In a post-apocalyptic world, shopping carts filled with items sit motionless in aisles, left abandoned by the humans who have mysteriously disappeared. At least that's the cliche scene depicted by sci-fi filmmakers over the past two decades. The audience is left to wonder what happened to force people to stop what they were doing and leave everything behind.
If this past weekend was any indication, Armageddon begins when Target's cash registers shut down.
Armageddon begins when Target's cash registers shut down
We have come to expect technology to just, well, work. It has become so integrated into our everyday lives that we hardly give any thought as to what it actually takes to make the complicated code do the things we want it to. We let technology take the wheel even though it's capable of driving us off a cliff.
The Target Corporation endured two days of checkout chaos. Target lost millions of dollars in revenue but received millions of dollars in bad publicity. Its stock fell. People notice disasters, even minor ones.
While Twitter users described #targetdown as "frustrating," "chaotic," and "Armageddon," imagine the potentially life-altering effects of technology failure in other areas we've given it power:
■ Self-driving cars
■ Analysis in medical data
■ Assessment in academics
■ AI-based legal preparation
■ Algorithms determining online loan approval
■ Algorithms for news feeds
What Happened: Is It the Software or Hardware?
Target said the weekend register outages were two separate issues: on Saturday it was an "internal technology issue," and on Sunday, a problem at one of the data centers belonging to Target's payment vendor NCR. They could mean anything, but Target was quick to point out that it wasn't a security issue or data breach — which was the case in 2013 when a data breach exposed millions of customers' credit and debit card information.
Large system outages that last a long time are usually not software issues, or at least not bugs. Sometimes they are of course, but more often it's either a single point of hardware failure or a cascading systematic failure. So some initial digging to discover whether this is a software thing is the first step.
Solving a hardware problem would be easier. Disaster recovery plans are almost always about physical or virtual infrastructure, but this misses where most of today's real disasters happen: in the software.
An Undiagnosed Software Defect Is Like a Ticking Bomb
Companies that were not software companies 10 years ago are now software companies.
Take Target for example. Traditional brick and mortar retailers are constantly warding off threats from e-commerce (specifically Amazon) and relying on software to give them a leg up. More software systems and more points of sale put them at greater risk of failures.
If one point fails it impacts customer sentiment across the entire chain.
The fact therefore is this: as more infrastructure issues become software, and as more systems become interconnected, the cause of disasters is moving around the stack making them much harder to find.
An undiagnosed software defect is like a ticking time bomb. Now imagine that bomb is in your car.
The AI Car vs. the Poodle
Software autonomy in transportation is a much bigger problem that runs the risk of being deadly.
Imagine a Tesla driving on autopilot and a man walking his poodle across the roadway a few feet ahead. The AI vehicle software detects the man and poodle in the road, but a glitch prevents it from taking any action. The poodle gets run over.
How developers go about solving what went wrong requires the developers to do the painstaking task of recreating the entire scenario: the time of day, the road condition, the weather conditions, the height and weight of both the poodle and the man, the pair's movements across the road. It's nearly impossible.
In real life, investigations are still on-going for two Boeing 737 Max crashes in Indonesia and Ethiopia. The Max software has been implicated in the crashes.
In aviation disasters, investigators always look to recover the black box onboard. But a black box can only tell you that the plane crashed because of a software problem. It can't tell you why the software did what it did to lead up to the crash.
Judgment Day
In the Terminator movie franchise, Skynet was the autonomous AI antagonist we never saw.
While the movies are science fiction, the reality today is that AI and machine learning are becoming more common in multiple industries.
Software is making decisions and we need the ability to know what it did, preferably before it asks for your clothes, your boots, and your motorcycle.
The Latest
The Internet played a greater role than ever in supporting enterprise productivity over the past year-plus, as newly remote workers logged onto the job via residential links that, it turns out, left much to be desired in terms of enabling work ...
The world's appetite for cloud services has increased but now, more than 18 months since the beginning of the pandemic, organizations are assessing their cloud spend and trying to better understand the IT investments that were made under pressure. This is a huge challenge in and of itself, with the added complexity of embracing hybrid work ...
After a year of unprecedented challenges and change, tech pros responding to this year’s survey, IT Pro Day 2021 survey: Bring IT On from SolarWinds, report a positive perception of their roles and say they look forward to what lies ahead ...
One of the key performance indicators for IT Ops is MTTR (Mean-Time-To-Resolution). MTTR essentially measures the length of your incident management lifecycle: from detection; through assignment, triage and investigation; to remediation and resolution. IT Ops teams strive to shorten their incident management lifecycle and lower their MTTR, to meet their SLAs and maintain healthy infrastructures and services. But that's often easier said than done, with incident triage being a key factor in that challenge ...
Achieve more with less. How many of you feel that pressure — or, even worse, hear those words — trickle down from leadership? The reality is that overworked and under-resourced IT departments will only lead to chronic errors, missed deadlines and service assurance failures. After all, we're only human. So what are overburdened IT departments to do? Reduce the human factor. In a word: automate ...
