by Centurion Data Systems | Jun 9, 2026 | Business IT Best Practices
Manufacturers track machine uptime obsessively. When tracking OEE dashboards, production line efficiency, maintenance schedules, and so on, the cost of a line going down is visible, measurable, and taken seriously.
IT downtime gets treated differently. When the network goes down, the ERP freezes, or a server fails, the response is usually: call the IT guy, wait, get it fixed. The cost of the wait rarely gets calculated.
That's a problem, because the numbers are significant , and they're directly tied to one variable most manufacturers have never benchmarked: how fast their IT provider actually responds.
What downtime costs, by the numbers
According to Datto's 2025 SMB Technology Survey, the average small and mid-size business loses between $10,000 and $50,000 per major IT incident when you account for employee productivity loss, IT recovery labor, and revenue impact during downtime.
Let's look at the breakdown. If 20 employees are idled for 4 hours at an average loaded cost of $40/hour, that's $3,200 in direct productivity loss, before you factor in any IT recovery labor, any lost orders, any customer impact, or any production disruption.
Multiply that by three incidents a year (the industry average for SMBs) and you're looking at nearly $10,000 in labor cost alone, and potentially $30,000–$50,000 in total impact.
For a manufacturer with just-in-time production dependencies or time-sensitive customer commitments, the number climbs faster.
The response time variable
The single factor with the most leverage over your downtime cost is response time. Specifically, how quickly your IT provider engages and begins resolving the issue after you report it.
An IT provider who responds in 4 hours vs. one who responds in under 1 hour creates a roughly 3-hour difference in resolution start time. On a $40/hour loaded labor rate with 20 employees affected, that's $2,400 per incident or $7,200 per year at three incidents.
That's not a trivial number. And it's completely invisible until you calculate it.
The benchmark most manufacturers are missing
Most manufacturers don't have a formal response time SLA with their IT provider. They have a relationship. They have a phone number. They have a general sense that things usually get fixed "pretty quickly."
What they don't have is a documented guarantee or a contractual commitment that specifies: within X minutes, a qualified technician will be actively working on your issue.
Cyber insurance carriers are starting to ask about this. Not because response time is a coverage requirement yet, but because a slow-responding IT provider is a signal of overall IT maturity that underwriters are beginning to factor into risk assessments.
Two things are worth doing now.
First, calculate your actual downtime cost. Use your real numbers, such as employees affected, average hourly cost, hours of downtime per incident, incidents per year. The calculator below takes 60 seconds and gives you a credible annual figure you can bring to a budget conversation.
Second, benchmark your current provider's response time against what you should expect.
If you want a direct conversation about where you stand, We ca do a free 20-minute Pre-Response Time Audit for manufacturers in the area — a structured review of your current IT response arrangement and what it's costing you.
by Centurion Data Systems | Jun 1, 2026 | Cybersecurity
For years, the standard ransomware advice was "make sure you have backups." But for ransomware in 2026, that advice is now incomplete in a way that's costing manufacturers weeks of downtime and, in some cases, the ransom payment they were trying to avoid.
The reason is: ransomware operators have updated their playbook. Before they encrypt anything, they find your backups. Then they encrypt or destroy those first.
According to Veeam's 2025 Data Protection Trends Report, over 93% of ransomware attacks now specifically target backup repositories as part of the attack sequence. The logic is straightforward: if the victim can restore quickly, they don't pay. So the attackers remove that option before they reveal themselves. While this trend isn't new, ransomware threats in 2026 follow the same playbook.
The IBM X-Force Threat Intelligence Index 2026 documents this as a deliberate strategic shift, which the report calls "recovery denial." Attackers are systematically targeting backup infrastructure, identity services, and virtualization management layers specifically to eliminate the victim's ability to recover without paying.
What "recovery denial" looks like in practice
The attacker gains initial access typically through a phishing email, a compromised VPN credential, or an unpatched network appliance. Then they spend days or weeks moving laterally and mapping the environment. They're not looking for the crown jewels yet. They're looking for the backup server.
If your backup server is on the same network as your production environment and uses the same or similar credentials, they find it. They encrypt it first, or they delete the backup catalog, or they compromise the backup software console with admin access. By the time the ransomware payload executes across your production systems, your recovery option is already gone.
The three questions that determine your exposure
Whether your backups survive a ransomware attack comes down to three things. As ransomware by the end of 2026 is expected to become more sophisticated, these questions take on a critical new importance.
1. Are they reachable from the production environment?
Backups stored on a network-attached share accessible from the same domain, or a backup server that uses the same admin credentials as your production servers, sit inside the blast radius. An attacker who has compromised your production environment has a path to them.
The standard that carriers and auditors now require is immutable backups (data that cannot be modified or deleted for a defined retention period, enforced at the storage level) or air-gapped backups (physically or logically disconnected from the production network), and preferably both.
2. Do backup admin accounts share credentials with production accounts?
This is the most common gap. The backup software console is protected by a local admin account using the same password rotation schedule (or lack thereof) as everything else. An attacker with domain admin on your production environment has a short path to the backup console.
Backup infrastructure should be managed through dedicated accounts that exist nowhere else: separate credentials, separate MFA, separate access paths. If compromising your production admin account also means compromising your backup admin account, you have one layer where you need two.
3. Has a restore actually been tested?
This is distinct from the first two, but it matters for a different reason. Even backups that are properly isolated can fail to restore if the process has never been rehearsed. The most common scenario: backups have been running nightly for two years, nobody has performed an actual restore test, and when ransomware hits, the restore process fails or takes five times longer than expected because the team is running it for the first time under pressure.
Carriers now require documented restore tests, timestamped, with screenshots, completed within the last 90 days, not a backup job completion log.
How to find out where you stand
We built a short self-assessment (eight questions, two minutes) that scores your backup architecture against the criteria that ransomware operators are specifically targeting and that cyber insurance carriers are specifically requiring.
It doesn't ask for any system access or sensitive information. It asks about your architecture decisions. At the end, you get a score (Protected, At Risk, or Exposed) with a breakdown of which specific gaps your setup has.
If you'd rather talk through it directly, we can do a free 20-minute backup architecture review for manufacturers in the area. No pitch. Just a clear picture of where you stand before it matters as ransomware strategies in 2026 continue to shift.
Free 2-Minute Assessment
Is Your Backup in the Blast Radius?
Over 90% of ransomware operators target backup infrastructure first. Score your architecture against the exact criteria they exploit — and find out where you stand.
