When you have upgraded your systems, now with up-to-date device management, it is way easier to supervise your teams when they are within eyesight.
But what happens when you have a traveling team or remote employees?
Of course, there are some ground rules of the company showing certain restrictions; however, the inability to control every part of the work done is what creates certain limits.
Even when the system is set up and devices are reliable, external and human factors may cause access to fail or the general login to become insecure.
What do you do when everything is set on paper, but reality shows the work slowing down anyway? In remote work, this happens more often than expected.
Where Device Management Actually Breaks
Although today’s work would be impossible to imagine without interconnected devices and protection, these systems are designed to work in predictable environments.
What developers couldn’t interfere with are the connections between these systems and people. And, it becomes a real issue when the quality of work starts decreasing due to external factors, which systems cannot overcome.
That being said, even though work security is checked through many layers, from Veltar, OneIdP, to Zero Trust security models, the connection or person might still show up as unreliable.
Connectivity Breaks Real-Time Control
Followed by the idea that your remote work employees have a set of compliant devices and authenticated access to everything, it might work in the beginning.
The moment something changes in the setup, the whole running system is in danger.
Issues could start showing up through minor mistakes, such as repeated logins or failed connections at first.
But what’s hiding between that is more serious, as the real cause is usually an unstable network and constant signal dropping.
Going further, when working one moment from home, wifi and the next from a different location using mobile data, usually disrupts not only devices but also the person behind it. All this is far outside IT’s control.
Not to mention the inability to always be online, while systems require that.
With this in mind, constant access check-ins and updates can cause workers to feel burned out due to constant availability.Plus, if not followed, being offline for a period of time can cause delayed syncs and updates, or worse, devices being completely disconnected from company systems.
This is the gap that few people can overcome on their own, which requires the simultaneous connection of workers and modifying systems for remote work.
Environmental Conditions Affecting Access
After addressing the technical issues and their limits, next in line are factors neither the company nor integrated systems can resolve.
Connecting external conditions with work ones. No matter if they have full equipment, the moment one thing changes, its effect is visible on each part of the system.
Changing time zones, local infrastructure, or unstable weather are all reasons why the core workflow is shaken. Weak signals cause delayed or blocked access in some areas, which has a direct impact on the network.
Plus, the initial causes of this issue are invisible to endpoint management systems.
Here’s a quick example to demonstrate this:
If a company has many remote workers with the same issues the moment they travel somewhere, it might be time to upgrade. As preserving the workflow becomes the priority, before employees go to further locations, building up their systems sounds like a logical next step.
And it’s only logical to include data sources that track real-world conditions that could affect connectivity, such as weather timeline API for developers, geolocation and coverage APIs, ISP outage trackers, time zone/latency mapping tools, etc. – all of which can help predict potential signal disruptions and can help better plan and strategize around those alert signals.
Conclusion
Here’s the thing, as the core problems remain to be security and access, which by the way rarely stay intact, the whole generated system should learn to lower the potential risks.
While control systems work well in checked and predicted conditions, the fact is that as long as there’s a human factor involved, there will always be something that could be perceived as a wildcard.
So when a disrupted connection happens or perhaps the environment changes, the most common mistake is instantly assuming that the network is unsafe, which isn’t always the case.
On that note, while adjusting is the solution to many things, the same idea stands for companies and more advanced technologies.
It is not about adding more control due to extra models and programs, but making them aware of real-world risks and changes.
While it is still impossible for systems to completely comprehend external factors, with adequate engagement, it can be the next step to overcome limits between devices and employees.