Showing posts sorted by date for query nbn. Sort by relevance Show all posts
Showing posts sorted by date for query nbn. Sort by relevance Show all posts

Tuesday 17 October 2017

Question Time in the Australian House of Representatives reveals the arbitrary nature and downright absurdity of the National Broadband Network rollout


In Australia where the dead have better Internet access than the living……

Hansard, 16 October 2017:

Ms McBRIDE (Dobell) (14:53): My question is to the Prime Minister. We are now in the fifth year of this Prime Minister's mismanagement of the NBN. Is the Prime Minister aware that students at the Central Coast Rudolf Steiner School in Fountaindale can't connect to the NBN, even though Fountaindale has supposedly had the NBN since September last year? What sort of incompetence means that the cemetery behind the school has an NBN connection but the school doesn't? [my yellow highlighting]

Mr TURNBULL (Wentworth—Prime Minister) (14:54): I thank the honourable member for her question. I'm certainly happy, if she's able to raise the specific customer's details with me, to make sure it goes to the minister and to NBN Co. What I can say, if honourable members care to pay attention to the NBN's weekly rollout report, which I do—an example of transparency on the part of my government which had no counterpart under the Labor Party, I might say—is that every week the numbers go up, and there are currently over six million premises that are able to connect, and just under three million have services that are connected. So the rollout is going at great pace, and I'm sure the matter that the honourable member has raised will be able to be dealt with.

Thursday 28 September 2017

Get ready for an Australian Space Agency says Prime Minister Turnbull & Minister for Education and Training Birmingham


Mock-up of UNSW ISAT (size is approx. that of a bread loaf) leaving the International Space Station, 2017
Medianet Logo
AAP Logo
 Medianet Release



25 Sep 2017 4:56 PM AEST - Get ready for an Australian astronaut




Get ready for an Australian astronaut
The announcement Australia will finally create its own space agency has opened the door for a long-held dream for many: a home-grown Australian astronaut.
"Until now, anyone wanting to become an astronaut had the odds stacked against them," said Andrew Dempster, Director of the Australian Centre for Space Engineering Research (ACSER) at the University of New South Wales. "They had to become citizens of a another country, like the US, and then work hard to get into a space agency like NASA. That won't be the case any more: in fact, the first home-grown astronaut may only be years away. And he or she has probably been dreaming about this for years."
Two Australian-born astronauts have flown into space: Paul Scully-Power and Andy Thomas, but both had to become US citizens to do so. Scully-Power, from Sydney, was an oceanographer who flew as a payload specialist in 1984 while working for the US Naval Undersea Warfare Centre; Thomas, from Adelaide, is an aerospace engineer who served as a NASA astronaut on shuttle missions from 1996 to 2005.
An Australian space agency would not only allow Australians to train and fly as astronauts, but more importantly, coordinate national efforts and act as the central contact point for nation-to-nation requests for collaboration in space missions and projects. At present, when such requests come, they are often passed on to Geoscience Australia, the CSIRO or the Bureau of Meteorology, which are world-class at users of space facilities but largely unqualified in building, launching and operating in space.
"We're responsible for one-eighth of the world's surface in meteorology and air traffic control, and we've got the second lowest population density in the world, so space is probably more important for Australia than virtually any other country," said Dempster. "In the civilian sphere, Australia should be number one in space, but we're just nowhere near that.
"The good news is that the nature of the space industry is changing. We're moving into an era where access to space is cheaper and easier than ever before. We don't need big, clunky space agencies and giant satellites – we can skip all that and move straight to this more dynamic, disruptive environment. And we're already doing that."
In April, three Australian satellites – first in 15 years– blasted off from Cape Canaveral and were deployed in May from the International Space Station. Two were built at ACSER: UNSW-EC0 and INSPIRE-2 (the latter a joint project with the University of Sydney and the Australian National University), along with SuSAT, built by the University of Adelaide and the University of South Australia.
Each of the 'cubesats' is the size of a loaf of bread, weighing less than 2 kg, and will carry out the most extensive measurements ever undertaken of the thermosphere, a region between 200 and 380 km above Earth, a poorly-studied zone that is vital for communications and weather formation.
ACSER also built space GPS hardware and software for Project Biarri, cubesat mission by Australia's Defence Science and Technology Group that is part of a the Five Eyes defence agreement with Canada, New Zealand, the United Kingdom and the United States. The satellite was also launched this year.
"We've got more hardware in space today than Australia's had in its history," added Dempster, who is also a member of the advisory council of the Space Industry Association of Australia. "This shows what we can do in Australia in the new world of 'Space 2.0', where the big expensive agency-driven satellites are being replaced by disruptive low-cost access to space.
 Having a space agency isn't about spending loads of money on giant satellites. We can build constellations of small satellites for probably less than it costs to build one big satellite. So it's a completely different business environment and there is a lot of investment in the area. The cubesat side of the business is growing at 20% a year," he added.
Australia's space industry is estimated to be worth US$3-4 billion and employs about 11,500 people. "But we need a space agency to grow this," said Dempster. "We've got only 2% of the global space market, but we should have 4% based on Australia's proportion of global GDP. So there's a real opportunity there, because we have the skills and there are Australian companies operating in this area, but no national coordination."
LINKS TO VIDEO, IMAGES AND BACKGROUND
  • PHOTOS: Stills of UNSW engineers in the control room; on roof with antennas and cubesat model; UNSW-EC0 and INSPIRE-2 cubesats; launch of cubesats from ISS; the Dutch radio telescope, etc.
  • VIDEO EXPLAINER: Dr Elias Aboutanios and Prof Andrew Dempster explain the QB50 mission and what the satellites will seek to explore.
  • BACKGROUNDER: The goals, flight, deployment and instruments of the three Australian satellites.


Distributed by AAP Medianet


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© Australian Associated Press, 2017  


Australia replies with unadulterated joy…….













Friday 1 September 2017

Adding to our NBN blues now come the scams


ACC, ScamWatch, 22 August 2017:

Watch out for NBN scams

The ACCC is warning the community that scammers are pretending to be from NBN to con victims out of their money and personal information.

Scamwatch has received 316 complaints this year about scammers impersonating NBN with nearly $28,000 reported lost.

“Scammers are increasingly using trusted government brands like NBN to trick people into falling for scams. Their goal is always to either get hold of your money or personal information,” ACCC Deputy Chair Delia Rickard said.

The three common scams reported to Scamwatch that involve scammers impersonating NBN are:

signing victims up to fake accounts – scammers will ring victims to ‘connect’ them to the NBN network for a low price. They will often demand payment be made through iTunes gift cards

gaining remote access to computers – scammers pretending to be from NBN will call a victim with claims there are problems with their computer. The scammer uses this ruse to gain remote access to the victim’s computer to steal valuable personal information, install malicious software or demand payment to fix ‘problems’ they have discovered

phishing – scammers impersonating NBN will call victims to steal valuable personal information like their name, address, Medicare number, licence number. The scammer may tell the victim they’re entitled to a new router, for example, and say they need these personal details to confirm the victim’s identity.

“Australians over 65 are particularly vulnerable to this scam with fraudsters using phone calls to target their victims,” Ms Rickard said.

“NBN will never phone you out of the blue to try to sign you up to a service over its network. NBN is a wholesaler meaning they don’t sell direct to the public. If you get an unsolicited call like this, it’s a big red flag that you’re dealing with a scammer,” Ms Rickard said.

“NBN will also never call you to remotely ‘fix’ a problem with your computer, or to request personal information like your Medicare number or your bank account numbers. Don’t listen to the reasons they give you for needing this information.”

“Finally, if someone ever asks you to pay for a service using iTunes gift cards, it is 100 per cent a scam. Legitimate businesses, especially those like NBN, will never ask you to pay for anything in this way,” Ms Rickard said.

People can protect themselves by following some tips:

If you’re ever in doubt about contact you’ve had from someone saying they’re from NBN trying to sell you an internet or phone service, hang up the phone and call your retail service provider to check if the person calling is a fraud.

You can only connect to the NBN network by purchasing a plan through a phone and internet service provider. Go to NBN’s website(link is external) to check if your home or business address is able to connect to the NBN network and see which phone and internet providers are available in your area.

Never give your personal, credit card or online account details over the phone unless you made the call and the phone number came from a trusted source.
Never give an unsolicited caller remote access to your computer.

If you think you have provided bank account or credit card details to a scammer, contact your bank or financial institution immediately.

People can also follow @Scamwatch_gov(link is external) on Twitter and subscribe to Scamwatch radar alerts to get up-to-date warnings.

Sunday 25 June 2017

Malcolm Bligh Turnbull's agile & innovative NBN accused of screwing the poor. Why am I not surprised?


“Examining the rollout of NBN technologies as of December 2016, our preliminary analyses suggest areas of greatest socio-economic disadvantage overlap with regions typically receiving NBN infrastructure of poorer quality.”  [The Conversation, 22 June 2017]

c|net, 23 June 2017:

The richer you are, the better the NBN getting rolled out in your area.

That's according to a new study that maps Australia's disadvantaged communities against the NBN technology they're receiving. The findings show that when it comes to accessing the technology of the future, the poorest in our community are being left behind.

Conducted by the Centre for Research Excellence in the Social Determinants of Health Equity at Flinders University, the study ranked Australia's richest and poorest communities according to ABS data. The team used the ABS's 2011 socio-economic indexes for area (SEIFA) and index of relative socio-economic advantage and disadvantage.

Matching these metrics against NBN technology, the researchers found "areas of greatest socio-economic disadvantage [shown on the left of the graph below] overlap with regions typically receiving NBN infrastructure of poorer quality."  

There is massive difference in the NBN technology rolled out to the least advantaged parts of our society (on the left-hand side) and the most advantaged. The wealthier you are, the more likely you are to be using fibre (shown in blue). 
Centre for Research Excellence in the Social Determinants of Health Equity

The Conversation, 22 June 2016:

This result tells a similar story to an early analysis by Sydney University’s Tooran Alizadeh of 60 NBN release sites that were announced in 2011. She found some of the most disadvantaged areas of Australia were not gaining equal access to the new infrastructure.

If we look only at major cities in Australia – where the level of fibre technology is higher overall – areas with the greatest disadvantage, while exceeding similarly disadvantaged areas nationally, still received significantly less FTTP and FTTN: 65% of areas with a SEIFA decile of one had FTTP and FTTN, compared with 94% of areas with a SEIFA decile of 10…. 

NBN services in outer regional areas

Composition of currently available* NBN service technologies in outer regional areas by Socio-Economic Indexes for Areas deciles (SEIFA). SEIFA decile 1 denotes the most disadvantaged areas, and SEIFA decile 10 denotes the least disadvantaged areas. 
Note: Decile 10 has been excluded from this chart because only one suburb falls into this category, whereas other deciles have between 129 (Decile 8) and 341 (Decile 4) suburbs.
Notes: 
(i) A suburb can have multiple NBN service types. The data is for services that are currently available*. (Services that are planned or where build has commenced is not included).  
(ii) Fibre denotes both Greenfields and Brownfields fibre, and includes Fibre to the Premises (FTTP), Fibre to the Building (FTTB) and Fibre to the Node (FTTN). 
(iii) HFC is Hybrid-Fibre Coaxial service. 

*Technology available at December 2016

Another perspective on the issue……..

How the early NBN roll out was originally determined.

Telecommunications Policy, Volume 41, Issue 4, Tooran Alizadeh,  and Reza Farid, Political economy of telecommunication infrastructure: An investigation of the National Broadband Network early rollout and pork barrel politics in Australia, May 2017:

Abstract

It has been argued that infrastructure unevenness rigidifies into more lasting structures of socio-economic and political privilege and advantage. This paper focuses on telecommunication infrastructure as the backbone of the fast-growing digital economy, and raises important questions about the early National Broadband Network (NBN) rollout in Australia. The paper asks whether there was any case of pork barrelling in the selection of early release sites that enjoyed a regional competitive advantage against other localities that had to wait several years to receive the infrastructure. The answer to this question then leads to a second question about the degree to which voting in the early NBN release sites has swung following the infrastructure rollout. In order to answer these questions the paper examines the voting patterns in the earlier NBN release sites versus all electorates in the Federal elections in 2007–2013 using the data available via Australian Electoral Commission. Findings show trends of politically targeted funding, followed by vote swing in the very next election.


An analysis of the voting behaviours within the suburbs that were selected by governing Australian Labor Party, for the early NBN release, reveals that those suburbs that voted for the opposition Liberal/National Coalition and where the Coalition-held marginal seats were the key beneficiaries. This pattern occurred in all three states, as highlighted in Figure 3. In New South Wales and Queensland, electorates where either party held marginal seats had the most likely chance of receiving the NBN, followed by those were the Australian Labor Party-held safe seats. Chances of receiving the NBN in Victoria differed to the northern states, with electorates where the Australian Labor Party-held safe seats almost as likely as suburbs where marginal seats were held by the Liberal/National Coalition to receiving the NBN in the early rollout. Moreover, across the three states, the opposing Liberal/National Coalition-held safe seats were least likely to receive the NBN. With this said, fairly safe-held seats by either party also lucked out, although those held by the Australian Labor Party overall had slightly higher chances. Thus, in terms of receiving the NBN early rollout, the overall winners were those seats held marginally by the opposing Liberal/National Coalition. At the same time, the biggest loosers where the safe seats held by the opposing Coalition.

Monday 10 April 2017

Hanson & Ashby now think they are an elected duo?


It would appear that Pauline Hanson is loathe to fulfill her extremely light parliamentary commitments and James Hunter Ashby eager to acquire a level of political power he was never granted by the Australian electorate......



Thursday 2 March 2017

How major electricity suppliers take advantage of rural and regional customers


This is what NSW Dept of Industry, Resources and Energy advises owners of roof top solar power previously covered by pre 31 December 2016 feed-in tariffs:
It is up to individual customers to decide what metering arrangement will best suit their property, system and budget. You may wish to refer to the fact sheet Small Scale Solar PV Generators.
Generally if you do not receive a feed-in tariff, or if your feed-in tariff is lower than the price you pay for electricity, you are likely to be better off with a net meter. Under net metering, electricity from a solar PV system is first used to meet any consumption that takes place at the time of the generation. This means that for each kilowatt hour you consume of your own generation, you save the retail price that would otherwise be paid for that consumption.
Customers are encouraged to contact their distributor or accredited service provider to discuss their metering options before making a final decision.
Endeavour Energy customer contact number 131 003
Ausgrid call centre number 131 535
Essential Energy contact number 13 23 91

The writer of this letter to the editor, published in the Clarence Valley Independent on  22 February 2017, appears to be currently exporting all his solar power to a residential energy supplier for a pitiful return.

This is occurring because the power supplier (which based on stated costing is likely to be Origin/Essential Energy) is refusing to install a net meter function for the solar power system because of alleged deficiencies in mobile coverage.

Mobile cover is required as the digital net meter in question is to be read remotely and, apparently existing NBN satellite or fixed wireless cover in the Braunstone area is not considered satisfactory by the energy company's representative.



I'm sure there are more than a few Northern Rivers residents in the same situation as Mr. Philipse and, I rather suspect that residential energy suppliers are quite content to have it continue that way. As the est. $18 cents per kwh hour net profit earned from a customer's rooftop solar power output by charging top price of 24.2 cents per kwh for that same solar power as residential supply back to that customer, is money for jam for these companies.

Friday 10 February 2017

NBN roll out is still a dog's breakfast


Tasmanian Times on 5 February 2017 reminding Australia that the National Broadband Network (NBN) roll out is still a dog’s breakfast:

Letter to the Editor on the NBN
Alex Ratkai
05.02.17 6:45 am

We (in part of Nobelius Drive) have been experiencing constant loss of internet services since November 2015. When it is working, the speed is slower than cable internet- often taking between 10 and 30 minutes to view my mail, though we have high speed ADSL. Last July we received communication that the NBN was now available in Nobelius Drive. There was a Telstra truck parked near the shopping centre in Legana. With joy, I immediately went and signed up, with the promise that the NBN will be connected within a couple of weeks. In a couple of weeks’ time we received a call that part of our street wasn’t being connected, including us. I asked why and also for an indication of a time frame within which we may get it, asking whether it is weeks, months or years. Absolutely no commitment has been given. I was told that the local Telstra substation cannot handle the increased telephone and internet volumes and they aren’t able to do anything. They promised a fast internet service, when I signed up, delivering it for only a few years. Now we are left with no internet service often also an extremely poor or failing telephone service. We are in despair and no one seems to want to help. We live in an advanced country with a third world telephone and internet service. Is that what our country is to look forward to???
Help, someone help.

Sunday 29 January 2017

Oi, Malcolm! Where's our NBN?


With only three years of borrowed money left to complete roll out of the National Broadband Network (NBN) and still not yet at the halfway mark, serious questions about this increasingly sub-standard telecommunications infrastructure are being asked.

Australian Medical Association, media release, 17 January 2017:

Better Access to High Speed Broadband for Rural and Remote Health Care - 2016
1
10 Jan 2017


1.  Introduction

Approximately 30 per cent of Australia’s population lives outside the major metropolitan areas[1]. Regional, rural and remote Australians often struggle to access health services that urban Australians would see as a basic right. These inequalities mean that they have lower life expectancy, worse outcomes on leading indicators of health, and poorer access to care compared to people in major cities.

In 2016 the AMA conducted a Rural Health Issues Survey, which sought input from rural doctors across Australia to identify key solutions to improving regional, rural and remote health care. The survey identified access to high-speed broadband for medical practices as a key priority.

This result reflects not only the increasing reliance by medical practices on the internet for their day to day operations, but also the increasing opportunities for the provision of healthcare services to rural and remote communities via eHealth and telemedicine. For the full potential of these opportunities to be realised, good quality, affordable, and reliable high-speed internet access is essential.

The AMA recognises that technology-based patient consultations and other telehealth initiatives can improve access to care and can enhance efficiency in medical practice, but the need for better access to high speed broadband goes beyond supporting rural and remote health. In today’s world, it is a critical factor to support communities in their daily activities, education, and business, and has the potential to drive innovation and boost the rural economy.

This position statement outlines the importance of better access to high speed broadband for medical practices, other healthcare providers and institutions, and patients, to improve regional, rural and remote health care in Australia, and highlights key solutions for achieving this.

2. Internet access in regional rural and remote Australia

Despite its tremendous growth, internet access is not distributed equally within Australia, and internet use by country people has yet to reach the level of use in capital cities, for a wide range of reasons.

In many country areas the internet connection is still very poor.[2] In 2015, 80 percent of non-urban Australians had an internet connection at home compared with 89 percent of those in capital cities[3]. Internet use via mobile phone was much lower in non-urban areas, at 37 percent, compared to 60 percent for capital cities[4]. This reflects the patchy, unreliable or absent mobile coverage in many rural and remote areas. While mobile broadband use was highest in non-urban areas, at 29 percent, compared to 25 percent in capital cities, mobile broadband is currently not a good solution for business or eHealth, due to the relatively small amounts of data on the relatively costly plans available.

Internet services, particularly in more isolated areas, only make available relatively small download allowances and these come at a much higher cost and slower speed than those services available in metropolitan areas.

3. Supporting regional rural and remote health

3.1   The need for better access for health services
The health sector needs telecommunications connectivity for health service delivery and management, doing business with Government and complying with Government requirements, continuing professional development, online education, mentoring, and clinical decision and other support.

Health was identified in the Regional Telecommunications Review report[5] as one of the particular segments of the community requiring special consideration. To effectively leverage telecommunications technology to deliver better health outcomes at lower cost in regional, rural and remote areas and to implement new models of health care, both mobile and broadband technology must be reliable, affordable, and supply adequate capacity.

However, the utilisation of telehealth and telemedicine in rural and remote Australia remains patchy and is not used to full potential, because of no, or inadequate internet access. As noted in the Regional Telecommunications Review report[6], the ability of hospitals and clinics to support remotely located clinicians and patients via video conferencing and remote monitoring could be severely limited in areas serviced by satellite, which may not be able to consistently and reliably deliver the necessary capacity and technical capability.

The AMA Rural Health Issues Survey received many comments from rural doctors on the problems encountered with poor internet access. For example:

  • High-speed broadband [is the] single most critical issue to run practices now, many areas not getting the best from NBN.
  • Internet services by satellite are slow and time consuming. Reliable internet services at reasonable speed and reliability is critical.
  • Internet services are a critical area [of concern]. The NBN has been deficient in providing a comprehensive coverage even in areas that are under 25km from a major regional centre i.e. Orange and Dubbo. 
As mainstream healthcare provision becomes increasingly technology based and requires more and faster broadband services to operate, there is a real risk that regional, rural and remote areas of Australia will be left further and further behind in their ability to provide quality health services.

3.2. The benefits of high speed broadband for rural and remote health care
High-speed affordable broadband connectivity to the Internet has become essential to modern society, and offers widely recognised economic and social benefits, with numerous studies showing a strong link between broadband growth and rapid economic development[7]. Affordable and reliable broadband access can support the development of new content, applications and services that allow people to work in new ways, changing business processes in ways that stimulate productivity and potentially increase labour-force participation[8].

3.2.1  Economic benefits
It has been estimated that in New Zealand, the benefits from broadband-enabled health care could reach around $6 billion over a 20-year period[9]. These benefits come from reduced hospital, travel and drug costs and improvements in care. A case study by Deloitte Access Economics shows savings to a single older Australian of $7,400 per year, with savings to the Government, through reduced health and service provision costs, of over $14,500[10].

3.2.2 Driving greater efficiency and reducing costs
Telehealth practice will be one of the most important online services in the broadband future, enabling significant changes to work practices to drive greater efficiency and reduce costs[11].

If sufficiently supported, telehealth services, such as video-conferencing, could become more effective in complementing local health services. They could be used to expand specialty care to patients in areas with shortages of health care providers as well as extend primary care to remote areas, reducing the need to travel, and increasing the frequency of patient and primary care provider interactions. By providing timely access to services and specialists, telehealth could improve the ability to identify developing conditions, and thereby reduce the need for more costly treatments and hospitalisations in the future. Telehealth could also help to educate, train and support remote healthcare workers on location and support people with chronic conditions to manage their health.[12]

A CSIRO report on home monitoring of chronic disease[13], for example, shows that a modest investment in home monitoring technology, allied to risk stratification tools and remote monitoring, could save the healthcare system up to $3 billion a year in avoidable admissions to hospital, reduced length of stay and fewer demands on primary care.

3.2.3 Supporting eHealth solutions now and into the future
eHealth encompasses patient access to doctors via online consultation, remote patient monitoring, online tools and resources for patients and doctors, clinical communications between healthcare providers, and professional’s access to information databases and electronic health record systems. If sufficiently supported with affordable, high-speed broadband services, eHealth has potential to improve health outcomes at all levels, from preventative health, specialist and acute care and self-management of chronic conditions, through to home monitoring for people living with disabilities[14].

Advances in information technology will act as a catalyst for the development of a range of potential eHealth solutions to some of the challenges faced by rural and remote communities. If available and accessible, improved connectivity will facilitate new and emerging best practice models of health care, such as those which incorporate high definition video conferences, data exchange and high resolution image transfer[15].

Technological advancements in health care that could become the way of the future, if affordable and sufficient access to broadband services becomes available, include better point of care diagnostics, resulting in faster, cohesive patient care; biosensors and trackers to allow real time monitoring; 3D printed medical technology products; virtual reality environments that could accelerate behavioural change in patients; and social media platforms to improve patient experience and track population trends[16].

3.2.4 Supporting education and training
The internet also plays a big part in the lives of doctors and their families, assisting with education and social cohesion. It enables rural doctors to learn from the most current resources, explore treatment options, watch demonstrations of procedures and attend live discussions with experts.
Access to high speed broadband has the potential to change the way medical education, training and supervision is delivered in rural and remote areas [17]. As pressure on access to prevocational and vocational training places increases, harnessing this technology to support training is a viable strategy to create additional training places in rural and remote locations and ultimately improve access to specialist services for rural and remote patients.

The use of telehealth and telesupervision as an adjunct to face-to-face teaching will allow doctors in training to remain in rural and remote settings to complete their training, and enhance the likelihood that they will choose to work long term in a rural areas. Improved information and communications technology will enhance the learning experiences for trainees at rural sites and during rural rotations, provide exposure to innovative models of care, and improve supervisor capacity by allowing supervisors to transfer knowledge, supervise and mentor trainees remotely. 

Improved telehealth and communication technology infrastructure to support teaching and training at rural sites will also enhance professional collaboration between rural and remote medical generalist practitioners and other specialists in the provision of shared care, skills transfer and education.

The requirement for doctors to maintain their skills is a fundamental component of medical registration. It is important that processes mandated by the Medical Board of Australia, including in revalidation proposals, do not discriminate against medical practitioners working in rural and remote Australia. Access to high speed broadband is an essential support for rural and remote practitioners who must comply with these requirements.

4. What can be done to improve broadband access for country Australians?

The AMA is of the view that high-speed broadband should be available to the same standard and at the same cost to all communities, businesses and services across the whole of Australia. The platforms used must be able to accommodate future developments in information and communications technologies and provide connectivity through suitable combinations of fibre, mobile phone, wireless, and satellite technologies. For rural practices, in order to be incorporated routinely in everyday practice (clinical, educational and administrative), network connectivity must be sufficient, reliable, ubiquitous and dependable.

The Government must ensure that broadband services are affordable in regional, rural and remote Australia. Lack of affordability is regarded as one of the most important barriers to good internet access for country people whose incomes, on average, are 15 per cent lower than those of city people[18].

Government policies play a tremendous role in bringing internet access to underserved groups and regions. Unless issues around equitable and affordable access to telecommunications in regional, rural and remote Australia are addressed, the potential benefits of the digital economy for non-urban Australians will go unrealised.

The AMA urges the Government to consider the following actions:

·       Fully consider the recommendations of the 2015 Regional Telecommunications Review, and, in particular, adopt Recommendations 8, 9, and 12, to:
o    Develop a new Consumer Communication Standard for voice and data which would provide technology neutral standards in terms of availability, accessibility, affordability, performance and reliability.
o    Establish a new funding mechanism, the Consumer Communication Fund to replace the existing telecommunications industry levy and underwrite over the longer term, necessary loss-making infrastructure and services in regional Australia.
o    Collect benchmark data on availability and affordability of broadband data and voice services (including mobile services), to be reported annually, in order to improve the understanding of the changing circumstances of regional telecommunications.
·       Extend the boundaries of the NBN’s fibre cable and fixed wireless footprints and mobile coverage wherever possible.
·       Begin an incremental process of terrestrial network expansion over the longer term to address increase in usage over time.
·       Develop measures to prioritise or optimise the broadband capacity available by satellite for hospitals and medical practices, such as exempting or allocating higher data allowance quotas, or providing a separate data allowance (as is the case with distance education[19]).
·       Create universal unmetered online access to government, hospital and health services for people and businesses in rural and remote areas.[20]
·       Establish an innovation budget for development of local infrastructure solutions for rural and remote areas.[21]
·       Engage with state and local government and related stakeholders who wish to co-invest or coordinate planning to achieve the optimum overall infrastructure outcome for their area. This could involve public-private partnerships or the leveraging of philanthropic infrastructure funding through, for example, tax concessions.




[1] Australian Institute of Health and Welfare (AIHW) (2015), Australia’s Welfare 2015
[3] Australian Communications and Media Authority (2016), Regional Australians Online
[4] Ibid
[5] Australian Government Regional Telecommunications Review (2015)
[6] Ibid.
[7] Alcatel-Lucent (2012), Building the Benefits of Broadband. How New Zealand can increase the social & economic impacts of high-speed broadband
[8] Centre for Energy-efficient Telecommunications (CEET)(2015), Economic Benefit of the National Broadband Network
[9] Alcatel-Lucent (2012), op.cit.
[10] Deloitte Access Economics (2013), Benefits of High-Speed Broadband for Australian Households. Commissioned by the Australian Department of Broadband, Communications and the Digital Economy
[11] CEET (2015), op.cit.
[12] National Rural Health Alliance (2013), eHealth and telehealth in rural and remote Australia. Accessed October 2016
[13] Prof. Branko Celler et al (2016), Home Monitoring of Chronic Disease for Aged Care, CSIRO Australian e-Health Research Centre.
[14] National Rural Health Alliance (2013) op. cit.
[15] National Rural Health Alliance (2016), website accessed October 2016
[16] Deloitte (2016), Design, service and infrastructure plan for Victoria’s rural and regional health system discussion paper, commissioned by the Victorian Department of Health and Human Services.
[17] Wearne S M (2013), Using telehealth infrastructure for remote supervision could create medical training places where they are needed. Medical Journal of Australia, 198 (11): 633-634. 17 June 2013.
[18] AIHW (2016), Are things different outside the major cities? Accessed October 2016.
[19] Australian Government (2016), Australian Government Response to the Regional Telecommunications Independent Review Committee Report: Regional Telecommunications Review 2015.
[20]Broadband for the Bush Alliance (2016), Broadband for the Bush Forum V: Digital Journeys Communiqué
[21]Broadband for the Bush Alliance (2014), Broadband for the Bush Forum III: Building a Better Digital Future Communiqué

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