As announced at Sapphire (or if you didn’t hear, watch the replay here) SAP HANA Data Management Suite reduces the complexity of delivering secure, governed enterprise applications and analytics. This is delivered via an open, on-premises, hybrid, and multi-cloud enabled solution suite that orchestrates all your data into a trusted, unified landscape. It gives customers:

  • Trusted data:  Data that customers can rely on to make business decisions
  • Connected, intelligent data: A single, unified view enabling advanced applications and data management
  • Cloud and architecture flexibility: Cloud freedom for data systems, applications, and system development

I had the chance to sit down with Ken Tsai, Global VP and Head of Product Marketing, Database and Data Management at SAP, to dive into how he sees the cloud and architecture flexibility of SAP HANA Data Management Suite benefiting SAP customers.

It was interesting speaking with customers at Sapphire and hearing the variety of progress they’d made on their journey to the cloud. From your experience, what sort of use cases lend themselves best to the cloud and what particular challenges are customers encountering?

Looking at it from the perspective of a holistic integrated data management solution, it makes sense that when we have data that’s originated in the cloud we should keep it and manage it directly in the cloud. But this presents some challenges that the technology vendors need to solve—like how to manage data across multiple clouds.

Speaking with customers, we found they don’t just have one cloud, they have multiple clouds and this cloud data coming from multiple places (like SaaS solutions, for example a CRM service). So the reality is that customer’s raw data is spread across multiple clouds these days.

The promise of a consolidated logical view of the data element is important, but it can’t be achieved by forcing all data into one cloud. We know that’s not feasible. We learned that lesson 20 years ago, when everybody in the world was trying to consolidate data into one single data warehouse! Today management of data across multiple cloud properties is about orchestrating data movement, in a process flow fashion from one cloud to the other. Refining and enriching it (the data), and tracking it’s lineage and usage. So when you consume the data you actually have assurance of where that data came from and that refinement process has already happened—this lets you can confidently take action based on the data.

 

How can a cloud or cloud/on-premises environment benefit traditional on-premises SAP customers?

One thing I want to recommend to all SAP or non-SAP customers is to actually look beyond the deployment options. Certainly putting software in the cloud simplifies management of the software lifecycle, makes it readily available, and more elastic—that’s a given, its table stakes. And this is true whether it’s a database platform-as-a-service or software-as-a-service application.

We should also look at the growing accessibility of different operations and services that are already delivered in the cloud through either APIs or deeper functional integrations. Today, think about the possibility of creating an integrated data processing system, between SAP HANA as a Service (directly in the cloud) and let’s say it was a best-of-breed machine learning framework, like Google Tensor Flow. Directly running on one of the most advanced IaaS and optimized to run on CPU, , GPU or even TPU, you have the freedom and flexibility. The platform would be a collection of technology solutions all operating in the cloud, but that piece of different functionality, it would be completely dependent on customer choice. It’s up to vendors like SAP to make sure that our different technologies works seamlessly with third party and open source technologies already running the cloud, because ultimately, meeting the customers’ needs and will drive innovation across the board.

 

And what about hybrid (cloud/on-premises) workloads?

So just like I talked about, having a database platform as a service deployed in the cloud, you have the benefit of integrating with any native cloud functionality that’s provided from any third party. But if you think about this logically, what does that mean?

It benefits a lot of customers that may have data spread across on-premises and in the cloud. If for whatever reason they can’t move all the data directly into the cloud, they can still create a private instance of that data set directly in the cloud and enjoy the benefits of the different data computing capability in the cloud.

My favorite example, which you may have heard me share before, has always been Google Photos. Think about the possibility of the data set that any on-premises customer has, even stored on a laptop. Having that automatically processed and enhanced, providing a value added-service back to the user, is incredible.

Consider a marketing or sales team sharing data in the cloud…This data can automatically go through a “do not call” list, or go through a comparison to existing contacts who are already in the sales pipeline to avoid interrupting current sales process. This data use authorization traditionally took two, three, or even four weeks to process. But with the CRM in the cloud, do-not-call list sitting somewhere else, and contact list from events in your mobile, you can actually demand this business-level cloud computing services to give you the answer you want immediately.

 

You’ve touched on it already, but to summarize, why is a multi-cloud deployment strategy important?

From the customer’s perspective, having the freedom of cloud choice is very, very important. As technology advances and government regulation continues to be solidified (even on a regional basis, such as GDPR) it’s becomes a necessity to have the means to actually alter that or change platform very easily down the road, since nobody knows what the future holds.

This is not about just putting your data in the cloud, but having the freedom to move the data, the data processing system and the applications from one cloud to the other and even potentially back to on-premises. That’s really the core of what the customer needs in our completely connected cloud world.

 

So how can the cloud accelerate innovation?

I think cloud is one of those catalysts that makes everything faster, just because it’s already available. I remember the early days, I was doing programming, and maintaining the software was always an issue, updating it and making it available, and accessing it. But that is all gone, now you’re really focusing on the value-added application and the ability that we want to build on top of it.

I fundamentally believe that everything will go the route of cloud in the future, but doesn’t mean that everything goes in to one single public cloud. The data centers themselves will translate into a private cloud environment as we mature these technologies stacks.

The principles of simplicity and eliminating latency and redundancy that you can see in data-driven applications, will ultimately drive the requirement of these technology solutions going forward for business use.

 

What’s the simplest way for someone to start their cloud journey with SAP?

I love this question. I think, just like any cloud options, the simplest way to actually engage and start their journey within SAP is by trying it. With SAP HANA as a service (link), the software’s there, the capability’s there, the trial system’s there and accessing it is not a long cycle of waiting the software to arrive, then waiting for the next version to arrive. With the cloud-oriented paradigm, this is all delivered directly to the customer upfront, and this is why I’m excited about building software solutions directly in the cloud.

Evaluating different capabilities and finding the right fit up-front (rather than doing it as a post-sales process) benefits customers. And from solution provider perspective, it is only through these continuous learning in user and system behaviour will we figure out future improvement and automation opportunities.

 

Well thank you so much Ken for all your insights! On that note, customers should take advantage of SAP HANA as a Service on the SAP Cloud Platform and can learn more about the SAP HANA Data Management Suite.

The post Embracing Cloud for Integrated Data Management—Not Just Database Deployment appeared first on SAP HANA.

source https://blogs.saphana.com/2018/06/15/embracing-cloud-for-integrated-data-management-not-just-database-deployment/

This blog post was originally published on IT Pro Portal

Academia and industry, at first glance, appear to be strange bedfellows. One focuses on the theoretical and conceptual, whilst the other is driven by the practicalities of deadlines, goals, and ultimately, profit.


Source de l’article sur DZONE

User experience design (UXD or UX) is a process of using a product to improve user satisfaction. It can be done by improving the usability of a product or making it more accessible to them easily, and sometimes it involves making the product pleasurable to a user by helping create an interactive link between a user and the product.

The main goal of implementing and developing user experience is to help solve an end users’ problem and this ties the success of the process to communicating the design to both the developers and the stakeholders.

Source de l’article sur DZone

Internet of Things

We all know how the Internet of Things (IoT) has made it possible to turn everyday devices into sources of raw data for analysis in order to generate business insight. It has also been witnessed that Artificial Intelligence (AI) is making analytics more productive and efficient at workplaces too.

Enterprises expect much more data to be generated in the years to come as compared to the data generated today.


Source de l’article sur DZONE

Presque un an après s’être engagé à modifier sa politique de facturation sur les accès indirects à ses logiciels, (…)
Source de l’article sur Le Monde Informatique

Every organization and business needs a good project management tool to make work more efficient and collaboration more effective.

According to research by Capterra, project management software is the most needed software by nearly half of the U.S.

Source de l’article sur DZone


We have talked a lot about chatbots for customer support in our previous pieces. And a scalable, efficient, and cost-effective human+bot hybrid system has always been our philosophy.

In the past few months, we have released a lot of helpful bots to help you accelerate your customer support efforts. In this piece, I am going to walk you through steps to integrate your own Dialogflow custom bot in Kommunicate.


Source de l’article sur DZONE

There is likely no other topic in the IT Industry that generates as much controversy these days as blockchain. Some believe blockchain to be the biggest revolution since the dawn of the internet. Others see it as an overhyped waste of resources with no practical applications. Certain is: Everybody seems to be talking about it.

In an ecosystem dominated by startups, one huge challenge that remains is how blockchain can be integrated into enterprise applications. Last week at SAPPHIRE in Orlando, SAP officially launched SAP Cloud Platform blockchain. SCP blockchain enables customers and partners to build and extend applications with blockchain technology. As such, it is the basis for adding distributed ledger technology to SAP solutions. Unique, however, is the integration of SCP blockchain service with SAP Leonardo, allowing the combination of blockchain with other straight-edge technologies like the Internet of Things.

A great addition to this is SAP HANA Blockchain, which connects any SAP HANA database to the most popular enterprise blockchain platforms. This provides very interesting capabilities that were previously unheard of in the blockchain ecosystem. This blog is the first in a series of blogs on SAP HANA Blockchain. It introduces the technical concept and the different components, as well as the upcoming beta program.

I highly recommend to also check out Daniel Schneiss – Global Head of HANA Development – blog on how SAP HANA Blockchain brings business and blockchain data together.

What is blockchain?

If this blog is not the first thing you’re reading about blockchain, you might have heard this phrase before: “Blockchain is not Bitcoin”. If you haven’t heard it before, well, you have now.

Blockchain is a technological concept, while Bitcoin is an implementation of that concept. A distributed ledger, formed across a peer-to-peer network of independently controlled nodes. Every participant on this network has a copy of and instant access to all data and – at least in public blockchains – is equal to all other participants. There is no central authority that approves or declines transactions, but consensus about the “one truth” is achieved algorithmically. Once a transaction has been stored on the blockchain and consensus is achieved, it is secured cryptographically, which makes it inherently impossible to tamper with (or at least very, very, very hard).

These characteristics open a wide range of applications and there have been numerous publications. I won’t reiterate on that topic, but rather recommend a couple of resources to get an overview.

From a technical point of view, a blockchain is basically a linked list of blocks, with each block containing a number of transactions. Each block contains a hash of the previous block – a cryptographic fingerprint that uniquely identifies a block and all its content. If only one bit of the block changes – for example by tampering with a transaction – the hash value changes as well, which effectively breaks the chain and invalidates all subsequent blocks and transactions. This makes blockchain almost impossible to tamper with. In case of Bitcoin, for example, establishing an alternative transaction history requires control of at least 50% of the computational resources of the network. With a power consumption rivaling countries like Ireland, this can be considered practically impossible.

SAP HANA – yet another Blockchain platform?

Neither SAP Cloud Platform Blockchain nor SAP HANA are a blockchain platform like Bitcoin, Ethereum or Hyperledger fabric. Blockchain is a concept based on collaboration and interoperability. SAPs strategy is not to establish yet another platform and create an SAP-centric blockchain ecosystem, but to integrate into existing enterprise blockchain platforms. SCP Blockchain currently supports Hyperledger fabric (SAP being a premier member of the Linux Foundations Hyperledger project) and MultiChain. With its modular approach, other blockchain platforms can be added easily in the future.

SCP Blockchain connects to any supported blockchain network via a cloud service on SAP Cloud Platform. SAP HANA Blockchain establishes a link between this cloud service and SAP HANA, which results in a representation of on-chain data in SAP HANA as a set of regular column store tables. Technically, this requires two components.

  • SAP HANA Blockchain service – A cloud service that is deployed with SAP Leonardo blockchain.
  • SAP HANA Blockchain adapter – An SDI connector that is deployed with your SAP HANA instance, available via the SAP ONE support launchpad (formerly Service Marketplace).

The SAP HANA blockchain adapter subscribes to the HANA blockchain service in the cloud, which in turn communicates with the SAP Blockchain service. The interplay of the different components ensures that transactions submitted to the blockchain are replicated into SAP HANA. This replication works bi-directionally, meaning that transactions inserted in SAP HANA also find their way back to the blockchain, where they can be consumed by other applications.

For a great visual introduction on how SAP HANA blockchain works, I recommend this Lab Preview.

>> Watch Lab Preview

Easily combine on- and off-chain data

Some of the characteristics of blockchain make it necessary to carefully evaluate what data can and should be stored on the blockchain. Some of the reasons are legal or regulatory. Data protection is a great example, especially in the context of the EUs General Data Protection Regulation (GDPR). Others are performance-related. Storing data on a blockchain is always more expensive than storing it on a central data store. It must be replicated to all participants, verified, hashes must be generated, etc. It’s usually much more economical if you keep the data footprint on the blockchain low.

As a result, a typical business application will most likely store most of the data “off-chain” in a conventional data store, while only necessary data is stored “on-chain” on the actual blockchain. Now, how do we get on- and off-chain data together again?

In a domain dominated by startups, the integration of on-chain data with an enterprise-grade database platform like SAP HANA is unique. With all on-chain data available in SAP HANAs column store through the default SQL interface, combining this data with off-chain data becomes trivial. On-chain data is accessible by all of SAP HANA’s advanced analytic engines. This allows simple SQL queries to quickly access a specific excerpt of data, as well as complex scenarios combining local and remote data sources, leveraging SAP HANA’s graph, spatial and text search engines and even HANA’s machine learning capabilities.

Availability and beta program

SAP HANA Blockchain will enter a phase of controlled availability in early July 2018, for which you can already register today. This gives you access to SAP HANA blockchain at the earliest point in time and to an exclusive support channel that connects you directly to SAP HANA’s product management and engineering.

>> Go to registration @ SAP Customer Influence

Those lacking a dedicated SAP HANA database will be happy to hear that SAP HANA Blockchain is fully supported by the free-of-charge SAP HANA express edition.

In case of any questions regarding the public beta program, feel free to reach out to SAP_HANA_blockchain_service_beta_program@sap.com.

The post SAP HANA Blockchain – A technical introduction appeared first on SAP HANA.

source https://blogs.saphana.com/2018/06/13/sap-hana-blockchain-technical-introduction/

A project’s success stems from a number of things. Among others, it includes sensible planning, professionalism of the team members and individual productivity levels.

Nevertheless, there are certain aspects to almost every project that take more time than planned. This leads to missed deadlines and incomplete task scopes. Do you remember the last time your project met the deadlines? In this article, we are going to discuss three central problems with project time.

Source de l’article sur DZone

Big data and AI have been buzzwords floating around the digital space for a few years, concepts that are murky to some and not understood at all by others. As the convergence of trends redefining the IT industry, Big Data and AI are no longer things that only remain in books and sci-fi movies, these changes are more embracing the eCommerce industry with agility and diligence. Now, the tech buffs are eyeing an iconic change to evolve by the combination of Big Data and AI.

eCommerce is a dynamic sector with a basic goal to bring the best of offline shopping experience to the online space by offering the shoppers a seamless way to discover the products they are looking for. Big data and AI are going to the most intriguing development ever made in this field. So, let’s have a look at how Big data and AI transforms the eCommerce industry.


Source de l’article sur DZONE