Tag Archive for 2012

Cyber Insurance

Cyber InsuranceJohn Moccia with Innovation Guard wrote a good primer on what happens when a firm needs to buy cyber insurance in a thread at Internet Evolution. The author writes that loss control/security precautions are built into the process of acquiring cyber insurance. There are firms like NetDiligence that partner with insurers. Apparently, when you buy a cyber insurance policy, the coverage is contingent upon a successful security audit performed by NetDiligence (penetration testing, ethical hack, etc).

Cyber InsuranceThe article goes on to state that when a company outsources their technologies, such as with a co-hosting facility where their actual servers reside, the insurer will seek information on the Colo firm’s security protocols, protection, and redundancy. In the end, those companies with better procedures/protections in place will get better rates…..those with worse or no security will get higher rates – or not be afforded coverage at all.

There are first and third-party implications to Cyber insurance according to Mr. Moccia.

The first party = your losses…such as the cost to notify the thousands or tens of thousands of people whose info has been compromised.

Third-Party = losses of others where they would seek restitution from you. A class action claim for failure to secure confidential data – defense costs, settlements, etc.

This whole area is still evolving. Some insurers offer just third-party, others offer both. They have different approaches to the way they offer the coverage’s, too. For example, while one insurer may offer you up to $250K for breach notification costs, another provides coverage for up to 2 million affected people with no specific dollar amount.

Coverage can be incorporated on some insurer’s policies to address the acts of “rogue” employees/insiders.

Read the fine printThe author points out that the insurance industry is a very old industry. It is also one that is slow to change its ways of doing business. Insurers package their policies the way they want to sell them, as opposed to the way people/businesses want to buy them. For example, the types of claims that we are discussing here are relevant and likely for any kind of company today. General Liability claims are very uncommon and unlikely (at least for vanilla office-based companies, like Tech businesses and professional service companies)…and traditional business interruption coverage doesn’t address these cyber issues. Yet, these coverage’s are part of the standard policy that all businesses carry. In order to get the total protection that a business needs, it has to buy several policies, usually from multiple insurers. The first progressive insurer that is willing to incorporate coverage for these modern exposures (even if they just dip their toe in the water… offer $10K or some other nominal amount!), as part of what is their standard commercial policy, will have a huge advantage on the rest of the market.

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I am sure that many SMB organizations have holes in their coverage when it comes to their cyber insurance. I really doubt that they can pass the security audit. Many of the organizations I deal with have very low-security postures. Conversations about password policies, document retention, and user account life-cycle are a big deal, even when my counterpart has come from industry to industry to education.

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Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

1983 Mobile Device

Commodore EXECUTIVE 64 ad from Australia, could be the first mobile device. It was advertised as the first “portable” full-color computer. The Commodore EXECUTIVE 64 was introduced in 1983 and had a retail of $1,000.

Commodore EXECUTIVE 64 1983 Mobile Device

 

Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

Power Over Ethernet 802.3at

Power Over Ethernet 802.3atA client recently asked what happened to the network design rule of thumb which said do not install data cables anywhere near electrical cables? The fear of cross-talk, interference, and corruption of the data traffic seems to have disappeared with power over Ethernet. He rightly pointed out that now it seems OK to mix data and power in the same cable going to a networked device. Power over Ethernet (PoE) is similar in principle to the way that the copper wire pair that carries your POTS (Plain Old Telephone System) telephone signals into your house also carries enough electricity (48v DC) from the telco Central Office to power the phone’s core elements of the headset, dial, and ringer. The latest PoE standard is 802.3at.

See part 1 here.

can cut installation costsPoE end devices (PD) became popular with the bean-counters because these devices can cut installation costs by as much as 90% over traditional powering techniques. With cost savings comes demands for new products however, the power limitation of 802.3af  prevented full support of  “high power” devices via the industry-standard PoE. In September 2005, the IEEE launched a task force to begin reviewing new PoE specifications to enhance the IEEE 802.3af guidelines into a next-generation standard.

The IEEE ratified the new PoE standard in 2009 called IEEE 802.3at-2009 PoE standard (aka PoE+ or PoE plus). Under the new standard Power Sourcing Equipment (PSE) must provide at least 30.0 Watts at the PSE port and 25.5 watts continuous power to up to 100 meters from the PSE over Cat5e or better cable to each PD. This will allow PoE to address applications such as multi-radio wireless APs, Pan-Tilt-Zoom (PTZ) gimbal-mounted cameras, 802.16 subscriber stations, 3G/LTE femtocells, perimeter security equipment, videoconferencing products, thin clients, and even some notebooks, as well as emerging applications. The new standard also provides full backward compatibility and interoperability to existing 802.3af compliant PSE’s and PD’s.

802.11n Wi-Fi technologyThe widespread use of 802.11n Wi-Fi technology has been one of 802.3at’s drivers. The multiple-input/multiple-output (MIMO) architecture used by 802.11n technology requires more power than earlier technologies, like 802.11a and 802.11b/g.

Installation practices and cable type impact the ability to use PoE+ to power a PD. Installation practices are outside the scope of the IEEE 802.3at standard. The Telecommunications Industry Association (TIA) has addressed these issues in a Telecommunications Systems Bulletin (TSB). TSB-184, Guidelines for Supporting Power Delivery Over Balanced Twisted-Pair Cabling describes how the impact of environmental conditions of the installed cabling and heat dissipation profiles of the cables’ effect the telecommunications cabling capacity to support the PoE+ application.

But Wait There’s More

IEEE logoOne of the most important benefits of the IEEE 802.3at standard is it incorporates existing 802.3af PoE safety requirements. The new standard includes compliance detection features for safe powering as well as safe PD disconnection in overload, short-circuit or under-load conditions enabling fast and safe adoption of the new standard.

The definition of a powered device changed under the IEEE 802.3at-2009 standard. The new standard considers the PD to be the powered interface, as opposed to the entire device being powered. This means that one device can have two power interfaces, each taking 25.5W, inside the same box. Nothing precludes these to be connected—one over the two pairs using lines 1, 2, 3, and 6 and the other over the two pairs using lines 4, 5, 7, and 8. This is what makes it possible to double the standard 802.3at-2009 maximum of 25W and go up to 51W while fully complying with the standard. Applications that need 51W PoE are an exterior IP camera with a heater or an access control system that includes a controller, a reader, and a few door locks which can easily consume 45W of power or more.

POE PTZ cameraAnother way PoE system developers are addressing the growing device powering requirements is by employing the option in the IEEE standard to add PoE functionality over all four pairs of the Ethernet cable. This option opens the door for safely delivering 60 watts of direct current (DC) power over a single Ethernet cable, using current levels of 600 milliamps (mA) than the 1.2 Amp level of two-pair 60W midspans.

The manufacturers claim this configuration can cut power consumption by 15% compared to two-pair solutions. This could translate into savings of about $25 per year per powered device, assuming energy costs of $0.10 per kilowatt-hour.

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  • IEEE Introduces Groundbreaking Standard for Body Area Networking (sys-con.com)

 

Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

Patent Trolls Cost the US $29 Billion

Patent Trolls Cost the US $29 BillionThe United States patent system is costing the industry more than $29 billion a year in unnecessary legal fees. A Boston University study crunched the numbers and worked out that the legal action conducted by “patent trolls” cost U.S. companies an estimated $29 billion during 2011.

United States Patent and Trademark Office (USPTO) logoFortune defines patent trolls as entities that own the intellectual rights to innovations without innovating anything themselves, so-called “non-practicing entities.” They buy patents to sue infringers. According to the study, last year, 1,150 companies defended themselves against 5,842 patent troll lawsuits. Nearly half of those companies made less than $100 million during the year, which showed the authors that patent trolls aren’t just a problem for large firms, but rather a problem for smaller firms who have less money to invest in their own research.

The result is that the companies lost $29 billion in direct costs – legal and licensing fees. The study did not estimate indirect losses for defendants in things like delays in new products, loss of market share, or the need to change products.

Study authors James Bessen and Michael Meurer also found that the patent troll costs have escalated since 2005 when the study found a total of 1,401 claims were $6.6 billion in direct costs. The authors say increasing patent litigation in the U.S. is a significant tax on investment in innovation. To put the figure into perspective the total U.S. spending on research and development is $249 billion in 2009 but it is still a big tax.

Bessen and Meurer said it was rubbish that asserting patents played a socially valuable role in enabling small inventors to realize greater profits from their ideas. The report said that the costs of defending such legal action meant these organizations had less money to invest in their own research. The report claims that patent lawsuits were a social loss and not a transfer of wealth as the trolls claim.

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I have followed patent trolls for a while here, here, and here.

The ineptitude of Washington to do anything right enables patent trolls. The report concludes “The rapid growth and high cost of NPE litigation …  should set off an alarm warning [to] policymakers that the patent system still needs significant reform to make it a truly effective”

Most reasonable people should agree with the study’s recommendation to increase transparency in the patent system and that the courts should rigorously supervise patent damages awards to make sure that damages are proportional to the value of the patented technology.

Related articles
  • Patent Absurdity: Trolling the Courts for Profits (aleksandreia.com)

 

Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

One Heck of a Commute

One Heck of a CommuteI drive about 55 minutes to get to work most days, now, maybe I won’t complain as much about my commute after seeing what these guys do to get to work. This seven-minute clip follows two radio transmission tower workers as they scale a 1,768 foot guided tower to work on the mast.

To put this height into perspective, this tower is almost twice the height of the Eiffel Tower in Paris. In the video, filmed using a helmet cam, and you can see these guys free-climb without safety harnesses in some sections of the tower.

Do Not Try This At Home!

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Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.