Tuesday, July 12, 2011

CVT Technology In New PROTON Cars
04.07.2011

SUBANG JAYA, 4 JULY 2011 – PROTON Holdings Berhad announced today that it will be introducing Continuous Variable Transmission (CVT) technology to its upcoming range of cars. “We have been conducting comprehensive development and integration tests of the CVT with our CamPro engines and we are happy to be able to provide this option to future buyers soon,” said Dato' Sri Haji Syed Zainal Abidin Syed Mohamed Tahir, Group Managing Director of PROTON Holdings Berhad.

CVT technology has been growing in popularity amongst high-end auto manufacturers globally as it provides a smoother drive and more efficient performance to their cars. This technology, though not new, has only recently made its way into cars on a large scale with many major automotive companies successfully developing advanced CVT mechanisms that are able to take heavier drive loads compared to earlier variations.


“In the near future, CVT will be mated to our CamPro engines as an option to our range of cars along with the conventional four speed automatic gear transmission that is currently being used,” Dato’ Sri Haji Syed Zainal said. “This feature will not only provide more than just a smoother drive but it will also contribute towards fuel efficiency and savings to the user,” he added.


In comparison to traditional automatic gear transmissions, the utilization of CVT in an engine system reduces transmission weight by up to 20 percent without compromising output capabilities. It allows the car to change gear ratios seamlessly, eliminating transmission shock, facilitating greater responsiveness and smooth, consistent power delivery. CVT also offers various driving modes to suit the driver’s preference and feel.


“In view of fuel price pressure on consumers, we know that the introduction of CVT will contribute significantly to improving their lives as it not only provides them with a smoother drive but also helps reduce fuel consumption.”


Dato’ Sri Haji Syed Zainal highlighted that PROTON tests show that the utilization of CVT in a car can reduce fuel consumption by up to 4% with regards to urban driving and almost up to 10% for highway driving.


“Lower fuel consumption also impacts the environment significantly by reducing CO2 emissions,” he said, elaborating that the efficiency of the CVT technology integrated into Proton engines has resulted in a 5% emissions improvement.


“PROTON is consistently improving its cars; from build quality to the introduction of various technologies to enhance its engine and driving capabilities,” said Dato’ Sri Haji Syed Zainal. “The inclusion of CVT to our next generation of cars will not only keep us on a technological par with major automakers but will also contribute positively towards providing Malaysians with greater value for their money.”

Malaysian Grid Code

YB Dato' Sri Peter Chin Fah Kui, Minister of Energy, Green Technology and Water recently launched the Malaysian Grid Code and Distribution Code for the nation’s electricity supply activities in an event on 21 Dec 2010.

The Grid Code and Distribution Code, published by the Energy Commission Malaysia, is a regulatory instrument much needed to coordinate various electricity supply activities. The former is a technical specification which defines the parameters an electricity generating plant and grid system network have to meet to ensure proper functioning of the electrical grid.

The following figure illustrates how the various parties identified in the Grid Code are connected or associated with Grid System.

Parties in the Grid Code

The Grid Code is a set of technical regulations used by utility companies such as Tenaga Nasional Berhad (TNB) and Independent Power Producers (IPPs) in the Peninsular Malaysia that serves as the main guidelines in electricity supply operation; to ensure the electricity supply in Peninsular Malaysia remains reliable.

The following figure illustrates the Peninsular Malaysia electricity industry structure in terms of functions as used in the Grid Code.

Electricity industry structure

The Distribution Code is a set of technical regulation established to make certain the operations at the distribution level are being carried out systematically.

The Codes will set the regulations and technical requirements that need to be carried out by all party involved in the planning, managing and maintaining the grid and distribution systems to ensure security, safety and reliability at all time.

The following shows the structure of the Power System, connected Parties and applicable codes:

Power system parties and codes

The Codes highlight in details the roles and responsibilities of parties involved in managing or using the system, either through connecting or connected directly to the grid and distribution systems including generators, grid system operators, distribution system operators, single buyer and large power consumers.

The Energy Commission Malaysia as the regulatory body of the energy industry; will chair the committee with members from the industry. It has been enforced since 1 January 2011.

Optimising Technology For Sustainable Growth
PETRONAS' Research and Technology (R&T) initiatives are aimed at harnessing new and improved technology that will add value to our business, enhance our competitive advantage, and sustain operational excellence.


E&P Business
Focusing on three niche areas covering geoscience, subsurface and surface technologies, the application of technology in our upstream activities has enhanced our hydrocarbon reserves and production. We have recorded significant successes in the employment of self-installed relocatable technology, namely our Mobile Offshore Production Unit installation in the landlocked Caspian Sea in Turkmenistan and the commissioning of the Kikeh Floating, Production, Storage and Off-loading (FPSO) vessel - Malaysia's and Asia's first deepwater FPSO, at a location with a water depth of 1,330 meters of water. Some technological efforts that have facilitated our reserve development include the MegaMerge survey methods to aid identification of new exploration opportunities, Offshore Self Elevating Unit to enable more cost-efficient exploration drilling, and dynamic annular pressure control system to facilitate drilling.

Oil Business
In the Oil Business, we continue to pursue leading edge technologies to enhance our lubricants and fuels businesses. Our unleaded petrol, PRIMAX 3, was developed in-house utilising a superior quality fuel formulation innovated by optimising base fuel properties through the addition of the Sinar G-05 additive. The fuel enhances engine performance and efficiency, while meeting environmental standards. We have also successfully developed premium quality automotive fully-synthetic lubricants (Syntium and Sprinta) through research and development and through our involvement in motorsports. This achievement, coupled with our R&D of Group III base oil for use in our top-tier lubricants have created a strong competitive edge for PETRONAS to strengthen its global business position.

Gas Business
In the Gas Business, our technology emphasis is on mercury management. Our initiatives to remove mercury from raw condensates led to the installation of the onshore mercury removal system – a technology that is among the first in the world – at PETRONAS’ Onshore Gas Terminal in Kertih. The system treats raw condensates at the terminal, improving operational and Health, Safety and Environment (HSE) performance as well as assuring product quality.

Petrochemical Business
Our R&T efforts also involve research into frontier and key technologies to enhance the performance of our Petrochemical Business. The ECOPLUS™ 105 developed by the research team at the PETRONAS Research Sdn Bhd and PETRONAS Polymer Technology Centre is an innovation on conventional degradable plastic manufacturing with ready-to-use resins. The creation of ECOPLUS™ 105 has also sparked further research into the creation of new degradable plastics for other uses.


New Energy Sources and Bio-friendly Solutions
We also believe there are opportunities in new energy resources and continue to explore the potential of unconventional hydrocarbon resources as well as bio-fuels and solar energy. In building a long term sustainable energy business, we look toward Green Technologies to prepare us for the low carbon economy of the future.

Tech: Office in the clouds

NEW STRAITS TIMES
2011/07/10
SITI SYAMEEN MD KHALIL


MICROSOFT has responded to the rising popularity of cloud-based applications for collaboration and communication, with Office 365. Office 365 hosts Microsoft’s latest productivity tools including Office, SharePoint Online, Microsoft Exchange Online and Microsoft Lync Online. With the tools being hosted online, users will be able to access it via multiple browsers including Internet Explorer, Mozilla Firefox and Safari using enabled devices such as laptops, tablets and mobile phones. Users will be able to get automatically updated email, calendar and contacts on the devices they use most, on platforms including iPhones, Android and BlackBerry when they are on the go.


Available at an affordable monthly fee of RM18 per user, Microsoft Malaysia’s managing director, Ananth Lazarus says, “Through Office 365, Microsoft is giving organisations of all sizes the tools to transform the way they do business by providing a trustworthy, safe and reliable environment in which to create, edit, store and share their ideas and work from anywhere and at any time through Microsoft’s familiar and consistent user experience.”


While enjoying the familiarity of Microsoft Word, PowerPoint, Excel, OneNote and Outlook on the desktop via Office Professional Plus and on the web using Office Web Apps, users will also benefit from enterprise-class email, calendar and contact application using Microsoft Exchange Online and cloud based instant messaging service with voice and video conferencing using Microsoft Lync Online. Another valuable addition, Microsoft SharePoint Online lets users connect and network with colleagues, partners and customers.

Datuk Hafsah Hashim, chief executive officer of SME Corporation Malaysia, who was present at the Office 365 launch last week said the new tool offers the features needed by SMEs to work efficiently, communicate across their business network, safely and securely share information as well as work together with peers and partners.

“Through Office 365, Malaysian SMEs will have the same enterprise-class productivity and collaboration tools that larger companies have.”


The joint-effort in promoting the adoption of cloud computing lead to bigger things in the future, says Lazarus of the next step in Microsoft and SME Corporation partnership. Hafsah also notes that SME Corporation through its state offices will play the role of change agent in informing businesses of Office 365 as a means for them to work more efficiently. In conjunction with the Malaysian launch of Office 365, Microsoft is holding a contest on Facebook (http://apps.facebook.com/trysharewin/), which is open to all Malaysians 18 years old and above. Set to run till August 3, 2011, participants are required to download the free 30-day Office 365 Trial, then submit a testimonial about their experience using it in 5,000 characters or less. The testamonial voted as the most popular by the public will be rewarded RM20,000 and nine runners-up will each receive an HTC Windows Phone 7 smartphone.


The Star

Saturday May 29, 2010

Malaysia shares NEM at Amsterdam congress


AMSTERDAM: Malaysia’s government transformation programme as well as its New Economic Model are being shared with the rest of the world at the just-concluded World Congress on Information Technology (WCIT2010).

In his keynote address on “Transformation of A Nation” on Wednesday, Science, Technology and Innovation Minister Datuk Seri Dr Maximus Ongkili spoke on the key role that innovation was playing in the development of Malaysia.

“Innovation and creativity are the way forward towards Malaysia becoming a high-income economy from its current middle-income status,” he said.

He said the country needed a major push but it was ready to move into the innovation field as plans had been laid out for the sectors concerned.

They include the National Innovation Model developed by his ministry which calls for both technology-driven and market-driven innovation. — Bernama

Technology-driven innovation initiatives include boosting basic science research, technology development and commercialisation via the provision of incentives such as research and technology grants, as well as multi-stage funding.

The market-driven innovation, meanwhile, focuses on identifying market niches and putting in place the necessary incentives and programmes to enable Malaysia to tap into those specific markets.

In his address, Ongkili also announced that Malaysia would be holding the Kuala Lumpur Innovation Forum on Oct 25-26, of which the highlight would be a Ministerial Dialogue on Innovation Policies.

The minister was leading a 20-member Malaysian delegation to WCIT2010. - Bernama

which includes top officials from MOSTI, the Malaysian Embassy in The Netherlands, MDeC, MATRADE, MIDA, MIMOS and Cybersecurity Malaysia.

The Malaysian delegation has been involved in government-to-government discussions and business meetings with key European companies to promote MSC Malaysia and enhance the potential for new foreign investments in the national ICT initiative at WCIT 2010.

MDeC officials have also held discussions with European Commission representatives of its Digital Agenda. - BERNAMA

Saturday, July 9, 2011

MSI unleashes new racing-inspired C Series notebooks



  • 2nd Gen. Intel Core i7/i5/i3 Processor
  • Windows 7 Home Premium
  • Up to 8GB DDRIII 1066 MHz memory
  • 15.6" HD (1366x768) LED backlight display
  • 320/500/640 GB hard drive
  • Nvidia GeForce GT520M(with 1GB DDR3 VRAM)
  • HDMI, VGA
  • DVD Super Multi optical disc drive
  • MMC, SD/SDHC/SDXC, MS/MS Pro/HG card reader
  • 802.11 b/g/n WLAN, Bluetooth 3.0(optional)
  • USB 3.0 (optional)
  • 1.3MP webcam
  • 380mm x 260mm x 27.1mm~34mm

  • Inspired by high-end racecars, MSI´s new C Series notebook computers -- the CX640, CR640, CX480 and CR480 -- even includes an F1 racecar push start power button as well as an AC-in power jack designed to resemble a racecar fuel intake.

    Along with the push start power button, MSI also incorporates a flat black case with a metallic brush finish that´s similar to luxury automobiles. It also comes with a touchpad with a crystal diamond finish and recessed speakers.

    Additionally, the hotkeys on the C Series are integrated into the metal mesh strip above the keyboard and the DVD drawer button is streamlined.

    The new generation C Series laptops also come with an all-new heat dissipation design, which places heat generating parts and components, like the processor, chipset, and graphics card, in the upper left part of the computer body.

    The thermal block structural design then concentrates heat in that same area, so that the palm rest areas maintain a temperature on par with that of the human body to ensure comfort of use.

    To extend battery time, MSI provides the ECO engine power saving technology, so with one touch; you can initiate the Turbo Battery to significantly extend battery time.

    On the other hand, the ALS system, which adjusts screen brightness in accordance with ambient lighting, can also help to extend battery time when the computer is in standby mode.

    However, the CX480 can operate for as long as 8.5 hours on battery power and can recharge to at least 80 percent power in about 60 minutes.

    The C Series features Intel´s 2nd generation Core i processor and new generation Turbo Boost 2.0 technology to accelerate all cores.

    For users who need more performance in graphics, the CX640 is a discrete-graphics model that features nVidia GeForce GT520M discrete graphics card with 1GBDDR3 and supports DirectX 11 for enhanced performance that automatically switches between graphics-intesive tasks and general, everyday tasks.

    There´s also Quick Sync Video technology enhances multimedia file computing performance during conversion, synchronization, and compilation.

    When it comes to audio, the new MSI C Series notebooks come with SRS PC Sound cinema-grade audio system.

    On top of that, the notebooks also come with optional new USB3.0 ports as well as optional new generation Bluetooth 3.0, which boasts data transfer speeds of 24Mbps.

    There´s also a Time Stamp software, which backs up or restores data with a touch of a finger. You don´t even have to turn your computer on to execute systems restoration.

    The MSI new C Series notebooks is currently available and starts at a retail price of RM1,999 (with an Intel i5 processor).


    Published Date : 04 July 2011



    30 JUNE 2011
    SCIENTIST USE INKJET PRINTING TO PRODUCE SOLAR CELLS

    Solar energy may soon become easier to capture, say researchers who have developed a novel method to produce solar cells using inkjet printing.

    Oregon State University researchers have come up with a technology similar to that commonly used to print documents and photos.

    They say their method is quicker and less expensive than traditional solar cell manufacturing techniques.

    It could also reduce raw material waste by 90%, they add.

    As people move away from conventional combustion-type technologies, more attention is paid to renewable energy types, and solar energy is one of them.

    It is known as a clean and sustainable form of energy, but this is offset by the manufacture of solar panels which is an expensive and complicated process.

    Finding a balance between costs of production and efficiency could become key to future manufacture of solar cells, and many scientists around the world have been concentrating on developing new materials and methods to do that.

    The recent inkjet approach is one of those novel methods.

    "Solar energy is the most abundant and clean energy source on Earth".

    "This is very promising and could be an important new technology to add to the solar energy field," said Professor Chih-hung Chang, the lead author of the study, which appeared in Solar Energy Materials and Solar Cells journal.

    "Considering the high price of petroleum and other fossil fuels, solar cells will definitely have a bright future."


    Crucial issue

    The team used chalcopyrite - a material composed of copper, indium, gallium and selenium and also known as CIGS. It has a much greater solar efficiency than silicon, currently used to manufacture solar panels.

    The researchers then printed chalcopyrite onto the surface of the cell, applying a technique similar to a common inkjet approach, but with a special type of ink.

    They managed to produce solar cells of 5% efficiency - and say that in future, they will aim to increase this figure to about 12% to make the product commercially viable.

    Wei Wang, one of the scientists, told BBC News that the main advantages of the method were the ease of manufacturing and low cost.

    "We produced CIGS solar cells using cheap inkjet printing under normal conditions," he said.

    Also, she added, there was almost no waste in the process - unlike with a more expensive method of vapour phase deposition.

    Professor Chang agreed that the waste issue was crucial.

    "Some of the materials we want to work with for the most advanced solar cells, such as indium, are relatively expensive," he said.

    "If that's what you're using you can't really afford to waste it, and the inkjet approach almost eliminates the waste."


    Efficiency and cost

    CIGS cells produced by conventional means typically have an efficiency of 15-18%, but the methods of manufacturing are known to be a lot more time-consuming, or involve expensive vacuum systems or toxic chemicals.

    An alternative to CIGS is silicon panels.

    "The best cells that we put on house roofs at the moment are conventional silicon cells and those have an efficiency from 20 to 25% routinely, but the manufacturing costs and materials costs are extremely high," said Dr Martyn McLachlan from Imperial College, London.

    He thinks that, although it is less efficent, the cheap manufacturing costs of the inkjet approach means it is a "significant development".

    "If efficiency and costs can be balanced, then lower efficiency cells become attractive," he said.


    1.Inkjet printer
    2.A colar cell
    1. The team used a similar approach to printing photos with an inkjet printer.
    2. The process is a lot less expensive than traditional methods of manufacturing solar cells.


    Thursday, July 7, 2011

    Anonymous targets Apple in latest hack

    With the PSN all but restored and LulzSec gone quiet, you would be forgiven for thinking that the Summer hackathon was over. Not so..it now looks like Anonymous has gone and hacked the mighty Apple.

    Before you get too excited, no there wasn't any details of the iPhone 5 leaked...What Anonymous did was simply publish some encrypted usernames and passwords from an Apple SQL database. The release of the information is likely to not be of too major a concern to Apple, what will be however is that Anonymous managed to get into its computer systems. The hack was more to prove a point, that companies even as big as Apple are not untouchable.

    The hack was revealed via Anonymous's Twitter account. "Not being so serious, but well (link removed) #Apple could be target, too. But don't worry, we are busy elsewhere. #AntiSec

    Anonymous had targeted a currently offline Apple business intelligence website. There has also been claims by a non Anonymous of LulzSec affiliated hacker that he too has broken into Apple's system. Known as Idahc, the reportedly Lebanese hacker posted a pastebin file claiming he had used a similar attack to get into the Apple consultants network. He didn't however reveal passwords or usernames.

    "Indestructible" botnet wipes out other malware



    infected laptop

    By Nicole Kobie

    Posted on 30 Jun 2011 at 10:35


    Researchers have described a botnet-building piece of malware as "the most sophisticated threat today".

    The botnet and the malware that creates it are both called TDL-4, but also known as TDSS and Alureon. Once installed, TDL also infects computers with other malicious software such as adware and spambots. It has infected 4.5 million computers, a third of which are in the US, and 5% in the UK.

    Researcher Sergey Golovanov said "the decentralised, server-less botnet is practically indestructible".

    One reason the botnet is so difficult to take down is the communications between the infected computers and the command and control centre are encrypted, and can also be controlled via P2P in case the control servers are knocked offline.

    The owners of TDL are essentially trying to create an ‘indestructible’ botnet that is protected against attacks, competitors, and antivirus companies

    "The owners of TDL are essentially trying to create an ‘indestructible’ botnet that is protected against attacks, competitors, and antivirus companies," Golovanov said on the Kaspersky site.

    The malware loads when the computer is booting, making it more difficult for antivirus software to spot. TDL also removes 20 other types of malware.

    "TDL nimbly hides both itself and the malicious programs that it downloads from antivirus products," Golovanov said. "To prevent other malicious programs not associated with TDL from attracting the attention of users of the infected machine, TDL-4 can now delete them. Not all of them, of course, just the most common."

    Infected machines can also be used by criminals to create proxy servers - which TDL's creators offer as a service for $100/month, complete with a Firefox add-on to make it easier to use.

    Criminals are encouraged to infect computers with TDL via an affiliate system, with the botnet owners paying $20 to $2,000 for 1,000 infected machines, depending where the PCs are located. "Most often, TDL is planted on adult content sites, bootleg websites, and video and file storage services," Golovanov said.

    iOS 5 beta "causes iPad to overheat"



    iPad

    By Nicole Kobie

    Posted on 1 Jul 2011 at 12:44


    The beta of the next version of Apple's iOS is reportedly causing the original iPad to overheat.

    Apple announced iOS 5 last month, but the full version won't be released until this autumn. However, a beta can be downloaded by developers registered with Apple.

    A PC Pro reader told us his first-generation iPad overheated after installing iOS 5, "to the point where it was almost burning". He claimed the screen reached a temperature of 65 degrees centigrade - despite being turned off - and the Wi-Fi chip stopped working.

    I'm extremely concerned this is apparently a known issue and yet the iOS 5 download is still available

    He was told by staff at the Apple Store in London's Regent Street that it was a "known issue" with first-generation iPads running the iOS 5 beta. "I'm extremely concerned this is apparently a known issue and yet the iOS 5 download is still available," the reader told us.

    The Apple Store initially refused to replace the developer's iPad, citing the terms and conditions attached to its beta software, before finally agreeing to provide a replacement and £60 of vouchers for the App Store in compensation.

    Developers who access Apple's beta software must agree to a non-disclosure agreement, however a blogger reported five days after the launch that the iOS 5 beta was causing the iPhone to overheat.

    Apple declined to comment on this story.

    Asean launches ICT Masterplan 2015

    2011/01/14
    By Azlan Abu Bakar
    alan@nstp.com.my



    KUALA LUMPUR:
    The Association of Southeast Asian Nations (Asean) today launched a plan that will harness the potential of information and communication technology (ICT) in the region, to help in establishing an inclusive, vibrant and integrated Asean community.


    The Asean ICT Masterplan 2015 is comprehensive and has specific actions and projects with clear targets and timelines in six strategic thrusts to be implemented in the next five years.

    "It aims to deliver four key outcomes namely ICT as an engine of growth, recognition of Asean as global ICT hub, enhanced quality of life and contributions towards Asean integration," Information, Communications and Culture Minister Datuk Seri Dr Rais Yatim said.

    Speaking to reporters on the final day of the Asean Telecommunications and IT Ministers meeting in Kuala Lumpur today, he said: "We (Asean ministers) welcome and invite all relevant stakeholders and parties to support and actively contribute to the implementation of actions and measures embodies in the masterplan."


    Rais said the ministers have tasked their respective senior officials to review the existing ICT cooperation.

    These include amongst others the Asean e-commerce database, international mobile data roaming charges and interoperability framework in Asean projects.

    "The senior officials will also need to identify available funding sources to come up with the recommendations to ensure timely implementation of the masterplan for consideration at the ministers next meeting," he said.

    ICT empowering citizens of Malaysia
    Development with Destiny

    By:Upasna Kakroo

    Senior Research Associate

    csdms
    upasna@csdms.in


    Malaysia, an upper-middle economic state in SouthEast Asia, found its connectivity with the world with the installation of the first telephone line in 1874. The country developed its first computer system in 1966 and since then several initiatives to facilitate the integration of ICT in different areas have been introduced. The privatisation of the telecom sector in 1987, and the formation of the NTP (National Telecom policy) in 1994, led to the full liberalisation of the market. The enactment of the Communi-cations and Multimedia act in 1998 established the Malaysian Communication and Multimedia Commission (regulator) in support of national policy objectives. The regulator provides for economic, technical, consumer and social regulation ensuring competitiveness, licensing, frequency allocation, affordability and availability of ICT technologies and services. Framework for development (FID) is a five year rolling plan for ICT development. The country now faces the dilemma of ensuring global competitiveness as well as access to all.


    e-Readiness of Malaysia

    With a population of 25.58 million (2004) over an area of 330,000 sq. kms., Malaysia had an average population density of 74 people per square km., though it is unevenly spread across the country with the bulk of the population residing in the west half of the country. The economy of the country has been robust even in the wake of the economic setbacks in the Southeast Asian economies in 2000 and a SARS outbreak in 2003. The GDP of the country was reported as RM394 billion (2003) (RM 3.8= US $1), with a growth of 5.2 percent over 2002.

    ICT has grown substantially in Malaysia contributing a (gross) revenue of RM19 billion to the economy. The total telephone penetration rates have reached a combined telephone penetration of 61.99 telephones per 100 people (2003).

    The tele-density (fixed) has climbed to 20, with the mobile phone connections overtaking fixed lines. Deployments for 3G and EDGE mobile networks have also started. Malaysia's performance with respect to other ASEAN countries has also been good, as shown in the graph.

    The country's Internet development started in 1988 and by the end of 2003 the total dial-up penetration rate was 11.4 percent. Broadband Internet services started in 2001 and are still in their infancy. The absence of regulatory mechanisms allowing for local loop unbundling, the slow paces of the incumbent, and issues with last-mile connectivity have resulted in wireless broadband being preferred by operators. The broadband as well as the mobile segments though have been deployed around cities and urban areas.
    Malaysia has embarked upon various measures to ensure the ICTs play an important role in the society. For ICT development the MSC - Multimedia Super Corridor (for global competitiveness) has been developed.

    The government has invested highly in its infrastructure. The MSC contains a high-speed 10Gb/s network connecting MSC to Japan, ASEAN, EU and the US. It supports public administration, education and business applications. Malaysia was ranked 26th in the world for e-Readiness. The telephone penetration rates rose by 7 percent while for the rural sector there was a rise of 6 percent (2000).



    Facing challenges


    ICT infrastructure development in Malaysia has been concentrated mainly in the urban areas. Even in the urban sector itself some areas are highly developed as compared to others. Regional differences in economic development and population density across the country have also resulted in some areas are considerably lagging behind. About 89 out of 136 districts in the country have been identified as undeserved. According to MEWC, about 3000 villages are not connected to the country's communication infrastructure.

    The divide exists due to illiteracy, low incomes, amongst physically challenged people and due to difference in ethnicity, gender marginalising people whose access to ICT services is limited. Relatively low PC ownership has also been a reason for low access. The urban-poor of the country are also disadvantaged digitally.

    The country is a federation of 13 states and 3 federal states. According to estimates the 'Bumiputeras' have low incomes and low education levels and suffer the most due to knowledge divide as well as digital divide. Data suggests that the states of Kedah, Sabah, Sarawak, Terengganu, Kelantan, Perlis and Pehang have more than 50 percent people in rural areas and also the highest percentage of 'Bumiputeras' in their population constitution. Thus they lag behind the rest of the country in terms of ICT.

    According to the available data, most of the states mentioned have had traditional agro-economies and have had little development in terms of ICT industries. These states currently have a mean GDP less than the mean GDP of the country. The percentage of people below the poverty line is also higher than the national average in most of these states. More number of people here have never been educated. Some of these states specifically Kelantan and Terengganu consist of some socio-cultural and religious parameters causing prominent gender divide, as has been observed in other South Asian and South-East Asian countries as well. Some of these states, specifically Sabah and Sarawak have a large number of ethnic groups, that sometimes causes difficulty in policy implementation as observed by several studies. It is not only an issue in Malaysia but also an issue in most countries around South Asia.

    Political instability is also sometimes experienced, especially in the states like Sabah which has the chief minister changing after every two years (so that all ethnic communities are equally represented) and Kelantan which is the only state not ruled by the BN party alliance. It is evident that political stability poses great hindrance to the growth in most countries around the developing world. Also, according to sources, Sabah has had an inequitable distribution of wealth between the state and federal government, which has adversely affected progress. The state of ICT in these states is below the national level. These states have low tele-density values and high number of undeserved areas. Sabah and Sarawak are the poorest states in Malaysia with the highest unemployment rates and have been the targets for many a development schemes.



    'Vision' with ICT – mission for knowledge

    In the recent past, there has been lot of arguments on how to close the digital divide, while access to all is essential, it doesn't meet the purpose. Effectively, meaning that when people on the wrong side of the digital divide will be able to use technology to their benefit in a manner similar to everyone else, only then the gap will close.

    Malaysia has taken a pro-active approach to solve the issue. This is especially evident in the 8th and 9th Malaysia plans wherein the government has taken policy initiatives and with the help of private partners, several programmes for deploying ICT infrastructure have been started in remote areas. To enable Malaysia's growth into a knowledge society, various plans- NITA '96 and Vision 2020 have been initiated. ICT has been recommended as being strategic for development.

    The Vision 2020 plan envisions Malaysia as a developed country by 2020 with the establishment of a K (knowledge)-community. Special emphasis has been given to development of infrastructure and potential human capital by involving state, local governments as well as the private-public community. ICT plans for universal access, content development, affordability, lifelong learning have been started. RM 1098 million was allocated for ICT- related activities for bridging the Digital Divide with RM10 million for local content development in the 8th Malaysian plan.

    A Strategic Thrust Implementation Committee (STIC) has been set up to monitor the implementation of plans. 60 initiatives have been implemented upto 2002. Malaysian Administration, Modernisation and Management Planning Unit (MAMPU) has been set up within the Prime Minister's office as the lead agency in the public sector for ICT development. MSC has also established some key projects: e-Governance, multipurpose cards, smart schools, tele-health, R&D clusters, e-Business, etc.



    Specific policy initiatives

    • Universal Service Provision - It enables the creation of a USP fund, administered by the regulator MCMC. The fund pays for capital expenditure and yearly operational expenses incurred on providing services under the plan. The areas, which have a penetration rate of less than 20 percent below the national rate, are categorised as undeserving.

    • Licensing – It has been made flexible keeping in mind the imbalance in the ICT infrastructure through the country. Wireless technology has been promoted with deployments being made easier by various spectrum allocation policies whereby the spectrum has been made more affordable.

    • The DAGS (Department Application Grant Scheme) – It is intended for facilitating social and economic progress through innovative use of ICT.

    Community kiosks in the rural areas have been established under programmes like the Rural Internet Centre (Internet Desa), Community Communication Development Programme, etc. The programmes have tried to involve the rural communities and helped to connect them to the K-community. ICT training has been encouraged with economic training in relevant fields. Free Internet access has been provided at post offices and petrol stations and in multipurpose kiosks. Social and economic programmes through the use of ICTs have also been started. e-Commerce and e-Communities have been encouraged especially in projects like the AkisNet and TaniNet where e-Agriculture software applications have been made available to help improve cost efficiency. Online ordering and auctioning systems have also been put in place to streamline the supply and the demand chain.

    Regional development has also been promoted with state-wise programmes. In Sabah, the Resource Development and IT Ministry directed a grant of RM 33.6 million for ICT development in the state. They would be given a further RM 1.38 billion according to the 9th Malaysia plan. The state departments likely to be benefited are- forestry, land & survey dept., the state library, and public works. In Sarawak, which established the UNIMAS after Vision 2020 plan, projects like e-Bario and e-Bedian with active community involvement have received awards. In Kedah, a project called KTOPIA has been initiated which is a public-private partnership with open public infrastructure and multiple service providers, aimed at bringing broadband to all. Terengganu has initiated a tripartite alliance for ICT projects between Extremadura region Spain, State govt., and Mimos Bhd. for e-Learning, e-Business and information security.



    The road ahead

    The Malaysian government has been very proactive towards ICT development, and Malaysia was ranked 30th in the world for Internet penetration. Various dimensions characterise the state of ICT in a country. Absorption, connectivity infrastructure and sophistication of use are the problem areas in Malaysia at present. The country is still lagging behind in broadband development.

    The issues and challenges Malaysia may be confronted with in an attempt to close the digital divide are enormous. On one end it is looking towards competing globally in the ICT sector while on the other hand, a large group of people is lagging behind. The country also faces a dilemma in a trade off between devoting resources to MSC at the expense of ICT4D. Definitive attempts thus are necessary for developing a strategy, which would ensure 'growth with equity'.

    Even though a number of ICT4D programmes have been initiated a lot is yet to be achieved. Also, with a number of plans for ICT development, some clarity is needed in overlapping areas. The division of responsibilities amongst various depart-ments, which manage various projects, can sometimes prove difficult to discern.

    Most of the states mentioned lagging behind have an agricultural base, so it would be advantageous to bring in programmes like the 'AkisNet' and 'TaniNet' to these states. It is imperative that the 'old' and 'new' economies are made to co-exist. Though there are programmes with national coverage, which look into the above issues, they are based in bigger cities and it would make sense to have a base in the rural areas too. It would be sensible to have an independent agency to monitor the ICT activities in the states. A lot of the websites are under-construction and inaccessible.

    Malaysia is a multiethnic society and the knowledge and digital divide is multidimensional in nature, this implies that great care has to be taken in the proper and fair implementation of the projects. A better system of data collection and a feedback mechanism needs to be in place for the same.

    A tri-sectoral partnership involving the government, a private partner and the community should be encouraged to instill the importance of learning and knowledge in the minds of the Malaysians which would further help promote the concept of a K-based economy, with ICT as the relevant tool to reach that goal. The adoption of private led initiatives can alleviate the burden on the government and provide benefits to the private sector also. Several such initiatives have had success and through the implementation of these policies, initiatives and activities the role of ICT towards socio-economic development has been impressed upon the Malaysian population, which is the driving motivation behind the country's huge effort in bridging the digital divide. The future focus of the country thus will remain towards strengthening the human capital, developing hard and soft e-Infrastructure, bringing innovations through ICT in the small medium enter-prises and reducing the digital divide.

    References available online (www.i4donline.net)

    Friday July 8, 2011

    Using ICT to compete in the global economy

    By JOHN LOH
    johnloh@thestar.com.my


    KUALA LUMPUR: Local businesses must make use of the latest information and communication technology (ICT) solutions to enhance their productivity and to compete in the global economy, said SME Corp Malaysia CEO Datuk Hafsah Hashim.

    She said one of the criteria for developed countries was that small and medium enterprises (SMEs) should contribute to at least 40% of the gross domestic product (GDP), but local SMEs currently contributed 31% to GDP.

    “This means that SMEs have to grow 1% or more per annum to reach the desired 40% by 2020 (the year Malaysia aims to achieve a developed-nation status). We need a leapfrog growth driven by innovation and productivity,” she said at the launch of Microsoft's Office 365 cloud computing service.

    The launch marked the beginning of a private-public partnership between SME Corp and Microsoft Malaysia to enhance the take-up of cloud computing among Malaysian businesses.

    Office 365 is Microsoft's newest ICT solution that utilises cloud computing to integrate business function over four primary products - office, sharepoint online, exchange online, and lync online.

    “SME Corp and Microsoft will also promote the cloud service through joint roadshows as well as a Microsoft booth in SME Corp's new one-stop referral centre in KL Sentral,” Microsoft Malaysia managing director Ananth Lazarus told StarBiz.

    Hafsah also said SME Corp would use the SME Competitiveness Rating for Enhancement (Score) programme to evaluate the ICT effectiveness of SMEs. SME Corp will take the lead in adopting cloud computing by using Office 365 in their KL Sentral office.

    MSC Malaysia ICON2 Targets Local Content Development Growth






    Multimedia Development Corporation (MDeC) today announced the commencement of the 2nd MSC Malaysia Integrated Content Development Programme (ICON2), which aims to enable the Rakyat with the skills and means to create world-class local content.


    Apart from tapping into the growing global demand for mobile applications, this programme provides a platform to continue playing an active role in Malaysia’s transformation into a fully digital economy, as outlined under the Economic Transformation Programme (ETP).


    ICON2 has allocated RM5 million of funding, which will be spread across its three programmes namely ICONdap, ICONapps and ICONeX. Disbursement will depend on the quantity and quality of submissions received.


    “The ICON platform is playing a key role in transforming Malaysia from a mainly content consuming nation, into one that is more into local content generation. The positive response garnered, and the success of the inaugural ICON program has compelled us to launch ICON2, which will continue accelerating the growth of our local digital content industry, and sustain our drive in becoming a regional and global ICT hub,” said Datuk Badlisham Ghazali, Chief Executive Officer of MDeC.


    The ICON2 initiative is a key component of the Economic Transformation Programme (ETP), which will transform Malaysia into a high-income nation by 2020. ETP is driven via 12 National Key Economic Areas (NKEAs), which are essentially the nation’s key strategic growth sectors.


    One of the NKEAs is “Communications, Content and Infrastructure”, or CCI in short, and encompasses industries and professions that facilitate and support the growth of the new economy such as broadband internet, telecommunications, online content, mobile apps and internet-based services. The ten Entry Point Projects (EPPs) under the CCI NKEA include “Nurturing Malaysia’s Creative Content” EPP, which aims to enhance our capacity and capability to create locally-produced content. This is where ICON2 comes under, as it seeks to continue ramping up the development of home-grown apps and content.


    ICON2 will be focusing more into the creative and technical aspect of projects instead of just the business aspects, as previously done back in 2009. Through this, the programme hopes to provide creative and technical individuals with the chance to focus on developing their best and most creative ideas.


    “Through our industry focused training and funding, ICON2 aims to bring the next stage of content and application development in Malaysia. By identifying the most creative individuals with the best ideas and proposals is in line with MSC Malaysia’s long-term strategy of talent development.” continues Datuk Badlisham.


    Since the launch of the first ICON initiative in 2009, the following milestones and achievements were recorded:
    • Over 1,105 individuals received basic programming training
    • 221 received advanced programming training (iOS and android)
    • 60 grants were allocated
    • 180 jobs and 96 mobile applications were created
    • Two of the more notable applications include the ‘1 Malaysia Hotline’ which generated more than 50,000 downloads and ‘Kiddie Song’ which generated RM25,000 in revenue.
    • Achieved Malaysia Book of Records’ ‘First Live Internet Broadcast of Non-Stop Cooking Show (24 hours)’ for the TryMasak showcase, a joint project by GeoflexSdnBhd and UKM’s 38th Convocation Festival

    As of March 2011, more than 200 million Apple iOS and Android mobile devices have been sold, with users consuming up to 600,000 different mobile applications and more than 10 billion downloads. The mobile applications sector provides great financial returns with Apple paying US$2 billion to developers to date, and is a growing market with the growing global consumption of applications rising from 5% in 2008 to 34% in 2010 for portable games consumed in America. **(Industry Report)



    To find out about participation details and other requirements, kindly visit www.mscmalaysia.my/ICON.