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Start Me Up….Cloud Tools Help Companies Accelerate the Adoption of Cloud Computing

Article reposted form HPC in the Cloud Online Magazine. Article originally posted on Nov. 29 2010:

For decision makers looking to maximize their impact on the business, cloud computing offers a myriad of benefits. At a time when cloud computing is still being defined, companies are actively researching how to take advantage of these new technology innovations for business automation, infrastructure reduction, and strategic utility based software solutions.

When leveraging “the cloud”, organizations can have on-demand access to a pool of computing resources that can instantly scale as demands change. This means IT — or even business users — can start new projects with minimal effort or interaction and only pay for the amount of IT resources they end up using.

The most basic division in cloud computing is between private and public clouds. Private clouds operate either within an organization’s DMZ or as managed compute resources operated for the client’s sole use by a third-party platform provider. Public clouds let multiple users segment resources from a collection of data-centers in order to satisfy their business needs. Resources readily available from the Cloud include:

● Software-as-a-Service (SaaS): Provides users with business applications run off-site by an application provider. Security patches, upgrades and performance enhancements are the application provider’s responsibility.

● Platform-as-a-Service (PaaS): Platform providers offer a development environment with tools to aide programmers in creating new or updated applications, without having to own the software or servers.

● Infrastructure-as-a-Service (IaaS): Offers processing power, storage and bandwidth as utility services, similar to an electric utility model. The advantage is greater flexibility, scalability and interoperability with an organization’s legacy systems.

Many Platforms and Services to Choose From:

Cloud computing is still in its infancy, with a host of platform and application providers serving up a plethora of Internet-based services ranging from scalable on-demand  applications to data storage services to spam filtering. In this current IT environment, organizations’ technology ecosystem have to operate cloud-based services individually, but cloud integration specialists and ISVs (integrated software vendors) are becoming more prevalent and readily available to build on top of the emerging and powerful platforms.

Mashing together services provided by the worlds largest and best funded companies like Microsoft, Google,, Rackspace, Oracle, IBM, HP and many others, gives way to an opportunity for companies to take hold and innovate, and build a competitive, cost saving cloud of their own on the backs of these software giant’s evolving view of the cloud.

Cloud computing comes into focus only when you think about what IT always needs: a way to increase capacity or add capabilities on the fly without investing in new infrastructure, training new personnel, licensing and maintenance of new software. Cloud computing involves all subscription-centric or pay-for-what-you-use service that extends your IT environments existing capabilities.

Before deciding whether an application is destined for the cloud, analyze you current cost of ownership. Examine more than just the original licenses and cost of ownership; factor in ongoing expenses for maintenance, power, personnel and facilities. To start, many organizations build an internal private cloud for application development and testing, and decide from their if it is cost-effective to scale fully into a public cloud environment.

“Bridging the Whitespace” between Cloud Applications

One company, (which in Latin, translates to ‘bringing the clouds’) approaches simplifying the move to the Cloud for its enterprise clients by leveraging a proprietary set of Cloud tools named Nubifer Cloud:Portal, Cloud:Connector and Cloud:Link. Nubifer’s approach with Cloud:Portal enables the rapid development of “enterprise cloud mash-ups”, providing rich dash-boards for authentication, single sign-on and identity management. This increased functionality offers simple administration of accounts spanning multiple SaaS systems, and the ability to augment and quickly integrate popular cloud applications. Cloud Connector seamlessly integrates data management, data sync services, and enables highly available data interchange between platforms and applications. And Cloud:Link provides rich dashboards for analytic and monitoring metrics improving system governance and audit trails of various SLAs (Service Level Agreements).

As a Cloud computing accelerator, Nubifer focuses on aiding enterprise companies in the adoption of emerging SaaS and PaaS platforms. Our recommended approach to an initial Cloud migration is to institute a “pilot program” tailored around your platform(s) of choice to in order to fully iron-out any integration issues that may arise prior to a complete roll-out.

Nubifer’s set of Cloud Tools can be hosted on Windows Azure, Amazon EC2 or Google AppEngine. The scalability offered by these Cloud platforms promote an increased level of interoperability, availability, and a significantly lower financial barrier for entry not historically seen with current on-prem application platforms.

Cloud computing’s many flavors of services and offerings can be daunting at first review, but if you take a close look at the top providers offerings, you will see an ever increasing road map for on-boarding your existing or new applications to “the cloud”. Taking the first step is easy, and companies like Nubifer that provide the platform services, and the partner networks to aid your goals, are resourced and very eager to support your efforts.


BPOS to be Enhanced with Office Web Apps

Although the software giant has yet to reveal a specific timeline for the integration, Microsoft announced plans in October to add Office Web Apps to its hosted Business Productivity Online Suite (BPOS). This integration will give Microsoft a much-needed edge, and keep BPOS ahead of rivals like Google Apps. Google Apps offers office productivity applications as part of their broader cloud-based collaboration and communication suites.

Described by Microsoft officials as “online companions” to Word, Excel, PowerPoint and OneNote, Office Web Apps offers hosted versions of Microsoft’s Word, Excel, PowerPoint and OneNote that feature the use-ability found in the on-premise Microsoft Office suite. The software company says they are aiming to let users “access, view and edit” documents via a the Internet.

With about 20 million users, Office We Apps is currently available free for individual consumers as part of the Windows Live online services. Office Web apps is also a component to the free Live@EDU collaboration and communication suite for educational institutions. Office Web Apps can also be accessed by organizations that own the on-premise versions of Office 2010 and SharePoint 2010.

It has been widely reported that the absence of Office Web Apps from BPOS has not hindered the adoption of that collaboration and communication suite for businesses (which features Exchange Online, Office SharePoint Online and Microsoft Office Live Meeting).

According to industry analysts, BPOS licenses have more than tripled since the start of 2010, but it is unknown how many BPOS seats have been sold overall. Microsoft stated recently that there are 40 million paid seats of Microsoft Online Services—of which BPOS is a part of. In October, Microsoft announced a number of big customer wins for BPOS, such as DuPont (58,000 end users), Volvo (18,000 end users), Australia’s Spotless Group, Godiva and Sunoco.

Industry analysts have observed that the familiarity of Microsoft’s software interfaces and tools (because it is present in many enterprises), as well as the links between Microsoft’s cloud and on-premise software, will be an advantage for the company.

Gartner explains, “I’d expect to see a growing opportunity for companies looking to move to a more cost-effective collaboration environment to consider Microsoft in the mix because of its experience in delivering enterprise collaboration.”

Analysts have also seen that Microsoft’s sales-teams are being aggressive about spreading the word about BPOS and promoting it as part of the renewing of enterprise contracts. A Gartner analyst has been quoted as saying, “Microsoft has tapped a deep root of demand for cloud services with BPOS.”

Additionally, Microsoft announced new customers, including several California State University schools, the University of Montana, Northern Kentucky University, the College of DuPage, Washington University in St. Louis and Aston University in the U.K., for Live@EDU. Live@EDU now features more than 10,000 academic institutions with over 11 million end users. Live@EDU includes Office Web Apps, Windows Live Sky Drive and Outlook Live.

For more information regarding BPOS contract a Nubifer representative today. Nubifer is a Microsoft Certified Partner.

Predicting, Building Toward and Defining the Future of Cloud Automation

Cloud computing is an outcome of efficient IT automation, and is a model that is only possible by standardizing core elements of computing and the automation of their operation. The cloud cannot be a self-sustaining platform without automation, nor can it scale to very large numbers of customers or systems.

As the modern IT landscape becomes more concentrated, new computing complexities begin to surface. Although this has occurred in the past with evolving programming languages, computer networks, software design architectures and system virtualization, IT automation has raised the bar on that concept more than any other.

By most industry estimations, we are only at an early stage in the grand scheme of operations automation, just the second or third of several unavoidable evolutionary stages in the growing capability of systems to stand on their own in a global IT ecosystem.

Organizational Automation
Organizational automation of server deployment is the first stage of automation. When the server is the unit of deployment, server automation is a prime idea. Each server can host a single operating system, creating that OS and formatting to apps to include is an ideal method of streamlining operations of a single server.

The difficulty of this method is that it’s difficult to execute efficiently at large scales because the system administrator is still burdened to make operational decisions on behalf of the application. You may now be wondering about the number of servers is an ideal amount to deploy? And, which types of servers should you should add instances to in order to meet peak loads and what the time-frame should be for doing that? The result of this method of operation is a significantly cumbersome manual operations environment, with most organizations Nubifer has Consulted with at this stage and scale, implementing strategic capacity planning and erect a system for expected peak.

Application Implementation
The implementation of a sectioned distributed application where the different data-sets of the application are aimed for a deployment location is a significant upgrade to single server deployment. This type of automation essentially ensures that each set of data ends up where it’s supposed to be stored and that it’s configured correctly.

Standards in Source Code
We also noticed that standardized operations code adds important functionality to simple distributed deployment automation which shifts capacity consumption based on application needs in real time. This type of scaling automation ensures that your organization pays only for what you use.

Implementing Cloud Automation
Nubifer has noticed that modern scaling automation has one primary limitation: the fashion in which the health of the application is determined has to be built into application OS’s ahead of time. The developer has to determine what conditions to examine, what state requires an adjustment to scale and what layers of the application are scaled in response. This all has to be effectively architected prior to the application being deployed into your organization’s IT environment.

Interop and Identity Management
Leveraging the interoperability and intelligence of behavior learning algorithms enabling cloud systems to receive a wide variety of monitoring data is the next logical step, followed by picking through that data to determine normal and abnormal behaviors and to determine appropriate ways to react to any anomalies. These forms of learned behavior turn the application system an adaptive system which becomes increasingly better at making efficient choices the longer the application is in production.

Even though the issue discussed above is a complicated one, successful migrations will be exceedingly important as they will continuously evolve strategies for dealing with app performance, security and cost management.

Why Give Up Control?
You may be wondering why you want to give up control over operations of your key apps to an automation system. The reasoning lies under the same motivation for turning over of your operating systems to virtual machines, your phone systems to managed service providers or your compute resources to cloud environments: agility, interoperability, scalability and cost.

The Take-Aways
Companies that adopt one or more cloud models for a large percentage of their workloads will see key advantages over those that don’t, and cloud providers that adopt the best infrastructure and service automation systems will improve their chances in the marketplace. Visit to learn more about the past, present and future states of cloud computing and to gain insights and key research into the field of cloud computing, software-as-a-service, platform and infrastructure-as-a-service.

Taking a Closer Look at the Power of Microsoft Windows Azure AppFabric

Microsoft’s Windows Azure runs Windows applications and stores advanced applications, services and data in the cloud. This baseline understanding of Windows Azure, coupled with the practicality of using computers in the cloud makes leveraging the acres of Internet-accessible servers on offer today an obvious choice. Especially when the alternate option of buying and maintaining your own space in data centers and hardware deployed to those data centers can quickly become costly. For some applications, both code and data might live in the cloud, where the systems they use are managed and maintained by someone else. On-premise applications—which run inside an organization—might store data in the cloud or rely on other cloud infrastructure services. Ultimately, making use of the cloud’s capabilities provides a variety of advantages.

Windows Azure applications and on-premises applications can access the Windows Azure storage service using a REST-ful approach. The storage service allows storing binary large objects (blobs), provides queues for communication between components of Windows Azure application, and also offers a form of tables with a simple query language. The Windows Azure platform also provides SQL Azure for applications that need traditional relational storage. An application using the Windows Azure platform is free to use any combination of these storage options.

One obvious need between applications hosted in the cloud and hosted on-premise is communication between applications. Windows Azure AppFabric provides a Service Bus for bi-directional application connectivity and Access Control for federated claims-based access control.

Service Bus for Azure AppFabric

The primary feature of the Service Bus is message “relaying” to and from the Windows Azure cloud to your software running on-premise, bypassing any firewalls, network address translation (NAT) or other network obstacles. The Service Bus can also help negotiate direct connections between applications. Meanwhile, the Access Control feature provides a claims-based access control mechanism for applications, making federation easier to tackle and allowing your applications to trust identities provided by other systems.

A .NET developer SDK is available that simplifies integrating these services into your on-premises .NET applications. The SDK integrates seamlessly with Windows Communication Foundation (WCF) and other Microsoft technologies to build on pre-existing skill sets as much as possible. These SDKs have been designed to provide a first-class .NET developer experience, but it is important to point out that they each provide interfaces based on industry standard protocols. Thus, making it possible for applications running on any platform to integrate with them through REST, SOAP and WS-protocols.

SDKs for Java and Ruby are currently available for download. Combining them with the underlying Windows Azure platform service produces a powerful, cloud-based environment for developers.

Access Control for the Azure AppFabric

Over the last decade, the industry has been moving toward an identity solution based on claims. A claims-based identity model allows the common features of authentication and authorization to be factored out of your code, at which point such logic can then be centralized into external services that are written and maintained by subject matter experts in security and identity. This is beneficial to all parties involved.

Access Control is a cloud-based service that does exactly that. Rather than writing your own customer user account and role database, customers can let AC orchestrate the authentication and most of the user authorization. With a single code base in your application, customers can authorize access to both enterprise clients and simple clients. Enterprise clients can leverage ADFS V2 to allow users to authenticate using their Active Directory logon credentials, while simple clients can establish a shared secret with AC to authenticate directly with AC.

The extensibility of Access Control allows for easy integration of authentication and authorization through many identity providers without the need for refactoring code. As Access Control evolves, support for authentication against Facebook Connect, Google Accounts, and Windows Live ID can be quickly added to an application. To reiterate: over time, it will be easy to authorize access to more and more users without having to change the code base.

When using AC, the user must obtain a security token from AC in order to log in; this token is similar to a signed email message from AC to your service with a set of claims about the user’s identity. AC doesn’t issue a token unless the user first provides his or her identity by either authenticating with AC directly or by presenting a security token from another trusted issuer (such as ADFS) that has authenticated that user. So by the time the user presents a token to the service, assuming it is validated, it is safe to trust the claims in the token and begin processing the user’s request.

Single sign-on is easier to achieve under this model, so a customer’s service is no longer responsible for:

• Authenticating users
• Storing user accounts and passwords
• Calling to enterprise directories to look up user identity details
• Integrating with identity systems from other platforms or companies
• Delegation of authentication (a.k.a. federation) with other security realms

Under this model, a customer’s service can make identity-related decisions based on claims about the user made by a trusted issuer like AC. This could be anything from simple service personalization with the user’s first name, to authorizing the user to access higher-valued features and resources in the customer’s service.


Due to the fact that single sign-on and claims-based identity have been evolving since 2000, there are a myriad of ways of doing it. There are competing standards for token formats as well as competing standards for the protocols used to request those tokens and send them to services. This fact is what makes AC so useful, because over time, as it evolves to support a broader range of these standards, your service will benefit from broader access to clients without having to know the details of these standards, much less worry about trying to implement them correctly.

Security Assertion Markup Language (SAML) was the first standard. SAML specified an XML format for tokens (SAML tokens) in addition to protocols for performing Web App/Service single sign-on (SAML tokens are sometimes referred to inside Microsoft as SAMLP–for the SAML protocol suite). WS-Federation and related WS-* specifications also define a set of protocols for Web App/Service single sign-on, but they do not restrict the token format to SAML, although it is practically the most common format used today.

To Summarize

The Service Bus and Access Control constituents of the Windows Azure platform provide key building block services that are vital for building cloud-based or cloud-aware applications. Service Bus enables customer to connect existing on-premises applications with new investments being built for the cloud. Those cloud assets will be able to easily communicate with on-premises services through the network traversal capabilities, which are provided through Service Bus relay.

Overall, the Windows Azure platform represents a comprehensive Microsoft strategy designed to make it easy for Microsoft developers to realize the opportunities inherent to cloud computing. The Service Bus and Access Control offer a key component of the platform strategy, designed specifically to aid .NET developers in making the transition to the cloud. These services provide cloud-centric building blocks and infrastructure in the areas of secure application connectivity and federated access control.

For more information on the Service Bus & Access Control, please contact a Nubifer representative or visit these Microsoft sponsored links:

• An Introduction to Windows Azure platform AppFabric for Developers (this paper)

• A Developer’s Guide to Service Bus in Windows Azure platform AppFabric

• A Developer’s Guide to Access Control in Windows Azure platform AppFabric

• Windows Azure platform

• Service Bus and Access Control portal

Do You Still Need to Worry About Cloud Security?

The answer to the question posed above is … maybe, but definitely not as much as before! A few recent studies in a handful of technologically conservative industries suggest that people and businesses are becoming increasingly comfortable with storing and managing their data in the cloud.

Markets like health care, finance and government, which are typically technology risk-averse, are quickly adopting (and even advocating) disruptive cloud technologies.

Those that have yet to adopt Software-as-a-Service continue to raise two fears when considering making the move into the cloud: Who is in control of my data? Is it safe to store my data somewhere other than the office? These concerns are valid and must be understood by those making the move to the cloud, but the idea that my data must be stored under my roof is shifting.

One expert from Accenture was recently quoted in an article on as saying, “Healthcare firms are beginning to realize that cloud providers actually may offer more robust security than is available in-house.” Within that same story a recent study was cited that stated that about one-third of the health care industry currently uses cloud apps and that over 70% of respondents plan to shift more and more to SaaS and cloud apps. While these estimates are interesting in any field, the intrigue is heightened when it comes to health care, where HIPPA compliance rules are notoriously strict.

The finance world is seeing similar shifts. For example, a recent study conducted by SIFMA explained how cloud computing is enabling the financial industry to move forward with technology in spite of budget restraints. “The [finance] industry is showing a larger appetite for disruptive technologies such as cloud computing to force business model change,” said the study.

Even the federal government is showing traces of similar trends, with federal CIO Vivek Kundra singing the praises of cloud computing even more than Marc Benioff! “Far too long we’ve been thinking very much vertically and making sure things are separated. Now we have an opportunity to lead with solutions that by nature encourage collaboration both horizontally and vertically.”

Cloud security remains an important issue that vendors take seriously, but there is definitely a shifting mood towards acceptance of cloud security. In a recently blog post, John Soat summarized the current mood saying, “It’s not that security in the cloud isn’t still a concern for both [health care and finance] industries, but it’s a known, and perhaps better understood factor … So while security is still a legitimate concern, it doesn’t seem to be the show stopper it used to be …”

Nubifer Cloud:Portal

Reducing capital expenditure for hardware supporting your software is a no-brainer, and Nubifer Cloud:Portal allows you to leverage the computing power and scalability of the top-tier cloud platforms. A powerful suite of core portal technologies, interfaces, database schematics and service-oriented architecture libraries, Cloud:Portal comes in several configuration options and you are sure to find the right fit for your enterprise.

Nubifer understands that certain clients requiring custom on-premise and cloud-hosted portals may also require different application layers and data layer configurations. For this reason, Nubifer leverages RAD development techniques to create robust, scalable programming code in ASP.NET (C#), ASP, PHP, Java Servlets, JSP and ColdFusion and Perl. Nubifer also supports a myriad of data formats and database platform types, cloud SOA and architectures such as SQL Server (and Express), Microsoft ® Access, MYSQL, Oracle and more.

Nubifer Cloud:Portal Provides Enterprise Grade Solutions

Your new Nubifer Cloud:Portal is created by Nubifer’s professional services team through customizing and enhancing one or more combinations. In addition, a wide range of cloud modules are compatible and can be added as “plug-in” modules to extend your portal system.

The following Options in Portal types are available:

·         Online Store

·         Task Management System

·         Employee Directory

·         Bug / Task Tracker

·         Forum / Message Board

·         Wizard Driven Registration Forms

·         Time Sheet Manager

·         Blog / RSS Engine Manager

·         Calendar Management System

·         Events Management

·         Custom Modules to Match Business Needs

At its most basic, the cloud is a nebulous infrastructure owned and operated by an outside party that accepts and runs workloads created by customers. Nubifer Cloud:Portal is compatible with cloud platforms and APIs like Google APIs for Google Applications and Windows® Azure, and also runs on standard hosting platforms.

Cloud Portal boasts several attractive portal management features. Multi-level Administrative User Account Management lets you manage accounts securely, search by account and create and edit all accounts. Public Links and Articles Manager allows to you create, edit or archive new articles, search indexed and features the Dynamic Links manager. Through “My Account” User Management, users can manage their own account and upload and submit custom files and information. The Advanced Security feature enables session-based authentication and customized logic.

That’s not all! There are other great features association with Nubifer Cloud Portal. Calendar and Events lets you add and edit; calendars can be user specific or group organization specific and events can be tied to calendar events. The system features dynamic styles because it supports custom styles sheets dynamically triggered by user choice or by configuration settings, which is great for co-branding or the multi-host look and feel. Web Service XML APIs for 3rd party integration feature SOA architecture, are web service enables and are interoperable with the top-tier cloud computing platforms by exposing and consuming XML APIs. Lastly, submission forms, email and database submission is another important feature. Submission forms trigger send mail functionality and are manageable by Portal Admins.

Cloud Portal employs R.I.A. Reporting such as User Reports, Search BY Category Reports, Transaction Details Reports, Simple Report and Timesheet Report through Flex and Flash Reports.

Companies using Cloud Portal are delivered a “version release” code base for their independent endeavors. These companies leveraging Nubifer’s professional portal service have access, ownership and full rights to the “code instance” delivered as the final release version of their customized cloud portal. This type of licensing gives companies a competitive edge by being the sole proprietor of their licenses copy of the cloud portal.

Enterprise companies leverage the Rapid and Rich offering delivered by out portal code models and methodologies. As a result, companies enjoy the value of rapid prototyping and application enhancement with faster to market functionality in their portals.

Nubifer Cloud:Portal technology is designed to facilitate and support your business model today and in the future, by expanding as your company evolves. Within our process for portal development, we define and design the architecture, develop and enhance the portal code and deliver and deploy to your public or private environment. Please visit to learn more about our proprietary offering, Cloud:Portal.

Nubifer Cloud:Link

Nubifer Cloud:Link monitors your enterprise systems in real-time and strengthens interoperability with disparate owned and leased SaaS systems. When building enterprise mash-ups, custom addresses and custom source codes are created by engineers to bridge the white space, also known as electronic hand-shakes, between the various enterprise applications within your organization. By utilizing Nubifer Cloud:Link, you gain a real-time and historic view of system-based interactions.

Cloud:Link is designed and configured via robust administrative tools to monitor custom enterprise mash-ups and deliver real-time notifications, warning and performance metrics of your separated yet interconnected business systems. Cloud:Link offers the technology and functionality to help your company monitor and audit your enterprise system configurations.

Powerful components of Cloud:Link make managing enterprise grade mash-ups simple and easy.

  • Cloud:Link inter-operates with other analytic engines including popular tracking engines (eg: Google Analytics)
  • RIA (Rich Internet Applications): reporting, graphs and charts
  • WEB API handles secure key param calls
  • Verb- and Action-based scripting language powered by “Verbal Script”
  • XML Schema Reporting capabilities
  • Runs on-premise, as an installed solution, or in the cloud as a SaaS offering
  • Client-side recording technology tracks and stores ‘x’ and ‘y’ coordinate usage of enterprise screens for compliance, legal and regulatory play back
  • Graphical snapshots of hot maps show historical views of user interaction and image hit state selections
  • Creates a method for large systems to employ “data and session playback” technologies of system-generated and user-generated interaction sessions in a meaningful and reproducible way

Cloud:Link monitors and reports enterprise system handshakes, configurations, connections and latency reports in real time. Additionally, Cloud:Link rolls the data view up to your IT staff and system stakeholders via rich dashboards of charts and performance metrics. Cloud:Link also has a robust and scalable analytic data repository that keeps an eye on the connection points of enterprise applications, and audits things like “valid ssl cert warnings or pending expirations”, “mid to high latency warnings”, “ip logging”, “custom gateway SSO (Single Sign-On) landing page monitoring” among many other tracking features.

also leverages Google Analytics by way of Cloud:Link extended AP,  which can complete parallel calls to your Google Analytics account API, and send data, logs, analytic summaries, and physical click and interface points by the end users to any third party provider or data store for use in your own systems.

On the server side, Cloud:Link is a server-based application you can install or subscribe to as a service. Data points and Machine-to-Machine interaction is tracked at every point during a systems interaction. The Cloud:Link monitor can track remote systems without being embedded or adopted by the networked system, however, if your company chooses to leverage the Cloud:Link API for URI Mashup Tracking, you can see even more detailed real time reports of system interoperability and up-time.

On the client side, leverage Cloud:Link’s browser plug-in within your enterprise to extend your analytic reach into the interactions by your end-users. This approach is particularly powerful when tracking large systems being used by all types of users. Given the proper installation and setup, your company can leverage robust “Session Playback” of human interaction with your owned and leased corporate business systems.

Nubifer Inc. focuses on interoperability in the enterprise. Disparate applications operating in independent roles and duties need unified index management, Single Sign-On performance tracking, and application integration monitoring.

  • User Admin logs in and sees a dashboard with default reporting widgets configurable by the admin user
  • “My Reports” (Saved Wizard generated reports) and can be setup to auto send reports to key stake holders in your IT or Operations group
  • Logs (Raw log review in Text Area, exportable to csv, or API post to remote FTP account)
  • Users (Connecting known vs. unknown connecting IP’s)
  • Systems (URI lists of SSO (Single Sign-On)paths to your SaaS and on Premise Apps) – An Enterprise Schematic Map of your On-Prem and Cloud-Hosted Applications

At the core of Nubifer’s products are Nubifer Cloud:Portal, Nubifer Cloud:Link, and Nubifer Cloud:Connector, which offer machine-to-machine real time analytics, tracking and playback of machine to machine interaction for human viewers using Rich Internet Application Components to view on customize-able dashboards. Nubifer Cloud:Link enables large publicly traded or heavily regulated companies to follow compliance laws, regulations, such as SOX, SaS70, HL7/HPPA, and mitigate the risk of not knowing how your systems are interacting on a day to day basis.

Currently Cloud:Link is hosted on, and compatible with:

  • Microsoft® Windows Azure™ Platform
  • Amazon® EC3
  • Google® App Engine
  • On-Premise Hosted

To learn more about Cloud:Link technology please contact or visit to find out how you can begin using the various features offered by Nubifer Cloud:Link.