Posts Tagged: "cloud computing"

While there are a lot of irreplaceable benefits to leveraging social media and cloud collaboration platforms for business, there are also risks that, if not managed properly, leave organizations vulnerable to business and legal risk… According to Osterman, sometimes takes a significant event to drive decision makers to action in the context of good information governance. For instance, a lawsuit in which an organization is not able to adequately respond to an eDiscovery order, or a regulator’s request for information that cannot be properly satisfied, will often move information governance from the back burner to a properly funded and executed initiative.

As businesses rapidly outsource their IT functions to the cloud, customers seeking cloud computing or cloud services must understand the risks, especially when sensitive, regulated or confidential data is stored in the cloud. Sensitive data carries business risk and may be subject to a host of legal and regulatory requirements. Cloud service agreements usually are based on the cloud services provider’s standard form agreement… The customer must read the indemnification terms closely, not just for the explicit language in the agreement, but for what the customer is really getting from the cloud services supplier and whether the indemnification terms will be of any help to the customer’s business if sued by a third party.

The springing license does offer at least some protection in the future against patent aggregators looking to monetize IP assets, but it wouldn’t stop any party, including an actual patent troll, from sending a demand letter asserting rights to a patent outside of the Azure IP Advantage portfolio. But, how those in the program can be use one of Microsoft’s patents to defend against a patent troll seems rather questionable. By definition a patent gives the owner the right to do nothing other than exclude. So even if you have lawfully acquired rights through the owner you’ve acquired no affirmative rights, just a promise from the owner that they won’t exclude you from what it is that you are doing. Therefore, you cannot defend a patent litigation against a patent troll or any patent owner by pointing to a patent you have rights to use because that isn’t how a patent works.

When you think of autonomous cars or driverless vehicles, you probably don’t associate them with cloud computing and data analytics. However, that’s exactly the technology that makes autonomy possible, at least when it comes to modern mechanics… A vehicle that has to wait for commands from a cloud system is especially vulnerable.

In 1992, Bill Clinton was elected President of the United States. Hurricane Andrew bore down on the American Southeast, causing billions in damage after wreaking destruction from Florida to Louisiana. Johnny Carson retired from The Tonight Show. The Buffalo Bills were in the Super Bowl. Los Angeles saw a string of deadly riots related to the LAPD’s televised beating of Rodney King. And 1992 was the last year during which a company other than American information technology firm IBM (NYSE:IBM) could claim that it had earned the greatest number of U.S. patents… With over 8,000 patents IBM stands supreme in the US patent world, earning the most US patents in 2016 and claiming the top spot for the 24th year in a row.

Customers, myself included, are used to the customer-centric technologies experienced in other ‘digitized’ sectors like publishing or music – these have had to adapt to the digital revolution early. Customers now want that experience replicated in the FS sector. Banks, for example, are beginning to take notice, investing significant amounts of money in IT upgrades: Australia’s Commonwealth Bank invested over AUD $1.1 billion in an end-to-end IT transformation project to replace its aging core banking system and Barclays has been promoting customer-centric technologies like the mobile payments app PingIt for many years.

ShadowIT involves workers’ use of unsanctioned products and applications to perform the work of the business enterprise. In other words, ShadowIT occurs when employees use their personal emails and applications, such as a cloud-based storage system, instead of company-approved solutions. According to a recent survey, about one-third of IT use is considered ShadowIT. Whether responding to a subpoena in a wage and hour dispute, attempting to safeguard previous corporate secrets, or analyzing the extent of a data breach, a company’s failure to understand the scope and location of ShadowIT data could be problematic. Companies should have policies in place regarding employees’ (and other workers’) use of unapproved applications, but there should also be an understanding that a policy is not a panacea.

2016 has gotten off to a strong start for the company as the patent portfolio analysis tools at Innography are showing us that IBM has already earned 1,927 U.S. patents through the first three months of this year. Not surprisingly, much of IBM’s patent activities have been focused on computing devices, data sets, computing environment, storage devices and data structures. Natural language technologies are another area where IBM has pursued recent innovative advances. Likewise, we note a trio of patents recently issued to IBM in automotive and related sectors, starting with the crash damage mitigation technology, technologies for communicating information between vehicles, and enhanced methods of traffic routing involving stoplight timing.

IBM once again has topped the list of annual U.S. patent recipients, receiving 7,355 patents in 2015. This is the 23rd consecutive year IBM has received more U.S. patents than any other entity in the world. More than 8,500 IBMers residing in 50 states and territories and 46 countries are responsible for IBM’s 2015 patent tally. IBM inventors who reside outside the U.S. contributed to more than 36 percent of the company’s 2015 patents.

Many of the patents we noticed in our recent survey of BofA technologies are related to enhanced security methods for financial transactions, such as the innovation protected by U.S. Patent No. 9218596, entitled Method and Apparatus for Providing Real Time Mutable Credit Card Information. It discloses a smartcard apparatus having a microprocessor chip, a button, a dynamic transaction authorization number and a Bluetooth low energy device (BLE) that works to transmit an instruction to a smartphone for a request for a dynamic transaction authorization number when the button is depressed and receive the number from the smartphone; the smartcard further has a battery and a dynamic magnetic strip comprising a digital representation of the dynamic authorization number. This technology is designed to enhance security measures in smartcards having magnetic strips without requiring a banking institution to issue new cards. Enhanced security for banking transactions taking place on cloud infrastructures is featured within U.S. Patent No. 9184918, entitled Trusted Hardware for Attesting to Authenticity in a Cloud Environment. I

Texas Instruments has earned 825 U.S. patents through most of 2015, putting it on pace to perhaps slightly eclipse its 2014 totals. As the text cluster posted here shows our readers, much of TI’s recent R&D has focused on control signals, input signals and semiconductor devices… Short-range, low-power body area networks developed for medical purposes were featured by a pair of patent applications filed recently by Texas Instruments, including the innovation described within U.S. Patent Application No. 20150349839, entitled Ultra Wideband Modulation for Body Area Networks. It would protect a symbol modulation system having a symbol mapper configured to determine a time within a predetermined symbol transmission interval at which a transmission representative of the symbol will occur and then generate a single guard interval within the symbol transmission interval and positioned to terminate the symbol transmission interval. This body area network innovation establishes a physical layer which allows a receiver to identify and correct received data errors caused by channel issues. Physical layers in body area networks are also improved by the innovation discussed within U.S. Patent Application No. 20150350387, which is titled PHY Layer Options for Body Area Network (BAN) Devices. It claims a physical (PHY) layer method that involves performing body area network operations in a limited multipath environment using M-ary pre-shared keys (PSK), differential M-ary PSK or rotated differential M-ary PSK, and then transmitting BAN packets at a constant symbol rate. The use of physical layers to support BAN networking enables smarter medical devices, such as digital bandages that can measure and wirelessly transmit vital signs or pacemakers which can be fine-tuned after implantation.

The Consultation is part of the Commission’s assessment of the role of online platforms, promised in its Communication on a Digital Single Market Strategy for Europe (DSM) dated 6 May 2015. The Consultation covers a range of topics, including several controversial issues concerning transparency of online platforms and the proper extent of the hosting defence under the E-Commerce Directive. Interested parties have until around the end of December 2015 to respond (the exact closing date has not yet been published).

Law firms are coming under growing scrutiny for a lack of effort in addressing hacking concerns or even coming clean with the threats which they have faced. A cybersecurity report released in February of this year by Citigroup Inc. (NYSE:C) lambasted law firms for being at high risk for cyber intrusions while the industry standard for cybersecurity remains much lower than for other industries. Law firms who deal with incredibly valuable intellectual properties should be acutely aware of the risks that they face from hackers, especially those from overseas. Patented technologies have been the target of international hackers in recent months. Just this May, the U.S. Justice Department charged six Chinese nationals with stealing IP related to wireless technologies developed by a couple of American companies.

Just a few months after establishing this health and wellness cloud platform, IBM has secured its first Foundational Life Sciences partner for Watson Health in Teva Pharmaceutical Industries (NYSE:TEVA) of Petah Tikva, Israel. Statements from senior Teva officials indicate that the world’s largest manufacturer of generic pharmaceuticals will use the personal health cloud to connect more directly with physicians and patients and enable individualized treatment optimization options. It’s hoped that the Big Data tools available through IBM’s Watson analytics will be powerful enough to help Teva and others come up with more effective treatments for the millions of people worldwide suffering from chronic health conditions such as migraine, asthma or neurodegenerative diseases.