Why the SSS Self-Service Information Terminal sucks

Earlier, my wife and I went to the SSS Pasig Branch to consolidate her contributions for her maternity benefits, and there we witnessed firsthand how sucky the “Self-Service Information Terminal” that are installed inside their branch.

How it’s supposed to work

There are a total of three machines inside the branch and each machine is equipped with two SSS ID sensors. One sensor can only read the old SSS ID, while the other can only read new cards called SSS Unified ID.

On the latter, users would have to place the card on top of the glass covering the sensor. On the other hand, the Old SSS ID sensor only requires the user to place the ID where the sensor’s laser can hit it.

In a perfect world, users would only have to place their ID on the designated sensor and the machine SHOULD pick it up effortlessly. After that, users would be asked to place their right thumb and left index finger on the machine’s fingerprint sensor to validate the identity of the user.

SSS Self Service Machines in real life

In reality though, the machines are far from perfect. During our 3-hour stay inside the branch, I observed that almost 90% of the members who tried the machine were not able to get past the first step (ID scanning stage) even after multiple attempts (which are usually not less than 7-8 times).

As expected, this resulted to long queues and confusion/dismay from the members.

What causes the issue?

The long queues on the service counters allowed me to observe some of the things that can be done to improve the process, and here are the three major lapses that I’ve observed.

1. Poor on-screen instructions – The moment a member arrives at the machine, he/she is greeted with three options, one for old SSS ID card holders, another for SSS Unified ID card holders and another is called “Web” which will direct them to the SSS website.

Excluding the latter, the two options will direct users to an on-screen “guide” that will show them how to place the card properly in order for the sensor to detect/scan it. This is where all hell breaks loose.

There were no clear instructions on how to place the card, just a lame drawing on the machine’s screen that shows the proper orientation of the card and that’s it. As simple as this process may sound to most of us, the agency CANNOT and SHOULD NOT expect every member to be knowledgeable enough to follow this. As such, a simple cardboard instruction near the machine or a poster on the wall would’ve really gone a long way.

2. Clunky sensors – Another aspect of the machine that contributed to the dismal process is its built-in sensors. Both sensors (for old SSS Card and UMID) were a hit or miss in terms of properly scanning the member’s ID and, sadly, most of the time it’s the latter.

Whether this is due to normal wear and tear, or the sensors are really clunky to begin with, I feel that the agency really needs to UPGRADE the sensors pronto, or better yet look for a better machine to replace these seemingly-prehistoric ones.

3. Outdated GUI – First off, I’d like to commend SSS for installing a touchscreen panel on their self-service information terminal. This made the process easier compared to having to fiddle with physical buttons.

Having a touchscreen panel, however, is useless if the User Interface is not optimized for it. The UI doesn’t support swipe gestures and two or more touch inputs which are important for zooming in/out of the information shown on the screen.

End of Rant

I’m pretty sure that the inconvenience that my wife and I have encountered with the SSS Self-Service Information Terminal is nothing compared to other more pressing concerns that our government has to address. But that doesn’t mean that the agency shouldn’t fix the problem, after all we are all paying our taxes for this exact reason, right?

The post Why the SSS Self-Service Information Terminal sucks appeared first on YugaTech | Philippines, Tech News & Reviews.

The Evolution of Samsung Galaxy Note

Lazada Philippines

Samsung pretty much started the “phablet” category by initially offering the Galaxy Note a few years back. Throughout the years the company has been releasing successors with bigger displays and better performing internals. With the fourth generation Note just announced yesterday, let’s take a quick trip down memory lane and look back at how the Galaxy Note started and developed their participation in the phone-tablet hybrid scene.

Evolution_Galaxy_Note

Display

One of the prominent changes in the Note’s lineup is the display. The first Galaxy Note started with just 5.3 inches with HD graphics and 1280 x 800 resolution with 285 pixels per inch (ppi). It was then partnered with Corning’s first-ever Gorilla Glass to reinforce its Super AMOLED display.

The next iteration, the Galaxy Note II, got bigger display at 5.5-inch with the second version of Gorilla Glass. The Note 3 then went bigger and stretched it to 5.7-inch and was protected by Gorilla Glass 3. The company also gave it a Full HD display for the first time.

galaxy-note

The very first Samsung Galaxy Note.

Finally, with the Note 4, we get the same 5.7-inch screen but it’s now equipped with Quad HD resolution of 2560 x 1440. It still got the latest protection from Corning while keeping the same Super AMOLED technology. From the first Note with 285ppi, the Note 4 now has 513ppi – almost double the pixel density!

Processor

A good display is certainly nothing without good processing power. The Note family has been known to provide more than one version of CPU varying from their own Exynos system and Qualcomm’s Snapdragon chip.

Samsung Galaxy Note 2

Samsung Galaxy Note 2

For the first iteration there was the dual-core Snapdragon CPU clocked only at 1.5GHz and a 1.4GHz Exynos dual-core variant. Fast forward to three years later and we now have the latest Snapdragon quad-core processor at a blazing 2.7GHz and a 1.9GHz octa-core Exynos CPU.

Features

One feature that sets apart the Notes from other phablets is their S Pen functionality that makes working easier. It has been one of the selling points that remained unchanged throughout all versions. With the Note 4, the company claims that it is now more responsive and precise than ever before. Additional functions that appeared first on the Note 4 are its fingerprint scanner and heart rate monitor as fitness trackers are slowly gaining popularity in the market.

Samsung Galaxy Note 3 during its IFA launch last year.

Samsung Galaxy Note 3 during its IFA launch last year.

Below is a detailed specs comparison between four generations of Galaxy Note in a span of three years.

Galaxy Note
Galaxy Note II
Galaxy Note 3
Galaxy Note 4
5.3-inch HD Super AMOLED display (1280 x 800)5.5-inch HD Super AMOLED display (1280 x 720)5.7-inch Full HD Super AMOLED display (1920 x 1080)5.7-inch Quad HD Super AMOLED display (2560 x 1440)
285ppi267ppi386ppi513ppi
Corning Gorilla GlassCorning Gorilla Glass 2Corning Gorilla Glass 3Corning Gorilla Glass 3
1.5GHz Qualcomm Snapdragon 8255T dual-core processor2.3GHz Qualcomm Snapdragon 800 quad-core processor2.7GHz Qualcomm Snapdragon 805 quad-core processor
1.4GHz Exynos 4210 dual-core processor1.6GHz Exynos 4412 quad-core processor1.9GHz Exynos 5420 octa-core (1.9GHz quad + 1.3GHz quad-core) processor1.9GHz Exynos 5433 octa-core (1.9GHz quad + 1.3GHz quad-core) processor
Adreno 220 / Mali-400MP GPUMali-400MP GPUAdreno 330 GPU / Mali-T628 MP6 GPUAdreno 420 GPU / Mali-T760 GPU
1GB RAM2GB RAM3GB RAM3GB RAM
16/32GB internal storage16/32/64GB internal storage16/32/64GB internal storage32GB internal storage
up to 64GB via microSDup to 64GB via microSDup to 64GB via microSDup to 64GB via microSD
8-megapixel rear camera w/ LED flash8-megapixel rear camera w/ LED flash13-megapixel rear camera w/ LED flash16-megapixel rear camera w/ OIS & LED flash
2-megapixel front camera1.9-megapixel front camera2-megapixel front camera3.7-megapixel front camera, f/1.9 aperture
HSPA+HSPA+4G LTE, HSPA+4G LTE, HSPA+
Wi-Fi 802.11 a/b/g/nWi-Fi 802.11 b/g/nWi-Fi 802.11 a/b/g/n/acWi-Fi 802.11 a/b/g/n/ac
NFCNFCNFC
Bluetooth v3.0, A2DP, EDRBluetooth 4.0, A2DP, EDR, LEBluetooth 4.0, A2DP, EDR, LEBluetooth 4.1, A2DP, EDR, LE
IR LEDIR LED
GPS, A-GPS, GLONASSGPS, A-GPS, GLONASSGPS, A-GPS, GLONASSGPS, A-GPS, GLONASS
USB 2.0, MHLUSB 2.0, MHLUSB 3.0, MHL 2USB 2.0, MHL 2
S Pen stylusS Pen stylusS Pen stylusS Pen stylus
Fingerprint sensor, Heart rate monitor
2,500mAh battery3,100mAh battery3,200mAh battery3,220mAh battery
Android 2.3.6 GingerbreadAndroid 4.1.1 Jelly BeanAndroid 4.3 Jelly BeanAndroid 4.4.4 KitKat
146.85 x 82.95 x 9.65mm151.1 x 80.5 x 9.4 mm151.2 x 79.2 x 8.3 mm153.5 x 78.6 x 8.5 mm
178183 grams168 grams176 grams
Released October 2011Released September 2012Released September 2013Released September 2014

Each of the Galaxy Note has somehow led the pack in its category during their respective times. Providing their users with speedy performance, efficiency at work-related tasks, and a battery life that lasts, the Note just keeps on improving after every version making them one of the most preferred phablets today.

SGN4

The newly-announced Galaxy Note 4.

That’s about it. Hope you got something from this short article we’ve prepared. For our hands-on and reviews just click through the links:

Samsung Galaxy Note
Samsung Galaxy Note II
Samsung Galaxy Note 3

The post The Evolution of Samsung Galaxy Note appeared first on YugaTech | Philippines, Tech News & Reviews.

What is GLONASS?

Lazada Philippines

We often see GLONASS listed on the specifications of most mobile devices such as tablets and smartphones, but it’s arguably one of the useful features that some of us often take for granted or know little about. So we pay tribute to this unsung feature and give you guys a brief overview of what it is and what it does.

GLONASS, Russia’s gift to the world

GLONASS, acronym for “Globalnaya navigatsionnaya sputnikovaya sistema” or “Global Navigation Satellite System” was first developed in the city of Zheleznogorsk back in the 1976, in an effort to replace clunky satellite-based radio navigation system (Tskilon) at that time.

GLONASS-K
GLONASS-K Satellite (Image Source)

Six years later, the first three GLONASS satellites took flight aboard the Proton rocket, though only one of the three is functional. This was followed by numerous satellite-laden rocket launches in the succeeding years, and by April of 1991, the Soviet Union had successfully put up 43 GLONASS-related satellites in space, including five test satellites.

In the same year, the USSR ceased to exist, leaving the GLONASS project in the hands of the Russian Federation which further developed the system in the years that followed.

GLONASS as we know today

Since 2007, the Russian government have been promoting the use of GLONASS on automotive and consumers electronic devices such as mobile phones and navigation devices for cars.

ZTE 945
The ZTE V945 was the world’s first smartphone that supports both GPS and GLONASS.

But it’s only in 2011 that GLONASS’ really rose to fame, during which time both processor and smartphone manufacturers have begun adopting the technology and integrating it on their own products. Soon other companies followed suit.

How it works

In a nutshell, GLONASS is another set of satellites, 24 to be exact, on top of GPS sats that further improves accuracy and reliability of navigation devices. In most cases, GPS satellites suffice in providing near-accurate results for your map apps and navigation accessories on your car.

GLONASS

But in order to get an accurate result out of a GPS-enabled device, it needs to a have clear line-of-sight to at least four (4) satellites out of the 27 sats out in space. If there are fewer obstructions like tall buildings, identifying your current location or giving you an accurate direction to where you’re headed is just a walk in the park for your GPS device.

However, in highly urbanized areas, some devices struggle to meet the required 4 satellites, resulting to poor navigation results and inaccuracy. Thus, having extra 24 satellites, the GLONASS, speeds up the process of pinpointing a specific location, as well as improving the accuracy of location-based applications.

Final words

I personally think that GLONASS is one of the most underrated feature of consumer electronic devices. I’m not sure why, but it’s one of those non-glamorous features that you can’t really brag about, yet it’s probably one of the most helpful feature on your smartphone or tablet, especially for those who often use location-based on a daily basis.

In the end, I don’t think that this article, or any related content for that matter, will make anyone develop an appreciation for GLONASS and its significant contribution to the way we navigate in this day and age. But at least now we have insights on what it is, and not just an acronym or jargon we sometimes see on a device’s specs sheet.

The post What is GLONASS? appeared first on YugaTech | Philippines, Tech News & Reviews.

What is GLONASS?

Lazada Philippines

We often see GLONASS listed on the specifications of most mobile devices such as tablets and smartphones, but it’s arguably one of the useful features that some of us often take for granted or know little about. So we pay tribute to this unsung feature and give you guys a brief overview of what it is and what it does.

GLONASS, Russia’s gift to the world

GLONASS, acronym for “Globalnaya navigatsionnaya sputnikovaya sistema” or “Global Navigation Satellite System” was first developed in the city of Zheleznogorsk back in the 1976, in an effort to replace clunky satellite-based radio navigation system (Tskilon) at that time.

GLONASS-K
GLONASS-K Satellite (Image Source)

Six years later, the first three GLONASS satellites took flight aboard the Proton rocket, though only one of the three is functional. This was followed by numerous satellite-laden rocket launches in the succeeding years, and by April of 1991, the Soviet Union had successfully put up 43 GLONASS-related satellites in space, including five test satellites.

In the same year, the USSR ceased to exist, leaving the GLONASS project in the hands of the Russian Federation which further developed the system in the years that followed.

GLONASS as we know today

Since 2007, the Russian government have been promoting the use of GLONASS on automotive and consumers electronic devices such as mobile phones and navigation devices for cars.

ZTE 945
The ZTE V945 was the world’s first smartphone that supports both GPS and GLONASS.

But it’s only in 2011 that GLONASS’ really rose to fame, during which time both processor and smartphone manufacturers have begun adopting the technology and integrating it on their own products. Soon other companies followed suit.

How it works

In a nutshell, GLONASS is another set of satellites, 24 to be exact, on top of GPS sats that further improves accuracy and reliability of navigation devices. In most cases, GPS satellites suffice in providing near-accurate results for your map apps and navigation accessories on your car.

GLONASS

But in order to get an accurate result out of a GPS-enabled device, it needs to a have clear line-of-sight to at least four (4) satellites out of the 27 sats out in space. If there are fewer obstructions like tall buildings, identifying your current location or giving you an accurate direction to where you’re headed is just a walk in the park for your GPS device.

However, in highly urbanized areas, some devices struggle to meet the required 4 satellites, resulting to poor navigation results and inaccuracy. Thus, having extra 24 satellites, the GLONASS, speeds up the process of pinpointing a specific location, as well as improving the accuracy of location-based applications.

Final words

I personally think that GLONASS is one of the most underrated feature of consumer electronic devices. I’m not sure why, but it’s one of those non-glamorous features that you can’t really brag about, yet it’s probably one of the most helpful feature on your smartphone or tablet, especially for those who often use location-based on a daily basis.

In the end, I don’t think that this article, or any related content for that matter, will make anyone develop an appreciation for GLONASS and its significant contribution to the way we navigate in this day and age. But at least now we have insights on what it is, and not just an acronym or jargon we sometimes see on a device’s specs sheet.

The post What is GLONASS? appeared first on YugaTech | Philippines, Tech News & Reviews.

YugaTech Back-to-School Gadget Guide!

We’re halfway through 2014, and just as the way things go, a lot of students in the Philippines are going back to school as it is June already. Some students will be having classes further July & August, and some may wish vacation lasted forever, but hey, education is a nice ride worth having. To add to the ride, we have a list of gadgets that can make your schooling life much more efficient. Read on with us for another YugaTech gadget guide!

Disclaimer: To begin with, we have to say that our guide’s scope tackles a more general view of schooling. High school students’ needs may vary from, say, someone who studies the arts in a university. Also keep in mind that this list does not encourage use of gadgets in schools that prohibit specific gadget use.

IMG_6637

Audio

On the road, most students are probably listening to their favorite tunes or watching their new videos, and they all do this with audio plugged into their ears. Now we figured you don’t want anything designed loudly as it will attract a lot of attention when you commute, so we decided to recommend the JAYS a-Jays One for earphones and the Urbanears Zinken for headphones – packing clean designs without compromising audio quality. (Budget: Php1,799 – Php7,950)

JBL CHARGE

Now, for extra, in case you’re one to need speakers in school for dance practices and such, we recommend the JBL Charge, all because of its loud quality audio and its inclusion of a power bank inside for your long school schedules. If you want something half the price and smaller with splash resistance for those rainy days, you can check out the Braven 440(Budget: Php3,650 – Php7,995)

Tablets & Laptops

Before anything else, you should think about it well – whether you need a tablet or a laptop. Tablets will get only half the work done, but maybe that’s all you need, not to mention it’s a lot more portable. In that case, you can always look at the Nexus 7s and the iPad Minis, depending on your preference for specs. If you want something smaller, take an iPod Touch. If you need phone functionality, there’s the Asus FonePad 7, if you need a stylus, there’s the Galaxy Note tablets, and if you need something that goes beyond the usual tablet’s power, there’s the Microsoft Surface. (Budget: Php5,995 – Php60,000)

Again, portability being a priority, you can’t go wrong with a MacBook Air. Now if you need a little more power with CD drives, Asus has their X series of laptops and Acer has their Aspire E1 series – both very capable. We wouldn’t recommend buying anything more expensive and powerful as that is usually more than what an average student needs. We have desktops at home and labs at school for anything heavier.

Note: Netbooks and any laptop with less than 4GB RAM may no longer cut it. (Budget: Php20,000 – Php50,000)

Accessories

They might be just accessories, but you might want / need them.

  • Get a USB for flash storage, an external hard drive for more as you should expect that you’ll be copying lots of files from time to time.
  • If you don’t like putting out your smartphone very often in public, try a Pebble smartwatch, or any other notification-enabled watch compatible with your smartphone.
  • A laser pointer can be quite handy for presentations.
  • Pocket WiFi, because your school probably has some useful (and distracting) sites blocked.

(Budget: Php100 – Php8,000)

Travel

Chevrolet Spark 1

For the university students out there, if you don’t want to commute, you can drive and if you have a license already, we recommend getting a Chevrolet Spark as it’s really capable and affordable starting at Php548,888. If travel isn’t your thing, you’ve probably got a place to stay in near the campus already. If you can, get a jet ski or a helicopter somewhere nearby. You don’t wanna be stranded when a flood comes and your school / city suspends classes too late.

That’s about it for our list of gadgets to help you through getting back to school. Just in case you might be wondering where smartphones are in this list, we’ll leave that up to your personal preference as we’ll have more lists for that to follow soon.

Study hard and stay in school!

The post YugaTech Back-to-School Gadget Guide! appeared first on YugaTech | Philippines, Tech News & Reviews.