Jaguar Classic will Celebrate 60 Years of E-Type in 2021 with Anniversary Tribute Edition

 Anniversary Edition 

* In March 2021 Jaguar will celebrate the 60th anniversary of the iconic E-type

* Jaguar Classic is creating six limited-edition matched pairs of restored 3.8 E-types

* E-type 60 Edition specification includes commemorative detailing and exclusive paint colours, paying tribute to two of the most famous examples: ‘9600 HP’ and ‘77 RW’

* The E-type 60 Collection is available to order now. Customers interested in this unrepeatable opportunity should contact Jaguar Classic directly: www.jaguar.com/classic, sales@classic-jaguarlandrover.com

* For regular updates from Jaguar Classic, including the progress of the E-type 60 Collection, follow the new official @Jaguar.Classic account on Instagram

Jaguar Classic will create six matched pairs of E-types to celebrate the iconic sports car’s 60th anniversary in 2021: the E-type 60 Collection.

Each pair of E-type 60 Edition cars pay tribute to two of the oldest and most famous Jaguar E-types of all: ‘9600 HP’ and ‘77 RW’, which played pivotal roles in the unveiling of the car at its world debut in Geneva, Switzerland in March 1961.

An Opalescent Gunmetal Grey 3.8 l Fixed-Head Coupe registered ‘9600 HP’ was one of the first two E-types unveiled to specially-invited guests at the Parc des Eaux Vives. Driven ‘flat out’ to Switzerland from Coventry the night before the launch, public relations manager Bob Berry arrived with minutes to spare for demonstration drives.

With an outstanding reaction to the E-type resulting in overwhelming demand for drives with Berry, legendary Jaguar Test and Development Engineer Norman Dewis was told to ‘drop everything’ and drive a British Racing Green 3.8 l roadster registered ‘77 RW’ overnight from Coventry to Geneva.

Both cars were also used for media road tests, which proved the car’s sensational performance – including its 241.4km/h (150 mph) top speed – matched its jet aircraft-inspired lines honed in a wind tunnel by aerodynamicist Malcolm Sayer.

Every E-type 60 Edition built by the team at Jaguar’s Classic Works facility in Warwickshire will be an existing 1960s 3.8 l E-type fully-restored to exclusive 60th anniversary tribute specification.

Each E-type 60 Collection pair will include one Flat Out Grey ‘9600 HP’ coupe and one Drop Everything Green ‘77 RW’ roadster, with unique paint formulations exclusively reserved for these cars. Each E-type 60 Edition will feature a number of 60th anniversary commemorative design details created in conjunction with Jaguar Design Director Julian Thomson.

Synonymous with the revolutionary zeitgeist of the Swinging Sixties, E-types were owned by celebrities including Steve McQueen, Brigitte Bardot, Frank Sinatra, George Harrison, Tony Curtis and Britt Ekland. And, thanks to the beauty of its sculptural forms, its functionality and its impact on design, an E-type became only the third car to join The Museum of Modern Art’s design collection in 1996.

Dan Pink, Director of Jaguar Classic, said: “The Jaguar E-type is a genuine icon, as sensational today as the moment it was unveiled in 1961. It’s testament to the E-type’s advanced design and engineering that it can still be enjoyed and admired as passionately almost 60 years on.

“The E-type 60 Collection is a lasting tribute for E-type admirers, honouring the car’s legacy and the achievements of the team that created it – many of whom have descendants working for Jaguar Classic today, expertly restoring, maintaining and future-proofing enjoyment for generations to come.”

Jaguar Classic is the world’s number one source of genuine parts and owner services for the E-type – from health-checks and sympathetic upgrades to restoring expertly selected examples to ‘Reborn’ specification, meticulously returning them to as-new condition.

For more information on the full range of cars, services, parts and experiences offered by Jaguar Classic, visit: www.jaguar.com/classic

For regular updates from Jaguar Classic, including the progress of the E-type 60 Collection, follow the new official @Jaguar.Classic account on Instagram.

Beauty of the Omnipresent Cloud During the Pandemic Globally

By Nilesh Jain, Vice President, Southeast Asia and India, Trend Micro

The fog has lifted to reveal photos of cities around the world with clearer skies – an unexpected silver lining in this pandemic. The next time you look skyward, may I suggest that you take a closer look at the clouds dotting the sky too?

We often miss not only the beauty of the atmosphere’s omnipresent cloud but also cloud interfaces integrated all around our homes, offices and public spaces.

Amid the COVID-19 pandemic, many countries across the world opted to go under a ‘lockdown’ to ‘flatten the curve’ of infection. These lockdowns meant confining the citizens to their homes and shutting down businesses. While it has definitely slowed down economic activity, certain kinds of businesses have experienced tremendous growth. Take Netflix, for example. Owing to social distancing and stay-at-home orders, it is but obvious that people are keeping themselves entertained through multimedia streaming apps. For the first quarter of 2020, new Netflix subscriptions reached 15.8 million surpassing the earlier prediction of 8.8 million.

This brings us to the question of how Netflix could cope with such a massive surge in usage. The answer is the public cloud. Apart from the almost instant scalability it brings, the cloud-based business model used by companies such as Netflix allows them to not just scale when required, but also handle shifts in traffic patterns—all the while remaining reliable to their customers.

It is clear that the pandemic will accelerate cloud adoption. The opting for a cloud environment, once viewed as an option, will now witness greater urgency, due to the many benefits it brings. According to the annual State of the Cloud Survey, 30% of large enterprises expect their cloud usage to significantly increase as a result of the present crisis. Furthermore, among SMBs and enterprises, a net 47% of organizations plan for increased cloud usage because of the changes that the pandemic has brought on. However, this increasing reliance on the public cloud comes with several underlying challenges, the biggest of which is misconfigurations.

Misconfigurations—the biggest challenge in cloud environments

It is vital to remember that moving to the cloud does not mean all risks are eliminated. While some risk factors are reduced, others are introduced. Cloud environments face security vulnerabilities on several counts, from the failure to maintain proper security hygiene to system vulnerabilities at the end-user level. In fact, according to research conducted by Crowd Research Partners, nine out of ten cybersecurity experts are highly concerned when it comes to cloud security.

Biggest among these threats are misconfigurations, which to put it in the simplest of terms are the mistakes of the IT teams as they set up the organization’s cloud infrastructure. According to a study conducted by Trend Micro, it was found that on an average 165 million misconfigurations take place on the cloud every day. The same study also pointed that four out of ten—40%—of cloud related incidents can be traced back to misconfiguration in the cloud environment.

It is necessary to understand why misconfiguration is such a big threat. Let’s take an example we are all familiar with—an iPhone. Before starting to use a new phone, the security settings on the phone needs to be configured, to be changed from the default setting. Setting up privacy measures such as passcodes, fingerprint analysis, whether one wants to upload a picture of oneself to their Apple account, etc., has to be set up. Similarly, when an organization migrate their workloads to a cloud platform, security needs to be configured. Nevertheless, inadvertent misconfigurations are common. For instance, an application team configuring a workload whose prime concern would be application connectivity, may unintentionally misconfigure the connectivity, thereby overlooking network security.

Another reason for the rise in cloud misconfigurations can be attributed to the lack of visibility and rapid public cloud adoption. Without adequate visibility, security teams are unable to secure cloud environments. Furthermore, as the percentage of adoption grows, the volume of activity proportionally increases, leading to additional misconfigurations such as a lack of awareness of cloud security and policies, lapse in supervision, lack or insufficient control and negligent internal activities. Add to this the number of services being provided by public cloud providers and it is easy to understand why misconfigurations occur. AWS, for example, between the years 2007 and 2017, have added 100 services to their portfolio, which roughly works out to around 10 services each year. This number spiked in the last two years alone, with their portfolio of services adding over 75 offerings.

On top of configuration visibility issues, container which has emerged as a solution for complicated micro service based cloud native applications (through the flexibility it provides) causes security teams to have very less visibility. This can be primarily attributed to the shared responsibility shift in DevOps, which then results in forgotten systems and undeleted logs which can turn out to be a hidden vulnerability.

Underlying all these challenges is the fact that the pace of technology adoption is much faster than the adoption of security technology. For instance, by the time an enterprise adopts the use of containers, serverless technology emerges as another level of abstraction on top of containers—making it all the more difficult for security teams to keep up.

Steps to avoid misconfiguration

The number of security breaches steadily increasing due to misconfiguration makes it all the more important for enterprises to take the right steps to prevent these. The need of the hour is for security teams to deploy a single security tool that offers the equal amount of visibility and security for both on-premise applications and new generation container and serverless based micro services applications. The next best practice would be for organizations to deploy custom design tools which can perform an auto-audit of any misconfiguration, thereby matching the best practices guidelines offered by vendors and provide solutions on the go. Finally, it’s always best to partner with professional security consultants, who can help design security cloud architectures that will match future needs. Additionally, simple measures such as integrating security in DevOps from the very beginning and employing least privilege controls which restricts access to only those who need it will also go a long way in protecting cloud infrastructures.

Enterprises are equally responsible for their assets on the cloud

Most public cloud providers operate with a shared responsibility model. While the onus is on them to protect the infrastructure, it is up to enterprises to be responsible for securing their applications, data, operating systems, access management, and firewalls. Preventing misconfigurations then becomes the vital first step in ensuring security for assets on the cloud.

Cut costs & beat recession with cloud computing

The global recession is taking a toll on every industry and the construction industry is no exception. However, Aurigo Software Technologies, a provider of software and solutions for the construction and real estate, is offering companies its web-based products on a cloud computing model to save on huge IT expenditure.

Established in the US in 2003, Aurigo launched its solution BRIX for the Indian market in early 2008. Aurigo has three customers in India now - RDS Projects, IDEB and Navin Housing. All three companies have opted for the cloud computing model, thereby reducing their burden in managing the IT infrastructure, investing in the server hardware and software components and also on the power that is a huge expenditure.

Talking to CXOtoday, Balaji Sreenivasan, Founder and CEO of Aurigo Software, said, "Cloud computing is becoming a necessary requirement by customers seeking to deploy IT solutions even in the construction and real estate industries and is here to stay for the long haul."

Cloud computing helps companies and end-users access solutions without the hassle of having to invest in the computing power (hardware and software) required to run that solution internally. So if you are using gmail or hotmail to access your email, you are already a cloud computing proponent.

"As customers generally do not own the infrastructure, they merely access or rent, they can avoid capital expenditure and consume resources as a service, paying instead for what they use," said Sreenivasan. Many cloud computing offerings have adopted the utility computing model, which is analogous to how traditional utilities like electricity are consumed, while others are billed on a subscription basis.

Other benefits of time-sharing style approach are low barriers to entry, shared infrastructure and costs, low management overheads and immediate access to a broad range of applications.

In fact, IDEB's cloud computing model is expected to go live within the next six months, while RDS Projects, which has multiple projects spread across six locations in the country is expected to go live in the next 8 weeks. The remotely located and managed servers belong to various server farm providers that are highly secure, ISO 9001:200 certified and are located across India with overseas backup mirror locations with a committed 99.96% uptime.

Since these projects are yet to go live it would take a minimum of six months to one year to assess the actual ROI. However, BRIX is fairly well deployed across the US and at the Oregon Department of Transportation (ODOT), which is involved in a $3 billion bridge reconstruction, they have experienced a near 40% boost in productivity. This was measured by computing the reduced time to carry out inspections, transmit the data and increased information retrieval speed after deploying BRIX. The solution has been delivered on the cloud computing model with the entire solution being hosted on a central server and accessed by all the stakeholders at ODOT.

CXOtdoday