Documentation

Welcome to the Obrive Documentation (“Documentation”). This Documentation provides information about Obrive Industries Private Limited (“Obrive”, “Company”, “we”, “our”, or “us”), our technology ecosystem, products, services, platforms, and the technologies used to create immersive and spatial experiences.

Obrive develops enterprise technology solutions across Spatial Computing, Augmented Reality (AR), Virtual Reality (VR), Mixed Reality (MR), Extended Reality (XR), Artificial Intelligence (AI), 3D visualization, Digital Twins, Computer Vision, intelligent mobility, and immersive software platforms.

This Documentation is intended to help customers, partners, developers, enterprise teams, users, and other stakeholders understand Obrive's technology, products, capabilities, implementation approaches, and available resources.

This Documentation serves as a central reference for information relating to Obrive's technology ecosystem and may include:

• Product documentation
• Technology documentation
• Platform and system information
• Implementation guidelines
• Integration information
• Developer resources
• API and technical documentation
• Enterprise deployment information
• Security and privacy information
• Product updates and release information
• Frequently asked questions
• Technical terminology and definitions

Documentation may be updated periodically as our products, technologies, platforms, and services evolve.

Obrive builds technology at the intersection of the physical and digital worlds.

Our technology ecosystem includes:

• Spatial Computing
• Augmented Reality
• Virtual Reality
• Mixed Reality
• Extended Reality
• Artificial Intelligence
• Computer Vision
• 3D Modelling and Visualization
• Digital Twins
• Spatial Mapping
• Indoor Positioning
• Location Intelligence
• Immersive Interfaces
• Intelligent Mobility
• Enterprise Software
• Cloud and API Integrations

These technologies may be combined depending on the requirements of a particular product, customer, environment, or use case.

Spatial Computing enables digital information, applications, and interactions to understand and operate within physical environments.

Obrive uses spatial technologies to develop experiences involving:

• Spatial mapping
• Environmental understanding
• Indoor navigation
• Location-aware experiences
• Spatial interfaces
• Digital environments
• 3D environments
• Context-aware interactions
• Spatial analytics
• Digital twins

Spatial Computing may be used across industries including real estate, automotive, retail, mobility, manufacturing, healthcare, education, hospitality, and enterprise operations.

Augmented Reality (“AR”) enables digital content and information to be presented within a user's physical environment.

Obrive develops AR solutions for applications such as:

• Navigation and wayfinding
• Product visualization
• Retail experiences
• Marketing and brand experiences
• Industrial assistance
• Training
• Education
• Real-estate visualization
• Automotive experiences
• Location-based experiences

AR functionality may depend on supported devices, operating systems, sensors, cameras, positioning technologies, network connectivity, and third-party technology platforms.

Virtual Reality (“VR”) creates immersive digital environments that can be experienced through compatible devices and headsets.

Obrive develops VR solutions for:

• Training and simulations
• Virtual tours
• Real-estate experiences
• Automotive experiences
• Enterprise training
• Education
• Product demonstrations
• Virtual collaboration
• Immersive environments

VR experiences may require compatible hardware, software, controllers, sensors, or other supporting technologies.

Mixed Reality (“MR”) combines digital content with physical environments to enable interactive experiences.

Extended Reality (“XR”) is used as a broader term encompassing AR, VR, MR, and related immersive technologies.

Obrive may use MR and XR technologies for:

• Collaborative design
• Enterprise applications
• Product visualization
• Digital twins
• Industrial applications
• Training and simulation
• Spatial collaboration
• Interactive environments

The availability and capabilities of MR and XR experiences may vary depending on the hardware and software environment.

Obrive may integrate Artificial Intelligence (“AI”) and related technologies into its products and services to support intelligent experiences.

AI and spatial intelligence applications may include:

• Computer vision
• Object recognition
• Intelligent recommendations
• Context-aware experiences
• Predictive analytics
• Spatial analytics
• Automation
• Conversational interfaces
• Voice-based interactions
• Intelligent navigation

The specific use of AI depends on the product, implementation, customer requirements, and applicable technology infrastructure.

Obrive creates 3D assets, environments, models, simulations, and interactive experiences for digital and physical applications.

These capabilities may include:

• 3D modelling
• 3D visualization
• Architectural visualization
• Product visualization
• Interactive 3D environments
• 3D configurators
• Digital staging
• Real-time rendering
• Virtual environments
• Digital assets

3D content may be delivered through web, mobile, AR, VR, MR, desktop, or other compatible platforms.

A Digital Twin is a digital representation of a physical asset, environment, system, or process.

Obrive may use Digital Twin technologies for:

• Buildings
• Real-estate developments
• Industrial environments
• Retail spaces
• Mobility infrastructure
• Equipment
• Assets
• Operational environments

Digital Twin implementations may combine 3D visualization, spatial data, sensors, IoT systems, APIs, analytics, and other technologies.

Obrive develops proprietary products and technology platforms designed to address real-world business and operational challenges.

OBPARK
OBPARK is an intelligent parking and mobility platform designed to improve parking discovery, navigation, reservation, and mobility experiences.

Capabilities may include:

• AR navigation
• Parking discovery
• Location-aware navigation
• Parking reservations
• Mobility services
• Digital marketplace functionality
• Analytics
• Enterprise administration

OBCREW
OBCREW is a workforce and operations platform designed to support driver, technician, mechanic, and service workflows.

Capabilities may include:

• Workforce management
• Driver operations
• Technician management
• Job assignments
• Service workflows
• Operational tracking
• Communication
• Administration

OBNAVI
OBNAVI is an intelligent retail navigation and product discovery platform designed to connect customers with physical retail environments.

Capabilities may include:

• Indoor navigation
• Product discovery
• Location-based information
• AR experiences
• Promotions
• Personalized discovery
• Retail analytics

OBNEST
OBNEST is an immersive real-estate experience platform designed to help users explore and understand properties through digital and spatial technologies.

Capabilities may include:

• Virtual property tours
• 3D visualization
• Virtual staging
• Property navigation
• Interactive environments
• Immersive property experiences

OBMOVE
OBMOVE is an immersive automotive experience platform designed to transform vehicle discovery and showroom experiences.

Capabilities may include:

• Virtual showrooms
• 3D vehicle visualization
• Vehicle configuration
• Interactive product experiences
• Digital dealership experiences
• AR and VR experiences

Obrive provides technology solutions that can be designed and implemented according to specific enterprise requirements.

Enterprise solutions may include:

• AR development
• VR development
• MR development
• XR development
• Spatial Computing
• 3D development
• Digital Twin solutions
• AI and Computer Vision
• Immersive software
• Enterprise applications
• Intelligent mobility systems
• Custom platforms
• API integrations
• Cloud-connected applications

The functionality and scope of each solution may vary according to the customer's requirements and implementation environment.

Obrive solutions may integrate with third-party technologies, platforms, services, APIs, devices, sensors, and infrastructure.

Depending on the solution, integrations may include:

• Cloud platforms
• Mapping and location services
• AR and VR frameworks
• Enterprise applications
• CRM systems
• ERP systems
• Payment systems
• IoT devices
• Sensors
• Analytics platforms
• Authentication services
• Communication services

Third-party services are subject to their respective terms, privacy policies, availability, and technical limitations.

Developer documentation may provide technical information required to integrate with or develop around Obrive products and platforms.

Developer resources may include:

• API documentation
• Authentication information
• Integration guides
• SDK information
• Technical references
• Webhooks
• Data formats
• Environment requirements
• Configuration guides
• Deployment information

Access to certain developer resources may require authorization, an account, commercial engagement, or a specific partnership arrangement.

Where APIs are provided, API documentation may describe:

• Authentication
• Endpoints
• Request formats
• Response formats
• Parameters
• Error responses
• Rate limitations
• Webhooks
• Integration requirements
• Version information

API availability, functionality, limits, and documentation may change as the relevant product or platform evolves.

Successful implementation of immersive and spatial technology requires consideration of both digital and physical environments.

Implementation may involve:

• Business requirements
• User experience design
• Technical architecture
• Hardware requirements
• Environmental conditions
• Network connectivity
• Device compatibility
• Spatial mapping
• Positioning
• Data integration
• Security
• Testing
• Deployment
• Monitoring
• Maintenance

Implementation requirements may differ substantially between projects.

Obrive takes reasonable technical and organizational measures designed to protect information and support secure operation of its websites, applications, platforms, and services.

Security practices may include appropriate measures relating to:

• Access control
• Authentication
• Data protection
• Infrastructure security
• Application security
• Monitoring
• Secure development practices
• Incident management

No internet-connected system can be guaranteed to be completely secure.

For information regarding personal data and privacy practices, please refer to our Privacy Policy.

Obrive is committed to responsible handling of personal information.

Information relating to the collection, use, storage, disclosure, security, and rights associated with personal information is described in our Privacy Policy.

Our Privacy Policy applies to relevant Obrive websites, applications, services, and other covered interactions.

Obrive may use AI, machine learning, computer vision, spatial computing algorithms, and other emerging technologies within certain products and services.

These technologies may support:

• Personalization
• Automation
• Recognition
• Analysis
• Recommendations
• Spatial understanding
• Real-time experiences
• Operational intelligence

The use of AI and emerging technologies may differ between products and implementations.

Where personal information is processed, such processing is subject to applicable privacy practices and contractual or legal requirements.

Technology changes continuously.

Obrive may update this Documentation to reflect:

• New products
• New features
• Technology changes
• API changes
• Security improvements
• Platform updates
• Integration changes
• New implementation requirements
• Product discontinuations
• Changes in supported technologies

Where appropriate, material updates may be identified through updated dates, release notes, product communications, or other appropriate channels.

Certain Obrive products and services may use or integrate with third-party technologies.

Third-party technologies may include operating systems, cloud services, development frameworks, mapping services, analytics tools, payment providers, authentication services, hardware platforms, and other external systems.

Obrive does not control all third-party technologies and their availability, functionality, security, or policies may change independently.

Users and customers should review the applicable third-party documentation and terms where relevant.

This Documentation is provided for general informational and technical reference purposes.

While Obrive seeks to maintain accurate and useful documentation, information may change as products, technologies, platforms, integrations, and services evolve.

Documentation does not constitute a guarantee that a particular feature, integration, technology, or capability will be available in every environment or implementation.

Enterprise customers and partners should refer to applicable agreements, technical specifications, statements of work, product documentation, and implementation requirements for project-specific information.

Unless otherwise stated, Obrive's websites, documentation, software, product names, designs, graphics, content, trademarks, service marks, and other materials are owned by or licensed to Obrive Industries Private Limited.

Nothing in this Documentation grants a user or third party any ownership rights or license to Obrive intellectual property except where expressly provided under an applicable agreement or license.

Obrive technology should be used in accordance with applicable laws, regulations, contractual requirements, platform policies, and safety requirements.

Users and customers are responsible for ensuring that their use of Obrive products, services, applications, data, integrations, and technology is appropriate for their intended environment and use case.

If you have questions regarding Obrive documentation, products, technology, integrations, or enterprise solutions, please contact us.

• Email: info@obrive.com
• Technical Support: support@obrive.com
• Privacy: privacy@obrive.com
• Website: obrive.com
• Bengaluru, Karnataka, India