I had an excellent experience today with my family. We took the time today to visit COSI (Center of Science and Industry) for the first time as a family. Despite the varying ages of our kids, it seemed each display had something for everyone, but I digress. Despite the many inspirations you could find in a place about science, I found two items I thought touched on the “science” behind information security. This isn’t to say you couldn’t relate these to other facets of our lives, I just found them very relevant to the infosec community. When you hear people refer to the “science” of infosec, they always talk about the ability to recreate your methods and achieve similar results. I am taking a slightly different approach.
The Foucault pendulum
As a kid I remember the first time I saw on of these large pendulum’s swinging back and forth and knocking over dominoes at certain time intervals. The point of the whole experiment is to demonstrate the fact the earth is rotating beneath us and though it may appear everything in the sky is moving around us, we are actually the objects in motion. Looking at the pendulum at any given time of the day will appear as if the pendulum is not swinging in a straight line, but in a more curved motion. However the pendulum never deviates and thus shows we have moved, our perspective has changed.
As a skilled professional we sometimes lose the fact that we are not moving, it is the world around us which moves. Sometimes we want others to bend to our will, and find we have a gap that never seems to be filled. When we understand the world is moving, setting the pace, we can adjust our methodology and find ways to anticipate where we will end up. In the display of the Foucault Pendulum, the items to be knocked over are purposely placed, in real life when we anticipate where the world around us is going, we set ourselves up to be in the right place at the right time. Then when we knock down each challenge, we move ahead to anticipate the next “right place.”
The Car and The Lever
The idea behind using a lever, or gaining leverage, is to take an object which seems near impossible to move under normal circumstances and multiply the energy available to move the object. Huh? Let me use the experiment to demonstrate. There is a car sitting on a platform which is attached to a very long, and large, lever. The lever is attached to a stand near the car and at two intervals after the stand are ropes hanging down from the lever. Perhaps click here to see what I am describing. The first rope is roughly the same distance from the stand as the car is from the stand. Pulling on this rope will result in a lot of sweat, but not much progress on lifting the car. Now you move to the rope at the end of the lever, which is approximately two times the distance from the stand as the car and suddenly you find you can actually lift the car which is technically not humanly possible.
The words don’t match the visual, but what struck me was the idea we don’t always leverage all our tools or those skills of people around us. We are constantly trying to solve the days problems, and like in the pendulum example, stay ahead of the curve. It is no wonder we don’t always try to utilize all the tools at our disposal, and in the end try to move the unmovable. This isn’t to say we outright ignore what we have around us, we just don’t always see how we can gain leverage over our challenges. Using minimal energy to achieve a result that seems impossible is a goal we all would love to attain.
Applying Science
We need to stop and assess our tools and resources around us, learning to leverage all those to achieve our goals. This means having the time to make the assessment, but the point of leverage is a little bit of planning means a lot less energy overall will be used and we do the impossible. Given that we can leverage our resources, we are more likely to get ahead and find we can be in the right place at the right time. Since we are there to address the next threat before it occurs we expend less energy and gain more leverage. You may be saying right now “hold on, a perpetual motion machine is not possible”, but that shouldn’t stop us from trying to find one right. I mean, if the no one ever tried to find a way to move the unmovable we wouldn’t be talking about gaining leverage today now would we.
When thinking of science and information security, maybe we need to think more about innovation and not just reproducing results. Just a thought, I am interested to hear yours.