ThirdEye's DeepfakeAI software will enable users/organizations to verify their identity and automate removal of deepfakes of them online.

Deepfake's are estimated to cause over $5B+ in damages over the next decade and spread misinformation. In addition, the tool will allow users to check whether a text/audio/video file has been altered using AI.

To learn more about ThirdEye's DeepfakeAI, please contact sales@thirdeyegen.com or visit us at https://thirdeyegen.com

Have you ever felt lost and overwhelmed during a visit to the doctor? Have you experienced the complexity of navigating bustling hospital areas, as they look similar? According to reports, around 30 percent of people find this challenging. Navigating hospitals can be daunting due to the need for more clarity for patients and professionals.

Thus, to provide an unparalleled customer experience, hospitals need a solution for making healthcare more accessible, efficient, and user-friendly for the patients. One such effective solution is in the form of AR-enabled Smart Glasses. These powerful devices have various features to revolutionize the healthcare system.

Providing a seamless user experience is vital for any hospital as it ensures that patients receive timely and efficient care. It reduces waiting time and eases appointment scheduling. 

Join us on this exciting journey, where we will explore the general features of smart glasses and how Thirdeye Smart glasses are playing a key role in the healthcare industry. Further, we will examine how this technology is making healthcare simple and effective for all.

Features in AR MR Glasses Needed For the HealthCare Sector

• Real-time Patient Data Display

Smart glasses should provide real-time display of patient data, including vital signs, medical history, and current medication status. This feature enables healthcare professionals to access crucial information, enhancing their decision-making and patient care.

• Secure EHR Integration

Integration with Electronic Health Records (EHR) systems is essential, ensuring seamless access to a patient's complete medical history, diagnoses, lab results, and treatment plans. This integration streamlines patient assessments and treatment strategies for healthcare professionals.

• Augmented Reality (AR) Imaging and Visualization

AR capabilities allow healthcare professionals to view complex medical imaging, such as 3D models or scans, directly on the smart glasses. This feature aids in visualizing and understanding anatomical structures, assisting in precise surgical planning and procedures.

• Telemedicine and Remote Consultation

Smart glasses should support telemedicine, enabling healthcare professionals to conduct remote consultations and collaborate with colleagues. This feature expands healthcare access and facilitates timely consultations, especially in remote or emergencies.

• Hands-free Voice Control and Documentation

Voice-controlled commands for note-taking and documentation reduce the need for manual data entry, improving workflow efficiency. Healthcare professionals can dictate patient information, notes, and prescriptions while focusing on patient interactions, enhancing productivity and accuracy.

How ThirdEye Smart Glasses Are Helping the Healthcare Sector

• Remote Consultations

These cutting-edge glasses facilitate real-time video and audio, granting specialists a hands-free glimpse into the patient's perspective. This enhancement improves the efficiency and quality of remote medical interactions, ultimately advancing healthcare accessibility and patient care.

• Augmented Reality Annotations

RealEye software enables medical professionals to provide visual instructions to on-site staff during procedures. This can be invaluable in guiding less experienced personnel or ensuring the precise execution of complex tasks.

• Efficient Documentation

RealEye software allows for hands-free documentation, enabling healthcare providers to update patient records, review medical histories, and document treatment plans with ease. This not only improves record accuracy but also saves time.

• Language Translation

Language barriers are a common issue in healthcare. ThirdEye's translation feature assists in breaking down these barriers, ensuring effective communication between patients and caregivers.

• MR Scale for Measurements

Accurate measurements are crucial in healthcare. The MR Scale feature helps healthcare professionals quickly and accurately measure vital statistics, reducing the margin for error in diagnosis and treatment.

• Surgical Guidance 

AR-based surgical guidance empowers surgeons with essential real-time patient data. Additionally, live imaging seamlessly displayed all info in their field of vision. This hands-free access enhances surgical precision and optimizes decision-making. It provides immediate, pertinent information and improves outcomes during operations.

• Emergency Response

Providing quick and adequate response during an emergency is very critical. Modern-day paramedics leverage modern technologies to help them in this vital situation. Having proper knowledge of the patient's medical history is needed for making informed decisions. This is where ThirdEye smart glasses can be helpful by providing vital info to doctors.

• Infection Control

One of the advantages of using ThirdEye's smart glasses is that they reduce the risk of infection. Smart glasses limit the interaction with the external device. It reduces potential contamination risks associated with the touch. Additionally, they provide hands-free treatment by providing vital info to the doctor. It also enhances efficient and hygienic workflow in hospitals. 

• Patient's Experience

Today patient's experience is not limited to just medical care rather, it encompasses every interaction they have within the healthcare facility. A positive experience can lead to better patient outcomes. That is a very crucial element for the success of a healthcare institution. So, providing an unmatched patient experience is of paramount importance for any hospital. 

• Competitive Advantage

RealEye and ThirdEye smart glasses provide hospitals with a distinct edge. These innovative tools foster enhanced patient care through instant access to critical data. That bolsters decision-making and outcomes. It streamlines efficient communication among medical teams. Thereby reducing response times, which plays a significant role in the patient's health.

• Operational Efficiency

The integration of smart glasses and RealEye software can streamline processes. That reduces administrative overhead and allows professionals to focus more on patient care.

• Telemedicine Potential

Telemedicine and remote consultations have become integral to modern healthcare, particularly after Covid-19. These tools can facilitate real-time communication between patients and medical professionals. Making healthcare services accessible and convenient.

Conclusion 

The use of RealEye and X2 MR smart glasses by ThirdEye can significantly improve patient outcomes. It can enhance their satisfaction level by increasing operational efficiency. These glasses have long-term benefits for patients as well as healthcare professionals. Hospitals can also use these cutting-edge technologies to automate routine tasks that not only reduce paperwork but minimize redundant processes. Thus, undoubtedly, these innovative solutions have the potential to reshape the healthcare landscape.

The burden of healthcare expenditures has long been a concern everywhere. It impacts not only the patients but also the service providers and policymakers. A recent surge in fuel and medical supplies prices further worsened the situation.

Additionally, the Great Resignation or the Great Reshuffle (an era where professionals resigned from their jobs during the COVID-19 pandemic) has also spared the hospitals. Today, they face a significant staff shortage. These challenges have impacted weaker hospitals, which are more likely to fail.  

Amidst these challenges, Mixed Reality (MR) smart glasses are poised to revolutionize healthcare economics. These glasses reduce operation costs and enhance efficiency. Further, they ease remote consultations to improve medical training.

ThridEye is one such organization that is pioneering in the field of mixed reality. Recently, we have developed RealEye. It is a game-changing software that can improve the healthcare economy. This blog explores its features and highlights how it can reshape healthcare.

Understanding Cost Challenges in Healthcare

• Escalating Labor Costs

Hospitals struggle with the high cost of paying labor expenses. It makes up a substantial portion of their operational costs. As the healthcare workforce grows rapidly, so do salaries and wages. Further, the massive resignation and retirement of experienced professionals worsen the situation.

ThirdEye smart glasses can alleviate labor cost pressures. It enhances the efficiency and effectiveness of healthcare professionals. These wearable devices provide real-time information and guidance. For example, nurses wearing smart glasses can access patient records. It optimizes workflows and reduces labor overhead expenses.

• Integration of New Technology

Introducing new technology has often led to inefficiencies in healthcare workflows. Rapid implementations and inadequate integration have resulted in workarounds that could improve productivity. However, hospitals need help to achieve the expected investment savings.

MR/AI smart glasses integrate into healthcare workflows seamlessly. It provides a hands-free interface for accessing patient data and medical records, which reduces the time spent on administrative tasks. Moreover, these glasses can be customized to integrate with existing hospital systems, which ensures a smoother transition to advanced technology while preserving productivity.

• Risk and Reimbursement Complexities

Fee-for-service models often dominate the complex reimbursement structure in healthcare. It creates massive financial challenges for hospitals. Medicare reimbursements frequently fall short of actual costs. This situation makes it even more challenging for hospitals to manage their money and become financially stable.

By streamlining documentation, smart glasses can empower healthcare providers. It also maximizes their reimbursements. Through MR/AI-enhanced coding assistance, physicians can ensure accurate and complete records. It also mitigates the risk of denied claims. Additionally, smart glasses enable real-time access to patient data, which facilitates evidence-based decision-making and reduces the likelihood of costly errors.

• Inefficient Patient Workflow

Poorly managed patient flow within hospitals leads to overutilization of emergency rooms. It not only delays surgeries but also extends the length of stay. Inefficient patient workflows also increase costs and impact the care quality.

MR/AI smart glasses can provide instant access to patient information and treatment plans. This information can drastically improve coordination between healthcare professionals. It also reduces delays in surgeries and improves patient outcomes. Smart glasses also enhance communication between departments for a seamless patient journey.

• Labor Shortages and Talent Retention

The post-COVID era is also known as the Great Resignation Era. People have resigned from their jobs during this time, citing various reasons. In the U.S., around 47 million Americans quit their jobs in 2021. The majority of them were from the healthcare sector. This shortage of skilled labor, particularly nurses, poses a significant challenge for hospitals. Recruiting and retaining talent in a competitive market is essential and costly. Labor shortages can result in the need for expensive contract labor.

However, hospitals can overcome this challenge with the help of X-Series MR glasses. They can use these glasses to upgrade the existing professionals' skills, boosting their confidence and making them more efficient. These glasses reduce the reliance on expensive temporary staff, significantly controlling labor costs. Thus, it empowers healthcare professionals to provide exceptional care while managing costs effectively.

How RealEye Can Improve Healthcare Economics

●      Remote Expert Guidance

RealEye enables healthcare professionals to receive real-time guidance from remote experts. This feature can lead to more accurate diagnoses and treatment plans. It reduces the need for unnecessary in-person consultations and referrals. As a result, hospitals can optimize staff utilization. Thereby reducing the costs associated with physical consultations.

●      Digital Task Workflow

The software allows the creation of digital task workflows. It can be used for machinery and equipment maintenance. A.I. can do predictive analysis and generate tasks based on existing work instructions. So, hospitals can address equipment issues, preventing costly breakdowns and downtime. This predictive maintenance approach further minimizes repair and replacement costs.

●      M.R. Remote Assistance

RealEye facilitates remote assistance between healthcare professionals around the world. This capability not only streamlines the training processes. But it also reduces the need for on-site trainers. Thus, it ensures a faster and more reliable knowledge transfer. As a result, hospitals can significantly save on training expenses. They can also minimize errors due to inexperienced staff.

●      M.R. Annotations

MR annotation is a groundbreaking technology. It enables the expert professional to provide real-time guidance to the staff. This way, they can assist them even when not physically available in the hospital. It can be very effective in giving first aid in emergency cases. So, this feature can enhance surgical procedures. It also reduces the risk of complications and the need for follow-up surgeries.

●      Transcription

RealEye's transcription feature can automatically document patient interactions and treatment plans. This improves accuracy and reduces administrative expenditure. Hospitals can eliminate staff related to manual note-taking and data entry. RealEye digitizes paper and machine assets into digital format. It not only makes inventory and asset management more efficient. But also curtails the workload and thereby reduces the staff requirement.

Conclusion

Hospitals facing challenges demand innovative solutions. Mixed Reality (M.R.) smart glasses emerged as a transformative tool as it contributes to substantial cost savings for hospitals. Additionally, RealEye's integration capabilities further optimize hospital operations, which makes it a valuable tool for enhancing healthcare economics.

So, get ready to revolutionize healthcare economics and embrace the future.

As humans, we cannot overstate the role and importance of technology in our evolution, from simple tools like bow and arrow to today's more complicated and modern equipment, technology has been the driving force behind innovation and progress. Also, it has significantly influenced our societies and our behavior. 

One such significant impact of technology can be seen in our purchasing behavior. With the launch of e-commerce websites and mobile applications, consumers can now shop from the comfort of their homes.  

However, new technologies like AR and virtual reality are set to revolutionize the retail sector from virtual trying of clothes to visualizing the look of the furniture in your room. The possibilities are endless. Hence, join us on this captivating journey as we unlock the benefits of AR in the world of retail.  

Benefits of Augmented Reality in the Retail Industry

• Customer engagement

The covid era has seen a significant increase in the e-commerce sector. As a result, big brands are looking for new technology to increase customer engagement, leading to AR's implementation in the retail industry. This has helped industries in creating an immersive shopping experience. For example, Ikea, one of the leading furniture brands, has developed Ikea Place, an AR-enabled application, that allows customers to virtually place the furniture in their homes before purchasing it. 

• Sales and conversion

Data from Shopify, a leading e-commerce platform, reveals that merchants integrating 3D content into their online stores experience an average conversion lift of 94%. This statistic highlights the remarkable impact of AR on driving customer engagement and purchase decisions. By offering immersive and interactive experiences through AR, retailers can create a unique and memorable shopping journey for their customers, increasing their likelihood of purchasing. 

In addition to conversion rates, AR can also play a crucial role in reducing return rates. By allowing customers to virtually try on products or visualize them in their own space, AR helps customers make more informed buying decisions, minimizing the chances of dissatisfaction and returns due to mismatched expectations. This not only saves costs for retailers but improves customer satisfaction and loyalty. 

• Contactless experiences

The COVID-19 pandemic has accelerated the adoption of AR in contactless transactions, both in-store and online. AR can replace physical interaction with products, allowing users to virtually evaluate products through photo-realistic representations and view them from different angles, saving time, effort, and money. 

• In-store displays

AR displays in retail settings are revolutionizing how brands engage with prospective shoppers. They offer dynamic and measurable advertising opportunities, providing valuable data for optimization while offering customers innovative and immersive experiences. The flagship store of PacSun's in Soho, New York, featured a jaw-dropping AR storefront video display that simulated window-shattering waves crashing against the shore, creating an immersive and attention-grabbing experience for passersby. It generated buzz and drove foot traffic. 

How Big Retail Brands Are Leveraging AR

• JD.com
  

With its styling application AR styling station, this cosmetic brand allows users to try cosmetic products virtually. This way, customers can buy products suitable for their skin type. This was one of the most significant barriers to online sales of cosmetic products. The application also has another version that allows users to try on footwear using their smartphones virtually. 

• Amazon Room Decorator

You can access this handy application if you have an Amazon Prime membership. It is an innovative application allowing customers to visualize and plan their home decor and furniture arrangements virtually. The application uses AR technology to create 3D product models in the natural environment. This allows the customer to view the realistic representation of the product's appearance in their room. Which helps them to make a more informed and confident purchase. 

• Gucci’s Try Them On App

Gucci, a luxury brand, has also leveraged AR technology to provide customers with the best shopping experience. It has developed an application known as "try on." Using this application, customers can virtually try their shoes and see how they will look on them. Gucci is also known as the first luxury brand to incorporate AR into its social media campaigns. 

• Dulux: Paint your walls in AR

The implementation of AR has been broader than just the fashion industry. Dulux, a famous paint brand, has also implemented AR by creating the "Dulux Visualizer." This is one of its kind application that helps customers to see how different paints appear on their walls. The application uses the latest technology, like AR, to provide a real-time experience. The application has various features like color matching, a paint calculator, and product information which offers proper assistance to customers during the project. 

Conclusion

Today around 1 billion people use AR technology around the globe for different purposes. Out of this, around 32 percent of customers use them during shopping. And as we step into the future, the use of AR in the retail sector will increase. It enhances the customers' overall shopping experience, which is very important for any business. A happy and satisfied customer is likelier to become loyal and bring new business through positive reviews. So, are you ready to embrace the power of AR and transform your customers' shopping experience?

Augmented Reality (AR) immersive technology has been rapidly evolving in recent years, and several new milestones have been achieved. Here are some noteworthy advancements and milestones in AR immersive technology:

1. Enhanced Visual Quality: AR devices have made significant progress in improving visual quality, providing more realistic and immersive experiences. Higher-resolution displays, better color reproduction, and improved field of view (FOV) have enhanced the visual fidelity of AR content.

2. Lightweight and Compact Devices: AR headsets have become more compact and lightweight, making them more comfortable to wear for extended periods. This advancement has increased user adoption and made AR more accessible to a broader audience.

3. Gesture and Voice Control: The integration of advanced gesture recognition and natural language processing technologies has allowed users to interact with AR content using hand gestures and voice commands. This development has made AR experiences more intuitive and immersive.

4. Spatial Mapping and Real-Time Occlusion: AR devices are now capable of mapping and understanding the physical environment in real-time. This allows virtual objects to interact with the real world, creating more convincing and immersive experiences. For example, virtual objects can now be occluded by real-world objects, providing a more realistic perception of depth and interaction.

5. Persistent AR: Persistent AR enables the placement of virtual objects in physical space over an extended period. This means that AR experiences can persist even after the user leaves the environment, allowing for seamless interactions and continuity across sessions. Persistent AR has opened up new possibilities for gaming, education, and industrial applications.

6. Multi-user Collaboration: AR technology has evolved to support multi-user experiences, enabling collaborative interactions between users in shared augmented environments. This advancement has immense potential in areas such as remote teamwork, education, and entertainment, where multiple users can interact with shared virtual content simultaneously.

   Click Here to purchase X2 MR Glasses by ThirdEye Gen, Inc.

7. AR Cloud: The concept of the AR Cloud involves the creation of a persistent, shared digital layer that overlays the real world. It allows for the synchronization of AR experiences across devices and users, enabling seamless interaction and information sharing. The AR Cloud has the potential to transform various industries, including navigation, social media, and location-based services.

8. Improved Tracking and Localization: Advancements in computer vision and sensor technologies have enhanced the accuracy and robustness of AR device tracking and localization. This enables more precise positioning of virtual objects in the real world and improves the overall stability and quality of AR experiences.

9. Integration with 5G Networks: The rollout of 5G networks provides higher bandwidth and lower latency, which is crucial for delivering real-time AR experiences. With 5G, AR applications can leverage cloud computing and offload heavy processing tasks, enabling more sophisticated and immersive AR content.

10. Industry Adoption and Applications: AR immersive technology has gained significant traction across industries, including gaming, education, healthcare, architecture, manufacturing, and retail. Companies are increasingly leveraging AR to create engaging experiences, improve productivity, and enhance customer interactions.

These milestones indicate the continuous progress and growing potential of augmented reality immersive technology. As technology advances further, we can expect even more exciting developments in the field of AR.

Click Here to purchase X2 MR Glasses by ThirdEye Gen, Inc.

Artificial Intelligence (AI) is playing an increasingly important role in both Augmented Reality (AR) and Virtual Reality (VR) technologies. Here are some ways in which AI is shaping the future of AR and VR:

1. Object and image recognition: AI-powered algorithms can be used to recognize and track objects and images in real-time in AR and VR environments. This enables more interactive and responsive experiences.

2. Natural language processing: AI-powered natural language processing (NLP) can be used in AR and VR to create more realistic and engaging conversational experiences. For example, AI-powered virtual assistants can interact with users in a more human-like manner.

3. Personalization: AI can be used to personalize AR and VR experiences based on user preferences and behavior. For example, an AI-powered VR game can adjust the difficulty level based on a user's past performance.

4. Health and wellness: AI can be used in AR and VR to monitor user behavior and provide personalized feedback and recommendations on health and wellness. For example, AI can be used to track a user's physical activity and provide feedback on how to improve their exercise routine.

5. Data analysis: AI can help analyze large amounts of data generated by AR and VR systems, enabling developers to gain insights into user behavior and preferences. This can be used to improve the user experience and optimize content creation.

6. Real-time translation: AI-powered language translation can be integrated with AR and VR to provide real-time translation of written or spoken language. This can make AR and VR experiences more accessible to users who speak different languages.

7. Education and training: AI can be used in AR and VR to create interactive and personalized educational and training materials. For example, an AI-powered virtual tutor can adapt to a student's learning style and provide feedback on areas where they need improvement.

Click Here to Purchase X2 MR Glasses by ThirdEye Gen, Inc.

What are AR Projections?

AR (Augmented Reality) projections refer to the use of projection technology to display augmented reality content onto real-world surfaces, rather than relying on a smartphone or tablet screen. This technology uses projectors to create interactive, virtual content that can be projected onto walls, floors, or other surfaces, allowing users to interact with digital objects in real-time.

AR projections can be used in a variety of settings, such as museums, retail stores, theme parks, and advertising campaigns. For example, a museum might use AR projections to create an immersive exhibit that allows visitors to interact with virtual objects that are projected onto the walls and floors. In a retail setting, AR projections can be used to showcase products in a unique and engaging way, allowing customers to interact with the products before making a purchase.

AR projections require specialized equipment, such as projectors, cameras, and sensors, to accurately track the position and movement of users in the physical space. The technology is still relatively new and rapidly evolving, with new applications and use cases being developed all the time.

Click Here to Purchase X2 MR Glasses by ThirdEye Gen, Inc.

AR projections for an immersive reader’s experience

AR projections can be used to create an immersive reader's experience that brings text to life in a new and engaging way. Here are some examples of how AR projections can be used in a reading context:

1. Interactive Textbooks: By using AR projections, textbooks can be transformed into interactive and immersive learning experiences. Students can use their smartphones or tablets to scan pages and access additional content, such as videos, animations, and 3D models, that help to bring the text to life and deepen their understanding of the material.

2. Storytelling: AR projections can be used to create interactive and engaging storytelling experiences. For example, a children's book might use AR to create animated characters that pop up on the page and interact with the reader as they turn the pages.

3. Historical Context: AR projections can be used to provide historical context to written works. For example, an AR projection might be used to show a 3D model of a historical artifact or landmark mentioned in the text, allowing readers to see it in detail and gain a better understanding of its significance.

4. Language Learning: AR projections can be used to create immersive language learning experiences. For example, a language textbook might use AR to provide students with virtual scenarios where they can practice speaking and interacting with native speakers in a more realistic way.

5. Digital Libraries: AR projections can be used to create digital libraries that allow readers to access and interact with books in a more engaging way. For example, a library might use AR to create a virtual bookshelf where users can browse and select books, or to create virtual reading spaces that simulate the experience of reading in different environments.

Overall, AI is helping to shape the future of AR and VR by enabling more intelligent, personalized, and interactive experiences. As these technologies continue to evolve, the role of AI in AR and VR is likely to become even more significant.

Click Here to Purchase X2 MR Glasses by ThirdEye Gen, Inc.

Mr. Nick Cherukuri, CEO of ThirdEye Gen, Inc., is an award-winning entrepreneur, author, speaker, and researcher with multiple published patents on a mission to change human paradigms using AR/AI. He was awarded Forbes 30 Under 30 for enterprise technology, a finalist for Ernst & Young Entrepreneur of the Year & has spoken at major world tech conferences such as CES & AWE. He was the founding member of the prestigious University of Pennsylvania Augmented Reality/Virtual Reality club. In his spare time, Nick also enjoys heavyweight rowing, golfing, running, and doing charity work.

Forbes Technology Council Leadership / Forbes U30 profile:

https://councils.forbes.com/profile/Nick-Cherukuri-CEO-ThirdEye-Gen-Inc/689001ff-a1dd-40e0-b4a5-c55747df26f4

His priorities include providing strategic leadership to ThirdEye, creating an appropriate growth strategy and identifying resources needed to execute such strategy and understanding technology trends in the industry, and positioning the company to be a leader in utilizing such technologies to drive revenue and profit growth. He is responsible for creating an environment and culture that enables the company to fulfill its mission by meeting or exceeding its goals, conveying the firm's mission to all staff, holding staff accountable for their performance, motivating staff to improve performance, and being responsible for the measurement, assessment and continuous improvement of profits. Nick is one of the well-known subject matter experts in the Augmented Reality & AI industries by having expertise, education, and multiple patents. Previously, he developed AR/MR & Mobile applications that were successfully deployed in commercial/consumer App stores that earned thousands of users. He has strong experience in product development involving research for advanced AR systems for commercial and consumer applications & an outstanding reputation as a technical innovator/leader with a strong vision and excellent analytical, problem-solving, leadership, and business skills; intense commitment to new/emerging technologies and business excellence. Solid track record creating the vision and roadmap for new technologies, serving as a focal point for technical interface with customers, and supporting/leading new business development efforts. Nick was the product director in the development of the complete digital Augmented/Mixed Reality (AR/MR) ecosystem with ThirdEye smart glasses hardware, firmware, software, device management, and services. Provided strategic guidance, system architecture, and technology roadmap development. Developed core software and hardware technology to enable new AR/MR experiences. Implemented visualization solutions on mobile Android platforms. Supported this growing AR/MR ecosystem with services including feasibility discussion, roadmap planning, de-risking, prototype development, and team building.

Education:

• AB – Bachelor of Arts, University of Pennsylvania

Patents:

• Cherukuri, N., 2019. "System and Method for Large Data Augmented Reality Applications on Smartglasses.” US Patent (Pub. No.: US 2019/0018505 A1; Pub. Date: Jan. 17, 2019)

• Cherukuri, N., 2019. “Sensor Fusion Augmented Reality Eyewear Device” US Patent (Pub. No.: US20200168000A1; Pub. Date: Nov. 25, 2018).

• Cherukuri, N., 2019. “Gaze-based user interface for Augmented and Mixed Reality Devices.” US Patent (Pub. No.: US20200292813A1; Pub. Date: Mar. 13, 2019)

Augmented Reality (AR) technology is changing the way businesses interact with their customers. AR can enhance the customer experience in several ways, including:

1. Visualization: AR technology can help customers visualize products and services in a more immersive way. For example, a furniture retailer can use AR to show customers how a piece of furniture would look in their home before they make a purchase. This helps customers make more informed decisions and increases their confidence in the purchase.

2. Personalization: AR technology can be used to create personalized experiences for customers. For example, a beauty retailer can use AR to create a virtual makeup try-on experience that matches a customer's skin tone and facial features. This creates a more engaging and personalized experience that increases customer satisfaction and loyalty.

3. Education: AR technology can be used to educate customers about products and services in a more interactive way. For example, a car dealership can use AR to show customers the features and benefits of a vehicle in a more engaging and interactive way. This helps customers understand the product better and increases their confidence in the purchase.

4. Gamification: AR technology can be used to gamify the customer experience, making it more engaging and enjoyable. For example, a retail store can use AR to create a scavenger hunt or other game that encourages customers to explore the store and interact with products in a fun and engaging way. This creates a more memorable and enjoyable experience that increases customer loyalty and brand awareness.

5. Convenience: AR technology can make the customer experience more convenient by providing information and assistance in real-time. For example, a grocery store can use AR to help customers find products and provide nutritional information and recipe suggestions in real-time. This saves customers time and makes their shopping experience more efficient and enjoyable.

The X2 Glasses by ThirdEye Gen, Inc. feature two high-resolution displays that provide a 90-degree field of view, allowing users to see digital content overlaid on the real world. The glasses are powered by an Android-based operating system and can connect to a range of devices, including smartphones and tablets, using Bluetooth or Wi-Fi.

Click Here to buy X2 Glasses by ThirdEye Gen, Inc.

One of the key features of the X2 Glasses is their ability to track the user's head movements, allowing them to interact with digital content in a more natural and intuitive way. The glasses also include a range of sensors, including an accelerometer, gyroscope, and magnetometer, which enable them to accurately track the user's movements and position in space.

The X2 Glasses come with a range of pre-installed applications, including games, educational content, and productivity tools. Users can also download additional applications from the Thirdeye Gen app store, which is accessible through the glasses' user interface.

Overall, the Augmented Reality X2 Glasses by Thirdeye Gen Inc offer a powerful and versatile platform for exploring the potential of AR technology. With their high-resolution displays, advanced sensors, and intuitive user interface, the X2 Glasses are well-suited for a wide range of applications, from gaming and entertainment to education and industry. As a result, businesses that adopt AR technology are likely to see increased customer satisfaction, loyalty, and sales.

Click Here to buy X2 Glasses by ThirdEye Gen, Inc.

Augmented Reality (AR) technology has the potential to transform many aspects of our lives, from the way we learn and work to the way we interact with the world around us. However, as with any new technology, AR also raises important ethical questions and concerns. Here are some of the key ethical implications of Augmented Reality technology:

1. Privacy: AR technology can collect vast amounts of data about the user, including their location, behavior, and personal preferences. This data can be used for targeted advertising, but it also raises privacy concerns, as users may not be aware of what data is being collected and how it is being used.

2. Addiction: AR technology can be highly addictive, and users may become dependent on it to the point of neglecting other aspects of their lives. This can have negative consequences on their mental and physical health, as well as their relationships with others.

3. Disruption of reality: AR technology blurs the line between what is real and what is virtual, which can have a negative impact on our ability to distinguish between the two. This can lead to confusion and disorientation, especially in situations where safety is a concern.

4. Bias and discrimination: AR technology can perpetuate biases and stereotypes by presenting information in a way that reinforces existing beliefs and prejudices. This can lead to discrimination and exclusion, particularly for marginalized groups.

5. Cybersecurity: AR technology relies on wireless networks and cloud-based services, which can be vulnerable to hacking and other cybersecurity threats. This can put users' personal information at risk and compromise the security of the systems that rely on AR technology.

To address these ethical concerns, it is essential to implement safeguards that protect user privacy, promote responsible use of AR technology, and ensure that the technology is designed and used in ways that do not perpetuate bias or discrimination. It is also important to educate users about the potential risks and benefits of AR technology so that they can make informed decisions about how to use it.

Click Here to buy MR X2 Glasses by ThirdEye Gen, Inc.

Augmented reality (AR) glasses have gained popularity across several industries, and engineering is no exception. These cutting-edge glasses feature advanced technologies such as artificial intelligence (AI) and 5G, which enable real-time vision and information integration. As a result, engineers can work more productively, communicate better, and make wiser judgments.

Integrating AR, AI, and 5G in AR glasses has revolutionized how engineers approach their work. They can quickly obtain vital information and work efficiently with other team members, which boosts productivity, lowers errors, and raises safety. Companies like banc3 and Thirdeyegen are leveraging their experience in designing super-cool AR products. For instance, their products come completely ready with hardware and software and can be used at the moment.

Today, in this blog we will discuss how augmented reality glasses transform engineering and some of their significant advantages. Furthermore, we will look into the difficulties and restrictions this technology faces and the possible future uses for AR glasses in engineering.

Significance of AR in Engineering

The engineering sector has witnessed revolutionary changes due to augmented reality (AR) technology. This technology aims to make engineers' jobs simpler and more effective. With augmented reality (AR), engineers can observe digital data such as 3D models, simulations, and technical specifications superimposed on the physical world. This gives them more insight and intuitive knowledge of their projects.

One of the main advantages of AR in engineering is visualizing complex designs and models. Because of this, engineers can more easily spot possible issues and enhance their plans before they are processed into actual production. This speeds up the process, lessens the chance of errors, and delivers higher quality.

In addition to helping engineers, AR technology helps the more significant engineering sector by making it simpler for businesses to teach and train their staff. AR makes it feasible to create dynamic, practical training courses that let team members practice and learn new skills in a secure environment.

Key Features and Highlights of AR Glasses for Engineers

These key features of AR glasses make engineers more productive and efficient. Integrating other technology like AI further provides engineers with more relevant information, thus helping them to make more informed decisions. The cherry on the cake is the availability of 5G technology that allows the real-time exchange of information for convenience and ease.

●     Hands-free Operation

Hands-free operation is vital for engineers as it helps them carry out tasks in a safer and more secure environment. With the hands-free function present in banc3 smart glasses, engineers won't have to hold the device, which increases their work efficiency and makes them more productive. The hands-free operation can help prevent repetitive strain injuries, as engineers don't have to hold and manipulate a device for extended periods. It also allows them to carry out tasks with more precision and accuracy. 

●     Real-time Data and Information

AR glasses allow access to critical information and other valuable data in real-time. This makes life easy for engineers by helping them make more informed decisions based on real-time situations. With AR glasses, engineers can view and analyze data even on the go, which increases their productivity and efficiency. 

●     Integration with Tools and Software

Engineers often need the help of various tools and software to carry out their work. The AR glasses can help engineers by providing them access to these tools and software at their workplace. It allows them to work in continuation without any breaks. Also, it enables them to work from where they want and when they want.  

●     Durability and Portability

AR glasses are durable and portable, making them the ideal tool for every engineer. They are lightweight, easy to carry, and can be worn for longer durations. Since they are manufactured from robust materials, they are perfect for harsh working conditions in which engineers usually work. Compact size and longer battery life are other essential features that improve the portability and durability of these glasses and make them more practical than traditional equipment.  

Conclusion

Augmented reality smart glasses by banc3 and ThirdEye may completely change future engineering practices. Wearables can make engineers' jobs more accessible and productive by allowing them to view and access vital information conveniently. 

Engineers will soon be able to study 3D models and simulations with the help of augmented reality (AR) glasses. This will help them gain a better understanding of the design and layout of the projects. Furthermore, they will be able to discover possible issues and improve their plans more quickly and strategically. 

They will also make it easier for engineers to collaborate in real-time with other team members regardless of location. Thus with the help of AR glasses, engineers can share vital information and work together on projects. What are your thoughts on it?

Holograms are a reality, and they have been around for several decades now. A hologram is a three-dimensional image formed by the interference of laser beams. It is a photographic recording of a light field, rather than an image formed by a lens.

The first hologram was created in 1948 by Hungarian physicist Dennis Gabor, but it was not until the invention of the laser in the 1960s that holography became a practical technology.

Today, holograms are used in a wide range of applications, from entertainment and art to security and data storage. They are commonly used to create 3D images and special effects in movies and video games, and they are also used in medical imaging, where they can provide doctors with a more detailed view of the human body.

In recent years, advances in holographic technology have also led to the development of holographic displays, which are capable of projecting 3D images into space without the need for special glasses or other equipment. These displays are still in the early stages of development, but they have the potential to revolutionize the way we interact with digital content in the future.

So, in short, holograms are not fiction, but a fascinating reality with many practical applications.

Hologram Calling - Is it possible?

Yes, hologram calling, also known as holographic telepresence, is possible with current technology, although it is still a relatively new and expensive technology.

Holographic telepresence enables two or more people to communicate with each other in a way that appears as if they are in the same room, even if they are located in different parts of the world. This is achieved by using holographic images of the participants that are projected into a physical space, allowing them to interact with each other as if they were physically present.

There are a few companies that have developed holographic telepresence technology, such as Cisco, which has created the Cisco TelePresence System, and Musion, which has developed a system called Eyeliner. These systems use high-definition cameras, projectors, and specialized screens to create the holographic images.

Holographic telepresence technology has a variety of potential applications, including in business, education, and entertainment. It could allow people to attend meetings or events from remote locations, reducing the need for travel and providing a more immersive and engaging experience.

ThirdEye Gen, Inc. has recently launched a platform for Holographic calling, Holoeye. Their X2 MR Glasses can be used with their software, HoloEye to make the holographic calls a reality.

Click Here to purchase the X2 AR Glasses by ThirdEye Gen, Inc.

Holographic technology has been around for decades, but recent advancements in the field have made it more realistic and accessible. With holograms, people can interact with virtual representations of others as if they were in the same physical space, creating a more immersive and engaging communication experience.

Holographic technology has already been used in some industries, such as entertainment and advertising, to create eye-catching displays and interactive experiences. In the future, holograms could be used in a variety of settings, from business meetings to medical consultations, allowing people to communicate and collaborate in more effective and engaging ways.

Holograms have the potential to revolutionize the way we communicate and interact with others in a variety of fields. Here are some potential uses of holograms in communication:

• Business Meetings: Holographic technology can be used to create immersive and engaging virtual meetings. It can allow remote workers to participate in meetings as if they were physically present, making it easier to collaborate and share ideas.

• Education: Holograms can be used in education to create interactive and engaging lessons. Teachers can create holographic displays to demonstrate complex concepts in science, engineering, and other subjects.

• Healthcare: Holographic technology can be used in healthcare to create more immersive and effective patient consultations. Doctors can use holographic displays to show patients their medical conditions and treatment options.

• Entertainment: Holograms can be used in the entertainment industry to create stunning visual displays and interactive experiences. They can be used to create realistic holographic concerts, theater performances, and other live events.

• Virtual Reality: Holographic technology can be used in virtual reality to create more immersive and engaging experiences. It can allow users to interact with virtual objects and environments in a more realistic and natural way.

• Advertising: Holograms can be used in advertising to create eye-catching displays and interactive experiences. They can be used to showcase products and services in a more engaging and memorable way.

Overall, holographic technology has the potential to revolutionize the way we communicate and interact with others in a variety of fields, making it an exciting technology to watch as it continues to evolve and improve.

Virtual reality (VR) and augmented reality (AR) have revolutionized the healthcare industry by providing new ways of delivering medical services. VR and AR can be used to provide immersive training experiences for medical staff, as well as to simulate complicated procedures for students. They can also be used to create virtual environments for doctors to practice before performing surgery.

Moreover, these technologies can be used to provide remote care and support for patients with chronic conditions, allowing them to access specialists without having to leave their homes. Additionally, AR-enabled devices such as smart glasses can help healthcare professionals diagnose and treat patients more accurately.

The use of VR and AR in the healthcare industry is still in its early stages, but it has already shown immense potential in terms of improving patient care, reducing costs, and increasing efficiency.

Click Here to buy X2 MR Glasses by ThirdEye Gen Inc. 

Facilitating medical learning and healthcare training

Realistic 3D visualization

With realistic 3D visualization, it is now possible to create an almost life-like experience. By combining VR and AR, we can create a seamless transition between the physical world and the virtual one. This opens up a whole new world of possibilities for architects, engineers, designers, and many other professionals who rely on 3D visualizations to communicate their ideas.

Skills development training

The use of virtual reality (VR) and augmented reality (AR) technologies in the skills development training industry has been on the rise over the past few years. With their immersive capabilities, these technologies have enabled trainers to create more engaging and interactive learning experiences for their trainees.

VR and AR can be used to simulate real-world scenarios that allow trainees to practice their skills in a safe environment. Trainers can also create 3D visualizations that help learners better understand complex concepts. In addition, VR and AR can be used to provide feedback on performance, which helps learners identify areas of improvement quickly.

With the help of VR and AR, trainers are now able to develop more efficient skills development training programs that are tailored specifically for each learner’s needs. As a result, these technologies are becoming an integral part of any successful training program.

Click Here to buy X2 MR Glasses by ThirdEye Gen Inc. 

Enhanced patient care and education

Augmented Reality (AR) and Virtual Reality (VR) are emerging technologies that have the potential to revolutionize patient care and education. By providing immersive experiences, they can help patients gain a better understanding of their condition and treatment options. Furthermore, they can provide a platform for healthcare providers to deliver enhanced education to their patients.

AR and VR also have the potential to reduce costs associated with patient care by allowing remote consultations and providing real-time feedback on treatments. With AR and VR, healthcare providers can create virtual simulations of medical procedures, allowing patients to get a better understanding of what will happen before undergoing the actual procedure.

In conclusion, AR and VR are powerful tools for enhancing patient care and education. They can provide immersive experiences that allow healthcare providers to deliver enhanced patient education while reducing costs associated with traditional methods of care delivery.

Click Here to buy X2 MR Glasses by ThirdEye Gen Inc.