Published By: Cloudian
Published Date: Jun 08, 2015
With the massive growth of data from IOT to collaboration to compliance, end users are demanding low cost, flexible, easy to scale, and simple to manage datacenter storage solutions. Software-defined object storage delivers on these demands by capitalizing on industry standard x86 infrastructure and storage technologies to deploy more economic and manageable storage solutions compared to legacy storage architectures in existence today. Combined with Cisco’s world class Unified Compute System (Cisco UCS), Cloudian’s HyperStore Software-defined enables Enterprises to efficiently meet their growing data needs and rapidly respond to business demands.
Published By: Cloudian
Published Date: Jul 13, 2015
With the massive growth of data from the Internet of Things (IOT) to collaboration to compliance, users are demanding low-cost, flexible, easy to scale, and simple to manage data center storage solutions. Software-defined object storage delivers on these demands by capitalizing on industry standard x86 infrastructure and storage technologies to deploy more economic and manageable storage solutions compared to legacy storage architectures.
Cloudian HyperStore is an example of the new breed of software-designed storage. Cloudian HyperStore allows companies to build their own public or private cloud storage infrastructure including enterprise IT organizations, cloud service providers, or cloud hosting providers. This document gathers the essential information about a scale-out storage reference architecture and a real-world example from the Cloudian support organization that uses the Cloudian HyperStore® appliances that are powered by Lenovo hardware.
The vending industry is undergoing a sea change, taking advantage of new technologies to go beyond just delivering snacks to creating a new retail location. Intelligent vending machines can be found in many public locations as well as
company facilities, selling different types of goods and services, including even computer accessories, gold bars, tickets, and office supplies. With increasing sophistication, they may also provide time- and location-based data pertaining to sales, inventory, and customer preferences. Read more.
Businesses who have lived through the evolution of the digital age are well aware that we’ve
experienced a generational shift in technology. The rise of software as a service (SaaS),
cloud, mobile, big data, the Internet of Things (IoT), social media, and other technologies
have disrupted industries and changed customers’ expectations. In our always-on, buy
anything anywhere world, customers want their shopping experiences to be personalized,
dynamic, and convenient.
As a result, many businesses are trying to reinvent themselves. Success in a fast-paced
economy depends on continually adapting and innovating. Companies have to move quickly
to keep up; there’s no time for disjointed technologies and old systems that don’t serve the
customer-obsessed mentality needed to thrive in the digital age.
Stellen Sie sich eine Personalleiterin vor, die eine hoch effiziente HR-Abteilung führt: Als CHRO – oder vielleicht trägt sie auch den heute schon gängigen Titel „Chief Employee Experience Officer“ – nimmt sie in nicht allzu ferner Zukunft an einer Telefonkonferenz zu den Finanzergebnissen teil. Sie unterstützt den CEO darin, zu veranschaulichen, wie neu formierte Mitarbeiterprogramme zu dem jüngsten, positiv überraschenden Unternehmensgewinn beigetragen haben. Im Anschluss stellt die Personalchefin eine Verbindung zu einem modernen Virtuality-Reality-Konferenzraum in einem Tokioter Hotel her, um ein Pressebriefing zu geben. Sie bittet die Teilnehmer (mithilfe ihres „Hearable“- Übersetzers, der sie in Echtzeit dolmetscht und der nun von jedermann diskret im Ohr getragen wird) auf Japanisch, ihre kurze Verspätung zu entschuldigen, bevor sie ihre innovativen Pläne zur Schließung von Kompetenzlücken durch kontinuierliche Schulungen am Arbeitsplatz vorstellt, die auf die gesamte Asien- Paz
Published By: Cognizant
Published Date: Oct 23, 2018
In the last few years, a wave of digital technologies changed the banking landscape - social/ mobile altered the way banks engage with customers, analytics enabled hyper personalized offerings by making sense of large datasets, Cloud technologies shifted the computing paradigm from CapEx to OpEx, enabling delivery of business processes as services from third-party platforms.
Now, a second wave of disruption is set to drive even more profound changes - including robotic process automation (RPA), AI, IOT instrumentation, blockchain distributed ledger and shared infrastructure, and open banking platforms controlled by application programming interfaces (API). As these technologies become commercialized, and demand increases for digitally-enabled services, we will see unprecedented disruption, as non-traditional banks and fintechs rush into all segments of the banking space. This whitepaper examines key considerations for banks as they explore value in the emerging Digital 2.0 world.
Published By: Cognizant
Published Date: Oct 23, 2018
A group of emerging technologies is rapidly creating numerous opportunities for life sciences companies to improve productivity, enhance patient care and ensure regulatory compliance. These technologies include robotic process automation (RPA), artificial intelligence (AI), machine learning (ML), blockchain, the Internet of Things (IoT), 3-D printing and augmented reality/ virtual reality (AR/ VR). This whitepaper presents a preview of five pivotal technology trends remaking the life sciences industry: AI and automation, human augmentation, edge analytics/ processing, data ownership and protection, and the intermingling of products and services.
The Internet of Things is growing fast: By 2025, IoT devices will transmit an estimated 90 zettabytes of data to their intended targets, according to IDC. Armed with information, businesses can revolutionise everything from fraud detection to customer service. But first, they need an architecture that supports real-time analytics so they can gain actionable insights from their IoT data.
Read the complete report sponsored by Google Cloud, and learn how to mitigate key IoT-related challenges.
As customers demand and expect more of a digitized experience, the scale and volume of secure data that’s being transmitted across the network is increasing exponentially. At the same time, across the APAC region high digital connectivity, contrasted with low cybersecurity awareness, growing cross-border data transfers and weak regulations have made this data a global target.
The growth in the “as-a-service” nature of the cybercrime marketplace is also fueling an increase in the number of traditional crime groups and individuals drawn into cyber offending. New sources of vulnerability from mobile, BYOD, CYOD, web-services and IoT devices are further broadening the cyber threat landscape with ever-more sophisticated forms of malware and DDoS attacks.
Download the IDC Report to get some tips on how to stay protected against cybercrime.
This spotlight report examines:
• How Manufacturing Operations Management (MOM) or Manufacturing Execution Systems (MES) are key enablers of data management and Digital Transformation. Companies can combine many other opportunities with manufacturing operations in a digital journey.
• Product lifecycle management (PLM) as a high-value discipline to pair with MOM in discrete manufacturing, and the value of digital continuity across engineering, manufacturing operations, and supply chain.
• A robust integration of MOM and PLM technologies and the advent of the Digital Twin (a virtual copy of the product and how it's made) to demonstrate maturity in Smart Manufacturing and the ability to make smart products in smart factories.
The IIoT has opened up a world of opportunity for manufacturers. Take advantage of it.
The all-encompassing data center is a thing of the past. Modern data environments are distributed and include remote and branch offices, mobile devices, and
the Internet of Things (IoT) as well as cloud solutions such as infrastructure as a service (IaaS), platform as a service (PaaS), and software as a service (SaaS).
There’s more critical data to back up than ever before. Plus, data silos and fragmented management mean poor visibility, which can make it difficult to comply
with regional data residency and security rules as well as service-level agreements (SLAs).
On-premises data protection has not kept pace. According to a survey by Fujitsu, 45% of IT managers said they had lost data or productivity related to data
protection inefficiency within the last year.1
Often, this is because on-premises backups are cumbersome and do not always happen on time.
The Internet of Things (IoT) didn’t just connect everything everywhere; It laid the groundwork for the next industrial revolution.
Connected devices sending data was only one achievement of the IoT—but one that helped solve the problem of data spread across countless silos that was not collected because it was too voluminous and/or too expensive to analyze.
Now, with advances in cloud computing and analytics, cheaper and more scalable factory solutions are available. This, in combination with the cost and size of sensors continuously being reduced, supplies the other achievement: the possibility for every organization to digitally transform.
Using a Smart Factory system, all relevant data is aggregated, analyzed, and acted upon. Sensors, devices, people, and processes are part of a connected ecosystem providing:
• Reduced downtime
• Minimized surplus and defects • Deep insights
• End-to-end real-time visibility
"IoT adoption is expected to generate a 21% increase in corporate profits by 2022. This business value comes from the ability to automate processes and collect and analyze massive amounts of data—so organizations can make better informed decisions and deliver powerful customer experiences.
But how are organizations really putting IoT to work for their business? And how can IoT risks be mitigated so these rewards can truly be achieved?
This e-book explores the potential of IoT in the enterprise, which industries are leading the way and how to secure your connected things. It also provides:
• 7 best practices for data privacy and security policies
• 7 items to consider for device security
• 6 key considerations for network connection security"
"Ninety percent of business executives believe the Internet of Things (IoT) is important to the future of their organization. And, as IoT is expected to generate a whopping 21% increase in corporate profits by 2022, it’s clear there’s value in adoption. However, there are still plenty of risks that require mitigation through careful planning, cross-functional teamwork and mature security measures.
This white paper explores the business benefits and the security complexities IoT introduces for business organizations, and provides key considerations and recommendations for securing IoT deployments.
Download the white paper today!"
ASG's Business Service PortfolioT (BSPT) Virtualization Management provides comprehensive oversight, inspections, discoveries, warnings, diagnostics, and reporting for the critical technology and administrative disciplines involved in virtual workload management. This is all done in parallel with physical systems management.
Organizations are faced with providing secure authentication, authorization, and Single Sign On (SSO) access to thousands of users accessing hundreds of disparate applications. Ensuring that each user has only the necessary and authorized permissions, managing the user’s identity throughout its life cycle, and maintaining regulatory compliance and auditing further adds to the complexity. These daunting challenges are solved by Identity and Access Management (IAM) software.
Traditional IAM supports on-premises applications, but its ability to support Software-as-a-Service (SaaS)-based applications, mobile computing, and new technologies such as Big Data, analytics, and the Internet of Things (IoT) is limited. Supporting on-premises IAM is expensive, complex, and time-consuming, and frequently incurs security gaps.
Identity as a Service (IDaaS) is an SaaS-based IAM solution deployed from the cloud. By providing seamless SSO integration to legacy on-premises applications and modern cloud-
Small and midsize retailers around the world are seeing their businesses transform in a variety of ways. These firms, typically with fewer than 1,000 employees, have been transforming themselves as customers seek new types of engagement and as suppliers expect higher levels of efficiency and effectiveness. New business models and new competitors are changing the way retailers do business. Rather than simply react to new threats, successful retailers are leveraging technology in new ways to sharpen business practices, improve agility, and better serve customers while strengthening the role of retailers in the supply chain.
Through digital transformation including the effective engagement of the internet of things (IoT) to track inventory, the opportunity to maintain and gain competitive advantage can be significant.
In April 2016, SAP commissioned Forrester Consulting to evaluate how enterprises are taking advantage of IoT, how IoT fits into broader digital transformation initiatives, and the role of immediate insights in realizing the benefits that IoT can deliver.
There’s strong evidence organizations are challenged by the opportunities presented by external information sources such as social media, government trend data, and sensor data from the Internet of Things (IoT). No longer content to use internal databases alone, they see big data resources augmented with external information resources as what they need in order to bring about meaningful change. According to a September 2015 global survey of 251 respondents conducted by Harvard Business Review Analytic Services, 78 percent of organizations agree or strongly agree that within two years the use of externally generated big data will be “transformational.” But there’s work to be done, since only 21 percent of respondents strongly agree that external data has already had a transformational effect on their firms.
As digital business evolves, however, we’re finding that the best form of security and enablement will likely remove any real responsibility from users. They will not be required to carry tokens, recall passwords or execute on any security routines. Leveraging machine learning, artificial intelligence, device identity and other technologies will make security stronger, yet far more transparent. From a security standpoint, this will lead to better outcomes for enterprises in terms of breach prevention and data protection. Just as important, however, it will enable authorized users in new ways. They will be able to access the networks, data and collaboration tools they need without friction, saving time and frustration. More time drives increased employee productivity and frictionless access to critical data leads to business agility. Leveraging cloud, mobile and Internet of Things (IoT) infrastructures, enterprises will be able to transform key metrics such as productivity, profitabilit
Published By: Cisco EMEA
Published Date: Mar 05, 2018
Enterprise IT is changing. It’s evolving from a rigid, static, manually configured and managed architecture to one where connectivity is dynamic, application services are on demand, and processes are automated. Enterprise networking is evolving along with IT. This has been evident in the past several years in initiatives such as enterprise digitization and as-a-service consumption models, as well as their enablers, including BYOD, IoT and cloud. Add to this, all of the security implications of each initiative. The evolution of IT requires a network that evolves along with IT’s changing requirements – a network that continuously adapts to ever-changing security threats, and evolving digitization, mobility, IoT and cloud requirements.
Security is a looming issue for businesses. The threat landscape is increasing, and attacks are becoming more sophisticated. Emerging technologies like IoT, mobility, and hybrid IT environments now open new business opportunity, but they also introduce new risk. Protecting servers at the software level is no longer enough. Businesses need to reach down into the physical system level to stay ahead of threats. With today’s increasing regulatory landscape, compliance is more critical for both increasing security and reducing the cost of compliance failures. With these pieces being so critical, it is important to bring new levels of hardware protection and drive security all the way down to the supply chain level. Hewlett Packard Enterprise (HPE) has a strategy to deliver this through its unique server firmware protection, detection, and recovery capabilities, as well as its HPE Security Assurance.
La sécurité est une préoccupation permanente pour les entreprises Le paysage des menaces ne cesse de se développer et les attaques sont de plus en plus complexes. Si les technologies émergentes telles que l'Internet des objets (IoT), la mobilité et les environnements informatiques hybrides font apparaître de nouvelles opportunités commerciales, elles introduisent également de nouveaux types de risques. Protéger les serveurs au niveau logiciel n'est plus suffisant ; pour garder un temps d'avance sur les menaces, les entreprises doivent se protéger au niveau des systèmes physiques. Avec la multiplication des contraintes réglementaires, la conformité joue un rôle de plus en plus critique à la fois sur l'augmentation de la sécurité et sur la réduction du coût des non-conformités. Ces différents aspects étant extrêmement critiques, il est très important de définir des niveaux de protection matérielle et d'appliquer les mesures de sécurité jusqu'à la chaîne d’approvisionnement. À cet effet,
Das Thema Sicherheit droht, sich für Unternehmen zum Problem zu entwickeln. Die Zahl der Sicherheitsbedrohungen nimmt zu und die Angriffe werden immer raffinierter. Neue Technologien wie das IoT, mobile Lösungen und Hybrid IT-Umgebungen bieten zwar neue Geschäftschancen, bringen aber auch neue Risiken mit sich. Heutzutage reicht es daher nicht mehr aus, die Server auf Softwareebene zu schützen. Unternehmen müssen den Schutz bis auf die physischen Systeme ausweiten, um gegen Sicherheitsbedrohungen gewappnet zu sein. Angesichts der immer größeren Zahl an regulatorischen Bestimmungen im heutigen Geschäftsumfeld gewinnt die Einhaltung dieser Bestimmungen an Bedeutung – zum einen, um das
Sicherheitsniveau zu verbessern, zum anderen, um die Kosten zu senken, die durch die Nichteinhaltung dieser Bestimmungen entstehen. Da diese Aspekte von so kritischer Bedeutung sind, ist es wichtig, den Schutz der Hardware zu verbessern und das Sicherheitsniveau bis auf Lieferkettenebene zu erhöhen.