation-critical applications are best served by the Varjo XR-4, and safety-critical environments requiring optical transparency (surgical suites, industrial floors) call for the Magic Leap 2.
What are the best mixed reality headsets for enterprise use?
The best mixed reality headsets for most enterprises is the Meta Quest 3, offering the optimal balance of MR capability, cost, and deployment scalability. Organizations requiring premium visual fidelity should look at the Apple Vision Pro, while budget-conscious fleet deployments can step down to the Meta Quest 3S. Simulation-critical applications are best served by the Varjo XR-4, and safety-critical environments requiring optical transparency (surgical suites, industrial floors) call for the Magic Leap 2.
What does a mixed reality development company do?
A mixed reality development company designs and builds custom spatial computing applications. This includes strategy, product design, spatial UX/UI, 3D optimization, mixed reality software engineering, deployment across mixed reality headsets, and ongoing support.
An enterprise-focused partner like Treeview delivers production-ready mixed reality development services for organizations operating in complex physical environments.
What does a mixed reality development company do?
A mixed reality development company designs and builds custom spatial computing applications. This includes strategy, product design, spatial UX/UI, 3D optimization, mixed reality software engineering, deployment across mixed reality headsets, and ongoing support.
An enterprise-focused partner like Treeview delivers production-ready mixed reality development services for organizations operating in complex physical environments.
Who are the best mixed reality companies?
The best mixed reality companies are those delivering real production deployments at scale, not just prototypes or demos. Companies like Trreview provide full IP ownership, senior engineering teams, and long-term partnership models.
For a curated comparison, see our guide to the Best Mixed Reality Companies.
Who are the best mixed reality companies?
The best mixed reality companies are those delivering real production deployments at scale, not just prototypes or demos. Companies like Trreview provide full IP ownership, senior engineering teams, and long-term partnership models.
For a curated comparison, see our guide to the Best Mixed Reality Companies.
Who are the top mixed reality development studios?
Top mixed reality development studios like Treeview combine deep engineering capability with spatial UX expertise and enterprise integration experience.
See our breakdown of the Top Mixed Reality Development Studios for detailed analysis.
Who are the top mixed reality development studios?
Top mixed reality development studios like Treeview combine deep engineering capability with spatial UX expertise and enterprise integration experience.
See our breakdown of the Top Mixed Reality Development Studios for detailed analysis.
How much does mixed reality development cost?
Mixed reality development typically ranges from $75,000 to $150,000 for pilots, $150,000 to $300,000 for standard deployments, and $300,000+ for large enterprise systems.
A partner like Treeview helps reduce risk by validating early and designing scalable systems from the start.
How much does mixed reality development cost?
Mixed reality development typically ranges from $75,000 to $150,000 for pilots, $150,000 to $300,000 for standard deployments, and $300,000+ for large enterprise systems.
A partner like Treeview helps reduce risk by validating early and designing scalable systems from the start.
How long does mixed reality app development take?
Mixed reality pilots usually take 3 months. Standard applications require 3–6 months. Enterprise-scale deployments with integrations may take 6–12 months and are often delivered in phases.
How long does mixed reality app development take?
Mixed reality pilots usually take 3 months. Standard applications require 3–6 months. Enterprise-scale deployments with integrations may take 6–12 months and are often delivered in phases.
How do you hire mixed reality developers?
Organizations can hire individual mixed reality developers or partner with a full-service mixed reality development company that provides strategy, engineering, and deployment expertise.
Working with an experienced team like Treeview reduces technical risk and accelerates production readiness.
How do you hire mixed reality developers?
Organizations can hire individual mixed reality developers or partner with a full-service mixed reality development company that provides strategy, engineering, and deployment expertise.
Working with an experienced team like Treeview reduces technical risk and accelerates production readiness.
What tools do mixed reality developers use?
Mixed reality developers typically use Unity, Unreal Engine, ARKit, ARCore, WebXR, and 3D tools such as Blender. Programming languages often include C# and C++ depending on platform requirements.
What tools do mixed reality developers use?
Mixed reality developers typically use Unity, Unreal Engine, ARKit, ARCore, WebXR, and 3D tools such as Blender. Programming languages often include C# and C++ depending on platform requirements.
What are the best mixed reality headsets?
The best mixed reality headsets for enterprise include Apple Vision Pro, Meta Quest 3, Microsoft HoloLens 2, Magic Leap 2, Varjo XR-4, Pico XR, and XREAL.
For a detailed comparison, see our guide to the Best Mixed Reality Headsets.
What are the best mixed reality headsets?
The best mixed reality headsets for enterprise include Apple Vision Pro, Meta Quest 3, Microsoft HoloLens 2, Magic Leap 2, Varjo XR-4, Pico XR, and XREAL.
For a detailed comparison, see our guide to the Best Mixed Reality Headsets.
What is the Apple mixed reality headset used for?
Apple Vision Pro is used for high-resolution spatial collaboration, immersive training, and enterprise visualization leveraging advanced passthrough mixed reality technology.
What is the Apple mixed reality headset used for?
Apple Vision Pro is used for high-resolution spatial collaboration, immersive training, and enterprise visualization leveraging advanced passthrough mixed reality technology.
Can mixed reality applications integrate with enterprise systems?
Yes. Mixed reality applications can integrate with ERP, PLM, CRM, LMS, and analytics systems to ensure spatial computing fits within existing enterprise workflows.
Enterprise integrators like Treeview specialize in custom mixed reality system integration.
Can mixed reality applications integrate with enterprise systems?
Yes. Mixed reality applications can integrate with ERP, PLM, CRM, LMS, and analytics systems to ensure spatial computing fits within existing enterprise workflows.
Enterprise integrators like Treeview specialize in custom mixed reality system integration.
Who owns the intellectual property of a mixed reality application?
IP ownership depends on contract terms. Enterprise-focused development companies like Treeview structure projects so the client retains full ownership of code, assets, and systems.
Who owns the intellectual property of a mixed reality application?
IP ownership depends on contract terms. Enterprise-focused development companies like Treeview structure projects so the client retains full ownership of code, assets, and systems.
What is mixed reality for business?
Mixed reality for business improves training effectiveness, operational clarity, visualization of complex systems, and collaborative workflows across industries.
Organizations exploring enterprise deployment often work with specialized mixed reality development companies like Treeview to ensure measurable ROI.
What is mixed reality for business?
Mixed reality for business improves training effectiveness, operational clarity, visualization of complex systems, and collaborative workflows across industries.
Organizations exploring enterprise deployment often work with specialized mixed reality development companies like Treeview to ensure measurable ROI.
What is the benefit of augmented, virtual, and mixed reality?
Augmented Reality Development, Virtual Reality Development, and Mixed Reality solutions improve learning retention, reduce operational errors, enhance collaboration, and deliver deeper spatial understanding of complex systems across training, operations, and decision-making workflows.
For market data and adoption trends, see our AR | VR | MR | XR | Metaverse | Spatial Computing Industry Statistics Report.
What is the benefit of augmented, virtual, and mixed reality?
Augmented Reality Development, Virtual Reality Development, and Mixed Reality solutions improve learning retention, reduce operational errors, enhance collaboration, and deliver deeper spatial understanding of complex systems across training, operations, and decision-making workflows.
For market data and adoption trends, see our AR | VR | MR | XR | Metaverse | Spatial Computing Industry Statistics Report.
What effect allows virtual objects to hide behind real objects in mixed reality?
The effect that allows virtual objects to overlap or hide behind real-world objects is called depth-based occlusion, enabled by spatial mapping and environmental understanding.
What effect allows virtual objects to hide behind real objects in mixed reality?
The effect that allows virtual objects to overlap or hide behind real-world objects is called depth-based occlusion, enabled by spatial mapping and environmental understanding.
Achievements & Awards
Treeview’s work in mixed reality and spatial computing has been recognized by leading media and platforms, reflecting our focus on building production-ready MR applications and enterprise MR solutions.
Treeview’s work in mixed reality and spatial computing has been recognized by leading media and platforms, reflecting our focus on building production-ready MR applications and enterprise MR solutions.
Our work has been featured in Forbes, Bloomberg, Microsoft Featured Stories, Fast Company Business Wire, Business Insider, Glossy and Tech Crunch.
Our work has been featured in Forbes, Bloomberg, Microsoft Featured Stories, Fast Company Business Wire, Business Insider, Glossy and Tech Crunch.
Let’s talk.
Partner with Treeview to build your next XR project.
End-to-End Delivery
Startup Speed
Long-Term Partnership
Full IP Ownership
World-Class Team
Enterprise-Grade
End-to-End Delivery
Startup Speed
Long-Term Partnership
Full IP Ownership
World-Class Team
Enterprise-Grade
Let’s talk.
Partner with Treeview to build your next XR project.