The four barriers between your business and global connectivity – and how to break them down

Throughout 2018, many global enterprises turned to networking technologies such as software defined wide area networking (SD-WAN) to cost-effectively meet burgeoning bandwidth demands without having to sacrifice simplified WAN management and better application performance.

This trend will continue into 2019 as enterprises with a global presence embrace networking technologies such as SD-WAN as a key tool to leverage the benefits of the cloud and unleash their business’s potential.

As I celebrate my first year as part of the Aryaka team, during which our organisation has welcomed new customers in several sectors throughout EMEA, here are my four top tips to European business on breaking down barriers in global connectivity and making the digital transformation of their networks a smooth one throughout 2019.

Navigate the connectivity consolidation of 2019

Acquisitions of SD-WAN vendors spiked over the last 12 months, marked by the purchase of Viptela and Velocloud by Cisco and VMware respectively.

Now that Oracle has purchased Talari, further market consolidation in 2019 will be anything but a surprise. It will take some digging to differentiate between new players, and the more established service providers, but enterprises will soon realise they need more than what a general SD-WAN box provider offers, and so it will be vital to be able to know the difference.

Though telco providers are more open than ever to offering SD-WAN services in addition to their portfolio, the solutions tend to look very much the same. Providers will need to demonstrate longevity and truly act as a business support function.

Specialist vendors providing a network designed for cloud management and bandwidth scaling will become prized as quality connectivity becomes essential for collaboration over continents.

Vendors with an edge-based solution will fall behind as enterprises become increasingly savvy as to what a quality SD-WAN service should provide.

Our advice? Be sure to understand the difference between network provision and usable bandwidth; not all SD-WAN solutions are equal.

Breaking through digital deadlock

IDC predicts that by 2022, 80 percent of all revenue growth will depend on the move to digital operations. This means global businesses must escape the ‘digital deadlock’ we now see trapping the enterprise between legacy network systems and new connectivity methods. As they struggle to smoothly make the leap, it’s up to providers of new solutions to support these businesses in engineering digital network infrastructure and reconfigure applications.

We especially see this in retail as the sector deals with the rise of online purchasing and an equivalent increase in network traffic.

The best thing businesses can do to address this digital deadlock is to ensure from the start that any new network is capable of scaling on demand and can work in harmony with existing systems during any period of transition.

Say goodbye to MPLS

Speaking of transition, this is something that has been on the telecoms cards for a while now. Despite serving us well for many years, MultiProtocol Label Switching (MPLS) will finally bid us farewell as a viable business communications solution in 2019. By the end of the year, all forward-thinking businesses will have taken up a network as a service (NaaS) to facilitate growth and have moved into a period of transition with technologies such as SD-WAN.

MPLS providers that recognise the situation will integrate with SD-WAN technologies through partnerships or acquisitions, taking advantage of the fact that many organisations will rely on a transitional period of the two services coexisting rather than an overnight re-haul.

One sign we’re seeing of this is the strategic investment by telecoms companies into SD-WAN, despite SD-WAN services cutting into their MPLS revenue. During a merger for instance, SD-WAN becomes a business enabler, supporting immediate scale and expansion. No wonder merging enterprises increasingly shun the three to six month wait for MPLS lines to be commissioned.

Our advice to support mergers, acquisitions and expansion in 2019:  move from an MPLS service to a scalable solution as soon as you can and ask your new service provider for realistic advice on how they will support you through a smooth switchover.

Harness the power of SD-WAN to enable your other solutions

IDC found in June only 35 percent of its European customers currently use SD-WAN technology; 20 percent will adopt the service in the next two years.

We will see many more AI and big data relationships with SD-WAN as customers realise the value the technologies can bring to each other. The relationship between the two is a true marriage; big data is useless if it cannot be analysed whilst AI is somewhat futile if it has nothing to assess. This year we saw security vendors making their way into the space, purchasing SD-WAN as they seek to secure and analyse the data that they collect on the cloud.

The cloud in 2019 will continue to be as important as ever. Aryaka this year celebrates a decade of building private networks that support businesses all over the world to scale and grow. In 2019, the cloud will be the answer to any vendor looking to do the same.

Read more: SD-WAN infrastructure market to hit $4.5bn by 2022, says IDC

https://www.cybersecuritycloudexpo.com/wp-content/uploads/2018/09/cyber-security-world-series-1.pngInterested in hearing industry leaders discuss subjects like this and sharing their experiences and use-cases? Attend the Cyber Security & Cloud Expo World Series with upcoming events in Silicon Valley, London and Amsterdam to learn more.

Serverless & Kubernetes Summit | @KubeSUMMIT @CloudEXPO #CloudNative #Serverless #DevOps #DataCenter #Monitoring #Docker #Kubernetes

Kubernetes as a Container Platform is becoming a de facto for every enterprise. In my interactions with enterprises adopting container platform, I come across common questions: – How does application security work on this platform? What all do I need to secure? – How do I implement security in pipelines? – What about vulnerabilities discovered at a later point in time? – What are newer technologies like Istio Service Mesh bring to table?In this session, I will be addressing these commonly asked questions that every enterprise trying to adopt an Enterprise Kubernetes Platform needs to know so that they can make informed decisions.

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Microsoft buys Citus Data to boost open source database in the cloud


Clare Hopping

28 Jan, 2019

Microsoft has acquired database business Citus Data in the hope it’ll be able to offer customers access to scalable databases on PostgreSQL.

The company said it wants to offer developers access to more scalable and flexible systems to deal with larger data volumes in a faster fashion. It says the integration of Citus Data’s software into its platform will allow for more advanced data-led insights.

Citus Data is an open source extension to PostgreSQL that transforms the technology into a distributed database. It’s available as a fully-managed database as a service, as enterprise software, and as a free open source download, making it flexible enough to integrate into a business’s existing infrastructure.

“Together, Microsoft and Citus Data will further unlock the power of data, enabling customers to scale complex multi-tenant SaaS applications and accelerate the time to insight with real-time analytics over billions of rows, all with the familiar PostgreSQL tools developers know and love,” said Rohan Kumar, corporate vice president for Azure Data.

Although PostgreSQL is always available as a managed service on Azure Cloud (as well as AWS), Microsoft will integrate Citus Data so it’s available for all workloads, whether in the cloud or on-premise environments.

“We created Citus to transform PostgreSQL into a distributed database—giving developers game-changing performance improvements and delivering queries that are magnitudes faster than proprietary implementations of Postgres,” said Umur Cubukcu, co-founder and CEO of Citus.

Microsoft is ramping up partnerships with open source businesses at the moment, with last year’s acquisition of GitHub, possibly the biggest open source community in the world.

AWS releases Neo-AI code to the open-source world


Clare Hopping

28 Jan, 2019

AWS has released its Neo-AI code as an open source project, encouraging developers and other AI experts to contribute to the platform.

The company explained that usually, ensuring a machine learning model works across a variety of hardware platforms (especially those running on edge networks) is difficult because there are so many factors and limitations to consider.

Even in less complicated devices, there are so many software variations that it can be tricky to make sure machine learning works across all of them. As a result, manufacturers and vendors are being limited by which companies they can work with to provide machine learning tools they require.

With AWS’s Neo-AI, machine learning models are automatically optimised for use TensorFlow, MXNet, PyTorch, ONNX, and XGBoost models, converting them into common formats to work on a wider variety of devices. The models can be run at a  faster pace as well because Neo-AI uses a compact runtime, limiting the resources a framework would typically consume.

Even if edge devices are being constrained by resources, this is irrelevant, because Neo-AI will shrink down the resources needed to run. Neo-AI currently supports platforms from Intel, NVIDIA, and ARM, with support for Xilinx, Cadence, and Qualcomm arriving later in the year.

“To derive value from AI, we must ensure that deep learning models can be deployed just as easily in the data center and in the cloud as on devices at the edge,” said Naveen Rao, general manager of the artificial intelligence products group at Intel.

“Intel is pleased to expand the initiative that it started with nGraph by contributing those efforts to Neo-AI. Using Neo, device makers and system vendors can get better performance for models developed in almost any framework on platforms based on all Intel compute platforms.”

Announcing @IsomorphicHQ to Exhibit at @CloudEXPO Silicon Valley | #Cloud #AI #CIO #IoT #SmartClient #DevOps #ArtificialIntelligence

Isomorphic Software is the global leader in high-end, web-based business applications. We develop, market, and support the SmartClient & Smart GWT HTML5/Ajax platform, combining the productivity and performance of traditional desktop software with the simplicity and reach of the open web.

With staff in 10 timezones, Isomorphic provides a global network of services related to our technology, with offerings ranging from turnkey application development to SLA-backed enterprise support.

Leading global enterprises use Isomorphic technology to reduce costs and improve productivity, developing & deploying sophisticated business applications with unprecedented ease and simplicity.

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SUSE to Present OpenStack and Kubernetes Track at @CloudEXPO | @SUSE @CSeader #OpenStack #Serverless #Kubernetes

Take advantage of autoscaling, and high availability for Kubernetes with no worry about infrastructure. Be the Rockstar and avoid all the hurdles of deploying Kubernetes. So Why not take Heat and automate the setup of your Kubernetes cluster? Why not give project owners a Heat Stack to deploy Kubernetes whenever they want to?

Hoping to share how anyone can use Heat to deploy Kubernetes on OpenStack and customize to their liking.

This is a tried and true method that I’ve used on my OpenStack clusters and I will share the benefits, bumps along the way and the lessons learned.

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Monitoring with AI Presentation Slides | @CloudEXPO @Dynatrace @AloisReitbauer #DevOps #Monitoring #AI #ArtificialIntelligence

Today we can collect lots and lots of performance data. We build beautiful dashboards and even have fancy query languages to access and transform the data. Still performance data is a secret language only a couple of people understand. The more business becomes digital the more stakeholders are interested in this data including how it relates to business. Some of these people have never used a monitoring tool before. They have a question on their mind like «How is my application doing» but no idea how to get a proper answer.

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Lori MacVittie @DevOpsSUMMIT Presentation | @LMacVittie @F5Networks #DevOps #Monitoring #Microservices

Cloud, containers, and their second cousin, DevOps, are disrupting the data center. Not just because applications are leaving, but because of the demands and expectations of dev and ops on IT. Modernization – not just migration – is critical for the data center to add value to the business. This session will explore these demands and expectations and provide both architectural and operational guidance to making the changes necessary to maintain relevance in a cloudy, containerized, and DevOps-driven world. If you’re good with that, let’s run with it.

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Dion Hinchcliffe @CloudEXPO Keynote | @DHinchcliffe #CIO #IoT #IIoT #FinTech #SmartCities #DigitalTransformation

Most organizations are awash today in data and IT systems, yet they’re still struggling mightily to use these invaluable assets to meet the rising demand for new digital solutions and customer experiences that drive innovation and growth. What’s lacking are potent and effective ways to rapidly combine together on-premises IT and the numerous commercial clouds that the average organization has in place today into effective new business solutions. New research shows that delivering on multicloud experience creation both sustainably and cost-effectively at scale is the single most important way to meet this existential challenge that can create rapid business value and sustain relevancy in the market. Yet the majority of organizations have been slow to put the needed delivery capabilities in place.

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Hacking Into IoT Session at @CloudEXPO Silicon Valley | @DonMalloy #Cloud #CIO #IoT #IIoT #SmartCities #DigitalTransformation

History of how we got here. What IoT devices are most vulnerable? This presentation will demonstrate where hacks are most successful, through hardware, software, firmware or the radio connected to the network. The hacking of IoT devices and systems explained in 6 basic steps.

On the other side, protecting devices continue to be a challenging effort. Product vendors/developers and customers are all responsible for improving IoT device security.

The top 10 vulnerabilities will be presented and discussed.

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