Services

Spatial Intelligence Solutions

Ethar provides a comprehensive array of innovative expert professional services ranging from intelligent AR/VR software design to industrial-grade application development, integration, and management. We leverage our proven Spatial Intelligence technology, integrated with commercially available data visualization, digital twin, and other products to radically improve customers' decision making, training, operations, communications, and much more. Our enterprise solutions include both custom applications for mobile phones, tablets, and AR/VR headsets, as well as integration with existing customer applications. The end result is spatial intelligence for human-AI operations that improves understanding, productivity, safety, and growth.

Design

We design innovative solutions that increase capabilities and improve results.

Requirements

We partner with your stakeholders to converge on the precise approaches and outcomes that will drive your success. This is the creative core of our process: a brainstorming phase where we bridge the gap between imagination and operational impact.

Analysis

We perform a deep analysis of your current IT state alongside your technical and business requirements. Then, we define the optimal strategy to integrate AR/VR, sensors, cameras, and related elements.

Design & Systems Engineering

We architect and design systems and code where AI speed meets human oversight. We develop solutions engineered to exceed technical and business objectives through a Human-in-the-Loop framework. By leveraging two centuries of AR/VR expertise with deep proficiency in data structures and knowledge graphs, we deliver context-aware solutions that prioritize human control. Our designs ensure that while the AI provides high-fidelity visual spatial intelligence, human controls remain the final arbiter for every mission-critical decision.

Develop

We use proven agile data and software development practices, tools, and techniques.

Agile Development

We use expert human coders combined with guided AI coding to quickly develop and deploy AR/VR implementations. We incorporate continuous stakeholder feedback to ongoingly fine-tune results. We use most of the major technologies and programming languages, and development tools, and then leverage relevant LLMs and AI coding tools for rapid intelligent prototypes. We deliver secure containerized solutions behind your firewall or on the cloud.

Integration

We work closely with your team to integrate Ethar’s intelligent AR/VR solutions with your existing IT infrastructure and workflow. We can integrate our solutions into your existing applications or create separate custom applications that integrate with your current processes.

Testing

We employ extensive quality assurance processes and test thoroughly for functionality, security, scalability, manageability, and a host of other factors. We iterate the results into continuously improved application functionality.

Manage

We manage and maintain secure your solutions to ensure always-on operation.

Management

We provide ongoing expert managed services to ensure your solutions are always performing to agreed upon SLA’s. This includes monitoring, cybersecurity, backup and disaster recovery.

Maintenance

We perform ongoing support and proactive maintenance services to ensure your solutions and the Ethar infrastructure are secure and always up-to-date.

Training

We teach customers who prefer to manage their own solutions how to update and support their applications. Ethar also provides customized AR consulting and training on topics ranging from how to design better AR models to how to enhance your workflow with intelligent AR and VR.

Customers

Air Force Research Lab (AFRL)

One of the World's top 3 Oil Companies

National Science Foundation (NSF)

Electric Power Research Institute (EPRI)

University of Alabama - College of Nursing

Huntsville Convention & Visitors Bureau

Jefferson Parish Louisiana Lafreniere Park

Festival International de Louisiane

Signals Museum

Singing River Trail

Ditto Landing Marina

Open Geospatial Consortium

Augmented Reality for Enterprise Alliance

Open AR Cloud

Infolink USA

Vulcan Park & Museum

Capabilities

Languages and Technologies

SDLC principles, Agile methodologies. All major languages including: C, C++, C#, Python, Java, JavaScript, Mixed Reality Toolkit, .NET, Visual Studio, Silverlight, ASP.NET, XML, UML, Unity, Reality Toolkit, MongoDB, ExpressJS, AngularJS, Node.js, WordPress, HTML 5, PHP, JQuery, CSS3, Sass, Photoshop, Illustrator, Matlab, Arduino, InDesign, Git, Subversion, D3.js, content management systems, GulpJS, GruntJS, Ruby on Rails, zBrush, 3D modeling, character animation, interaction design, substance painter, Blender

AI and Data Science

Classic and generative AI, most major LLMs, data collection, cleaning, organization, analysis, model building, evaluation and deployment

Ontology Development

Knowledge graphs, knowledge representation, knowledge management, information architecture, semantic technologies,RML

XR Application Development

We leverage open standards, making it universally available and eliminating the need for costly headgear. We develop XR (AR/VR/MR) applications using Unity and the open-source Reality Toolkit X, to simplify creation of AR experiences.

GeoSpatial

We architect, build, test and manage innovative geospatial AR solutions and spatial computing.

Collaboration & Remote Assistance

Using open-source tools, we incorporate the ability for two-way voice, video and AR collaboration between local and remote users.

Digital Twins

We create 3D digital twins from existing physical items or products. This includes 3D scans of the objects as well as computer tomographic images of the interiors of the objects, where relevant. Users of the software will be able to retrieve 3D models and images, manipulate them, save them, and 3D print them.

System Engineering & Integration

We synthesize frameworks for practically acquiring, curating, and integrating AR-compatible digital content and systems with existing IT systems and identify key skills, new resources and process changes required to introduce and maintain AR solutions into existing systems.

IIOT

Industrial Internet of Things design, development, testing and deployment.

Moving Feature Detection

We perform moving feature detection and analysis, visualization of information regarding moving objects within tactical operation zones in real-time and AR-enabled applications and tools that detect and track unidentified moving vehicles, people or animals near hazardous facilities like power substations or other critical infrastructure.

W3C WebXR, WebAssembly

OpenSceneGraph - to enable graphic AR visualization of realtime and historical data provided through APIs

OGC Moving Features - Data viewability using an AR-enabled application relevant to utility use case scenarios

Spatial Discovery Service - for discovering, referencing and accessing digital content, services, applications and communication channels available to users at a given location. SDS offers an interoperable methodology for the discovery of content from many data providers.

GeoPose Services - to obtain, record, share and communicate the 6DOF geospatial position and orientation of any real or virtual object present at a given location.

Security - Understand the unique new threat vectors and risk mitigation options for these AR/VR technologies. We incorporate measures to prevent unauthorized access or modification to end-to-end IT, mobile and networking systems.

Market, Customer and Competitive Intelligence - We perform in-depth analyses of market and competitive intelligence as well as customer intelligence through interviews of top customers and analyses of competitors, products & strategies to help companies build their next market opportunities.

Technology Commercialization - We perform new technology evaluation and screening, commercialization business planning and business plan implementation.

Broad Expertise

Aerospace operations
Aerospace systems engineering
API design
Autonomous systems
Aviation systems
Cloud computing
Cognitive systems
Data modeling
Decision support systems
Defense technology
DevOps
Emerging technology evaluation
Enterprise architecture
Human factors engineering
Human-computer interaction
Immersive training environments
Intellectual property strategy
Interactive media
Interoperability frameworks

Machine learning
Metadata systems
Mission-critical systems
Operational analytics
Operator guidance systems
Organizational strategy
Real-time collaboration systems
Research commercialization
Robotics integration
Simulation systems
Software architecture
Solution architecture
Space systems
Strategic planning
Taxonomy development
Technology roadmapping
Training systems
User experience design
Workflow optimization

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