1. A Shift from Tool to Infrastructure

AI is evolving from a productivity tool into core infrastructure—similar to electricity or the internet. Platforms like OpenAI and Google are embedding AI into everyday systems, enabling real-time decision-making, automation, and personalization at scale.

Businesses are no longer asking if they should adopt AI, but how deeply they can integrate it into their operations.

2. Industry-by-Industry Impact

Healthcare: From Reactive to Predictive

AI is revolutionizing healthcare by shifting focus from treatment to prevention. Systems can now analyze medical data, predict diseases, and assist in diagnostics with high accuracy.

• Early detection of conditions like cancer
• Personalized treatment plans
• AI-assisted robotic surgeries

Manufacturing: Smart, Self-Optimizing Systems

Factories are becoming intelligent ecosystems. AI-driven systems can:

• Predict equipment failures before they happen
• Optimize production lines in real time
• Reduce waste and energy consumption

Finance: Smarter, Faster, Safer Decisions

Financial institutions use AI for:

• Fraud detection and prevention
• Algorithmic trading
• Risk assessment and credit scoring

Organizations like JPMorgan Chase are already leveraging AI to process massive datasets instantly.

Transportation & Logistics: Autonomous and Efficient

AI is driving the future of mobility. With advancements from companies like Tesla, we are moving toward autonomous vehicles and optimized logistics networks.

• Self-driving systems
• Route optimization
• Real-time supply chain visibility

Retail: Hyper-Personalization at Scale

Retailers are using AI to understand customers better than ever.

• Personalized recommendations
• Dynamic pricing
• Demand forecasting

3. The Workforce Transformation

AI will not simply replace jobs—it will redefine them.

• Automation of repetitive tasks
• Creation of new AI-driven roles
• Increased demand for reskilling

The organizations that adapt will lead.

4. Ethical and Regulatory Challenges

As AI expands, so do concerns:

• Data privacy and security
• Algorithmic bias
• Accountability in automation

Responsible AI implementation will be a key differentiator.

5. Global Economic Impact

AI is projected to contribute trillions to the global economy. Nations and companies investing early are positioning themselves as leaders in the next industrial revolution.

AI Integration Services for Your Business

Adopting AI isn’t just about technology—it’s about building smarter systems that drive growth, efficiency, and competitive advantage. Our web and hosting agency specializes in end-to-end AI integration, tailored to your business needs.

Core AI Implementations We Offer

1. AI-Powered Websites & Applications

• Smart search and recommendation engines
• AI-driven personalization (content, products, UX)
• Dynamic landing pages based on user behavior

2. Chatbots & Conversational AI

• Customer support automation (24/7)
• Sales assistants and lead qualification bots
• Integration with CRM and support systems

3. Business Process Automation

• Workflow automation using AI decision-making
• Document processing (invoices, forms, contracts)
• Intelligent data extraction and validation

4. AI for Marketing & Sales

• Predictive analytics for customer behavior
• Automated email and campaign optimization
• AI-generated content (ads, blogs, SEO)

5. Data Intelligence & Dashboards

• Real-time analytics dashboards
• Predictive reporting and forecasting
• Custom KPI tracking powered by AI

6. E-Commerce AI Solutions

• Personalized product recommendations
• Smart inventory forecasting
• Dynamic pricing engines

7. AI Integration with Existing Systems

• API integrations with platforms like OpenAI, CRMs, ERPs
• Custom middleware for legacy systems
• Automation across multiple platforms

8. AI-Powered Security & Monitoring

• Threat detection and anomaly monitoring
• Fraud prevention systems
• Smart alerts and incident response

9. Voice & Image Recognition Systems

• Voice assistants for apps and services
• Image analysis (quality control, detection, tagging)
• OCR and document digitization

10. Custom AI Development

• Tailored machine learning models
• Industry-specific AI solutions
• Scalable cloud-based AI infrastructure

Why Work With Us?

• Full-stack development + AI expertise
• Seamless integration with your current infrastructure
• Scalable solutions designed for growth
• Ongoing support, optimization, and upgrades

Ready to Integrate AI Into Your Business?

Whether you’re looking to automate operations, enhance customer experience, or unlock new revenue streams—AI is the next step.

Let’s build it together.
Contact us today to explore how AI can transform your business.

• • Toll-Free: 1-855-225-4535
  • WhatsApp: 954-323-2004
  • Email: info@websiteflix.com

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The truth is: basic protection is no longer enough.
Organizations need multi-layered defenses, AI-driven monitoring, and rapid response strategies to stay ahead of sophisticated threats.

At Websiteflix, we deploy cutting-edge cybersecurity protocols built to secure your corporate ecosystem:

• Biometric Authentication – fingerprint and iris scans add a physical security layer beyond passwords.
• Facial Recognition Access – restricting network entry to verified personnel only, reducing insider threats.
• Deep Neural Networks (AI-Powered Security) – continuously learning systems that detect anomalies, identify zero-day exploits, and respond faster than traditional methods.
• Secure Network Infrastructure – hardened firewalls, VPNs, and encrypted communications.
• Advanced Threat Detection – real-time monitoring to flag malicious behavior before it causes damage.
• Employee Awareness & Training – empowering your team to recognize and stop cyber risks.
• 24/7 Monitoring & Support – because threats don’t sleep, and neither do we.

At Websiteflix, we don’t just protect your data—we protect your business continuity and your client trust. Whether you’re looking to assess vulnerabilities, upgrade protocols, or build a long-term cybersecurity strategy, our team is here to safeguard your future.

Don’t wait until an attack happens. Contact us today and let’s build a shield around your business.

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The Evolution of AI

From its inception in the mid-20th century to its modern-day applications, AI has come a long way. Early developments in machine learning and neural networks paved the way for today’s sophisticated algorithms that can predict trends, understand natural language, and even create art. The continuous evolution of AI is a testament to human ingenuity and the relentless pursuit of progress.

Key Emerging Technologies Transforming AI

Several cutting-edge technologies are converging with AI to create unprecedented opportunities. Here are a few that are making headlines:

• Internet of Things (IoT): With billions of connected devices, IoT provides vast amounts of data that AI can analyze to optimize everything from city infrastructure to home automation.
• Blockchain: Enhancing security and transparency, blockchain technology is being integrated with AI to create robust systems for data management and cybersecurity.
• Edge Computing: By processing data closer to the source, edge computing minimizes latency and enhances real-time decision-making, a crucial factor for autonomous vehicles and smart manufacturing.
• Quantum Computing: Although still in its early stages, quantum computing promises to revolutionize AI by solving complex problems much faster than classical computers ever could.

Transformative Impacts Across Industries

The fusion of AI with emerging technologies is reshaping various sectors, including:

• Healthcare: AI-powered diagnostics and personalized treatment plans are transforming patient care. Coupled with IoT devices, healthcare providers can monitor patient health in real time, leading to early interventions.
• Finance: From fraud detection to automated trading, AI is optimizing financial services. Blockchain enhances the security of transactions, ensuring trust and transparency.
• Manufacturing: Smart factories use AI-driven robots and predictive maintenance to streamline production processes, reduce downtime, and enhance product quality.
• Retail: Personalized shopping experiences powered by AI, combined with real-time inventory management through IoT, are redefining the retail landscape.

Ethical Considerations and the Road Ahead

As these technologies continue to evolve, ethical considerations become increasingly important. Questions around data privacy, algorithmic bias, and job displacement need to be addressed to ensure that advancements benefit society as a whole. Transparency in AI development and responsible use of data are critical steps towards building trust and ensuring ethical innovation.

Looking ahead, the integration of AI with emerging technologies holds immense potential. Future advancements could lead to breakthroughs in climate modeling, sustainable energy management, and even space exploration. As industries adapt, collaboration between technologists, policymakers, and educators will be key in shaping a future where technology serves humanity responsibly.

Smarter, more connected, and inclusive world.

The intersection of AI and emerging technologies is more than a technological trend—it’s a paradigm shift. As we stand on the brink of a new era, the challenge lies in balancing innovation with ethical responsibility. Embracing these changes will not only drive economic growth but also pave the way for a smarter, more connected, and inclusive world.

Stay tuned for more insights and updates on how these transformative technologies are shaping our future. Whether you’re a tech enthusiast, business leader, or simply curious about the latest advancements, now is the time to dive into the exciting world of AI and emerging technologies.

The post AI and Emerging Technologies: Pioneering a New Era appeared first on Website Flix.

Application to Person (A2P) messaging is SMS/MMS traffic in which a person is receiving messages from an application rather than another individual.

US telecom carriers consider any messages sent from an SMS App or Web Service number (or any other messaging provider) to be application to person. Learn more in this glossary article about A2P.

Traffic sent from an individual person to another person is called Person to Person (P2P) traffic.

What is 10DLC?

10DLC stands for 10 Digit Long Code. A 10DLC phone number contains 10 digits, and is also called a local phone number. When you are buying a US phone number from SMS App or Web Service, 10DLC numbers have “Local” as their Type.

You might also hear 10DLC numbers called 10DLC “routes”.

You can also use Toll-Free numbers and short codes to send messages from SMS App or Web Service to people in the US.

Why was A2P 10DLC created?

10 digit long code numbers in the US were originally designed for person to person (P2P) communication. These routes were unregulated, and in recent years have started seeing abuse from spam applications and unsolicited messaging.

Due to the increase in spam messages, many consumers have lost trust in SMS as a form of communication. US A2P 10DLC is the standard that carriers have implemented in the US to regulate this communication pathway.

A2P 10DLC improves the end-user experience by making sure that people can opt in and out of messaging and also know who is sending them messages. It also benefits businesses, offering them higher messaging throughput, brand awareness, and accountability.

Registering for A2P 10DLC results in lower message filtering and higher messaging throughput. Additionally, customers who send messages from an SMS App or Web Service 10DLC number but do not register will receive additional carrier fees for sending unregistered traffic.You can register for A2P 10DLC within the SMS App or Web Service Console. If you are an ISV who is registering your customers for A2P 10DLC, you can also use SMS App or Web Service’s APIs.

General A2P 10DLC registration steps

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Single sign-on (SSO) is a technology which combines several different application login screens into one. With SSO, a user only has to enter their login credentials (username, password, etc.) one time on a single page to access all of their SaaS applications.

Imagine if customers who had already been admitted to a bar were asked to show their identification card to prove their age each time they attempted to purchase additional alcoholic beverages. Some customers would quickly become frustrated with the continual checks and might even attempt to circumvent these measures by sneaking in their own beverages.

SSO is an important aspect of many identity and access management (IAM) or access control solutions. User identity verification is crucial for knowing which permissions each user should have. Cloudflare Zero Trust is one example of an access control solution that integrates with SSO solutions for managing users’ identities.

However, most establishments will only check a customer’s identification once, and then serve the customer several drinks over the course of an evening. This is somewhat like an SSO system: instead of establishing their identity over and over, a user establishes their identity once and can then access several different services.

What are the advantages of SSO?

In addition to being much simpler and more convenient for users, SSO is widely considered to be more secure. Here are a few reasons:

1. No repeated passwords: When users have to remember passwords for several different apps and services, a condition known as “password fatigue” is likely to set in: users will re-use passwords across services. Using the same password across several services is a huge security risk because it means that all services are only as secure as the service with the weakest password protection: if that service’s password database is compromised, attackers can use the password to hack all of the user’s other services as well. SSO eliminates this scenario by reducing all logins down to one login.
2. Multi-factor authentication: Multi-factor authentication, or MFA, refers to the use of more than one identity factor to authenticate a user. For example, in addition to entering a username and password, a user might have to connect a USB device or enter a code that appears on their smartphone. Possession of this physical object is a second “factor” that establishes the user is who they say they are. MFA is much more secure than relying on a password alone. SSO makes it possible to activate MFA at a single point instead of having to activate it for three, four, or several dozen apps, which may not be feasible.
3. Stronger passwords: Since users only have to use one password, SSO makes it easier for them to create, remember, and use stronger passwords.* In practice, this is typically the case: most users do use stronger passwords with SSO.*What makes a password “strong”? A strong password is not easily guessed and is random enough that a brute force attack is not likely to succeed. w7:g”5h$G@ is a fairly strong password; password123 is not.
4. Single point for enforcing password re-entry: Administrators can enforce re-entering credentials after a certain amount of time to make sure that the same user is still active on the signed-in device. With SSO, they have a central place from which to do this for all internal apps, instead of having to enforce it across multiple different apps, which some apps may not support.
5. Better password policy enforcement: With one place for password entry, SSO provides a way for IT teams to easily enforce password security rules. For example, some companies require users to reset their passwords periodically. With SSO, password resets are easier to implement: instead of constant password resets across a number of different apps and services, users only have one password to reset. (While the value of regular password resets has been called into question, some IT teams still consider them an important part of their security strategy.)
6. Less time wasted on password recovery: In addition to the above security benefits, SSO also cuts down on wasted time for internal teams. IT has to spend less time on helping users recover or reset their passwords for dozens of apps, and users spend less time signing into various apps to perform their jobs. This has the potential to increase business productivity.
7. SSO Internal credential management instead of external storage: Usually, user passwords are stored remotely in an unmanaged fashion by applications and services that may or may not follow best security practices. With SSO, however, they are stored internally in an environment that an IT team has more control over.

How does an SSO login work?

Whenever a user signs in to an SSO service, the service creates an authentication token that remembers that the user is verified. An authentication token is a piece of digital information stored either in the user’s browser or within the SSO service’s servers, like a temporary ID card issued to the user. Any app the user accesses will check with the SSO service. The SSO service passes the user’s authentication token to the app and the user is allowed in. If, however, the user has not yet signed in, they will be prompted to do so through the SSO service.

Think of SSO as a go-between that can confirm whether a user’s login credentials match with their identity in the database, without managing the database themselves — somewhat like when a librarian looks up a book on someone else’s behalf based on the title of the book. The librarian does not have the entire library card catalog memorized, but they can access it easily.

An SSO service does not necessarily remember who a user is, since it does not store user identities. Most SSO services work by checking user credentials against a separate identity management service.

How do SSO authentication tokens work?

The ability to pass an authentication token to external apps and services is crucial in the SSO process. This is what enables identity verification to take place separately from other cloud services, making SSO possible.

Just as each stamp has to look the same, authentication tokens have their own communication standards to ensure that they are correct and legitimate. The main authentication token standard is called SAML (Security Assertion Markup Language). Similar to how webpages are written in HTML (Hypertext Markup Language), authentication tokens are written in SAML.

Think of an exclusive event that only a few people are allowed into. One way to indicate that the guards at the entrance to the event have checked and approved a guest is to stamp each guest’s hand. Event staff can check the stamps of every guest to make sure they are allowed to be there. However, not just any stamp will do; event staff will know the exact shape and color of the stamp used by the guards at the entrance.

How does SSO fit into an access management strategy?

SSO is only one aspect of managing user access. It must be combined with access control, permission control, activity logs, and other measures for tracking and controlling user behavior within an organization’s internal systems. SSO is a crucial element of access management, however. If a system does not know who a user is, there is no way to allow or restrict that user’s actions.

Does Websiteflix integrate with SSO solutions?

Among many options in today’s market, we can help you implement Cloudflare Zero Trust controls and secures user access to applications and websites; it can act as a replacement for most VPNs. Cloudflare integrates with SSO providers in order to identify users and enforce their assigned access permissions.

Need help with implementing SSO solutions?

Give us a call today at (855) 225-4535, or fill out our contact form, and talk to one our cyber-safety experts.

Source: https://www.cloudflare.com/learning/access-management/what-is-sso/

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1. Enroll in two-factor authentication (2FA) for your online accounts as well as your email and mobile service provider accounts. 2FA acts as an extra hurdle for scammers, even if they learn your username and password.
2. Enroll in biometric security for your mobile device, where possible. A biometric login (fingerprint or facial recognition) is far more secure than a username and password on its own. It’s also a faster way to log in.
3. Always use unique usernames and passwords for each of your accounts. Scammers purchase compromised login details from the hidden web and test them on various websites to find people who reuse their credentials for multiple accounts. Don’t let them find you!
4. Be aware of social engineering scams. The number one way cybercrimes begin is with a malicious email link, attached document, text message, or a spoofed or compromised web page. Be wary of anyone who claims to be from IT services, alleges that there’s a virus on your device, requests remote access to your computer, or asks for a password or a one-time PIN.
5. Keep your contact information up to date in case there’s an issue and your provider needs to reach you. Double-check that your phone number and email are correct or make updates at your online accounts or in the mobile app,

Want to learn more about securing your accounts? Visit our security page for further information.

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All inquiries received are handled within 48-72 hours.

If you need help with your domain names, website hosting, or email please reach out to the datacenter at (480) 624-2500 or by logging to your account at https://domains.netlittle.com/

For new hosting accounts please visit https://domains.netlittle.com/products/cpanel

For dedicated server support please visit https://domains.netlittle.com/products/dedicated-server

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You can share a Google generated short URL with customers from your computer or on the mobile app. Through your short URL, customers can leave reviews and view your Business Profile.

Tip: You can create your URLs through the PlaceID Lookup Tool or from Google Search. However, we recommend that you use short URLs for customers.

Share your Google Reviews Short URL

From a Computer

1. On your computer, sign in to Business Profile Manager. If you have multiple profiles, open the profile you want to manage.
2. In the left menu, click Home.
3. In the “Get more reviews” card, copy your short URL.

From a Mobile Device

1. On your mobile device, open the Google My Business app .
   If you have multiple profiles, open the profile you want to manage.
2. Tap Customers  Reviews.
3. In the top right, tap Share .
4. Copy your short URL.

When customers click your link, they can rate your business and leave a review. Learn more on how to read and reply to customer reviews.

It’s against Google review policies to solicit reviews from customers through incentives or review stations located at your place of business. Reviews that violate these policies might be removed.

Do you need help with your Google Reviews Short URL?

Contact us at 855-225-4535 or click here to get in touch with our certified SEO specialists.

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Every year Google hosts a showcase of its newest software features named Google I/O (meaning Input/Output). The primary purpose is for developers to get to grips with any changes to the likes of the Android smartphone operating system, or the Wear operating system for smartwatches.

However, some previous editions of the event have included hardware launches too. Read on for all that we know so far about the 2022 event.

When is Google I/O 2022?

Google I/O 2022 will be held on Wednesday 11th to Thursday 12th May this year. This is typical for the event, which has taken place in May or June every year since its inception in 2008.

We’ll be back live from Shoreline Amphitheatre for this year’s #GoogleIO! Join us online May 11-12 https://t.co/KgNKbaLeym pic.twitter.com/NUodJb7UCi

— Sundar Pichai (@sundarpichai) March 16, 2022

How can I watch THE Google I/O 2022?

Unlike last year’s edition, which was fully virtual, there will be a physical presence for Google I/O 2022 at the Shoreline Amphitheatre in the San Francisco Bay Area.

A limited live audience will be permitted to attend in person, but the rest of us will be able to watch a livestream of the event, which will be completely free and open to everyone.

As soon as the link is live, we will publish it on this page.

What can we expect to see at the Google I/O 2022?

Firstly, we’re certainly going to see a whole lot more of Android 13, the next smartphone operating system. A developer preview has already been launched, with new privacy and security features at the core of this update, and we expect to see more features announced at Google I/O on top of that.

Wear, Google’s software for smartwatches that is supported by the likes of the Samsung Galaxy Watch 4, may also receive some attention; it was Centre stage last year, but this year could see some more tweaks made to the platform.

On top of the software goodies, there could even be a hardware launch as well; the upcoming Google Pixel 6a is likely to make its debut at the event, as an affordable model in Google’s excellent range of smartphones.

Though there had long been rumors of a Pixel Watch being released at some point, the hype seems to have died down a bit for now so we’re not necessarily expecting to see it unveiled any time soon.

Google also announced that it was working to improve the accuracy of skin tones in its cameras (which was later demonstrated on the Pixel 6 series), that you could store digital car keys on your phone.

Click here to register for the Google I/O 2022

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We released Oculus Rift in March 2016. It was a big moment — the launch of the first consumer VR headset of the modern era. And it was just the start. We’ve released five headsets in the past five years, each driving the technology forward and enabling major improvements in how people interact with VR and the experiences developers can offer.

We wanted to take a moment to celebrate the achievements of so many who have contributed to making VR what it’s today.

Oculus Rift – March 2016

Before Rift, there was the Kickstarter — a crowdfunding campaign to raise money for DK1. By 2014, Facebook had acquired Oculus with a vision of VR as the next computing platform.

Rift was the first step toward that vision, a $599 fabric-covered headset with flip-down headphones, an external sensor, a remote and an Xbox controller.

Caitlin Kalinowski – Head of VR Hardware: “I give credit to Peter [Bristol]’s team. They took a ugly prototype, Crescent Bay and figured out how to package it into a beautiful and elegant piece of consumer electronics. The fabric application, figuring out how to integrate audio into the straps… I think it established what consumer VR would be. Almost all VR since then has been derivative of Rift CV1 in some way. It showed people that VR could be a consumer product.”

Oculus Touch Launch – December 2016

Touch enabled players to essentially bring their hands into the virtual world. That ended up being a key turning point for VR, with games like Robo Recall, SUPERHOT VR, Arizona Sunshine, The Unspoken and The Gallery. Exploring the possibilities of this new control scheme and paving the way for Lone Echo, Beat Saber, Asgard’s Wrath and countless others. By the following summer, Rift and Touch were permanently bundled together.

Peter Bristol – Head of Industrial Design for FRL: “We probably made hundreds of models — just simple sticks with clay, crumpled paper, sanded foams, et cetera — trying to figure out how to get the ergonomics to work. The idea of the controllers becoming your hands set the trajectory of the entire program. We were trying to get your hands into this natural pose while holding the controllers so that your virtual hands matched your real hands. We also developed movements like the grip trigger to be similar to motions you use in the real world, so it would feel intuitive to use.”

Oculus Go – May 2018

Oculus Go reimagined the media-centric Gear VR as an all-in-one device — our first — with better lenses and longer battery life, a sleek new strap-based audio solution, higher-resolution screens and a mainstream-friendly $199 price point.

Matt Dickman – TPM, Health and Safety: “Go was the first time we really thought intentionally about accessibility and what that might mean in VR. You look at the attachment points inside the headset. Those were designed to hold the fabric interface originally — but you could repurpose those mounts to accommodate prescription lens inserts. That sort of thinking around comfort and ergonomics takes a long time (and internal design support), but it led to the accessories you see on Quest 2 today.”

Oculus Quest and Rift S – May 2019

In May 2019, we released two headsets on the same day: Rift S and Quest. Each sported a state-of-the-art inside-out tracking solution (Oculus Insight), higher resolution panels and a $399 price point. Rift S — a refinement of our previous PC efforts and Quest — a groundbreaking all-in-one device that offered a relatively comparable experience without wires or any additional hardware. Making VR more accessible to more people and helping developers reach new, larger audiences in the process.

By the end of 2019, Oculus Link allowed players to connect Quest to a PC for a best-of-both-worlds experience. And in 2019, the addition of an innovative hand tracking solution gave Quest users a glimpse of a more natural and intuitive VR future.

Atman Binstock – Chief Architect of Oculus VR: “I always believed that long-term, standalone VR would be the path forward. The question was more of when. My personal belief was that something like Rift and Touch was the experience we’d need to deliver on standalone. Not the same level of performance as a PC, but the self-presence, interaction, and social presence. And VR’s competing for people’s time with TVs, with laptops. So making the product easier to use, making “time to fun” lower—that’s huge.”

Oculus Quest 2 – October 2020

Our goal with Quest 2 was to give both players and developers a higher-powered and more customizable device — and do it for $100 less. That goal grew to be more difficult when the COVID-19 pandemic hit, but we managed to ship Quest 2 in October and are already so proud of its success and the success it’s brought developers.

Rangaprabhu Parthasarathy – Product Manager, Quest / Quest 2: “When we started Quest 2, we looked at all the things we did on the original Quest and CV1 and said what do we need in a mass market device? Affordable. Easy to use. Think about the setup process. Think about accessibility. Make it available in more places, make it friendly.”

The Next Five Years

What’s next? Michael Abrash has been making predictions about VR’s future since the first Oculus Connect, so we asked him. You can read his full response in our full oral history, but the short answer is:

Michael Abrash – Chief Scientist, Facebook Reality Labs: “We are at the very beginning. All this innovation, all this invention still has to happen with VR. Early VR rode on the back of other work that had been done. The cameras were cellphone cameras and the optics were basically off-the-shelf optics initially. Going from this point forward, we’re the ones who are developing it—and that’s exciting. It’s good. But it is also really, really challenging on the innovation front. People should realize that we’ve come a long way and we’ve done a great job — but this road stretches out for the rest of their lifetimes.”

We’re grateful to everyone who’s helped make VR real over the last five-plus years, including everyone who’s bought a headset or even shared a headset with their friends and family. Here’s to five more years and beyond.

To read the full oral history visit: tech.fb.com/five-years-of-vr-an-oral-history-from-oculus-rift-to-quest-2/

Source: https://about.fb.com/news/2021/03/five-years-of-vr-a-look-at-the-greatest-moments-from-oculus/

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