Patient care runs on the network. So does the risk.
Healthcare is now one of the most targeted and most regulated environments in technology. Nearly all hospitals are exposed to known vulnerabilities through connected medical devices, and the proposed 2026 HIPAA Security Rule is set to make what were once ‘addressable’ safeguards mandatory — encryption of ePHI in transit and at rest, multi-factor authentication for all remote access, and regular vulnerability scanning with documented remediation.
VeeMost engineers healthcare environments for exactly this. We segment networks so that EHR, billing and patient records are isolated from general traffic and vulnerable devices; we enforce encryption and MFA; and we run continuous monitoring and incident response so a compromise is contained, not catastrophic.
Increasingly, large hospital systems and their partners refuse to accept basic HIPAA self-attestation — they want verifiable evidence that controls exist and work, aligned to standards like HITRUST. We design to produce that evidence, not just to check a box.
What healthcare teams come to us for.
Cybersecurity Services
HIPAA-aligned security: encryption, MFA, 24/7 detection, incident response and HITRUST-ready evidence.
Learn more →Enterprise Network Architecture
Segmented networks that isolate EHR, billing and records from devices and general traffic.
Learn more →Managed IT Services
Managed IT and security that extends clinical IT teams, with real SLAs and after-hours coverage.
Learn more →Cloud Solutions
Secure, compliant cloud and backup for clinical and administrative systems.
Learn more →Physical Security
Access control and surveillance for facilities, converged with network security.
Learn more →Implementation Services
Low-disruption implementation that respects clinical uptime and patient safety.
Learn more →Built for the 2026 HIPAA Security Rule.
The direction of travel is clear: encryption, MFA and vulnerability management are becoming mandatory. We build them in now — with the segmentation that limits blast radius when a device is compromised.
- ✓ePHI encryption in transit (TLS 1.2+) and at rest (AES-256)
- ✓MFA on all remote access to systems containing ePHI
- ✓Regular vulnerability scanning with documented remediation
- ✓Network segmentation isolating EHR, billing and patient records
- ✓Connected medical-device (IoMT) risk reduction
- ✓Evidence aligned to HITRUST, beyond self-attestation
Healthcare — common questions
Do you help with HIPAA compliance?
Yes. We design and implement the technical safeguards HIPAA requires — encryption, access control, MFA, audit logging and vulnerability management — and produce the evidence that controls are in place and working, aligned to standards such as HITRUST.
How do you protect connected medical devices?
We segment the network so vulnerable devices (IoMT) are isolated from EHR, billing and patient records, monitor them continuously, and contain threats before they spread — critical given how many devices carry known vulnerabilities.
What is changing with the 2026 HIPAA Security Rule?
The proposed rule is expected to make encryption of ePHI, multi-factor authentication for remote access, and regular vulnerability scanning mandatory rather than optional. We build to those requirements now so you are ahead of the deadline.
Can you support us without disrupting patient care?
Yes. We plan implementations around clinical uptime and patient safety, using phased, tested changes and after-hours windows to minimize disruption.
Is HIPAA self-attestation enough for our partners?
Often no longer. Many large hospital systems now require verifiable, standards-aligned evidence rather than self-attestation. We design your environment to produce that evidence.
Technology your CIO and your board will both trust.
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