Recent Articles
How to change the time zone in Windows 11 and fix time sync
A user can’t sign in, and the clock is five minutes off. Or an hour. Or it was right yesterday. Wrong time on Windows 11 comes from three places: a bad time zone, a broken sync, or a policy that quietly undoes every manual fix. Find the layer first and fix it there, whether that means one laptop and a tzutil command or every workstation in the domain.
Read nowWhat is AIOps? A practical guide for IT teams
AIOps (artificial intelligence for IT operations) applies machine learning and analytics to the metrics, logs, events, and alerts IT teams already collect, so problems are found faster, grouped into one incident, and traced to a likely cause.
Read nowHow to fix a microphone not working in Windows 11
A dead mic is rarely the mic's fault. The problem usually sits somewhere upstream, and one test recording tells you where. From there, it’s a fix sequence that works on any single device, a deeper playbook for the cases where the usual steps fail, and a way to push the same checks across an entire fleet.
Read nowHow to fix low disk space in Windows and free up storage
A full C: drive is rarely one big file. It’s update caches, runaway logs, shadow copies, and a user Temp folder nobody has checked in years. Clear the wrong one and you break servicing or lose your recovery options.
Read nowAI agents for MSPs: how Atera improves service delivery in 2026
AI agents for MSPs act on incidents instead of only advising human technicians. See how Robin by Atera diagnoses, remediates, verifies, and closes tickets autonomously, plus an eight-point implementation checklist.
Read nowRobin vs. Flow: comparing two different approaches to autonomous IT support
Robin by Atera and ServiceNow Flow both capture employee requests inside tools like Slack and email, but differ in how they solve them. This Robin vs. Flow comparison explains the differences and helps you choose the right one.
Read nowWhat is autonomous remediation?
A restart that succeeds isn’t necessarily a fix that worked. Scripted remediation keeps the queue moving while hiding the cause, and automation can fail in ways it can’t repair. Autonomous remediation goes further by choosing between approved actions, but it’s only safe when every fix is verified, bounded, and escalated the moment it stops making sense.
Read nowLocal AI vs. cloud AI in IT support
Local AI isn’t free and cloud AI isn’t automatically risky. One hides hardware, power, and maintenance costs behind a one-time invoice; the other is only as safe as its controls and the technicians using it. For most IT teams and MSPs, the deciding factor is where data, inference, and execution live.
Read nowPSA RMM integration: what it is and why you may not need one
PSA RMM integration connects your alerts, tickets, assets, and billing so work doesn’t get re-entered by hand. But connecting two separate products takes real setup and breaks in predictable ways. Learn what a good integration needs to sync, where it fails, and why a single platform removes the problem entirely.
Read nowA guide to the new employee IT onboarding process
The account exists, the laptop shipped, and the ticket is closed. Then the new hire signs in and nothing works. Onboarding fails when “provisioned” gets mistaken for “ready”. Real readiness means verified sign-ins, least-privilege access, devices you can prove are in the right hands, and a final test on the employee’s own account before anyone calls it done.
Read nowWhat is AI hallucination? Definition, types, and how IT teams can stop it
The dangerous AI mistakes aren’t the ones that fail. They’re the commands that run cleanly against the wrong server, the scripts that quietly drop error handling, and the answers pulled from documentation that went stale months ago. In IT, AI hallucination looks like competent work while it increases security risks and decreases technician efficiency.
Read nowWhat is remote support software?
The tool your technicians use to reach every server and endpoint is also one of the most privileged systems you run. Supporting your team remotely means you need to handle unattended access when nobody’s at the machine, show what happened in each session, and stay patched faster than attackers move.
Read nowHow to prevent AI agent sprawl before it becomes a security risk
Every AI agent is an identity with keys to something like a service account. Build them faster than you track them, and you end up with agents nobody owns, permissions nobody approved, and dormant credentials that outlive the projects that created them.
Read nowThe 5 Best Remote Support Software for 2026
Compare the 5 best remote support software for 2026. See how Atera, AnyDesk, Splashtop, TeamViewer, and ScreenConnect compare on features, AI, pricing, and ratings.
Read nowHow to approach machine identity management for AI agents
Your AI agent is only as trustworthy as the identity it runs on. Plug it into a shared service account or a technician’s credentials and it inherits every permission, every stale secret, and every gap in your audit trail. Giving each agent its own scoped identity, short-lived credentials, and time-bound elevation keeps authority where it belongs.
Read nowHow to address zero-day vulnerabilities
A zero-day gives you nothing to install and plenty to get wrong. Patching still matters, but it should only come after shrinking what attackers can reach, finding every vulnerable component, cutting off the exploit path with controls you’ve actually tested, and treating “remediated” as something you prove and not just what the dashboard reports.
Read now