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HIPAA Compliance For Email

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Ensuring HIPAA compliance for email is crucial for healthcare organizations and their business associates when handling Protected Health Information (PHI). HIPAA regulations require strict safeguards, including access controls, audit logs, integrity protections, and transmission security, to prevent unauthorized access and breaches. Encryption plays a key role in securing PHI during email exchanges, and organizations must establish comprehensive email policies aligned with the HIPAA Privacy Rule. Additionally, some state laws may impose stricter requirements, such as obtaining explicit patient consent before using email for PHI. Understanding these regulations is essential for maintaining compliance, protecting patient data, and avoiding costly penalties.

The Health Insurance Portability and Accountability Act (HIPAA) is a complicated law that sets the standards for collecting, transmitting, and storing protected health information (PHI). When information is stored or exchanged electronically, the HIPAA Security and Privacy Rules require covered entities to safeguard its integrity and confidentiality. One of the most common ways that PHI is shared electronically is via email. Understanding how HIPAA email rules apply is essential to meet HIPAA requirements and protect sensitive data.

The HIPAA Email Security Rule

It’s important to note that HIPAA does not require the use of any specific technology or vendor to meet its requirements. Generally speaking, the Security Rule requirements for email fall into four categories:

  1. Organizational requirements state the specific functions a covered entity must perform, including implementing policies and procedures and obligations concerning business associate contracts.
  2. Administrative requirements relate to employee training, professional development, and management of PHI.
  3. Physical safeguards encompass the security of computer systems, servers, and networks, access to the facility and workstations, data backup and storage, and the destruction of obsolete data.
  4. Technical safeguards ensure the security of email data transmitted over an open electronic network and the storage of that data.

Below, we discuss some of the main requirements that apply to email and the steps you need to take to secure email accounts that transmit and store PHI.

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HIPAA Compliance Email Rules

While email encryption gets most of the spotlight during discussions on HIPAA compliant email security, HIPAA regulations for email cover a range of behaviors, controls, and services that work together to address eight key areas.

1. AccessAccess controls help safeguard access to your email accounts and messages. Implementing access controls is essential to keep out unauthorized users and secure your data. Some key steps to take include:

  • Using strong passwords that cannot be easily guessed or memorized.
  • Creating different passwords for different sites and applications.
  • Using two-factor authentication.
  • Securing connections to your email service provider using TLS and a VPN.
  • Blocking unencrypted connections.
  • Being prepared with software that remotely wipes sensitive email off your mobile device when it is stolen or misplaced.
  • Logging off from your system when it is not in use and when employees are away from workstations.
  • Emphasizing opt-out email encryption to minimize breaches resulting from human error.

2. Encryption: Email is inherently insecure and at risk of being read, stolen, eavesdropped on, modified, and forged (repudiated). Covered entities should go beyond the technical safeguards of the HIPAA Security Rule and take steps beyond what is required to futureproof their communications. Some email encryption features to adopt include the following:

  • The ability to send secure messages to anyone with any email address.
  • The ability to receive secure messages from anyone.
  • Implementing measures to prevent the insecure transmission of sensitive data via email.
  • Exploring message retraction features to retrieve email messages sent to the wrong address.
  • Avoiding opt-in encryption to satisfy HIPAA Omnibus Rule.

3. Backups and ArchivalHIPAA email retention rules require copies of messages containing PHI to be retained for at least six years. To address these requirements, organizations must consider the following:

  • How are email folders backed up?
  • Are there at least two different backups at two different geographical locations? The processes updating these backups should be independent of each other as a measure against backup system failures.
  • Have you maintained separate, permanent, and searchable archives? While the emails should be tamper-proof, with no way to delete or edit them, they should be easily retrievable to facilitate discovery, comply with audit requests, and support business-critical scenarios.

4. Defense: Cyber threats against healthcare organizations are continually increasing. Some may be surprised to learn that HIPAA secure email requirements mandate that organizations take steps to defend against possible attackers. To defend against malicious messages, consider implementing the following technologies:

  • Server-side inbound email malware and anti-virus scanning to detect phishing and malicious links
  • Showing the sender’s email address by default on received messages
  • Email filtering software to detect fraudulent messages and ensure it uses SPF, DKIM, and DMARC information to classify messages
  • Scanning outbound email
  • Scanning workstations for malware and virus
  • Using plain text previews of your messages

5. Authorization: A crucial aspect of HIPAA secure email requirements is ensuring that bad actors cannot impersonate your company or employees. Configuring your domains with SPF and DKIM is essential to verify your identity as an authorized sender of mail from your domains. Also, ensure that users cannot send messages through your email servers without authentication and encryption.

6. Reporting: Setting accountability standards for email security is essential to establishing and improving your HIPAA compliance posture. Some important steps to take include:

  • Creating login audit trails.
  • Receiving login failure and success alerts.
  • Auto-blocking known attackers.
  • Maintaining a log of all sent messages.

7. Reviews and Policies: Humans are the greatest vulnerability to any security and compliance plan. Create policies and procedures that focus on plugging vulnerabilities and preventing human errors. Some ways to reduce risk include:

  • Inviting independent third parties to review your email policies and user settings. Fresh, unbiased eyes can weed out issues quickly.
  • Disallowing the use of public Wi-Fi for devices that connect to your sensitive email.
  • Creating email policies prohibiting users from clicking on links or opening attachments that are not expected or requested.

8. Vendor Management: Most people do not manage their email in-house. Properly vetting and researching whoever will be responsible for your email services is essential. Perform a yearly review of your email security and stay on top of emerging cybersecurity threats to take proactive action when necessary for sustained HIPAA compliance.

LuxSci’s secure email solutions were designed to help organizations tackle complicated HIPAA email rules. Contact us today to learn more how we can help you secure sensitive data.

Documenting HIPAA Compliance For Email

HIPAA compliant email requires documented proof that privacy and security protocols are being followed. HIPAA email systems must include audit trails, policy records, and incident response documentation that demonstrate appropriate safeguards are in place. Healthcare organizations benefit from clear documentation practices that satisfy regulatory inspectors while supporting daily operations and staff training activities.

Email Policy Documentation and Implementation Records

Healthcare organizations must develop written policies that govern HIPAA email usage according to Privacy Rule and Security Rule standards. Email policies should specify encryption requirements, staff responsibilities for handling patient information, and procedures for responding to security incidents. Policy documents must include implementation dates, responsible staff members, and update procedures when regulations change or organizational needs evolve.

Training records provide evidence that employees understand their HIPAA email obligations and can properly implement security procedures. Documentation should capture completion dates, training topics, assessment scores, and remedial training when staff members fail initial evaluations. Organizations that cannot produce training records struggle to prove employees received instruction appropriate to their job functions and access to patient information.

Business Associate Agreement files cover relationships with email service providers and other vendors handling protected health information. Contract documentation should include security specifications, incident reporting procedures, and audit rights that allow healthcare organizations to verify vendor performance. Without proper agreements, healthcare organizations expose themselves to liability when vendors mishandle patient information.

Risk assessment documentation identifies vulnerabilities in HIPAA email systems and describes corrective measures implemented to address identified problems. Assessment records should include evaluation methods, discovered issues, remediation plans, and verification that fixes have been properly implemented. Many organizations conduct risk assessments but fail to document their findings, making it difficult to track improvements over time.

Audit Trail Management and Log Analysis

HIPAA compliance for email depends on audit logs that track user activities, system access, and message handling throughout email platforms. Audit systems should capture login events, message transmission records, administrative changes, and security alerts that might indicate potential violations. Log protection prevents tampering while ensuring data remains accessible for regulatory review periods.

Monitoring systems can identify unusual email usage patterns that suggest security incidents or policy violations. Alert capabilities should flag failed login attempts, large file transfers, abnormal message volumes, and access from unauthorized locations. Real-time monitoring helps healthcare organizations respond quickly to potential security events before they escalate into breaches.

Log review schedules ensure audit data receives regular examination for potential security incidents or policy violations. Review procedures should specify analysis frequency, responsible personnel, and escalation steps when suspicious activities are discovered. Some entities collect extensive audit data but never review it, missing opportunities to identify security problems early.

Log retention policies balance storage costs with regulatory requirements and potential legal discovery obligations. Retention schedules should consider HIPAA requirements alongside other applicable regulations that might demand longer storage periods.Log data must be destroyed properly when retention periods expire to prevent unauthorized access to historical communications.

Incident Response Documentation and Breach Investigation

HIPAA email incident response procedures must address security events and human errors that might compromise patient information. Response plans should include assessment procedures, containment steps, investigation protocols, and notification requirements for different incident types. Quick response often determines whether a minor security event becomes a reportable breach.

Breach investigation procedures help healthcare organizations determine whether email incidents constitute breaches of unsecured protected health information under HIPAA definitions. Investigation protocols should include evidence collection methods, impact assessments, timeline development, and documentation standards that support internal decisions and potential regulatory reporting. Complex incidents may require external legal and technical expertise.

Notification procedures vary based on incident severity and the type of information potentially compromised. Internal notification processes ensure appropriate personnel are informed about incidents and can participate in response activities. Patient notification requirements create legal obligations that organizations must fulfill within timeframes established by federal regulations.

Corrective action documentation describes measures implemented to prevent similar incidents and demonstrates organizational commitment to improving email security. Action plans should include root cause analysis, remediation steps, implementation timelines, and verification procedures that confirm corrective measures work as intended. Organizations that implement fixes without documenting them may repeat the same mistakes when staff turnover occurs.

Staff Training Documentation and Competency Records

HIPAA email training programs must address technical email operations and regulatory requirements for handling protected health information. Training materials should cover encryption procedures, access controls, incident reporting, and acceptable use policies for email communications. Role-based training ensures different staff groups receive instruction appropriate to their job functions and patient information access levels.

Competency verification procedures help healthcare organizations confirm staff members understand and can properly implement HIPAA email security measures. Verification methods may include written tests, practical demonstrations, and performance monitoring that evaluate staff compliance with email policies. Training programs without competency verification cannot prove that employees actually learned the required information.

Refresher training schedules ensure staff members stay current with evolving threats, policy updates, and new email system features. Training frequency should consider technology change rates, emerging security threats, and organizational policy modifications. Staff members who received training years ago may not remember procedures or may have developed bad habits that compromise security.

Training effectiveness measurement helps healthcare organizations evaluate whether HIPAA email training programs meet learning objectives. Measurement approaches may include before and after assessments, incident rate analysis, and feedback collection that provide insights into training quality. Organizations should adjust training content based on effectiveness data to ensure educational efforts support compliance goals.

System Configuration and Change Control Records

Email system configuration documentation provides detailed records of security settings, access controls, and integration setups that support HIPAA compliance for email. Configuration records should include baseline security settings, approved modifications, and verification procedures that confirm systems maintain appropriate security levels. System administrators need current configuration records to troubleshoot problems and maintain security standards.

Change management procedures ensure modifications to HIPAA email systems receive proper evaluation, testing, and documentation before implementation. Change processes should include security impact assessments, testing protocols, approval workflows, and rollback procedures that minimize risks to email security. Changes made without proper documentation and approval create security vulnerabilities that may not be discovered until a breach occurs.

Version control procedures help healthcare organizations track changes to email system configurations and maintain the ability to restore previous settings when problems occur. Version documentation should include change descriptions, implementation dates, responsible personnel, and verification that modifications function properly. Organizations need version control to understand how their systems evolved and to reverse changes that cause problems.

Patch management procedures ensure email systems receive security updates promptly while maintaining system stability and compliance. Patch processes should include vulnerability assessment, testing protocols, deployment schedules, and verification that updates install correctly. Delayed patching leaves systems vulnerable to known exploits that criminals actively target.

HIPAA Compliant Email Vendor Management and Contract Documentation

Email service provider relationships must include Business Associate Agreements that specify security requirements, compliance obligations, and incident reporting procedures. Contract documentation should cover data handling standards, audit rights, and termination procedures that protect healthcare organizations when vendor relationships end. Regular vendor performance reviews ensure service providers continue meeting contractual obligations.

Vendor compliance verification ensures email service providers maintain their obligations under Business Associate Agreements and healthcare security standards. Verification activities may include security certification reviews, audit report analysis, and compliance documentation that demonstrates ongoing adherence to healthcare privacy requirements. Healthcare organizations that trust vendors without verification may discover compliance failures only after incidents occur.

Service level agreement documentation defines performance expectations, availability targets, and response times for email services and security incidents. Agreement records should include uptime guarantees, incident response procedures, and remediation steps when service levels are not met. Performance tracking helps healthcare organizations evaluate vendor reliability and compliance with contractual commitments.

Vendor communication records document interactions about security updates, policy changes, and compliance requirements that affect email services. Communication logs should include update notifications, compliance discussions, and resolution of security concerns that arise during vendor relationships. Good communication records help resolve disputes and ensure both parties understand their obligations when changes occur.

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Pete Wermter

As a marketing leader with more than 20 years of experience in enterprise software marketing, Pete's career includes a mix of corporate and field marketing roles, stretching from Silicon Valley to the EMEA and APAC regions, with a focus on data protection and optimizing engagement for regulated industries, such as healthcare and financial services. Pete Wermter — LinkedIn

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Patient Engagement ROI

Patient Engagement ROI: The Business Case for Secure Email in Healthcare

Every IT investment in healthcare today is being evaluated through a sharper lens.

Budgets are tighter. Expectations are higher. AI is the shiny object. Across healthcare organizations, leadership is asking the same question: how does this investment drive measurable results?

That’s where Patient Engagement ROI comes in, and where many traditional approaches fall short.

The Hidden Cost of Ineffective Communication

Patient engagement isn’t just a healthcare priority. It’s a financial one.

Missed appointments, gaps in care, and low response rates all translate directly into increased costs, operational inefficiencies, and a poor patient experience. Yet many organizations still rely on fragmented, manual, or non-personalized communication strategies.

Why?

For many, it’s because of uncertainty around HIPAA compliance, and what’s allowed and not allowed. Too often, healthcare IT and marketing teams avoid using valuable patient data to avoid security and compliance risks, especially over the email channel. The result is often generic outreach that fails to connect, and fails to deliver meaningful results, such as better health outcomes, fewer missed appointments, and increased sales.

How Secure Email Delivers ROI in Healthcare

Among all healthcare IT investments, secure email stands out for one reason: it directly impacts both patient engagement and staff and process efficiency.

With the right HIPAA-compliant marketing automation platform, secure email enables organizations to:

  • Deliver personalized, relevant messages using PHI data in their emails
  • Automate outreach at scale with triggered, engagement-driven campaigns
  • Improve patient response rates and adherence for better outcomes
  • Reduce manual workload across teams for greater productivity

This is where patient engagement ROI becomes tangible.

Instead of one-size-fits-all messaging, organizations can connect with patients based on unique needs and health conditions, such as appointments, care plans, preventative care reminders, new product needs, and more. And because it’s automated, these improvements scale without adding to workloads.

Turning Compliance into Better Outcomes and Growth

HIPAA is often viewed as a constraint. In reality, it’s an opportunity. If you have the right tools.

At LuxSci, we focus exclusively on secure healthcare communications, helping organizations safely unlock the value of their data and communications. Our solutions are designed to remove the friction between compliance and communication, so you don’t have to choose between security and growth.

With capabilities like flexible encryption, advanced segmentation, and high-volume delivery, secure email marketing becomes more than a safeguard, it becomes a growth driver.

And with industry-leading security performance and recognition, organizations can trust that their communications are protected at every level with LuxSci.

Scaling Patient Engagement ROI with Automation

The real power of secure email comes when it’s combined with automated healthcare workflows.

HIPAA compliant marketing automation allows you to build multi-step, data-driven patient journeys that run continuously in the background, taking adaptive steps based on each individual’s email engagement activity. This can include:

  • Appointment reminders that reduce no-shows
  • Follow-up communications that improve outcomes
  • Preventative care outreach for check-ups, annual test and care reminders
  • New product offers, upgrades and promotions
  • Educational email campaigns that drive long-term engagement and better health

Each interaction is an opportunity to improve both patient experience and your financial performance. Over time, these incremental gains compound, resulting in significantly higher patient engagement that delivers real value to your business.

Why Act Now?

Healthcare organizations can no longer afford IT investments that don’t deliver clear, measurable value. Secure email, powered by HIPAA compliant marketing automation, offers one of the most direct paths to improving engagement, efficiency, and outcomes, all while maintaining the highest standards of security.

Ready to see how LuxSci secure email can transform your patient engagement into real ROI?

Connect with us today or book a demo to explore how HITRUST-certified, HIPAA-compliant marketing automation can work for your organization.

What Is B2B Marketing in Healthcare?

B2B marketing in healthcare describes the promotion of products and services to healthcare businesses rather than to patients or the public. The audience can include provider groups, payers, laboratories, medical suppliers, health technology firms, and service companies working across the sector. The work calls for a more measured approach than many other business categories because buying decisions tend to involve several stakeholders, internal review, and close attention to data handling, workflow impact, and commercial fit. Good execution depends on clear communication, useful content, and a strong sense of how healthcare organizations evaluate change.

Why healthcare buying requires a different approach

Healthcare companies rarely move through a buying process in a straight line. One person may open the conversation, though several others can influence whether it goes any further. Finance may want a clearer commercial case. Operations may focus on staffing, efficiency, and implementation pressure. IT may look at access, system fit, and data management. Compliance teams may review privacy implications or contractual language. B2B marketing in healthcare works better when the writing reflects those realities early. Buyers are looking for material that helps them assess risk, discuss options internally, and move forward with fewer unanswered questions.

A Difference in stakeholder priorities

A single account can contain several audiences at once. That is part of what makes this area demanding. A hospital operations leader may care about throughput and day to day workflow. A payer executive may be more interested in administrative efficiency or review times. A supplier may focus on coordination, ordering processes, or communication across partner relationships. Content becomes stronger when it takes those different perspectives seriously. The message does not need to become overly technical. It needs enough accuracy and relevance for each reader to feel that the company understands the conditions attached to their role.

Why credibility matters in every channel

Healthcare buyers tend to read promotional material carefully. They notice vague claims, inflated language, and unsupported promises very quickly. That is why credibility has to be built into the writing itself. A clean explanation of a business problem can carry real weight. A grounded case example can help a reader picture how a solution would work in practice. Clear language around implementation, support, privacy, or service structure can also help keep the conversation moving. When protected health information enters the picture, HIPAA may become part of the review as well, especially for companies handling regulated data or supporting covered entities and business associates.

Content to support real decisions

The most useful assets in this space are the ones that help buyers think more clearly. An article can frame a problem in a way that supports internal discussion. An email sequence can keep a company visible while review is taking place. A service page can answer practical questions before a meeting is booked. B2B marketing in healthcare gains traction when content has a clear job and a clear reader. That focus usually produces stronger engagement than broad copy built around generic thought leadership language. Buyers respond well to material that respects their time and gives them something worth passing along.

What strong performance looks like

Success in healthcare is rarely captured by surface numbers alone. Traffic and opens may show that content has reached people, though those signals do not say much on their own about buying intent. Better indicators include repeat visits from the same organization, replies from relevant contacts, deeper engagement with security or implementation pages, and growing activity across several stakeholders in one account. Those patterns can tell commercial teams where interest is becoming more serious. B2B marketing in healthcare proves its value when it helps those teams follow up with better timing, better context, and material that fits the next stage of evaluation.

What Is B2B Medical Marketing?

B2B medical marketing is the promotion of products and services to medical organizations, rather than to patients or general consumers. The audience can include provider groups, laboratories, payers, health technology companies, medical manufacturers, and service firms that sell into the healthcare space. The work involves more scrutiny than many other business sectors because buying decisions are reviewed through operational, financial, legal, and data related lenses. That environment shapes the way messages are written, the way proof is presented, and the pace at which commercial relationships develop.

Where B2B medical marketing fits in healthcare

Medical companies rarely buy on impulse. A new platform, service, or product may affect staff workflows, procurement planning, record handling, contract review, or coordination between teams. For that reason, B2B medical marketing sits close to the practical side of business decision making. Good content helps a buyer assess whether something will work inside an existing organization. It gives shape to the problem, explains the offer in plain terms, and provides enough context for internal discussion. In a medical setting, that matters because a single contact may show interest while several others influence whether the conversation continues.

Why the buying process feels slower

The pace of healthcare purchasing can frustrate vendors that are used to quicker decisions. Interest does not always translate into movement because the next step may depend on approval from finance, operations, IT, procurement, or compliance. Each group reads with a different priority in mind. An operations lead may look for staffing impact. An IT team may focus on access controls, system fit, and data use. Finance may ask whether the commercial case is persuasive enough to justify more review. B2B medical marketing works best when content reflects those realities from the start. Messages that feel rushed or overwritten tend to lose ground early.

Trust and proof carry weight

Medical buyers are used to reading claims with care. They want to know what the service does, how it fits into day to day work, and what kind of burden it may place on the people using it. That is why trust has to be earned through the material itself. Clear examples help. Credible case studies help. Sound explanations of process, security, implementation, or support also help because they answer the questions serious buyers are already asking. When privacy or protected health information enters the picture, references to HIPAA and related data handling expectations may also become part of the evaluation. B2B medical marketing gains traction when the language sounds careful, informed, and accountable on every page.

Content needs a job to do

A medical buyer reading an article, email, or landing page is usually looking for something useful rather than something flashy. The content may need to explain a workflow issue, support an internal conversation, prepare a reader for a product discussion, or clarify how a service would be introduced. That practical role should shape the writing. B2B medical marketing is stronger when each asset has a clear purpose and a clear reader. One article may help an operations contact define a bottleneck. Another may help a compliance stakeholder understand how data is handled. Another may give procurement a cleaner view of scope and process. Content works harder when it can travel inside the account and still make sense to the next person who reads it.

What good measurement looks like

Performance in this area is not captured by one metric. Page views and open rates may show that something has attracted attention, though they do not say much on their own about buying intent. Better signs come from repeat visits from the same account, deeper engagement with implementation or security pages, replies from people with decision making authority, and movement from light interest to active review. B2B medical marketing earns its value when it helps commercial teams see where attention is turning into evaluation. That is where better timing, stronger follow up, and sharper account insight begin to matter.

Zero Trust Email Security in Healthcare

Zero Trust Email Security in Healthcare: A Requirement for Sending PHI?

As healthcare organizations embrace digital patient engagement and AI-assisted care delivery, one reality is becoming impossible to ignore: traditional perimeter-based security is no longer enough. Email, still the backbone of patient and operational communications, has become one of the most exploited attack surfaces.

As a result, Zero Trust email security in healthcare is moving from buzzword to necessity.

At LuxSci, we see this shift firsthand. Healthcare providers, payers, and suppliers are no longer asking if they should modernize their security posture, but how to do it without disrupting care delivery or patient engagement.

Our advice: Start with a Zero Trust-aligned dedicated infrastructure that puts you in total control of email security.

Let’s go deeper!

What Is Zero Trust Email Security in Healthcare?

At its core, Zero Trust email security in healthcare applies the principle of “never trust, always verify” to every email interaction involving protected health information (PHI).

This means:

  • Continuous authentication of users and systems
  • Device and environment validation before granting access
  • Dynamic, policy-based encryption for every message
  • No implicit trust, even within internal networks

Unlike legacy approaches that assume safety inside the network perimeter, Zero Trust treats every email, user, and endpoint as a potential risk.

Why Email Is a Critical Gap in Zero Trust Strategies

While many healthcare organizations have begun adopting Zero Trust frameworks for network access and identity, email often remains overlooked.

This is a major problem.

Email is where:

  • PHI is most frequently shared
  • Human error is most likely to occur
  • Phishing and impersonation attacks are most effective

Without a Zero Trust email security approach, organizations leave a critical gap in their defense strategy, one that attackers can actively exploit.

Healthcare Challenge: Personalized Communication and PHI Risk

Modern healthcare ecosystems are highly distributed:

  • Care teams span multiple locations
  • Third-party vendors access sensitive systems
  • Patients expect digital, personalized communication

This creates a complex web of PHI exchange—much of it through email.

At the same time, compliance requirements like HIPAA demand that PHI email security is addressed at all times.

The result is a growing tension between:

  • Security and compliance
  • Usability, engagement, and better outcomes

From Static Encryption to Intelligent, Adaptive Protection

Traditional email encryption methods often rely on:

  • Manual triggers
  • Static rules
  • User judgment

This introduces risk. A modern zero trust email security in healthcare model replaces this with:

  • Automated encryption policies based on content and context
  • Flexible encryption methods tailored to recipient capabilities – TLS, Portal Fallback, PGP, S/MIME
  • Seamless user experiences that human error – automated email encryption, including content

At LuxSci, our approach to secure healthcare communications is built around this philosophy. By automating encryption and providing each customer with a zero trust-aligned dedicated infrastructure, organizations can protect PHI without relying on end-user decisions or the actions of other vendors on the same cloud, significantly reducing risk while improving performance, including email deliverability.

Aligning Zero Trust with HIPAA and Emerging Frameworks

Zero Trust is not a replacement for compliance, it’s an enabler. A well-implemented Zero Trust approach helps organizations:

  • Meet HIPAA requirements for PHI protection
  • Reduce the likelihood of breaches
  • Strengthen audit readiness and risk management

More importantly, it positions healthcare organizations to align with emerging cybersecurity frameworks that increasingly emphasize identity, data-centric security, and continuous verification.

PHI Protection Starts with Email

Zero Trust is no longer a conceptual framework, it’s becoming the operational standard for healthcare IT, infrastructure, and data security teams.

But success depends on execution. Email remains the most widely used, and vulnerable, communication channels in healthcare. Without addressing it directly, Zero Trust strategies will fall short.

Here are 3 tips to stay on track:

  • Treat every email as a potential risk
  • Automate encryption at scale – secure every email
  • Enable personalized patient engagement with secure PHI in email

At LuxSci, we believe that HIPAA compliant email is the foundation for the future of secure healthcare communications, protecting PHI while enabling better patient engagement and better outcomes.

Reach out today if you want to learn more from our LuxSci experts.

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HIPAA email laws

What Are HIPAA Marketing Rules?

HIPAA marketing rules are Privacy Rule regulations that govern how healthcare organizations can use protected health information for promotional communications and patient engagement activities. These rules require written patient authorization for most marketing uses of PHI, define exceptions for treatment communications and healthcare operations, establish standards for consent documentation, and specify penalties for violations involving unauthorized marketing disclosures. Healthcare organizations must navigate complex regulatory boundaries that distinguish between permitted patient communications and marketing activities requiring special authorization. Understanding these distinctions helps organizations develop effective patient engagement strategies while avoiding costly compliance violations.

Regulatory Definition of HIPAA Marketing Rules

Marketing communications under HIPAA include any messages that encourage recipients to purchase or use products or services, with specific exceptions for face-to-face encounters and nominal value promotional gifts. This broad definition encompasses many patient communications that healthcare organizations might not traditionally consider marketing activities. Treatment communications that recommend or describe healthcare services provided by the communicating organization generally do not constitute marketing under HIPAA marketing rules. Providers can discuss additional services, alternative treatments, or care options during patient encounters without triggering marketing authorization requirements. Healthcare operations activities including care coordination, case management, and quality assessment often qualify for marketing exemptions when they promote patient health rather than organizational revenue. These communications must focus on improving care outcomes rather than encouraging service utilization.

Authorization Requirements and Exceptions

Written patient consent forms the legal foundation for using PHI in marketing communications that fall outside regulatory exceptions. These authorizations must clearly describe what information will be used, the purpose of the marketing activity, and the patient’s right to revoke consent without affecting their healthcare treatment. Authorization content requirements mandate specific elements including description of PHI to be used, identification of persons who will receive the information, expiration dates for the authorization, and statements about the individual’s right to revoke consent. Missing elements can invalidate authorizations and create compliance violations. Compound authorization restrictions prevent healthcare organizations from combining marketing consent with other required forms such as treatment consent or insurance authorizations. Marketing authorizations must be separate documents that allow patients to make independent decisions about promotional communications.

Permitted Activities Without Authorization

Face-to-face marketing encounters between healthcare providers and patients do not require written authorization under HIPAA marketing rules, allowing natural discussion of additional services during patient visits. These conversations can include recommendations for other treatments, wellness programs, or preventive services. Promotional gifts of nominal value may be provided during face-to-face marketing communications without triggering additional consent requirements. Healthcare organizations must ensure that gift values remain reasonable and do not create inappropriate incentives that could influence patient care decisions. Communications about health-related products or services provided by the healthcare organization or its business associates may proceed without individual authorization when they support ongoing care activities. Examples include patient education materials about conditions being treated or wellness programs relevant to patient health needs.

Financial Incentive Disclosure Requirements

Remuneration disclosure obligations require enhanced authorization forms when healthcare organizations receive financial compensation for marketing activities involving PHI. These situations include pharmaceutical company sponsorship of patient communications or revenue sharing arrangements with marketing partners. Third-party payment notifications must inform patients when outside organizations are paying for marketing communications about their products or services. Authorization forms must clearly explain these financial relationships and how patient information will be shared with paying entities. Conflict of interest considerations require healthcare organizations to evaluate whether financial incentives for marketing activities could compromise patient care decisions or create inappropriate promotional pressures. These evaluations should inform authorization processes and marketing content development.

Enforcement Mechanisms and Violations

Office for Civil Rights oversight includes authority to investigate complaints about healthcare organization marketing practices and impose corrective actions for violations. OCR has increased enforcement focus on marketing violations, particularly those involving unauthorized use of PHI or inadequate patient consent. Violation categories range from technical authorization deficiencies to willful disregard of patient consent preferences. Penalties vary based on violation severity, organizational culpability, and previous compliance history, with potential sanctions reaching millions of dollars for serious violations. Individual liability extends to healthcare workers who inappropriately use or disclose PHI for the purpose of HIPAA marketing rules. Violations can result in both organizational penalties and individual criminal prosecution depending on the circumstances and intent behind the violation.

Implementation Guidelines for Healthcare Organizations

Policy development should address all aspects of marketing communications including authorization procedures, content approval processes, and staff training requirements. These policies must align with organizational marketing strategies while ensuring comprehensive regulatory compliance. Staff education programs must help healthcare personnel understand the distinction between permitted communications and marketing activities requiring authorization. Training should include examples of different communication types and decision-making processes for determining authorization requirements. Consent management systems help healthcare organizations track patient authorization status and ensure that marketing communications align with current consent preferences. Systems must process authorization changes immediately and maintain historical records for audit purposes.

Integration with Privacy Obligations

Minimum necessary standards apply to HIPAA marketing rules requiring organizations to limit PHI disclosure to information needed for the specific marketing purpose. Complete medical records should not be used for marketing unless the entire record is necessary for the authorized communication. Patient rights protection ensures that marketing activities do not interfere with individual rights to access, amend, or restrict uses of their PHI. Healthcare organizations must maintain systems that support these rights while enabling appropriate marketing communications. State law coordination requires healthcare organizations to comply with any state privacy requirements that provide stronger protections than HIPAA marketing rules. Organizations operating in multiple states should aim to prioritize the various requirements and implement policies that meet the most restrictive standards.

HIPAA Emailing Patient Information

How Does HIPAA Emailing Patient Information Work Securely?

HIPAA emailing patient information requires healthcare organizations to implement encryption protocols, authentication controls, and business associate agreements that protect electronic protected health information during transmission and storage. Federal privacy regulations mandate that all email communications containing patient data meet stringent security standards to prevent unauthorized access, interception, or disclosure. Healthcare providers must understand which types of patient information can be transmitted via email, what security measures are necessary, and when alternative communication methods provide better protection for sensitive health data.

Permitted Uses of Email for Patient Communications

Healthcare providers can use email to communicate with patients about treatment, payment, and healthcare operations without obtaining specific authorization under HIPAA regulations. Appointment reminders, general health education materials, and prescription refill notifications fall within permitted communications that do not require patient consent. Laboratory results, medication instructions, and follow-up care guidance can be transmitted through secure email channels when proper encryption protects the information.

Treatment coordination between healthcare providers allows email communication about patient care without patient authorization when all parties are involved in the patient’s treatment. Referrals to specialists, consultation requests, and care plan discussions can occur through encrypted email platforms that meet security requirements. Payment communications including billing statements, insurance verification, and claim status updates are permissible through secure channels.

Healthcare operations activities such as quality improvement initiatives, case management, and care coordination support email communication when security measures protect patient information. Staff training scenarios using de-identified patient cases can be shared via email without violating privacy rules. Administrative functions including appointment scheduling and general practice information distribution do not require patient authorization when conducted through secure systems.

Limitations exist for certain types of sensitive health information that require extra protection beyond standard email security. Psychotherapy notes, substance abuse treatment records, and HIV test results need enhanced safeguards or alternative communication methods. Mental health information and genetic testing results may warrant more secure transmission methods than standard encrypted email provides.

Encryption Requirements for Patient Data Transmission

Message-level encryption converts email content into unreadable code before transmission, ensuring that only intended recipients can decrypt and read patient information. Advanced Encryption Standard 256-bit encryption provides strong protection that meets healthcare industry standards for securing electronic protected health information. Transport Layer Security protocols create secure connections between email servers during message delivery, preventing interception while communications travel across networks.

End-to-end encryption protects messages throughout their entire journey from sender to recipient, maintaining security even if intermediate servers are compromised. Automatic encryption activation eliminates human error by securing all outbound messages without requiring staff to remember manual encryption procedures. HIPAA emailing patient information demands consistent encryption application across all communications containing protected health information regardless of content sensitivity.

Key management systems protect the encryption keys that secure patient communications while enabling authorized recipients to decrypt necessary messages. Secure key storage prevents unauthorized access while backup procedures protect against data loss during system failures. Certificate-based authentication verifies recipient identity before allowing message delivery, reducing risks of misdirected emails containing patient information.

Digital signatures provide verification that messages originated from legitimate healthcare sources and were not altered during transmission. Integrity checks detect any unauthorized modifications to email content, alerting recipients when communications may have been tampered with during delivery. These verification mechanisms build trust in email communications while meeting regulatory requirements for data integrity.

Access Controls and User Authentication

Multi-factor authentication requires users to provide multiple forms of identification before accessing email accounts containing patient information. Password combinations with mobile verification codes, biometric scans, or hardware tokens create layered security that prevents unauthorized account access. Authentication systems should integrate smoothly with existing healthcare technology to avoid creating workflow barriers that encourage security shortcuts.

Role-based permissions ensure healthcare staff can only access patient communications relevant to their job functions and care relationships. Physicians need different access levels compared to billing specialists or administrative personnel, with granular controls preventing inappropriate information viewing. Automatic permission adjustments when staff change roles or departments maintain appropriate access restrictions as organizational structures evolve.

Session management protocols automatically log users out after inactivity periods, preventing unauthorized access from unattended workstations. Concurrent login monitoring detects unusual access patterns such as simultaneous logins from different geographic locations that might indicate account compromise. Immediate access revocation procedures ensure departing employees lose email access promptly to protect patient information.

Audit logging tracks all user activities within email systems including message viewing, sending, forwarding, and administrative actions. Detailed logs capture who accessed which patient communications, when access occurred, and what actions were performed. These records support security investigations, regulatory audits, and compliance monitoring while deterring inappropriate information access.

Business Associate Agreements and Vendor Responsibilities

Written contracts between healthcare organizations and email service providers establish clear responsibilities for protecting patient information during transmission and storage. Agreements must specify encryption standards, security measures, incident reporting timelines, and procedures for handling patient data when contracts terminate. Liability allocation clauses define financial responsibilities when security breaches result from provider system failures or negligence.

Vendor security certifications demonstrate that email providers maintain appropriate controls for protecting healthcare information. SOC 2 audits verify security measure effectiveness while HITRUST certification indicates healthcare industry experience and compliance knowledge. Current certifications provide assurance that providers maintain security standards consistently rather than just during initial implementations.

Incident response procedures outlined in agreements specify how providers will notify healthcare organizations when security breaches occur involving patient information. Notification timelines should allow organizations to meet their own breach notification obligations to patients and regulatory authorities. Provider responsibilities for breach investigation, containment, and remediation should be clearly defined in contractual terms.

Data retention and destruction procedures govern how providers handle patient information when business relationships end or retention periods expire. Secure deletion methods ensure patient data cannot be recovered after authorized destruction. Healthcare organizations conducting HIPAA emailing patient information need verification that providers completely remove all patient communications from their systems when required.

Patient Consent and Communication Preferences

Healthcare organizations should obtain written consent before emailing detailed medical information to patients, even though regulations may not require authorization for treatment communications. Consent forms should explain security measures while acknowledging inherent risks in electronic transmission despite encryption protection. Patients need clear information about how to protect their own email accounts from unauthorized access that could compromise their health information.

Communication preference documentation helps healthcare organizations understand which patients are comfortable receiving health information via email versus those preferring telephone calls or postal mail. Preference tracking systems ensure staff use appropriate communication methods for different patients based on their documented choices. Alternative communication options should remain available for patients who decline email communications or lack secure email access.

Content appropriateness guidelines help staff determine what patient information is suitable for email transmission versus what requires more secure communication methods. Routine test results and medication changes may be appropriate for encrypted email while complex diagnoses or poor prognosis discussions warrant telephone or in-person conversations. Emergency situations and urgent symptoms require immediate communication methods rather than email that patients might not check promptly.

Patient education about email security helps individuals understand their role in protecting their health information during electronic communications. Instructions about recognizing legitimate healthcare emails, maintaining strong passwords, and reporting suspicious activities empower patients to participate in securing their information. Healthcare organizations benefit from providing clear guidance about email security practices and potential risks.

Compliance Monitoring and Risk Management

Security assessments evaluate whether email systems maintain appropriate protections for patient information throughout their operational lifecycles. Penetration testing identifies vulnerabilities that could allow unauthorized access while security audits verify that controls function as intended. Assessment schedules should include testing after system updates, configuration changes, or security incident discoveries.

Policy development establishes clear guidelines about what patient information can be transmitted via email and what security measures staff must follow. Written policies should specify encryption requirements, recipient verification procedures, and content appropriateness criteria. Policy review schedules ensure guidance remains current as technology and regulations evolve.

Staff training programs educate healthcare workers about proper procedures for HIPAA emailing patient information through secure channels. Training should cover encryption activation, recipient verification, content appropriateness, and incident reporting responsibilities. Documented training records demonstrate compliance efforts during regulatory inspections while reinforcing security culture within organizations.

Incident response planning prepares healthcare organizations to handle security breaches involving email communications containing patient information. Response procedures should include immediate containment measures, breach scope assessment, affected patient notification, and regulatory reporting. Practice drills help ensure staff can execute response plans effectively during actual security emergencies that threaten patient information.

HIPAA Compliant Form

What is a HIPAA Compliant Form?

A HIPAA compliant form collects protected health information while meeting security, privacy, and patient authorization requirements set by the HIPAA Privacy and Security Rules. These forms include proper disclosure statements, patient signature capabilities, data encryption, access controls, and audit tracking features. Healthcare organizations use these forms for patient intake, consent, and information exchange while safeguarding patient data throughout the collection and storage process.

Required Elements of HIPAA Compliant Forms

Healthcare forms must include specific components to maintain HIPAA compliance. HIPAA compliant forms need clear authorization language explaining how patient information will be used and disclosed. Patient signature sections document consent for information sharing and establish when that authorization expires. Forms include statements about patients’ rights to revoke authorization and receive copies of their information. Healthcare providers use plain language that patients can understand rather than technical terminology. Privacy policy information and contact details for the privacy officer help patients address concerns. Effective forms contain statements about potential redisclosure limitations after information leaves the provider’s control.

Technical Security Features for Electronic Forms

Electronic HIPAA compliant forms require robust security measures to protect patient information. Forms use encryption during data transmission and storage to prevent unauthorized access. Access controls restrict form viewing and submission processing to authorized personnel with proper credentials. Secure hosting environments provide technical protections including firewalls and intrusion detection systems. Audit logs track when information was entered, viewed, or modified, creating accountability for all data access. Well-designed forms incorporate automatic timeout features that protect information on unattended devices. Data backup systems prevent information loss, while secure storage solutions protect electronic signatures. Form builders include security configuration options that administrators can customize based on their organization’s needs.

Implementing HIPAA Compliant Forms

Healthcare organizations benefit from following structured processes when developing compliant forms. The implementation begins with a review of what patient information needs collection and how it will be used. Many organizations offer both web-based and PDF form options to accommodate different user needs. Effective form creation tools include drag-and-drop builders that simplify development while maintaining compliance standards. Healthcare providers test forms thoroughly before deployment and train staff on proper usage procedures. Implementation plans typically include integration with existing systems like electronic health records and patient portals. Organizations establish procedures for securely storing completed forms according to HIPAA retention requirements.

HIPAA Compliant Form Accessibility

Forms work best when accessible across different devices and platforms to maximize patient convenience while maintaining security. Web-based forms provide flexibility for patients to complete paperwork before appointments. Mobile-responsive designs ensure forms display properly on smartphones and tablets. Modern form systems work with secure digital signature technology to eliminate paper-based processes. Cloud storage solutions with proper security allow authorized access from multiple locations. API connectivity enables healthcare organizations to integrate form data with other systems. Accessible form design accommodates patients with disabilities or language barriers to ensure equal access to privacy protections.

Form Data Management and Integration

Healthcare organizations need systems to manage form data securely after collection. HIPAA compliant forms integrate with secure email systems for protected transmission of patient information. Data from forms flows into relevant clinical and business systems without compromising security. Integration with customer relationship management and patient journey tracking helps organizations provide cohesive care experiences. Marketing automation tools can use non-PHI form data for appropriate patient outreach while protecting sensitive information. Clear data retention policies comply with HIPAA requirements while supporting operational needs. Documented data flows from forms to downstream systems maintain compliance throughout the information lifecycle.

HIPAA Form Compliance Monitoring

Healthcare organizations maintain monitoring systems to ensure form compliance over time. Regular audits identify potential privacy violations or security weaknesses in form collection processes. Staff training covers form handling procedures and includes updates when regulations change. Form review schedules keep all documents current with changing requirements. Monitoring tracks form completion rates to identify process issues affecting patient care. Organizations maintain documentation of form versions, approval dates, and modification histories. Security teams regularly test technical protections for electronic forms to verify continued effectiveness. Compliance officers review form-related complaints to identify improvement opportunities.

hands on a keyboard sending secure email

How to Secure SMTP Email Delivery with TLS

Secure email sending is a priority for organizations that communicate sensitive data externally. One of the most common ways to send secure emails is with SMTP TLS. TLS stands for Transport Layer Security and is the successor of SSL (Secure Socket Layer). TLS is one of the standard ways that computers on the internet transmit information over an encrypted channel. In general, when one computer connects to another computer and uses TLS, the following happens:

  1. Computer A connects to Computer B (no security)
  2. Computer B says “Hello” (no security)
  3. Computer A says, “Let’s talk securely over TLS” (no security)
  4. Computers A and B agree on how to do this (secure)
  5. The rest of the conversation is encrypted (secure)

In particular:

  • The conversation is encrypted
  • Computer A can verify the identity of Computer B (by examining its SSL certificate, which is required for this dialog)
  • The conversation cannot be eavesdropped upon (without Computer A knowing)
  • A third party cannot modify the conversation
  • Third parties cannot inject other information into the conversation.

TLS and SSL help make the internet a more secure place. One popular way to use TLS is to secure SMTP to protect the transmission of email messages between servers.

Secure SMTP Email Delivery with TLS 

The mechanism and language by which one email server transmits email messages to another email server is called Simple Mail Transport Protocol, or SMTP. For a long time, email servers have had the option of using TLS to transparently encrypt the message transmission from one server to another.

When available, using TLS with SMTP ensures the message contents are secured during transmission between the servers. Unfortunately, not all servers support TLS! Many email providers, especially free or public ones, have historically not supported TLS. Thankfully, the trend is shifting. LuxSci found that most providers now support TLS- approximately 85% of domains tested as of July 2022.

Using TLS requires that the server administrators:

  1. purchase SSL certificates
  2. configure the email servers to use them (and keep these configurations updated)
  3. allocate additional computational resources on the email servers involved.

For TLS transmission to be used, the destination email server must offer support for TLS, and the sending computer or server must be configured to use TLS connections when possible.

The sending computer or server could be configured for:

  1. No TLS: never use it.
  2. Opportunistic TLS: use it if available; if not, send it insecurely.
  3. Forced TLS: use TLS or do not deliver the email at all.

How Secure is Email Delivery over SMTP TLS?

TLS protects the transmission of the email message contents. It does nothing to protect the security of the message before it is sent or after it arrives at its destination. For that, other encryption mechanisms may be used, such as PGP, S/MIME, or storage in a secure portal.

For sending sensitive information to customers, transmission security is the minimum standard for compliance with healthcare and financial regulations. TLS is appropriate to meet most compliance requirements and offers an excellent alternative to more robust and less user-friendly encryption methods (like PGP and S/MIME).

There are different versions of TLS- 1.0 and 1.1 use older ciphers and are not as secure, while TLS 1.2 and 1.3 use newer ciphers and are more secure. When an email is sent, the level of TLS used is as secure as can be negotiated between the sending and receiving servers. If they both support strong encryption (like AES 256), then that will be used. If not, a weaker grade of encryption may be used. The sending and receiving servers can choose the types of encryption they will support. If there is no overlap in what they support, then TLS will fail (this is rare).

What About Replies to Secure Messages?

Let’s say you send a message to someone that is securely delivered to their inbox over TLS. Then, that person replies to you. Will that reply be secure? This may be important if you are communicating sensitive information. The reply will use TLS only if:

  1. The recipient’s servers support TLS for outbound email (there is no way to test this externally).
  2. The mail servers (where the “From” or “Reply” email address is hosted) support TLS for inbound email.
  3. Both servers support overlapping TLS ciphers and protocols and can agree on a mutually acceptable means of encryption.

Unless familiar with the providers in question, it cannot be assumed that replies will use TLS. So, what should you do? Ultimately, it depends on what compliance standards you must meet, the level of risk you are willing to accept, and the types of communications you send. There are two general approaches to this question:

  1. Conservative. If replies must be secure in all cases, assuming TLS will be used is unreasonable. In this case, a more secure method should be used to encrypt the messages in transit and store them upon arrival. The recipient must log in to a secure portal to view the message and reply securely. Alternatively, PGP or S/MIME could be used for additional security.
  2. Aggressive. In some compliance situations like HIPAA, healthcare providers must ensure that ePHI is sent securely to patients. However, patients are not beholden to HIPAA and can send their information insecurely to anyone they want. If the patient’s reply is insecure, that could be okay. For these reasons, and because using TLS for email security is so easy, many do not worry about the security of email replies. However, this should be a risk factor you consider in an internal security audit. Consider nuanced policies that allow you to send less sensitive messages with TLS while sending more sensitive messages with higher security.

What are the Weaknesses of SMTP TLS?

As discussed, SMTP TLS has been around for a long time and has recently seen a great deal of adoption. However, it has some deficiencies compared to other types of email security:

  • There is no mandatory support for TLS in the email system.
  • A receiver’s support of the SMTP TLS option can be trivially removed by an active man-in-the-middle because TLS certificates are not actively verified.
  • Encryption is not used if any aspect of the TLS negotiation is undecipherable/garbled. It is very easy for a man-in-the-middle to inject garbage into the TLS handshake (which is done in clear text) and have the connection downgraded to plain text (opportunistic TLS) or have the connection fail (forced TLS).
  • Even when SMTP TLS is offered and accepted, the certificate presented during the TLS handshake is usually not checked to see if it is for the expected domain and unexpired. Most MTAs offer self-signed certificates as a pro forma. Thus, in many cases, one has an encrypted channel to an unauthenticated MTA, which can only prevent passive eavesdropping.

The Latest Updates to Secure SMTP TLS

Some solutions help remedy these issues—for example, SMTP Strict Transport Security. SMTP STS enables recipient servers to publish information about their SMTP TLS support in their DNS. This prevents man-in-the-middle downgrades to plain text delivery, ensures more robust TLS protocols are used, and can enable certificate validation.

In addition, users can adopt TLS 1.3. NIST recommends that government agencies develop migration plans to support TLS 1.3 by January 1, 2024. LuxSci supports both SMTP MTA-STS and TLS 1.3.

How Secure SMTP TLS Email Works with LuxSci

Inbound TLS

LuxSci’s inbound email servers support TLS for encrypted inbound email delivery from any sending email provider that also supports that. For selected organizations, LuxSci also locks down its servers to only accept email from them if delivered over TLS.

Outbound Opportunistic TLS

LuxSci’s outbound email servers will always use TLS with any server that claims to support it and with whom we can talk TLS v1.0+ using a strong cipher. The message will not be sent securely if the TLS connection to such a server fails (due to misconfiguration or no security protocols in common). Outbound opportunistic TLS encryption is automatic for all LuxSci customers, even those without SecureLine.

Forced TLS

When Forced TLS is enabled, the message is either dropped or sent with an alternate form of encryption if the recipient’s server does not support TLS. This ensures that messages will never be sent insecurely. Forced TLS is also in place for all LuxSci customers sending to banks and organizations that have requested that we globally enforce TLS to their servers.

Support for strong encryption

LuxSci’s servers will use the strongest encryption supported by the recipient’s email server. LuxSci servers will never employ an encryption cipher that uses less than 128 bits (they will fail to deliver rather than deliver via an excessively weak encryption cipher), and they will never use SSL v2 or SSL v3.

Does LuxSci Have Any Other Special TLS Features?

When using LuxSci SecureLine for outbound email encryption:

  1. SMTP MTA STS: LuxSci’s domains support SMTP MTA STS, and LuxSci’s SecureLine encryption system leverages STS information about recipient domains to improve connection security.
  2. Try TLS: Account administrators can have secure messages “try TLS first” and deliver that way. If TLS is unavailable, the messages would fall back and use more secure options like PGP, S/MIME, or Escrow. Email security is easy, seamless, and automatic when communicating internally or with others who support TLS.
  3. TLS Exclusive: This is a special LuxSci-exclusive TLS sending feature. TLS Exclusive is just like Forced TLS, except that messages that can’t connect over TLS are just dropped. This is ideal for low-importance emails that must still be compliant, like email marketing messages in healthcare. In such cases, the ease of use of TLS is more important than receiving the message.
  4. TLS Only Forwarding: Account administrators can restrict any server-side email forwarding settings in their accounts from allowing forwarding to any email addresses that do not support TLS for email delivery.
  5. Encryption Escalation: Often, TLS is suitable for most messages, but some messages need to be encrypted using something stronger. LuxSci allows users to escalate the encryption from TLS to Escrow with a click (in WebMail) or by entering particular text in the subject line (for messages sent from email programs like Outlook).
  6. Domain Monitoring: When TLS delivery is enabled for SecureLine accounts, messages will never be insecurely sent to domains that purport to be TLS-enabled, i.e., TLS delivery is enforced and no longer “opportunistic.” The system monitors these domains and updates their TLS-compliance status daily.
  7. Double Encryption: Messages sent using SecureLine and PGP or S/MIME will still use Opportunistic TLS whenever possible for message delivery. In these cases, messages are often “double encrypted.” First, they are encrypted with PGP or S/MIME and may be encrypted again during transport using TLS.
  8. No Weak TLS: Unlike many organizations, LuxSci’s TLS support for SMTP and other servers only supports those protocol levels (e.g., TLS v1.0+) and ciphers recommended by NIST for government communications and which are required for HIPAA. So, all communications with LuxSci servers will be over a compliant implementation of TLS.

For customers who can use TLS to meet security or compliance requirements, it enables seamless security and “use of email as usual.” SecureLine with Forced TLS enables clients to take advantage of this level of security whenever possible while automatically falling back to other methods when TLS is unavailable.

Of course, using Forced TLS as the sole method of encryption is optional; if your compliance needs are more substantial, you can turn off TLS-Only delivery or restrict it so that it is used only with specific recipients.

If your email use cases are complicated, LuxSci’s flexibility enables the secure sending of emails to any recipient, regardless of their email service provider’s support for TLS. Contact the LuxSci sales team to learn more about our secure SMTP TLS email sending.