Technology is evolving rapidly and games are no longer restricted to a controller and screen in your living room. They're now physically and socially engaging, like Pokémon GO from nainticlabs.com.
Pokémon GO is an augmented-reality game that blends imagination, exercise, and real-world exploration all around you. The idea of 'catching' Pokémon has never been more realistic. Millions of people of all ages are spending more time outdoors trying to catch the globally scattered virtual critters. Just in the last nine weeks, Pokémon GO surpassed half a billion downloads worldwide and players have collectively walked 4.6 billion kilometers - that's the distance from Earth to Pluto! Pokémon GO continues to grow in popularity as developers expand on its features.
At Interlock IT, we've split into our respective teams and have some serious Pokémon trainers! The game is tons of fun and has us actively participating, but what really interests us is how the game is able to function so well with so much server load and usage. What platform is the game running on and how is it scaling so well? The short answer; Google.
Niantic's job postings require applicants to have experience with Google's Cloud Platform and be "extremely proficient with Google App Engine". It's no surprise, John Hanke's (CEO of Niantic), had previously established a similar and very popular Android-based game known as Ingress. Ingress uses Google's Cloud Platform as its backend. The same technologies and map-points were used to lay the foundations of Pokémon GO which allows for massive scalability and in return, enables a progressively stable gaming experience for users. Check out this Google Cloud Platform blog post to learn about the infrastructure that helped bring Pokémon GO to life for millions of players.
Google allows 'game-changing' games (pun intended), the likes of Pokémon GO and Ingress to have their databases storing massive amounts of geodata for determining where people congregate, how much movement they are doing, and all of the places where Pokémon should regenerate, into highly scalable servers. Google understands the cloud extremely well and knows the future of computing lies in the clouds. The sheer scale and ambition of these games needed Niantic to tap into Google's cloud utilities to make it a reality. With so many people playing the games worldwide, it's another tribute to Google's incredible cloud platform.
What was once a sci-fi dream of having full access to business and pleasure, anywhere at anytime, has now become a reality. Pokémon GO not only illustrates the importance of having a solid backend infrastructure, but testifies the power and reliability of Google's servers. It's fast, scalable, and secure. Contact us today to upgrade your business to Google's cloud platform. It's GO time!
InterlockIT - We're a pro-cloud company and proud of being part of a disruptive way to providing cheaper, more convenient, and simpler business solutions that work.
Many cloud prospects over-complicate the process of divorcing their on-premises system by wanting to implement a hybrid cloud architecture as a long-term solution. A hybrid cloud is a combination of private cloud combined with the use of public cloud services where one or several touch points exist between the environments. The purpose of this setup is to conjoin services from a variety of cloud models to create an automated and easy to manage IT infrastructure.
As a cloud strategy company, we can confidently say that hybrid systems are not a permanent solution. CTOs rush to adopt cloud technologies for a number of reasons such as lower costs, increased agility, mobility, and so on, but many fail to understand that embracing a hybrid system is a journey with a final destination - the cloud. It shouldn't be a never-ending journey and for good reason! Each organization's cloud migration is different depending on the company size and infrastructure. Larger companies that rely more heavily on legacy systems may run a hybrid cloud system for a longer period of time than smaller companies that are comfortable moving more quickly. To understand why hybrid systems work better as temporary solutions it's important to recognize a few major misconceptions. Amazon Web Services outlines some of these myths in their post.
A common assumption companies make about hybrid systems is the ease of moving applications between their on-premises and cloud architectures. It's crucial to understand that cloud and on-premises infrastructure are not equally capable. Simply put, companies move to the cloud for features that enable them to have true elasticity, security, fixed costs, and improvement updates. On-premise systems and private clouds don't have this versatility and therefore cannot be permanently unified with the public cloud without drawbacks. Companies that do adopt a hybrid cloud system are often presented with technical, business, and management challenges such as the need for hybrid clouds to have good API compatibility and solid network connectivity. Gartner Inc, a leading technology adviser, polled that 95% of private clouds had encountered problems.
Although a hybrid cloud architecture allows for a "mix and match" approach, there is still the issue of cost. Most companies that have a smaller budget usually can't afford a rollout of a hybrid cloud solution. The initial cost of servers on the private end of the scale is a substantial one, and the needs of smaller businesses can typically be well catered to by cloud providers like Google or Microsoft.
Hybrid/private clouds increase the chances of security issues versus public clouds. Maintaining and ensuring that your public cloud provider and private cloud are in compliance isn't a walk in the park. This includes the means of coordination between the two because hybrid systems allow for information to be transported across a network that can be subject to third-party tapping. Additionally, a hybrid cloud operator won't have a comparable budget to spend monitoring their security that public cloud providers like Google and Microsoft have. It's an unnecessary risk that many companies are unfortunately oblivious to.
It can be tempting to prolong the use of a hybrid solution when your company is so accustomed to legacy applications, but you'll often get much better performance from the public cloud element if you find a solution from a specialist provider like InterlockIT. Be sure to contact us to learn more about cloud migration and what we can do to make your IT infrastructure work efficiently and cost-effectively for you.
Early last year Microsoft announced that it was ending support for Windows Server 2003 but would continue to provide extended support for some additional time. We addressed this in an older post and pointed to an alternative solution, Google Apps.
Here is some breaking news if your business is still running on Microsoft Windows Server 2003:
Last week, Microsoft announced its discontinuation of extended support for Windows Server 2003. So what does this mean? It means Microsoft will no longer provide fixes, updates, or technical assistance. This also means no more security updates, leaving physical and virtual instances vulnerable to any and all new security threats, which have been increasingly damaging.
Businesses that are still running Server 2003 face a number of vital considerations. It’s been over a decade since its release and the computing world has changed drastically since. Although the Windows Server 2003 platform worked well in its time, it’s now become a liability and a limitation for organizations still relying on it. Waiting to upgrade is both expensive and risky as you’re now susceptible to security threats and paying hefty fees to maintain old hardware. It's now time to leave the obsolete server and update your business' infrastructure.
Leaving Windows Server 2003 is an opportunity for change. So where do you go? Windows Server 2012 R2, Microsoft Azure, and Office 365 are all concrete solutions with great benefits, including improved performance, reduced maintenance requirements, increased agility and speed of response to business. Microsoft recommends collaborating with a partner to help execute a successful migration strategy. We have, not one, but two Microsoft Silver Competencies and are here to help you!
Alternatively you could step into the Google infrastructure and perhaps find that it's better suited for your specific business needs.
There is no doubt that we live in an era of rapid technological advancement. This means it's fairly easy to get left behind if you aren't adopting new ways if improving IT systems for your business. Using technology to your advantage as a business is nothing new. What matters now is how you implement that technology to work for you in the most efficient and cost-effective way. For example, setting up a web server or providing redundancy to the infrastructure are both examples of things that can now be fully automated. Automation is your friend. Learn to make it work for you and you can achieve wonders.
If you've adopted cloud technology as your business system, kudos to you! Cloud solutions are imperative if you are looking to augment abilities to better meet the specifics needs of your business. A great example of this is developing a custom web application. The question that arises here is whether or not you have the infrastructure to support it. The answer for many businesses is simply 'no.' But before we delve into supporting a custom web application, why would your business consider this? Here are a few good reasons:
You want to streamline internal departments and functions, operations, sales and project management.
You want to add more functionality to the already existing application.
You want to take advantage of web-based applications flexibility and versatility by moving away from the traditional desktop application platform to the web application platforms.
You want to gain more clients or better service current clients by offering convenient services and solutions online.
You want to build new web applications to offer innovative services or solutions to online users and businesses.
Unfortunately, one of the biggest headaches of supporting a web application is the infrastructure and scalability. Building new infrastructure or upgrading existing infrastructure to meet use requirements costs valuable time and money that could be spent focusing on development and other aspects of your business. Downtime, lost data, unhappy customers, impossible machine configurations, and added complexities are all downfalls of traditional web application hosting. Even with a trained team of server admins, you only end up in a good position to recover from a disaster, not to prevent one from happening in the first place. Virtual private servers and traditional web hosts require far too much maintenance and disaster recovery.
The time it takes to maintain and scale infrastructure can now be designated elsewhere. So how do you save costs and time? The answer is Google App Engine. Google App Engine allows you to develop custom web applications with the ability to host and run them directly on Google's own infrastructure. Once you've created an app, you can easily upload it and Google handles both hosting and scaling. All of which is to say: no more servers to maintain! This means that you get to run on the same hardware stack that Google builds on; that's a huge advantage!
Now some may argue that there are drawbacks to using platform as a service (PaaS) providers like Google's Cloud Platform, and mainly this stems from not "owning" your own environment. To work around this, Google offers Compute Engine, where you get absolute freedom to run large-scale workloads on virtual machines. This combined with Google App Engine gets you PaaS-style functionality while also allowing you to run your own virtual servers.
Google is a powerful innovator in the technical services industry, and Google App Engine brings with it the ability to give businesses in today's market what they require to stay on target with their goals. It's reliable, scalable, efficient, cost-effective, and Google is constantly updating and upgrading their services.
So lets take a look at some of the major advantages that Google App Engine has to offer:
Focus on your business and allow technology to work for you.
Build on a proven hardware stack.
Proven cost savings. for example, you don't need to hire an engineer to manage your servers and you won't have to manage them yourself. You can invest the savings in other aspects of your business.
Multiple storage options.
Powerful built-in services.
Ability to deploy at "Google-scale" (you could scale up to 7 billion requests per day, if you wanted to).
It's important to understand that building your application with these 'cloud services' can bring huge benefits in cost and effort when what matters is delivering a great product. The people at Google are experts at setting up and maintaining machines. They are experts at data storage, data redundancy, and scaling computing power up and down to handle sudden bursts of user traffic. Their state-of-the-art data centres are constantly evolving to keep up with demand, and you don't need to incur any of that additional cost.
Check out this video to get an idea of what we're talking about:
You've now seen the great advantages that Google App Engine has to offer as an excellent content delivery network and so much more. Cloud computing is one of the fastest growing fields and it provides an easy and affordable way to run your applications.
"Traditional" cloud-based hosting and scaling applications on virtual machines comes with a cost. Even if the structure is virtual, you still have to manage it, do load balancing, bring instances up and down, take care of patching software and in general spend a lot of time and resources on just the infrastructure. With Google Cloud Platform, Google takes care of all the heavy lifting and back-end maintenance.
Google is a pioneer in the business of scaling, and now you can use their infrastructure. It doesn't matter whether your application is small scale or large scale, the scalability of Google's infrastructure is basically impossible to match in a traditional environment. Let them handle what they're good at while you focus on other important aspects of your business.
Why should you choose cloud-based solutions over on-premises systems?
Not too long ago you had to run commands in PowerShell to convert an existing regular mailbox to a shared mailbox in the Office 365 Exchange admin console. This was necessary to migrate data into a shared mailbox, since it's currently not possible to migrate directly into a shared mailbox. The process was a little tedious, boring, and required some valuable time, especially if you have little to no experience with PowerShell.
First, you'd connect to Office 365 from an elevated PowerShell console...
Then, convert the mailbox and set size quota. Note that shared and resource mailbox sizes increased from 5GB to 10GB in Q4 2013 and increased from 10GB to 50GB in Q4 2014.
Finally, remove the Office 365 license. Shared and resource mailboxes do not require a license in Office 365. To remove an Office 365 license from shared mailbox to prevent from being charged for usage, perform the following commands…
This was the procedure to convert a regular mailbox into a shared mailbox. Now, thanks to automated updates through the cloud, you can have this process completed in a few clicks.
Login to your Office 365 account through the Office portal, and navigate to the Exchange Admin Centre. Once you are logged into your dashboard, click on the Recipients button in the menu on the left. You should now see a list of user mailboxes. Highlight the user mailbox you would like to convert to or from a shared mailbox and click on the convert button as shown in the screenshot below. (You should receive a prompt stating, "Are you sure you want to convert this regular mailbox into shared mailbox?" Click Yes.)
You can also convert a shared mailbox to a regular user mailbox following the same kind of steps. You would go into the shared menu at the top of your recipient list screen and "convert to regular mailbox".
There are many benefits of using a cloud-based solution, one of which is vitally important if you want to save yourself the hassle of setting up your own Exchange server and infrastructure, managing and maintaining desktop Office software, and installing patches and updates every month. The cloud allows you to be free of these restrictions and updates automatically as the example shown above in automating mailbox conversion. Microsoft takes care of all the dirty work so you don't have to. It's like having an IT department that maintains your cloud systems and continues to improve for your efficiency and ease.
On-premises systems will have you waiting and configuring things manually and more frequently. You must consider that implementing the same capabilities as cloud-based solutions requires servers, network infrastructure, IT personnel to install, manage, and update it all (not to mention you still have to buy the software).
These are just a couple compelling reasons to switch your on-premise system to a cloud-based one. You can now see that cloud-computing is a highly attractive and intelligent proposition if you are looking to make the most of technology today at lower costs and lower risks.
If your current IT provider is still recommending on-premise server solutions, you're not getting good advice! Get in touch with our team at Interlock IT and we'll help make your work easier and more efficient.
In our increasingly cloud-based world, it can be difficult to work with more traditional client- or server-side tools to do what we need. At Interlock IT, we're well-equipped with nothing more advanced than a web browser and a laptop for day-to-day work, but sometimes we just need that little bit of extra horsepower.
So, what to do? Well, we could spend thousands of dollars building our own workstations and servers, but why not leverage the cloud once again? A couple of years ago, we started using Amazon's Elastic Cloud Compute (EC2) service; a central part of their Amazon Web Services infrastructure. AWS powers a host of websites, services, and more that you probably use every day—including, notably, Netflix.
EC2 allows you to get servers up and running in an Amazon datacentre fairly quickly and relatively painlessly. But even Amazon, for all their consumer-friendliness, hasn't managed to make it quite easy enough just yet. Setting up a new server takes many steps, including opening ports, setting security groups, assigning storage blocks (and choosing which type you'd like), and more. It's a lot of initial setup work, but once you're up and running, it just works.
Microsoft, on the other hand, has been steadily building out it's own Azure cloud platform since it launched in 2010. While Microsoft's service is a little younger (Amazon had a four-year head start with EC2), it meant that Microsoft could take a look at what Amazon was doing and set up their service a little bit differently.
Instead of having to wade through fifteen menus to get a new server up and running on Azure, there's five simple screens that ask you for a bit of information to set up your server, and then Azure does the rest.
I've done this repeatedly over the course of the last few months since we started using Azure and can get a new server up, running, and connected in less than five minutes. It's great!
To make things even better still, if you pre-pay your Azure account, the system can track your daily usage and forecast what your bill will be at the end of the month. No more worrying if you're going to be stuck with a huge bill at the end of the month.
We've switched most of our Windows cloud server needs to Azure because we find it a more powerful, easier-to-use option than Amazon's venerated EC2.
