Meriplex

Most mid-market IT teams didn’t build “bad” networks.

They built networks for a world where users, apps, and data mostly lived inside the perimeter.

That world is gone.

Now the average environment looks more like this:

• SaaS traffic bypassing the data center
• Hybrid users connecting from unmanaged networks
• Security tools spread across multiple vendors
• Network and security teams operating in separate silos
• Policies that technically exist… but drifted out of alignment years ago

This is where the SD-WAN conversation starts changing.

Because SD-WAN solves traffic optimization.
It does not solve identity-based access, SaaS governance, TLS inspection, or unified security enforcement at the edge.

That’s where Managed Secure Edge enters the picture.

In this piece, we break down:

→ Where SD-WAN ends and Managed Secure Edge begins
→ Why so many mid-market organizations are revisiting their architecture in 2026
→ The operational problem most vendors skip entirely
→ How to tell whether your issue is a configuration gap, coverage gap, or both
→ When evolving your current SD-WAN stack makes more sense than replacing it

One stat worth paying attention to:

Gartner predicts that by 2026, 60% of new SD-WAN purchases will be part of a SASE deployment.

The market is shifting from “connectivity” conversations to “connectivity + security + operational ownership.”

And honestly, most IT leaders already feel that shift operationally long before they formally name it.

Read the full breakdown here:
https://hubs.la/Q04jfPNz0

SD-WAN vs. Managed Secure Edge: What’s the Difference and Why It Matters SD-WAN optimizes WAN performance. Managed Secure Edge converges SD-WAN with ZTNA, SWG, CASB, and FWaaS into a cloud-delivered security and networking platform. Learn which one your mid-market organization actually needs in 2026, and how to move from one to the other without disrupting what already w...

Healthcare IT leaders are being asked to do something nearly impossible right now:

Modernize infrastructure.
Strengthen cybersecurity.
Maintain uptime for clinical operations.
Prepare for the biggest HIPAA Security Rule overhaul in 20 years.
And somehow do it all without disrupting patient care.

The problem is that many MSPs still operate like healthcare IT is just “regular IT with compliance paperwork.”

It isn’t.

A healthcare IT provider should understand:
• What happens when an EHR goes down mid-clinic
• Why a delayed PACS image matters operationally
• How ransomware becomes a patient safety issue — not just an IT issue
• What auditors actually ask for during a HIPAA investigation
• Why a 3 a.m. clinical outage can’t wait until business hours

We put together a practical framework for evaluating healthcare managed IT providers—including the 10 capabilities that actually matter for mid-market healthcare organizations.

Inside the article:
✔️ The questions healthcare IT leaders should ask every MSP
✔️ What “HIPAA-aligned” actually means in 2026
✔️ Why multi-site healthcare networks fail under generic IT models
✔️ The operational gaps most providers hope you won’t ask about
✔️ How to evaluate SOC maturity, disaster recovery, EHR support, and vCIO strategy

If your organization is evaluating outsourced IT support, managed cybersecurity, or a broader MSP relationship, this is the scorecard your team should bring into every vendor conversation.

Read the full article: https://hubs.la/Q04h2b8q0

10 Must-Have Managed IT Capabilities for Healthcare Compare managed IT services for mid-market companies in healthcare with this 10-point checklist covering help desk, multi-site network, and HIPAA security.

Your patients figured out telemedicine before your IT infrastructure did.

And honestly...can you blame them?

Telehealth visits increased 184% in 2026. Patients don't want to drive 45 minutes for a 10-minute appointment. They never did. They just didn't have a choice until recently.

The problem isn't demand. Demand is there.
The problem is the infrastructure trying to keep up with it.

Because here's what "we offer telemedicine" actually requires behind the scenes:
👉 Real-time access to patient records from anywhere—securely
👉 Remote monitoring devices that pipe data somewhere it can actually be acted on
👉 Systems that can handle a surge on a Tuesday afternoon without falling over
👉 All of it HIPAA-compliant, always

That's not a small ask for organizations still running legacy applications on aging on-premises infrastructure.
Cloud isn't a buzzword here. It's the actual answer.

Not because it's trendy—but because it's the only architecture that gives you the flexibility, security, and scale that telemedicine actually demands.

We wrote about what that looks like in practice:
✔ How cloud enables real-time data sharing across care teams
✔ What remote diagnostics actually require from your infrastructure
✔ Why 83% of healthcare orgs have already moved EHR storage to the cloud

Read it before your next infrastructure conversation →https://hubs.la/Q04fbq0g0

How Cloud Can Support Telemedicine and Remote Healthcare Services Explore how cloud technology enables secure, scalable telemedicine services that support telemedicine.

"We need better security."

That argument loses budget conversations every time.

Here's what actually works:
👉 The average healthcare breach costs $9.77 million — roughly double the cross-industry average
👉 ZTNA directly satisfies the segmentation and access control criteria underwriters now require at renewal
👉 And the operational savings? VPN infrastructure, MPLS spend, manual access provisioning — it adds up faster than most teams model it

Most organizations treat Zero Trust as a security project.
The ones getting budget approval treat it as a capital allocation decision.
There's a difference — and it changes the entire conversation.

Because here's what nobody's modeling:
- A compromised credential in a perimeter-based architecture is a master key
- Cyber insurance questionnaires now describe ZTNA architecture almost exactly
- The gap between a half-day outage and a three-day outage is a $50K+ decision

You don't have a security argument.
You have a risk-adjusted ROI model waiting to be built.

We broke down:
✔ How to quantify breach cost avoidance by vertical
✔ What ZTNA actually does to your insurance renewal conversation
✔ A CFO-ready framework with three specific inputs

Read this before your next board meeting or renewal → https://hubs.la/Q04f7dFJ0

The ROI of ZTNA: Calculating Risk Reduction and Cost Saving Quantify ZTNA ROI across breach cost avoidance, cyber insurance premium reduction, and operational savings, with a vertical-specific model built for mid-market CFOs and CTOs.

Most IT budgets are built backwards.

Last year’s spend → small adjustments → approved.

Meanwhile, the threat landscape has already changed.

What we consistently see:

Companies think they’re spending ~4% on IT.
In reality? It’s closer to 5–6%+ once you factor in:
• Shadow IT
• Unmanaged SaaS
• Break-fix costs

And most of that isn’t strategic—it’s reactive.

Benchmarks vary more than you think:
• Healthcare: 3–5%
• Financial Services: 7–10%
• Manufacturing: 1–3%

So the real question isn’t “how much?”
It’s “are we spending in the right places?”

If you’re planning your next IT budget, this is worth a read:

https://hubs.la/Q0485NP60

IT Budget Benchmarks by Industry: What Are Your Peers Spending? See IT budget benchmarks by industry — healthcare, banking, government, manufacturing & more — and find out how much your peers are actually spending on IT.