Like bass fishin'? Sure, we all do, but we're not always lucky enough to be able to get out to the lake whenever we want. Enter the fishin' videogame, a genre that by all rights should be tediously awful, but yet has proven to be amazingly popular (why, even Link is into it). The latest and greatest looks to be The Strike from Griffin International, and part of what makes it special is a motion-sensing rod attachment that works a lot like a longer Wiimote with a reel for hauling in your big catch. It has rumble and force-feedback so you can feel the strikes and, while it seems less than instantly responsive on G4TV's video embedded below, looks set to offer the most immersive virtual fishing experience yet. Game and rod on the Xbox 360 will cost $69.99 (it'll hit Wii and PC too), but sadly you're going to have to wait until the end of 2009 to get your feet wet in this one.

[Via Crave]

Look, that USB-powered fish tank was fine during your teenage years of irresponsibility, but it's really about time you started acting your age. Of course, we're not suggesting you actually work harder -- just smarter, is all. The DIY Automatic Fish Feeder is an exceptionally cheap, easy and almost life-changing creation that will never, ever forget to keep your fishes well fed and well lit. By attaching a makeshift pill bottle dispenser to a timer, Baha Tanju was able to create an automatic feeder that barely requires any attention. We know fish have a way of forgetting everything they ever knew every three seconds or so, but they'll love you three seconds at a time for never leaving 'em hungry.

[Via Hack-A-Day]

Remember that one time when you went fishing with your dad, and you got a bite and lugged the fish onto the dock, only to watch it thrash around on the dock for a little bit like the most pitiful thing alive, so then you felt bad and threw it back, but even then you still knew he would hate you forever for putting him through that? Yeah, well Flapper is that in robot form. It's Crab Fu's latest RC robot project, featuring that trademark uncanny valley look and motion of Crab Fu, in a convenient fish form factor. Video is after the break.

Traditional fish should definitely start keeping their guard up, as we've seen a noticeable influx of robotic alternatives flapping around here recently. Joining the school today is the Robofish, a robotic swimming creature developed at the University of Washington. Reportedly, a trio of the units have been built, and during a recent workshop, the bots were able to communicate with one another and successfully swim in either one direction or in different directions. Eventually, researchers hope that these mechanical animals could explore underwater caves, track moving targets or plunge beneath ice sheets, but there's still work to be done before the creature's coordination ability is up to the challenge. Just keep swimming, just keep swimming...

[Via Slashdot]

Wait, you did name your guppy Dory, right? Whatever your household fish is named, you can certainly give it a fresh purpose in life with the RhythmFish -- if it were more than a mere concept, of course. The setup surrounds your fish with webcams and monitors its movements via sensors in order to translate all of that data and put forth a visual interpretation. In all honestly, it's probably just some sort of randomizer hooked up to a Windows 95 screen saver, but a boy can dream, can't he?

[Via OhGizmo]

If a wave of déjà vu just hit you like a ton of bricks, fret not, as this most certainly isn't the first (or second) time we've heard of researchers looking to the seas to create more intelligent / nimble submersibles. Apparently, a few more folks have gotten involved, as gurus from Drexel, MIT, Harvard and George Washington are now collaborating to develop a "fish-like fin to make autonomous underwater vehicles (AUVs) more agile." Apparently, the current iteration has improved on prior versions by eliminating drag during part of the "cut and sweep" motion. The general idea is to combine several of the fins in order to "allow robotic submarines to hover and turn on a dime as natural swimmers can," but it'll still be quite some time before devices such as this one can overcome ocean currents and ill-willed sea creatures.

While we've already witnessed robotic submersibles take on fish-like sensing abilities, a team at MIT is hoping to equip autonomous underwater vehicles (AUVs) with a mechanical fin in order to nix the necessity of a propeller. In essence, the crew is looking to "create a more maneuverable, propeller-less underwater robot better suited for military tasks such as sweeping mines and inspecting harbors," and they are taking a note from the bluegill sunfish to make it happen. This particular creature sports a "distinctive swimming motion which results in a constant forward thrust with no backward drag," making it the ideal candidate to replicate. Current prototypes are being constructed with a "thin, flexible material that conducts electricity," and while we've no idea when the gurus plan on cranking out a finalized version, they've already got plans to study other aspects of the sunfish's movement in order to better design the bots.

[Via Physorg]

If you've been eying one of those snazzy USB-enabled fish tanks of late, but are still a bit gun shy when it comes to taking care of a live animal, Brando's got you covered. The USB Interactive Aquarium looks to be the perfect device for the wannabe fish owner, as this completely USB-powered tank includes a pair of thoroughly fake fish that swim around using mechanical tails. The included software allows owners to feed, care for, and play with their robotic pets, and you can even get an underwater rave going by flipping the built-in LEDs off and on in rapid succession. Not a bad way to see if you're up to the real challenge, and for just $23, it's an inexpensive way to snag an office pet that's not needy on the weekends.

While this mishap may not look as if it would cost Vietnam nearly as much as the Alaskan vaporization, losing 27-miles of critical fiber-optic cabling connecting the underdeveloped nation to Thailand and Hong Kong is fairly serious (and pricey). As it turns out, hordes of Vietnamese fishermen were given permission to salvage war-era undersea copper lines to fetch whatever price they could on local markets, but things got out of hand when vital telecommunication pipelines began getting swiped instead of antiquated cabling. The country has since disallowed the removal of any underwater wire until things pan out, but it looks like Vietnam will be relying on a single cable to the outside world until it can pony up the $5.8 million in replacement costs.

Keeping track of your personal pet using any means necessary is one thing, but embedding RFID chips into some 20 aquarium fishes is taking things to a whole 'nother level. Sure, we've seen RoboFish unleashed in a public aquarium and the means to care for your guppy remotely, but officials at the Underwater World in Singapore now have a much more exciting way to learn details about the animals customers see. Reportedly, the name and species (among other information) about the chipped marine animals are displayed on touchscreen displays whenever they swim by, which eliminates the old fashioned "match the picture with the fish" signs that still exist in other facilities. The project was set up over a three month period and set the venue back $19,600, but considering that the execs are thinking about risking someone's life to tag sharks in the near future, we can only assume that it's been a hit.

[Thanks, Andrew B.]

You might wonder why a cat would enjoy being trapped inside a container of water, but as you should already know, all rules are thrown out when it comes to Hello Kitty. The USB-powered aquarium features a couple of oh-so-cute Hello Kitty mermaids in a snow globe / fish tank fantasy land, and while we're sure the hordes of fanboys and girls just adore the idea, this one could actually satisfy those on the other end of the spectrum as well -- fess up, it's not too often that you get to satisfy your SO and take pleasure in holding your (least) favorite feline underwater for an indefinite period of time, right?

Controlling your fish remotely is one thing, but utilizing fish sense to dictate the actions of an uncrewed submersible is an entirely different animal. Malcolm MacIver and colleagues at Northwestern University have created an "artificial electric-field sensing system that could ultimately give robotic subs the same additional sensory capabilities" as found in weakly electric fish. These particular sea-dwellers have an uncanny ability to sense electric fields, and can also generate their own to "help navigate, identify objects, and even communicate with other fish." The newfangled "electro-location" system could allow underwater bots big and small to more accurately maneuver and collect data, particularly in situations where precise movements and recognition of surroundings is important. Even the creators admit that it'll be quite some time before man made sensors can come close to mimicking those found in nature, but judging by the videos seen in the read link, they're certainly riding the right wave.

[Via NewScientistTech]

As if crafting a glitzy fish bowl in the shape of an anchor wasn't enough to catch your eye, the Comfish bowl sports the same type of user-controlled interface as various other forms of life-in-a-box, but utilizes a USB connection in favor of WiFi. The tank manages to pull off the same kind of magic as the Wi-Aquarium, as the built-in USB port allows owners to supply power to the filter and control internal conditions such as bubble production and water temperature. Interestingly, the device also seems to sport an integrated camera, which purportedly allows the owner to watch the action on screen instead of having to wheel around and actually face your ferocious fish. The Comfish bowl looks to come in a variety of colors and shapes, so just in case the 49,000KRW ($52) pricetag hasn't reeled you in just yet, be sure to check out a few more pictures of the tank / interface after the break.

[Via AVing]

We've all heard the diehards claiming that the whales are the ones we should save, and thanks to an autonomous glider crafted by Webb Research, they're finally getting their wish. Recently, a trial was pursued in which a radio / satellite phone-equipped Slocum Glider was sent up to 200-meters beneath the depths in order to survey, pinpoint, and record location data for various whale pods swimming about. The device then surfaces and "phones home" the recently gathered information, which can then be disseminated out to ensure nearby vessels don't enter whale-packed territories. Jim Theriault of Defense Research and Development Canada, Dartmouth ran the experiment, and noted that this iteration of whale sensing and reporting improved on previous attempts by being uber-stealthy, featuring a remote data reporting system, and boasting a signal processor capable of tracking even the baleen whale's "lower-frequency call." Currently, the torpedo runs on batteries which last a month or so without needing a recharge, but future renditions are planned to scour the waters for "between five months and a year" by utilizing a special recharging gel. Look for these to hit your nearest ocean later this summer, and try not to be too alarmed when it surfaces beside your craft.

[Via The Raw Feed]