CONNECTING ON EVERY
LEVEL
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We see a world where connectivity is for everyone

Closing the digital divide and opening up a world of opportunity for those who are not benefiting from the high-speed revolution.  

we are living in an extraordinary age
The era of speed

Technology, with its relentless pace has reshaped how we experience time. The immediacy of communication and the constant influx of information have compressed our sense of time, creating a feeling of simultaneity and urgency. AI and quantum computing promises a burst of innovation, an inevitable wave of powerful, fast-proliferating new technologies. These breakthroughs are solving huge challenges and creating vast wealth and opportunity for humanity.

THE WORLD NOW SPINS FASTER FOR ALLOF HUMANITY, AND WE ARE MORE CONNECTED THAN EVER BEFORE.
or are we?

Optical fiber is the gateway to speed and access, but it’s only accessible to half the globe.

The quiescence of data impacts every country on earth, because network giants have ceased their commitment to access for all.

We’ve exhausted the outdated methods for deploying fiber.

We need to re-design. re-work and re-deploy for a fully connected world.

The global coverage for full fiber broadband is still limited to approx. 1 in 6 of the world population.

Despite the fact that there are four billion kilometers of fiber deployed globally.

The growth rate for deployment is limited to single digits per year, but technology is evolving at a much faster rate.

The infrastructure is not keeping pace, and by 2030 we will require a minimum of four times more fiber to be deployed just to support the roll out of 5G and then 6G.  

4 billion km

Of fiber deployed today, roughly the distance between Earth and Neptune.

We are stuck with technology, when what we really want is just stuff that works.

Douglas Adams (author)

we expected hal 9000

but they gave us alexa

Aqualinq’s mission is simple.
The future today.
We will banish those three blinking dots forever.

Fiber broadband for all is now a priority for governments, and funding is beginning to become available. This is a very good thing, but at the rate in which fiber is currently being deployed there is a need to think beyond the traditional methods.  

This is where Aqualinq will play a vital role because our solution can be deployed at pace with limited permissions and disruption. We can deploy in places that others cannot and we are the only company on earth that can deliver this solution.

We are perfectly positioned to support initiatives such as BEAD (Broadband Equity Access and Deployment) funding and continue to be a trusted partner to ISP’s and government in fulfilling the pledge to make internet access universal by 2030.  

WHY IS FUNDING REQUIRED FOR INTERNET EQUITY?  
The BEAD program is a huge catalyst for digital equity initiatives, providing everyone with access to essential technologies, despite varying economic backgrounds or situations.
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Although some states may administer their Digital Equity Plans differently, they still fall under the federal BEAD funding program and will be used to implement digital equity and inclusion programs across the territories and the United States.
“The equity piece of BEAD is very important. The ‘e’ in BEAD stands for equity. Without the e, BEAD is just B-A-D.”
The program has a specific focus on digital equity and creates a path for equitable participation in the digital economy so all communities can have the tools and resources necessary to benefit from a connected world.
Source: Connected Nations, interview with Tim LeDonne, Executive Director, State Programs.
the internet celebrated its 30th birthday in 2023
Can we even imagine a world without online connectivity?  

In 1993, Larry Landwehr wrote the following about the impact of the Internet .

“The net will bring more than quantitative changes it will bring qualitative changes. Things that were impossible will now become inevitable."

This is an accurate prediction as the world wide web has brought both quantitative and qualitative changes. But the anomaly is that it’s not yet accessible for the entire world.  As technology evolves less people will have the ability to use the Web, so it could become less inclusive.

When Tim Berners-Lee, the inventor of the world wide web first envisaged his creation he considered it as a social tool.

The web is more a social creation than a technical one. I designed it for a social effect to help people work together and not as a technical tool. The ultimate goal of the Web is to support and improve our web like existence in the world.

Picture: Tim Berners-Lee in 1997 with his original web server.
+THESE VISIONS HAVE NOT BEEN FULLY REALISED
+ AND, FUTURE TECHNOLOGIES ARE COMING
BE READY FOR INDUSTRY 4.0
+QUANTUM INTERNET
+QUANTUM COMPUTING
The next generation of the Internet will rely on revolutionary new tech, allowing for unhackable networks and information that travels faster than the speed of light.
THIS IS NOT SCIENCE FICTION. TECHNOLOGY IS ADVANCING AT AN UNPREcEDENTED RATE
"The quantum internet represents a paradigm shift in how we think about secure global communication,"

"Being able to create an entangled network of quantum computers would allow us to send unhackable encrypted messages, keep technology in perfect sync across long distances using quantum clocks, and solve complex problems that one quantum computer might struggle with alone, and those are just some of the applications we know about right now. The future is likely to hold surprising and impactful discoveries using quantum networks.“
David Awschalom, the Liew Family Professor in Molecular Engineering and Physics at the University of Chicago, director of the Chicago Quantum Exchange, and director of Q-NEXT, a Department of Energy Quantum Information Science Center at Argonne.
WHAT DOES THIS MEAN FOR THE GLOBAL FIBER NETWORK?
Much like the existing internet, a quantum internet will rely on optical fibers to deliver information from node to node. These optical fibers are likely to be very different to those that are used currently and will require different supporting technology to be useful.
AQUALINQ IS PERFECTLY POSITIONED TO SUPPORT THE EVOLUTION OF FIBER TECHNOLOGY
“The beauty of Aqualinq’s proprietary deployment method is that fiber can easily be upgraded and replaced. Many companies talk about future proofing, but in our case this is integral to our development process.”
Mike Parker – Head of Innovation – Aqualinq
Aqualinq is ready for Industry 4.0 and beyond.  
+ QUANTUM
+ MACHINE
+ LEARNING
If you feel the jury is out on AI and what it can do to enhance civilisation, maybe the next generation of AI will convince you
HOW WILL QML CHANGE THE GAME?
Speed
The “holy grail” of quantum computing is to solve problems that consume considerable time and significant classical resources.
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Precision
Many hard problems can only be approximated classically, whereas quantum algorithms can offer precise solutions.

Complexity
Quantum algorithms may solve problems in fewer timesteps than classical algorithms, indicating greater efficiency.
INDUSTRY 4.0 REQUIRES

+ INTER-CONNECTIVITY
+ ZERO LATENCY
+ LIGHT SPEED
QUANTUM COMPUTERS MAY REQUIRE BANDWIDTHS OF
200 GB / PS
TODAY THE AVERAGE GLOBAL BANDWIDTHIS
50 mB / PS
The World Broadband Association (WBBA), published white paper predicts residential broadband packages will be offering connection speeds of up to 50Gbps by 2030, while enterprise speeds will be up to 3.2Tbps.

The key question is, how much of society will have access to speeds like these?

In just a few short years the digital divide could become greater than we could have ever thought possible.

Will the thirties be an era of digital famine? Not on our watch.  
be future ready