Just a few days ago, the journal Science chronicled a group of researchers' efforts to measure seismic activity on the ocean floor, an effort that could help with tsunami warning systems and explorations of the earth’s interior. Through their research, seismologists discovered the global network of seafloor fiber optic cables -- which already carry Internet traffic between continents -- can sense even minute changes in motion and act as underwater earthquake detectors.
Fiber optics already delivers the fastest, most reliable Internet connections, making communities healthier, more robust and economically viable. This relatively new use of fiber as a "sensing" technology is poised to have even more profound effects for the health and safety of our communities, not to mention the economy.
Fiber optic sensing works by measuring changes in the "backscattering" of light in a fiber cable, which happens when the fiber undergoes a vibration, a strain or a change in temperature. In effect, the fiber optic cable acts as a hyper-sensitive trip wire, with attached electronics sending pulses of light to be disrupted whenever something changes in the atmosphere.
The applications of this technology are as varied as they are potentially game changing for many industries.
Organizations or governments can deploy fiber optic sensing technology over great distances and places where it’s difficult -- or dangerous -- for humans to physically watch over assets and infrastructure. A single fiber optic cable can cover hundreds of miles of roadways, pipelines or borders. And because it works at the speed of light, these sensors can alert watchers to issues before they become costly and dangerous problems.
"Distributed fiber optic sensing technology," Mike Hines, chairman of the Fiber Optic Sensing Association (FOSA) said, "is an exciting innovation and essential tool for enhancing efficiency and safety by monitoring vehicular movement, human foot traffic, critical infrastructure and perimeters over great distances, and much more."
From construction to transit to crisis mitigation, fiber sensing provides value across a range of projects and sectors, protecting our environment, our infrastructure, critical facilities and our borders. And many industries are taking notice: Distributed fiber optic sensor market revenue in the United States has increased every year since 2014. This year’s expected revenue is $188 million, up 31% from 2014. That growth is only expected to increase: by 2025, revenue is predicted to surge 75.9%, reaching $418 million, according to Statista.
Plugging Into Fiber's Powers
But while progress in the US is good, the nation risks being outstripped by other countries in its implementation of this nascent innovation. Recently, the Fiber Optic Sensing Association researched deployments of fiber optic sensing technologies around the world. Looking at more than 75 countries and just over 1,300 deployments, it found China had more deployments than any other nation with roughly 11.3% of all identified installations, followed closely by Germany at 9.4%. The US came in third with roughly 6.5%, and South Korea was fourth with 4.8% of installations.
This advanced technology can improve public safety, protect the environment, secure critical facilities, make public infrastructure safer and more efficient, encourage economic growth and create jobs. Government and industry can work together to make that happen by recognizing opportunities to promote the use of this technology (as appropriate) and encouraging such innovation.
The opportunities are ripe.
For example, in 2011 and 2016, Congress directed the Pipeline Hazardous Materials Safety Administration to develop standards for pipeline leak detection technology and pursue other actions designed to enhance pipeline safety in the US. In developing nations, many pipeline operators now routinely include fiber optic sensing in new construction to provide warnings of hot tapping, digging and seismic conditions. Argentina, Chile, Colombia, Ecuador, India, Iraq, Kazakhstan, Mexico, Tunisia and Turkey are all home to pipelines running hundreds of miles, all protected by fiber optic sensing. Several American companies have followed suit. These pipeline operators -- and the technology companies supporting them -- need regulators to set clear performance-based leak standards so they can deploy the right technology in the right way.
As with broadband Internet delivery, fiber optics are poised to completely change our ways of doing many other things. I can’t wait to see what’s next.
The strength of natural disasters like hurricanes is worsening, scientists say, and it's imperative that broadband infrastructures can withstand or be speedily repaired post-catastrophe, writes Fiber Broadband Association President and CEO Lisa Youngers.
It would cost about $70 billion over 10 years to bring all-fiber fixed-access broadband to rural and small-town America, writes Fiber Broadband Association President and CEO Lisa Youngers in this month's exclusive BBWN column. The ROI? Priceless.
It wasn't long ago that TV was ranked by subscribers as the most important service in the bundle provided by their communications service provider (CSP). Recent research indicates that for nearly three quarters of subscribers, broadband is now the most important service. Broadcast TV is the most important service to only 15% of North American consumers, replaced by OTT video streaming platforms like Netflix, Amazon Prime and Disney+. In addition, many different competitors are moving aggressively to stake a claim in consumers' homes.
In 2020, CSPs need to fight back by transforming their business models, which are becoming more reliant on a single source of revenue: fixed broadband services.
This webinar will focus on helping CSPs transform their business models by placing a firm focus on delivering a sensational subscriber experience and by offering compelling new services that generate value for subscribers. These actions will reinforce the CSP's strategic position in the home network and position themselves for growth in the next decade.
Key topics include:
Being the first to market with WiFi 6 technology, in response to consumer purchases of new devices over the holidays;
Having the insights needed to proactively resolve issues, often before your subscribers even know that there are issues;
Providing help desk agents with the visibility they need to resolve common subscriber issues more quickly;
Delivering a mobile app, in response to consumer demands for the ability to do some things themselves, rather than having to call technical support; and
Addressing consumer concerns around device security, privacy and control with enhanced security and parental controls.
In this insightful Light Reading radio show, Kurt Raaflaub, Head of Strategic Solutions Marketing, will outline the key service provider challenges, deployment considerations, next-gen Gigabit technologies, and service models to win market share in the rapidly growing MDU market.