Who says Singapore technologies don’t go far? One such technology, which streams music smoothly to your phone by adapting to network quality, finally got released this week as a promising mobile app.

Orastream is able to detect how good your connection is and deliver the best quality music that it can support.

For example, if you are using Wi-Fi or have a good 4G connection, the app will deliver music with a high bit-rate, retaining most of the detail in a track. If you are at the basement of a shopping centre and can only get a 2G connection, it will stream a lower quality track, but keep the music playing without any disruptions. …

Music lovers can now check out new artistes with downloadable mobile music albums that stream the music to them smoothly by adapting the quality to either online or offline use.

Called Orastream, the technology was first tested by Techgoondu back in December 2011. It will play back at a lossless CD-like quality if a track is streamed, say, over Wi-Fi at home, but it will switch to a less demanding compressed quality if the user decides to stream the tracks over a cellphone network while on the move, for example.

Three artistes, including award-winning composer pianist Tze from Singapore, have now signed on to release their music on these mobile albums, which come in the form of downloadable iOS apps. The Singapore firm behind the technology, MP4SLS, calls these albums or apps digital catalog LPs (DLPs), in a tribute to the old record format. …

Every once in a while, a technology emerges that makes you wonder why you haven’t thought about it before. The Singapore-made Orastream app is one such example.

It enables music players to stream the songs at as high a quality as possible, depending on the network that is delivering the songs. This means you always enjoy the highest quality music, without worrying about the dreaded break in transmission – a boon to future music services on the go. …

Researchers in Singapore have found a way to pack six times the data today into future hard disks by basically ordering the structures on the physical drive more neatly – like packing clothes in a suitcase, they say.

Using a materials process known as nano-patterning, they have been able to create arrays of magnetic bits that can potentially store up to 3.3 Terabit per square inch ( Terabit/in²) of data on a hard disk. That is six times the recording density of current devices. …

Singapore does do interesting infotech R&D. But it doesn’t get the publicity it deserves, which is such a waste.

Take for example the recent Techfest ’09, which was held at Fusionpolis last week from October 8th to 9th. Techfest, which A*Star I2R (Institute of Infocomm Research) started in 2005, is an open-to-public exhibition showcase of emerging technology research in Singapore. A*Star, for those of our readers who are not familiar with the brand, is a government institution dedicated to charting Singapore’s science and technology future.

Now A*Star has interesting research projects that make for great tech stories, but Techfest ’09 was a bland colourless event. It’s open to the public, but most of the attendees were government folks, and it felt as if many exhibitors — all A*Star folks — were there more because they were “arrowed” into showcasing their work instead of wanting to show off their work to a good audience. …