About enlightenment…

My thoughts on the subject of enlightenment and some of the self-limiting and abusive beliefs and practices that are so prevalent among those seeking “enlightenment”.

You can watch this video directly here.

Released 20-05-2021
Thanks for watching!


It’s high time we were able to come home and place our mobile phones in a dock that’s connected to a display, keyboard and mouse, and have it turn into a full-fledged desktop and laptop replacement. Mobile phones have sufficient computing power for most of our needs, they have the apps most of us use on desktops as well, and there are incredible energy savings to be had. Hardware manufacturers need to start making sincere, concerted efforts toward this end.

You may also want to read through this post of mine, where I tried my best to use a tablet (an iPad) as my main computer, only to be frustrated to no end by the lack of common ammenities and functionalities we’ve come to expect on desktops and laptops, simple things such as the use of a mouse, drag-and-drop functionality between folders, a finder/file explorer and the ability to easily access drives and files on the network.

I realize that people who engage in heavy computing on a daily basis, such as 4K video editing, 3D graphics and 3D video rendering, large-scale CAD projects, serious coding that requires powerful compilers and other such tasks, will still need very powerful desktop computers and even small server farms in order to do their jobs and I am in no way suggesting that they start using mobile phones to do their work.

We simply have to acknowledge that the majority of the population that uses computers can do just fine with the computing power of a mobile phone. I’m talking about the people who mostly check their email, use social networking sites and apps for social networking sites, plus some online banking and take casual photos and videos. What if all those people were able to use their mobiles phones as replacement desktops or replacement laptops? Wouldn’t that be a significant cost savings to them?

Looking at the greater picture, if all those people, or at least a significant portion of them did this, wouldn’t that translate into significant energy savings for cities, counties, states and countries? Aren’t we always talking about reducing our carbon footprint? Well, instead of using a laptop that consumes about 60W when plugged in, or a desktop that eats up about 200W, give or take, why not use a mobile phone that consumes 3-5W when plugged in?


A look at what’s ahead in terms of resources and the economy

The TED channel published two interesting videos recently which present two points of view about the Earth, in terms of its resources and economy. The first is from Paul Gilding, entitled “The Earth is full“, and the second is from Peter Diamandis, entitled “Abundance is our future“.

I invite you to watch both points of view, which are at first in seeming opposition but after some consideration, are both saying pretty much the same thing, namely this:

Our current economic models, based on carbon forms of energy, will soon reach their lifespan, and we have some choices to make ahead as we transition to other economic models and other ways of generating our energy and making our stuff.

We can have a smooth transition or we can have a rocky one, with elements of anarchy and possible energy and water wars.

What’s clear on both sides is that we need to something about it and we need to start doing it now.

The wonderful thing is there are solutions to our energy and pollution problems emerging now and if they’re implemented correctly, we will not only avert any potential crises but we will come out ahead of the curve.

What are we waiting for? Let’s do it!


Green IT Week: June 1-7, 2010 is hosting a virtual Green IT Week from June 1-7. This is an issue that’s of particular importance to me. Having been an IT director, I know how much power the combined laptops, desktops and servers of an organization can consume, and how much pollution is generated by the disposal of computer hardware (see this post, and this one as well).

I’ve written about this topic since 2004. Here are three of my articles that deal with saving energy in IT:

Green IT deals with two things:

  1. Electronic Waste: Minimizing the negative impact of information technology use on the environment, and
  2. Energy Efficiency: Using information technology to help solve environmental issues

They’ve put together a few facts that help to drive home their message, so I’m going to quote them below.

By turning off your computer each night or when not in use (i.e. lunch times, weekends, when in meetings at night) for a year you save as much energy as it takes:

  • to run a clock radio for 1,392 weeks
  • to make 9,280 bags of microwave popcorn
  • to wash 464 loads of washing
  • to use your blow dryer for 5,568 hours
  • to vacuum for 464 hours
  • to produce 3,480 plastic bags
  • to run your microwave 24 hours a day for a week
  • to boil your kettle for 24 hours a day for 268 days

By turning off your computer tonight when you leave work you will save as much energy as it takes:

  • to run a clock radio for over 3 weeks
  • to make over 20 bags of microwave popcorn
  • to wash over 1 load of washing
  • to blow dry your hair over 12 times
  • to vacuum for over 1 hour
  • to light a 100 watt light bulb for over 10 hours

For both companies and individuals, there are some really easy actions they can take to reduce their energy use, including:

  • Turning off computers, games consoles and TVs when they are not in use
  • Setting your computer to “sleep” after 15 minutes of inactivity (this reduces the power it uses because “sleep” mode is a lower-energy use mode for the computer to operate in)
  • Turning devices off at the power point (because even in standby mode your appliances are using electricity)
  • Buy green energy (to help push electricity suppliers to convert from coal based production – which creates greenhouse gases and requires mining – to sustainable technologies like wind power)
  • Buy and use a laptop instead of a desktop computer. Laptops only use 190kW (average) of electricity per year.

Want more of these neat factlets? They also have 100 Green IT Tips. They’ve put together a video as well, where various celebrities endorse the cause.

Make sure to check their website from June 1 to June 7 for more good info about Green IT.


Pitch black darkness

Last night, the power went out everywhere. Completely. I happen to be staying in a village in the province of Dobrogea, Romania at the moment, and just as I stepped out of the house to walk to my car, all the lights blinked out of existence. It was, as they say, a dark and stormy night, with nary a star in the sky, not to speak of the moon, which had probably been stuffed in thick sackcloth and kidnapped.

Do you want to know what things look like when you’re in the middle of a wide open field and everything goes pitch black? It looks something like this.

Pitch Black Darkness

It’s an eerie feeling, one that throws you for a loop, even if only for a few moments. I looked around, but there was nothing to see. I reached about me, and wasn’t sure where to reach for a wall or something to hold on to. Everything was black. Even the dogs went quiet. Then, someone in a house nearby stumbled over something and mumbled some sort of swear, then called out for a light from his wife. Others, elsewhere, called out to each other. Things came back to life, but it was still pitch black outside.

I pulled out my little spotlight, the same one I reviewed recently, and found my way to the car. I unlocked it, and the interior lights came on. I climbed in, sat down and turned on the engine. The dashboard lights came on, reassuringly. Then I realized something which sounds obvious to someone who doesn’t have to deal with a power failure, but is a downright epiphany when you’re in pitch black darkness: cars have standalone electrical systems; they do not depend on the grid for power; they make their own power. When the grid goes down, your car can still run, thanks to its battery and to the fuel that makes its alternator turn and charge that same battery. It’s an amazing system when you think about it. I don’t know what we’d do without it.

Shouldn’t homes have similar standalone electrical systems, just in case grids go down? Sure, we’ve made inroads with solar panels and wind turbines, and some homes do have batteries that charge up from the sun or the wind, but the overwhelming majority of homes in this world don’t have any sort of backup power. If the electricity goes down, they’re down as well.

We should really invest more into making each of our homes more self-sufficient. Each home ought to be able to function, at least for a period of time — say 4-8 hours — without grid power, in and of itself, from power stored in batteries or capacitors or in some other container of energy, so that people can carry on with their lives and at least have enough time to prepare for a prolonged power outage once the grid power goes out.


Green power

Someday perhaps we'll derive most of our energy from non-polluting sources such as the sun and the wind. Until then...

Someday perhaps we'll derive most of our energy from non-polluting sources such as the sun and the wind. Until then...

One of my most popular photos at Flickr. Taken at Cabin John Regional Park, in Potomac, MD.


Watch "The Energy Non-Crisis"

Please watch “The Energy Non-Crisis“. You can find it on Google Video, and probably on YouTube as well. Draw your own conclusions after you’ve seen it.

Regardless of who is really in control of oil, what’s clearly evident here is that our economy is suffering. If there really are such huge oil reserves in Alaska, we should start drawing upon them.

On a related note, I live near Washington, DC and have visited the World Bank. I’ve seen their headquarters, I know people who work for them, and I’m not so sure they’re the ones in control of oil prices, like he says. But that’s not as important as making sure our economy stays healthy, and right now, cheaper oil would help a lot.

Also, there’s the benefit (painful as it may be) of higher prices that can and will be seen in the future through more fuel-efficient cars and better housing. I’ve railed against the shoddy construction practices in the DC area (and seemingly throughout most of the US) for some time. Houses are built like matchboxes, with very little insulation or thought for long-term existence or impact on the environment. As utility prices rise and stay up, people will begin to see the advantage of solid, time-tested building techniques, with proper insulation and solar panels and the like. So I can’t say that higher oil prices are entirely bad.


Condensed knowledge for 2008-03-12


Ways in which companies waste money and energy

I want to focus in on a few specific ways in which companies waste money and energy. I see the following things happen daily in the workplace. They’re not specific to any company. Chances are that if you visit any American company, they’re probably doing at least one of these things.

Lights are left on regardless of time or day, and whether or not there are people present in the room

Many people will turn on their lights during the day, even if they have an office window that lets in plenty of light. That makes no sense. Want to know what else doesn’t make sense? Walk around at night in a big city. Look at how many businesses have left their lights on. Now look through the windows (it’s easy to do with skyscrapers) and see if you can see any people in there. Chances are you won’t. Those big offices are empty, and the lights are fully lit. What for? Don’t tell me it’s to discourage theft, because it doesn’t work. Having the lights turned off and making the thief use some sort of light to see his way around is a much better way to discourage theft.

Utility bills are doubled and tripled by leaving lights on at night, and yet that sort of expense is just shrugged off as a given. Well, it shouldn’t be that way. It’s wrong. And no, using CFLs doesn’t really count. They reduce electricity consumption dramatically, yes, but that doesn’t excuse you from turning lights off when you leave the office.

Computers are left on at night and when not being used

This one bothers me a lot. As a past IT director, I know computers consume a lot of electricity, and I also know that most people don’t need to leave their computers on when they leave their office. Short of server rooms, which need to stay on all the time, and selected desktops (used mostly in IT departments) that need to stay on because they’re being accessed remotely, most computers can be safely turned off or put into standby or hibernation at the end of the day. Do people do it? No.

Each desktop system consumes anywhere from 200-500 Watts of power (or more) while turned on, not counting the displays, which vary from 50-200 Watts (or more). IT departments should institute group policies (it’s doable in Windows) that automatically put computers into standby or hibernation if they’re idle and not used. Just think of the energy savings that could be obtained! By the way, Macs come pre-programmed to do just that, so they will give you energy savings right out of the box.

No recycling program in place

Most businesses will have a document shredding services, but they’ll have no recycling containers on site for aluminum, glass or plastic products. They’ll trash them and pollute the landfills, when they could be easily recycled and re-used. What’s more, they miss an important opportunity to set a good example for their employees.

No equipment recycling policies

Related to the overall recycling program, companies usually do not have any arrangements in place to recycle their used computer equipment. When computers and other equipment reach the end of their usable lifespan, they most likely get trashed, not properly recycled through businesses that specialize in this sort of thing. Some companies donate their computers to non-profit organizations that re-use them, which is laudable, but those are few and far between.

Do we really want old circuit boards which contain toxic chemicals polluting landfills everywhere and seeping into our water supply?

Not enough telecommuters

It’s true that a lot of jobs can’t be done via telecommuting. But many of them can be done that way. Programming, web development and design, project management, accounting, etc. are only some of the jobs that can be done from home, if things are planned out correctly. There are many benefits to be reaped by both companies and employees when telecommuting policies are worked out. One of them is cost reductions, for both parties, and another is less pollution on the environment.

Read this article I wrote on telecommuting for the details. Here are just a few of the benefits that can be observed right away:

  • Reduced office space
  • Reduced utility costs
  • Less crowded roads
  • Less stress
  • Higher job satisfaction
  • Less expenses for employees
  • More family time

I’m sure there are more items for this list. If you know of any, please let me know in the comments.


Condensed knowledge for 2008-03-05