Skip to main content
  1. Home
  2. Smart Home
  3. Legacy Archives

Alaska Airlines Goes For In-Flight Internet

Add as a preferred source on Google
Alaska Airlines Goes For In-Flight Internet
Image used with permission by copyright holder

Alaska Airlines has announced plans to deploy in-flight Internet connectivity using a combination of in-cabin Wi-Fi hotspots and a ku-band satellite system from Row 44. The first test airplane will be a Boeing 737 due to be operation in “spring 2008,” and—assuming all goes well—roll out the technology to the carrier’s 114-plane fleet by the end of 2009.

“Bringing broadband Internet access to the skies is one of the most important things we can do to enhance the experience of both business and leisure customers,” said Alaska’s vp of sales Steve Jarvis, in a statement. “We’re moving ahead with testing, and ultimately plan to bring wireless broadband to our whole fleet.”

Recommended Videos

Row 44’s technology uses the same ku-band satellite access pioneered by Boeing’s canceled Connexion in-flight Internet service, but Row 44 has apparently been working for a couple years to make the system lighter, smaller, and more bandwidth efficient. Unlike systems which connect flyers to ground-based cellular networks, Row 44’s satellite systems will be available over areas which don’t have cellular access—you know, like oceans. Alaska operates a number of over-water flights to Hawaii, Alaska, and Mexico. Customers connect to the service using in-cabin Wi-Fi hotspots, which are in turn connected to a radome on top of the plane which houses an antenna for transferring data to and from satellites.

Other air carriers are looking to get on board with inflight Internet services: the UK’s RyanAir inked the first fleet-wide commitment to the technology, and should have plans coming online in early 2008. Discount carrier Southwest is also reportedly getting ready to commit to inflight Internet service, as well.

Geoff Duncan
Former Contributor
Geoff Duncan writes, programs, edits, plays music, and delights in making software misbehave. He's probably the only member…
Remember Samsung’s Ballie home robot? It may finally be inching closer to reality
Leaked app wireframes give the strongest hint yet that Samsung's Ballie home robot, first shown at CES 2020, might still be headed toward an actual release.
Samsung Ballie robot in a room next to a dog feeder.

Samsung's rolling home robot has been the industry's longest-running "will it ever actually ship" joke, and I'll admit I'd mostly given up on it. Now, there's finally a glimmer of hope.

Samsung first unveiled Ballie as a concept at CES 2020. Then, it showed it as a significantly upgraded version four years later. However, the company never confirmed a release date or committed to releasing it at all. 

Read more
The US foreign-made robot crackdown is coming for future Roombas too
Future Roombas face new US sales hurdles, but existing models are unaffected
Roomba 980

The FCC has already made it much harder for foreign drone makers such as DJI to bring new products into the US. Now, the same crackdown is reaching a machine far more likely to be moving around your living room.

The US government recently added foreign-made advanced robotic devices to the FCC’s Covered List. The announcement appeared focused on humanoids, robot dogs, and industrial machines, but an FCC spokesperson has confirmed to The Verge that robot vacuum cleaners are covered too.

Read more
The GOKO M6 Robotic Lawn Mower Brings Industrial Robotics to Modern Lawn Care
7 reasons this AI-driven powerhouse makes hands-free yard work smarter than ever
Grass, Lawn, Plant

Robotic lawn mowers can save homeowners hours of manual yard work, but not every model is designed for challenging properties. While many perform well on flat lawns, larger yards with uneven terrain, steep slopes, and multiple mowing zones require a mower built for more demanding conditions.

Developed by GOKO, the consumer robotics brand of Robot++, the GOKO M6 is an industrial-grade 4WD AI-powered robotic lawn mower that brings more than a decade of industrial robotics expertise to residential lawn care. It combines AI-powered four-wheel drive, advanced navigation technologies, and AI QuadVision obstacle detection to tackle complex landscapes with less manual intervention.

Read more