The emergency room physician stared at a blank screen. A 62-year-old patient was coding in front of her, and she had no access to his medical history. No allergy information. No current medications. No recent test results. The patient had been treated at three different hospitals in the past six months, but none of that information was available.
He died twenty minutes later. The autopsy revealed he was allergic to the medication she'd administered—a medication that was clearly documented in his records at another hospital just fifteen miles away.
That was 2011. I was brought in afterward to help implement their Health Information Exchange (HIE) connection. That case changed how I think about healthcare interoperability forever.
Why Health Information Exchange Isn't Optional Anymore
After spending over a decade implementing HIPAA compliance programs and connecting healthcare organizations to HIEs, I can tell you this: Health Information Exchanges are no longer a "nice to have"—they're becoming essential infrastructure for modern healthcare delivery.
But here's the challenge that keeps healthcare CISOs awake at night: every HIE connection is a new attack surface. Every data sharing pathway is a potential breach vector. And HIPAA compliance in an HIE environment is exponentially more complex than protecting data within your own four walls.
Let me share what I've learned from helping over 40 healthcare organizations navigate this minefield.
"In healthcare, information sharing saves lives. But unprotected information sharing can destroy organizations. The key is finding the balance—and that's where HIPAA HIE security requirements come in."
What Exactly Is a Health Information Exchange?
Before we dive into the security maze, let's establish what we're dealing with.
A Health Information Exchange is a system that enables healthcare providers, hospitals, laboratories, pharmacies, and other healthcare entities to securely share patient health information electronically. Think of it as a secure highway system for medical records.
There are three main types of HIEs I've worked with:
Directed Exchange (Point-to-Point)
This is like secure email for healthcare. Provider A sends specific information directly to Provider B. I helped a small clinic implement this in 2019—it's the simplest model but also the most limited.
Real-world example: A primary care physician sending a referral with complete medical history to a specialist. The specialist receives it directly in their EHR system.
Query-Based Exchange (Pull Model)
This is my favorite for emergency departments. Providers can search for and request patient information from other organizations when needed.
Story from the field: I worked with a Level 1 trauma center that implemented query-based exchange in 2020. During their first month, they made 847 queries. They discovered critical information—previous surgeries, medication allergies, implanted devices—that directly impacted treatment decisions in 63% of cases. The ER Director told me: "This system has already saved lives, probably more than we'll ever know."
Consumer-Mediated Exchange
Patients control their own health information and decide who can access it. This is the future, but also the most complex from a security standpoint.
The HIPAA Compliance Nightmare You're Walking Into
Here's what nobody tells you about HIE participation: you're not just responsible for securing your own data anymore. You're now part of a complex ecosystem where a breach anywhere can impact you.
Let me paint a picture of what happened to a 200-bed hospital I consulted with in 2021:
They connected to their regional HIE with great fanfare. Six months later, a small clinic—also connected to the same HIE—suffered a ransomware attack. The attackers gained access to the HIE connection and used it to pivot into the hospital's network.
The hospital hadn't been breached directly. But they were still compromised through their HIE connection. The investigation revealed they'd met HIPAA requirements for their own systems but hadn't properly secured the HIE connection point.
The damage:
34,000 patient records exposed
$2.7 million in incident response and notification costs
8 months of regulatory investigation
$450,000 in HIPAA penalties
Incalculable reputational damage
"Connecting to an HIE without proper security is like installing a beautiful front door with a state-of-the-art lock, then leaving the side door wide open with a welcome mat for hackers."
The HIPAA Security Rule in an HIE Context
The HIPAA Security Rule was written before HIEs became ubiquitous. So healthcare organizations have to interpret how traditional HIPAA requirements apply to this new reality. Based on my experience and guidance from HHS Office for Civil Rights (OCR), here's what you need to know:
Your Expanded Responsibility Matrix
When you participate in an HIE, your HIPAA compliance responsibilities expand dramatically:
Responsibility Area | Traditional HIPAA | HIPAA + HIE Participation |
|---|---|---|
Data at Rest | Secure your servers and databases | Secure your servers AND ensure HIE stores your data securely |
Data in Transit | Secure transmission to known partners | Secure transmission to dynamic, changing partner ecosystem |
Access Controls | Manage your internal users | Manage internal users AND validate external HIE participant access |
Audit Logging | Log access to your systems | Log internal access AND track who accessed your data via HIE |
Business Associate Agreements | BAAs with your direct vendors | BAAs with HIE AND all potential HIE participants |
Breach Notification | Notify if your systems breached | Notify if breached AND determine liability for HIE-related incidents |
Risk Assessment | Assess your environment | Assess your environment AND the HIE infrastructure |
I learned this the hard way helping a clinic in 2018. They thought signing a BAA with the HIE meant they were covered. They didn't realize they needed separate considerations for each HIE participant who might access their data. When OCR audited them, this gap resulted in a $125,000 penalty.
The Core Security Requirements You Cannot Ignore
After implementing HIE connections for dozens of organizations, I've developed a framework for the absolute must-haves. Miss any of these, and you're courting disaster.
1. Authentication and Access Control
The Requirement: You must verify that every entity accessing your patient data through the HIE is authorized to do so.
The Reality: This is harder than it sounds.
I worked with a multi-specialty practice in 2022 that discovered—six months after connecting to their HIE—that a medical equipment sales rep had somehow gained query access to patient records. The rep was using the information to target sales pitches.
How did this happen? The practice assumed the HIE handled all authentication. The HIE assumed member organizations managed their own access controls. The gap between assumptions created a security hole big enough to drive a truck through.
What you need to implement:
Control Type | Specific Requirements | Implementation Example |
|---|---|---|
Multi-Factor Authentication | Required for all HIE access | Token + Password or Biometric + PIN |
Role-Based Access Control | Minimum necessary access principle | ER physician = Query access only; Primary care = Query + Push |
Unique User Identification | No shared accounts, ever | Each clinician has individual credentials |
Automatic Logoff | Session timeout after inactivity | 10-15 minute maximum idle time |
Access Review | Quarterly review of who can access what | Audit report reviewed by Privacy Officer |
Emergency Access Procedure | Break-glass access for life-threatening situations | Logged, monitored, reviewed within 24 hours |
Personal lesson: I once found an HIE connection at a small hospital where seventeen staff members shared the same login credentials "because it was easier." When I explained that a single compromised password could expose their entire patient population, the color drained from the HIPAA compliance officer's face.
2. Transmission Security
The Requirement: All ePHI transmitted via HIE must be encrypted in transit.
Here's what's non-negotiable:
Security Measure | Minimum Standard | Why It Matters |
|---|---|---|
Encryption Protocol | TLS 1.2 or higher (TLS 1.3 preferred) | Older protocols have known vulnerabilities |
Certificate Validation | Must validate HIE certificates | Prevents man-in-the-middle attacks |
VPN or Direct Connection | Required for query-based exchanges | Public internet exposure is unacceptable |
End-to-End Encryption | Data encrypted from source to destination | Protects even if HIE infrastructure compromised |
Integrity Checking | Hash validation of transmitted data | Ensures data not altered in transit |
Real incident: A rural hospital I worked with in 2020 was transmitting to their HIE over an unencrypted connection. They thought the HIE's internal encryption was sufficient. During a routine security assessment, we discovered their ePHI was visible in plain text on their network—anyone with a packet sniffer could read patient records.
We fixed it in 72 hours, but they were lucky. If OCR had discovered this during an audit, it would have been a multi-hundred-thousand-dollar violation.
3. Data Integrity and Validation
One of the most overlooked aspects of HIE security is ensuring that the data you're receiving or sending is accurate and hasn't been tampered with.
I'll never forget a case from 2019. A patient's medication list was corrupted during HIE transmission—a critical blood thinner was removed from the list. The receiving physician, trusting the HIE data, prescribed a medication that interacted dangerously with the missing blood thinner. Thankfully, a pharmacist caught the error, but it was close.
What you must implement:
Validation Type | Implementation Method | Frequency |
|---|---|---|
Data Integrity Checks | Hash algorithms (SHA-256 minimum) | Every transmission |
Format Validation | Schema validation for HL7, C-CDA, FHIR | Real-time at ingestion |
Reconciliation | Compare sent vs. received data | Random sampling monthly |
Version Control | Track which version of record is current | Continuous |
Error Handling | Documented procedure for transmission failures | As needed |
Data Quality Audits | Review data accuracy and completeness | Quarterly |
4. Audit Controls and Monitoring
The HIPAA requirement: You must log and monitor all access to ePHI through the HIE.
The brutal truth: Most organizations fail miserably at this.
I conducted a security assessment for a 150-physician medical group in 2021. They were connected to an HIE for eighteen months. When I asked to see their HIE access logs, they looked at me blankly. They had no idea who had accessed what patient data, when, or why.
This is a HIPAA violation waiting to happen. More importantly, it's a security incident you'll never detect until it's too late.
Your audit logging must capture:
Log Element | Required Details | Retention Period |
|---|---|---|
User Identity | Specific individual, no shared accounts | 6 years minimum (HIPAA requirement) |
Date and Time | Precise timestamp of access | 6 years minimum |
Patient Identified | Which patient record was accessed | 6 years minimum |
Type of Access | Query, push, update, download | 6 years minimum |
Data Elements Viewed | Specific fields accessed | 6 years minimum |
Source IP Address | Where access originated | 6 years minimum |
Success or Failure | Was access granted or denied | 6 years minimum |
Purpose of Access | Treatment, payment, operations, other | 6 years minimum |
Critical monitoring requirement: These logs aren't just for compliance—you need to actively monitor them.
Here's what I recommend based on what works in the real world:
Monitoring Activity | Frequency | Red Flags to Watch For |
|---|---|---|
Automated Alerts | Real-time | Access outside normal hours, unusual query volumes, access to VIP records |
Pattern Analysis | Daily | Same user accessing unusual number of records, geographic anomalies |
Anomaly Detection | Weekly | Access patterns that deviate from baseline |
Manual Review | Monthly | Random sampling of 5-10% of access logs |
Comprehensive Audit | Quarterly | Complete review of all access patterns and anomalies |
Story from the trenches: A hospital I worked with implemented real-time monitoring in 2022. Within the first week, they caught a nurse accessing the records of her daughter's boyfriend's mother—a clear violation of minimum necessary. Without HIE monitoring, they would have never known.
5. Business Associate Agreements (BAAs)
This is where it gets legally complex, and where I've seen the most confusion.
The basic rule: You need a Business Associate Agreement with your HIE organization. But that's just the beginning.
Here's the BAA structure for HIE participation:
Agreement Type | Parties Involved | Key Provisions Required |
|---|---|---|
Primary BAA | Your organization ↔ HIE organization | HIE's security obligations, data handling, breach notification, liability allocation |
Participant Agreements | Your organization ↔ Each HIE participant | Permitted uses of shared data, access restrictions, data retention limits |
Downstream BAAs | HIE ↔ HIE subcontractors | HIE's vendors (hosting, security monitoring, etc.) |
Data Use Agreements | Your organization ↔ HIE ↔ Research entities | If data used for research or quality improvement |
Critical clause you need: I always insist on including liability allocation language that specifies what happens if a breach occurs through the HIE. Who pays for notification? Who handles the investigation? What if the breach originated with another HIE participant?
I worked with a hospital in 2020 whose BAA was silent on this. When a breach occurred through an HIE partner, they spent six months and $175,000 in legal fees just figuring out who was responsible for what.
Your BAA must explicitly address:
✓ Security measures the HIE must implement
✓ How quickly the HIE must notify you of security incidents (I recommend 24-48 hours)
✓ Your right to audit the HIE's security controls
✓ Data retention and destruction requirements
✓ Geographic restrictions on data storage (especially for international HIEs)
✓ Breach liability allocation
✓ Indemnification provisions
✓ Right to terminate if security standards aren't maintained
✓ Incident response coordination procedures
"A Business Associate Agreement is your legal parachute. You hope you never need it, but when you're in freefall, you'll be very glad it's there—or devastated if it's not."
The Technical Implementation Roadmap
Okay, enough theory. Let me walk you through how to actually implement HIE security based on projects I've led.
Phase 1: Pre-Connection Assessment (Weeks 1-4)
Before you connect to anything, you need to understand what you're getting into.
Week 1: Internal Assessment
Assessment Area | Key Questions | Deliverable |
|---|---|---|
Current Security Posture | Do we meet baseline HIPAA requirements? | Gap analysis report |
Technical Capability | Can our systems integrate with HIE? | Technical readiness assessment |
Workflow Analysis | How will staff use HIE in clinical workflow? | Workflow documentation |
Risk Assessment | What are our specific risks? | Initial risk register |
Week 2: HIE Evaluation
Don't just sign up with the first HIE that courts you. I've seen organizations regret hasty decisions.
Evaluation Criteria | What to Look For | Red Flags |
|---|---|---|
Security Certifications | HITRUST CSF, SOC 2 Type II | No certifications, reluctance to share reports |
Technical Architecture | Redundancy, disaster recovery, encryption standards | Single points of failure, outdated protocols |
Access Controls | MFA, role-based access, audit logging | Shared credentials, poor logging |
Incident Response | Documented procedures, 24/7 monitoring | No IR plan, slow response times |
Track Record | How long operating? Any breaches? | Recent breaches, frequent downtime |
Financial Stability | Sustainable funding model | Unclear funding, frequent ownership changes |
Week 3: Legal Review
Get your legal team involved early. Review:
Proposed BAA
Terms of Service
Participant agreements
Data use restrictions
Liability provisions
Week 4: Business Case and Budget
Cost Category | Typical Range | What It Includes |
|---|---|---|
HIE Connection Fees | $5,000 - $50,000 one-time | Setup, integration, testing |
Monthly/Annual Fees | $500 - $5,000 per month | Access, maintenance, support |
Technical Implementation | $25,000 - $200,000 | EHR integration, security controls, testing |
Training | $5,000 - $25,000 | Staff education, workflow changes |
Ongoing Monitoring | $10,000 - $50,000 annually | Security monitoring, audit log review |
Compliance Support | $15,000 - $75,000 annually | Policy updates, risk assessments, documentation |
Phase 2: Technical Implementation (Months 2-4)
Month 2: Security Infrastructure
I always start with the security foundation before connecting anything.
Security Control | Implementation Steps | Success Criteria |
|---|---|---|
Network Segmentation | Create dedicated VLAN for HIE traffic | HIE traffic isolated from general network |
Firewall Rules | Allow only necessary HIE connections | All other traffic blocked |
Encryption | Implement TLS 1.3 for all HIE connections | Verified via security scan |
MFA | Deploy for all HIE users | 100% adoption |
Audit Logging | Configure comprehensive logging | All required elements captured |
SIEM Integration | Connect HIE logs to security monitoring | Real-time alerting functional |
Real-world challenge: A clinic I worked with tried to skip network segmentation to save money. Within three months, they had a malware infection spread from their general network to their HIE connection. The HIE suspended their access, and they lost HIE capability for six weeks during remediation. The "savings" cost them ten times what proper segmentation would have cost.
Month 3: Integration and Testing
This is where theory meets reality. And reality usually wins.
Testing Phase | What to Test | Common Issues I've Found |
|---|---|---|
Connectivity | Can systems establish secure connection? | Certificate validation failures, firewall blocking |
Data Exchange | Can you send and receive data correctly? | Format mismatches, character encoding issues |
Authentication | Do access controls work as designed? | Overly permissive access, MFA bypasses |
Performance | Does HIE respond quickly enough? | Timeouts during high-volume periods |
Failover | What happens if primary connection fails? | No redundancy, no failover procedure |
Logging | Are all access attempts logged correctly? | Incomplete logs, missing critical elements |
Testing checklist I use:
✓ Send test patient record to HIE
✓ Query for test patient from HIE
✓ Verify data integrity (sent = received)
✓ Test access controls (unauthorized access properly denied)
✓ Test MFA failure scenarios
✓ Verify audit logs capture all required elements
✓ Test emergency access procedure
✓ Simulate network failure and verify failover
✓ Test with maximum expected user load
✓ Security scan all connections
Month 4: Training and Workflow Integration
Technology is only 30% of the challenge. The other 70% is people and process.
Training Component | Target Audience | Duration | Critical Topics |
|---|---|---|---|
Security Awareness | All HIE users | 1 hour | Password security, recognizing phishing, reporting incidents |
Privacy Training | All HIE users | 1 hour | Minimum necessary, appropriate use, access restrictions |
Technical Training | Clinical users | 2-3 hours | How to query, interpret results, verify data accuracy |
Administrative Training | HIPAA/Privacy Officers | 4-6 hours | Audit log review, incident response, compliance monitoring |
IT Training | Technical staff | 8+ hours | Troubleshooting, security monitoring, incident response |
Phase 3: Go-Live and Monitoring (Month 5+)
The First 30 Days Are Critical
I've learned that the first month after going live reveals problems that testing never found.
Monitoring Focus | Frequency | What You're Looking For |
|---|---|---|
Technical Issues | Hourly first week, daily after | Connection failures, performance problems |
Security Alerts | Real-time | Unauthorized access attempts, anomalous activity |
User Adoption | Daily | Are clinicians actually using the HIE? Usage patterns |
Data Quality | Weekly | Are records complete and accurate? |
Audit Logs | Daily | Access patterns, any concerning activity |
Real story: A hospital I consulted with went live on a Monday. By Wednesday, they noticed almost no one was using the HIE. Turns out the query process added three extra clicks to the workflow, and busy ER physicians simply weren't bothering. We redesigned the workflow, reduced it to a single click, and usage increased 400%.
The Ongoing Compliance Challenge
Here's what catches organizations off guard: HIE security isn't a one-time project. It's an ongoing operational requirement.
Your Perpetual Compliance Calendar
Activity | Frequency | Owner | Approximate Time Required |
|---|---|---|---|
Audit Log Review | Daily | IT Security | 30-60 minutes |
Access Rights Review | Monthly | Privacy Officer | 2-4 hours |
Security Incident Review | Monthly | HIPAA Committee | 1-2 hours |
Risk Assessment Update | Quarterly | HIPAA Officer | 8-16 hours |
Technical Vulnerability Assessment | Quarterly | IT Security | 16-24 hours |
BAA Review | Annually | Legal + HIPAA Officer | 4-8 hours |
Comprehensive Security Assessment | Annually | External Auditor | 40-80 hours |
Disaster Recovery Test | Annually | IT + HIPAA | 8-16 hours |
Budget reality check: Factor in $30,000 - $80,000 annually for ongoing HIE security compliance, depending on your organization size.
Common Mistakes That Lead to Breaches
After fifteen years in healthcare security, I've seen these mistakes repeatedly:
Mistake #1: "The HIE Handles Security, So We Don't Need To"
The Reality: You're both responsible. The HIE secures their infrastructure. You secure your connection to it and your use of it.
What happened: A medical practice in 2020 assumed the HIE's security was sufficient. They didn't implement proper access controls on their end. A terminated employee continued accessing patient records via the HIE for three months after leaving. Cost: $340,000 in penalties and remediation.
Mistake #2: "We'll Add Security After We Get It Working"
The Reality: Security bolted on afterward never works as well as security built in from the start.
What happened: A clinic rushed their HIE connection to meet a government deadline. They planned to "add security later." Six months later, during an OCR audit, they discovered they had no audit logging, weak authentication, and unencrypted transmission. Cost: $225,000 in penalties plus $150,000 in remediation.
Mistake #3: "Training Is a Waste of Time"
The Reality: Your users are your weakest link. Untrained users will find creative ways to circumvent security.
What happened: A hospital deployed HIE access without adequate training. Physicians, frustrated by the login process, started sharing passwords. A shared password was compromised in a phishing attack, giving attackers access to 18,000 patient records via the HIE. Cost: $2.1 million in incident response and penalties.
Mistake #4: "We Don't Need to Monitor—We Trust Our Staff"
The Reality: Most insider breaches aren't malicious—they're curiosity or mistakes. But malicious ones happen too.
What happened: A hospital employee accessed celebrity patient records via the HIE and sold information to tabloids. The hospital had no monitoring to detect this pattern. The breach continued for fourteen months. Cost: $3.8 million in settlements, penalties, and reputational damage.
Mistake #5: "Our BAA Protects Us"
The Reality: BAAs allocate responsibility—they don't eliminate it.
What happened: An HIE partner was breached, exposing data from twelve member organizations. One organization had a strong BAA with clear liability provisions. They recovered their costs. The other eleven hadn't focused on BAA terms and ended up splitting the cost of notification and remediation. Lesson: Your BAA determines whether you're protected or paying.
The Future of HIE Security
Based on what I'm seeing in the field and in regulatory guidance, here's where HIE security is headed:
1. Zero Trust Architecture
The traditional "trust but verify" model doesn't work when you're sharing data with hundreds of potential partners. Zero trust—"never trust, always verify"—is becoming the standard.
I'm working with several health systems implementing zero trust for HIE connections:
Continuous authentication (not just at login)
Micro-segmentation of data access
Behavioral analytics to detect anomalous access
Just-in-time access provisioning
2. Blockchain for Data Integrity
Several HIEs are piloting blockchain to create immutable audit trails. Every data access is recorded in a blockchain that can't be altered.
I'm skeptical of blockchain hype, but for audit logging in HIE environments, it actually makes sense. It solves the "who accessed what when" problem in a way that's provable and tamper-proof.
3. Patient-Controlled Data Sharing
The future is patients having granular control over who can access their data through HIEs. Think of it like permission management on your smartphone, but for your medical records.
This is technically complex but legally and ethically right. I expect it to become standard within 5-7 years.
4. AI-Powered Threat Detection
Machine learning is getting better at detecting anomalous access patterns that humans miss. I'm seeing HIEs implement AI that can flag:
Access patterns that deviate from clinician's normal behavior
Geographic anomalies (login from unusual location)
Time anomalies (access at unusual hours)
Volume anomalies (unusual number of record accesses)
5. Quantum-Resistant Encryption
This is 5-10 years out, but it's coming. When quantum computers can break current encryption, HIEs will need to migrate to quantum-resistant algorithms. Smart organizations are planning for this now.
Your Implementation Checklist
Based on everything I've covered, here's your practical checklist for HIPAA-compliant HIE participation:
Before Connection:
☐ Complete internal HIPAA security assessment
☐ Evaluate HIE security capabilities
☐ Conduct risk assessment specific to HIE participation
☐ Review and negotiate BAA with strong security provisions
☐ Develop HIE security policies and procedures
☐ Budget for implementation and ongoing costs
☐ Get executive buy-in and resources
Technical Implementation:
☐ Implement network segmentation for HIE traffic
☐ Configure firewall rules (whitelist only necessary connections)
☐ Deploy TLS 1.3 or higher encryption
☐ Implement multi-factor authentication
☐ Configure comprehensive audit logging
☐ Integrate logs with SIEM or security monitoring
☐ Set up real-time alerting for security events
☐ Implement data integrity checking
☐ Test failover and redundancy
☐ Conduct security vulnerability assessment
☐ Perform penetration testing
Administrative:
☐ Develop HIE-specific security policies
☐ Update incident response plan for HIE scenarios
☐ Create user access procedures (request, approval, removal)
☐ Develop training program for all user types
☐ Create audit log review procedures
☐ Establish access rights review process
☐ Develop data quality monitoring procedures
☐ Create vendor management procedures for HIE
Training:
☐ Security awareness training for all HIE users
☐ Privacy training specific to HIE data sharing
☐ Technical training on HIE use
☐ Administrative training on compliance monitoring
☐ IT training on security monitoring and incident response
Ongoing Operations:
☐ Daily audit log review
☐ Real-time security monitoring
☐ Monthly access rights review
☐ Quarterly risk assessment updates
☐ Quarterly technical security assessment
☐ Annual comprehensive security audit
☐ Annual disaster recovery testing
☐ Annual BAA review and update
☐ Continuous user training and awareness
Final Thoughts: The Lives Behind the Compliance
I started this article with a story about a patient who died because information couldn't be shared. Let me end with a different story.
In 2022, I worked with a rural hospital implementing their HIE connection. Three months after go-live, a car accident victim came into their ER unconscious. Through the HIE, the ER physician immediately accessed records from a hospital 80 miles away showing the patient had a rare clotting disorder.
That information changed everything. The treatment plan was adjusted immediately. The patient survived and made a full recovery.
The ER physician told me later: "That HIE query saved his life. If I'd treated him based on standard protocols, he would have died. The information was there when I needed it, and it was accurate because someone took the time to implement this right."
That's why HIE security matters. It's not about compliance checkboxes or avoiding penalties. It's about creating an infrastructure that can safely share life-saving information when it matters most.
"The goal isn't just HIPAA compliance. The goal is building a healthcare information ecosystem that's secure enough to trust with lives—because that's exactly what we're doing."
Yes, HIPAA compliance for HIE participation is complex. Yes, it's expensive. Yes, it requires ongoing effort. But the alternative—either not participating in information exchange or participating insecurely—is far worse.
Choose security. Choose compliance. Choose to be part of the solution that makes healthcare information available when and where it can save lives.
Because at 2:47 AM when a patient's life hangs in the balance, you want that information to be available, accurate, and trusted.
And the only way to ensure that is through rigorous, thoughtful, comprehensive security—grounded in HIPAA requirements but going far beyond mere compliance.