British Airways Says IT Collapse Came After Servers Were Hit by a Power Surge. by Editor


Reuters

A huge IT failure that stranded 75,000 British Airways passengers followed damage to servers that were overwhelmed when the power returned after an outage, the airline said on Wednesday.

BA, part of airline group IAG, is seeking to limit the damage to its reputation and has apologized to customers after hundreds of flights were canceled over a long holiday weekend. The airline provided a few more details of the incident in its latest statement on Wednesday.

While there was a power failure at a data center near London's Heathrow airport, the damage was caused by an overwhelming surge once the electricity was restored, it said. "There was a total loss of power at the data center. The power then returned in an uncontrolled way causing physical damage to the IT servers," BA said in a statement.

"It was not an IT issue, it was a power issue."

Investigations were continuing into the cause of the power surge, it added.BA had already spoken of an "exceptional power surge" in a statement on Monday, which had been so strong that it rendered the back-up system ineffective.

BA Chief Executive Alex Cruz has also rejected criticism from trade union GMB that the outage could have been avoided had it not decided to outsource IT staff to India.
IAG Chief Executive Willie Walsh, who had been silent in the media in the immediate aftermath, admitted the fiasco had damaged BA's brand but denied that its IT centers were too old.

"We invest billions in new equipment. If investment is required, we make the investment," Walsh was quoted as saying by the Times newspaper. Experts have questioned how a power surge in one location could knock out both a main IT system and a back-up system. Rival airline Ryanair has said it has IT systems in three different locations to minimize the risks of a similar outage.

"It is unfortunate that an established airline such as British Airways has proven to be so vulnerable," said Nadejda Popova, a travel project manager at Euromonitor."It's shown that they have poor risk management—this was an illustration of what not to do."

To learn more about how enterprises can avoid catastrophic breakdowns check out ADOR's Power Backup Solutions.

CAN CAPITALISM & SOCIAL RESPONSIBILITY CO-EXIST IN A FOR PROFIT ENVIRONMENT? by Editor

(This post is an abridged version for editorial purposes)

In the two investment projects that I have been fortunate to lead in the developing world, one of the major problems we faced was attracting and retaining the right manufacturing talent (machine operators and welders). This can be challenging in all parts of the world, however in a fast developing economy it is easy to be constantly challenged with a revolving door of people.

The cryogenics and industrial gas world requires products to be manufactured by a team that is highly skilled in fabrication and metallurgy, manufacturing products that have a high inherent level of quality and safety.

Countries that have benefited from new foreign direct investment in manufacturing like Vietnam, Indonesia and India all face similar problems with tremendous resources and investment being made in training and up-skilling manpower, only to be faced with high labour turnover in the months that follow. In India this tends to be particularly acute as trained welders and skilled equipment operators are in high demand in the Middle East / GEC region. Companies end up recruiting and training human resources only to quickly loose them to lucrative jobs in the Gulf.

"We began recruiting local disadvantaged women, defined as living within 35 kms from the plant, who were the only bread winners in the family as their fathers, brothers or husbands were infirm, unable to work or otherwise absconding (a surprisingly not too uncommon phenomenon). In India, typically women in this predicament are forced to work at construction sites earning less that $2 per day."

We decided to actively recruit such candidates with the minimum requirement being that they pass the health test and are able to read and write in any language. We spent six months training these wonderful new high energy candidates on reading P&I diagrams, reading and understanding work instructions, and also in numerous highly skilled forms of welding such as Mig, Tig, Submerged Arc and stick / electrode welding. Within six months, many were able to pass certification in complex operations such as 6G welding.

Later, when I became a part of Mack Valves – we followed exactly the same philosophy when establishing our new manufacturing plant in India. The only difference was that whilst the overall number of candidates was lower due to the smaller size of our operation, we were even more aggressive in the ratio of disadvantaged women we recruited compared to those employees who came on board with previous experience and qualifications.

Our intent was to ensure that any investment we made directly also contributed back to the company immediately, whilst facilitating local communities to become financially independent. Consequently, we also were able to support a nascent women’s empowerment program in India by facilitating true economic independence for our teams. They now earned a wage paid by MNCs, no different from their skilled male colleagues.

Perhaps, most importantly, we offered a dignity of labour unavailable to a day wage worker. In both manufacturing plants we put in place showers with hot and cold water and rest room facilities for our new female workforce, many of who had to wake before dawn in order to be able to complete daily ablutions and could only bathe fully clothed in the dark.

The payback to the company was immediate. Our teams shared an implicit bond with their workplace and colleagues and our quality and output was higher. Importantly, such candidates typically chose not to migrate to other areas for new work due to family commitments. This helped ensure a reduction in the long term training costs incurred on continuously skilling new workers, allowing the introduction of a performance based incentive bonus. Further, the quality and safety culture that companies strive so hard to create became an indelible part of the DNA of the team.

We worked towards ensuring that the work place is geared towards promoting our newly skilled female workforce. We ensured there was no male/ female bias in policies and attitudes and that our employees were safe from the moment they left their homes till they returned every day. Work instructions were written in a language the new team could read and understand. More importantly, – given the reduction in employee turn-over, in order to ensure that Keynes’ reference to the wickedness of capitalists does not hold good, our HR systems were geared towards justly rewarding employees based on tenure, efficiency and output.

It has worked exceptionally well for us at Mack Valves, demonstrated by not only our low turn-over but also the quality of the products that we are now able to manufacture at our new plant in India. For me personally, it makes coming to work every day all the more rewarding.

(This post is an abridged version for editorial purposes)

Ravin Mirchandani is the Chairman and Director at ADOR

ADOR AIR: HELPING REDUCE GLOBAL POLLUTION SO THAT WE CAN ALL BREATHE EASIER. by Editor

Energization solution to reduce particulate emissions from Electro Static Precipitators.

India faces a unique situation at present: high economic growth and yet an abundance of manufacturing capacity due to the high capital spending prior to the Global Finance Crisis.  This has led to a proclivity to curtail further capital spending on non-core activities due to the lean demand witnessed post 2008.  Achieving emission reductions without the need for significant capital spending is the need of the hour. 

The Ador team worked together with the expert team of Redkoh, based in New Jersey, USA to develop a unique solution which allows existing ESP transformer/ rectifiers sets and control panels to be retrofitted such that the main equipment does not need to be replaced, and yet is able to provide results far superior in terms of emission control.

The main technological change is a transition of thyristor based power supply to a Switched Mode Power Supply (SMPS) based technology.  Whilst the transformer rectifier stays in place, the control panel and software are upgraded, resulting in emission reductions over 50%

 The move from low frequency to high frequency based pollution control has now been tested at many locations across India in the power, cement and paper industry. The Ador Redkoh innovation has been successfully tested at NTPC Dadri, Ambuja Cement, International Paper, Aditya Cement, Aditya Chemical & various other industries.