Self-hosted remote desktop for healthcare

Clinicians reading from home and IT supporting clinical workstations need ePHI to stay on hospital systems. This page covers how a self-hosted browser gateway, MFA, audit controls and vendor session recording fit HIPAA and what to ask a partner before building.

On this page

Why self-hosted remote desktop for healthcare starts with ePHI on hospital systems

A health system that lets clinicians read from home or lets device vendors and IT staff reach clinical workstations is extending access to electronic protected health information (ePHI) beyond the hospital walls. A self-hosted browser gateway, such as Apache Guacamole running in the organization's own data center or cloud account, keeps the remote session, the credentials and the recordings inside infrastructure the covered entity controls. The design is driven by the HIPAA Security Rule, which applies to covered entities (health plans, health care clearinghouses and covered health care providers) and to their business associates for all ePHI they create, receive, maintain or transmit. Remote desktop vendors and support firms that touch those workstations are typically business associates, so the business associate contract under 45 CFR 164.314(a)(2)(i) has to be settled before their accounts are created.

HIPAA has no certification. HHS states that no Security Rule standard requires an entity to certify compliance and that private certifications do not prevent HHS from later finding a violation, so no product label settles the question. The platform choice matters less than the controls around it. Map each access path to the technical safeguards in 45 CFR 164.312: unique user identification, automatic logoff and encryption for ePHI in transit (164.312(e)(1)), and audit controls that record and examine activity in systems containing ePHI (164.312(b)). Confirm with your compliance lead which of these are addressable in your risk analysis and document the reasoning either way.

For browser access to RDP, VNC and SSH hosts, Apache Guacamole is the leading fit: it is clientless, Apache-2.0 licensed, and supports the MFA, SSO and session recording extensions that the audit controls depend on. RustDesk is a narrower option, suited to attended support sessions where a clinician or help desk technician initiates the connection, and it needs its own review of relay placement and logging before it touches clinical systems. Decide which access patterns each tool serves before the first pilot, because the answer shapes the MFA, recording and vendor-account design that follows.

Which HIPAA technical safeguards shape the remote desktop build

This table maps the HIPAA technical safeguard standards and their implementation specifications to concrete decisions for a browser-based remote desktop gateway. Read each row as a requirement, the build choice it drives, and the evidence an assessor will ask to see. Required specifications leave no choice, while addressable ones require a documented decision.

Safeguard (45 CFR 164.312)StatusWhat it asks forBuild decision and evidence
Unique user identification (164.312(a)(2)(i))RequiredEach clinician, IT engineer and device vendor is identified by a unique name or numberNo shared gateway logins. Map each person to an individual account in the directory, and keep vendor accounts separate with their own expiry dates. Evidence: account inventory and connection logs tied to a named user
Emergency access procedure (164.312(a)(2)(ii))RequiredA documented way to reach ePHI systems during an emergencyDefine a break-glass account held under dual control, with a documented trigger and review. Confirm the gateway keeps working when the identity provider is down. Evidence: written procedure and test records
Automatic logoff (164.312(a)(2)(iii))AddressableElectronic sessions end after a period of inactivitySet idle timeouts on the Guacamole session and the underlying desktop, shorter for shared workstations at nursing stations. Document the chosen interval and the reason for it. Evidence: timeout configuration and the documented rationale
Encryption and decryption (164.312(a)(2)(iv))AddressableEncrypt ePHI where it is reasonable and appropriateDecide whether recordings, connection databases and backups are encrypted at rest, and document the method and key custody. Evidence: encryption decision record and key management procedure
Audit controls (164.312(b))RequiredMechanisms that record and examine activity in systems containing ePHILog every login, connection, privilege change and session start and end on the gateway, and forward logs to a central store. Retain session recordings where clinical access requires review. Evidence: log samples and a review schedule
Integrity (164.312(c)(1))RequiredProtect ePHI from improper alteration or destructionRestrict write permissions on recording and log storage, and make audit logs append-only where the platform allows it. Confirm this with the platform documentation. Evidence: access rules on log storage
Person or entity authentication (164.312(d))RequiredVerify that a person or entity seeking access is who they claim to beRequire MFA at the gateway for clinicians and vendors, with the second factor enforced by policy rather than left optional. Evidence: MFA enforcement settings and exception list
Transmission security (164.312(e)(1))RequiredGuard against unauthorized access to ePHI sent over networksTerminate TLS on the browser path to the gateway, and keep hospital desktops reachable only from the gateway in a controlled network zone. Evidence: certificate configuration and firewall rules
Transmission integrity controls (164.312(e)(2)(i))AddressableProtect ePHI in transit from improper modification without detectionDecide how the gateway path detects tampering, for example through encrypted protocols end to end and monitored network paths. Document the decision under 164.306(d). Evidence: documented assessment of the addressable choice
Encryption in transmission (164.312(e)(2)(ii))AddressableEncrypt ePHI in transit where reasonable and appropriateEncrypt the browser session and the internal hop to the target desktop with TLS or a protocol that supports encryption. If a legacy protocol path cannot be encrypted, record the compensating control. Evidence: protocol settings and the alternative measure record

Which open-source platforms fit clinical remote access

Clinical remote access splits into two jobs: clinicians reaching their workstation or EHR session from home, and IT or device vendors supporting clinical endpoints. The cards below cover the primary gateway, the agent-based option for lighter endpoints, and the identity, secrets and logging components that must be chosen and confirmed separately.

Apache Guacamole as the browser gateway

Guacamole is an Apache-2.0 clientless gateway that serves RDP, VNC and SSH sessions through an HTML5 browser, so clinicians and vendors need no VPN client on their own device. The web application handles authentication and the guacd daemon loads protocol plugins that reach the clinical workstation. Ask your partner to place the gateway in a segment that keeps ePHI on hospital systems, and to confirm which protocol plugins your endpoints need.

Guacamole authentication extensions

Guacamole's documented extensions cover Active Directory and LDAP, Duo and TOTP multi-factor authentication, and SAML, OpenID Connect and smart card single sign-on. These map onto the HIPAA technical safeguards for unique user identification and encryption of ePHI in transit. Confirm the MFA method with your identity team before go-live, because the extension is only as strong as the factor and directory behind it.

Guacamole session recording player

The session recording player extension supports audit controls under 45 CFR 164.312(b), which require mechanisms that record and examine activity in systems containing ePHI. Recordings of clinical workstation sessions can contain patient information on screen, so storage location, access rights and retention periods need a written decision. Confirm how recordings are encrypted at rest and who can replay them.

Database backend for connection permissions

Guacamole stores users, connections and permissions in MariaDB or MySQL, PostgreSQL or SQL Server. Per-connection permissions let you grant a device vendor access to one imaging workstation and nothing else, which supports the need-to-know access that regulators examined in recent European enforcement. The database itself holds access records, so it needs its own backups, hardening and audit logging.

RustDesk for attended, non-clinical support

RustDesk is an agent-based option suited to attended help on administrative or lightly regulated endpoints, such as a front-desk PC or a printer management console. Clinical workstations that hold ePHI are usually better served by the browser gateway. Before adopting it, confirm which self-hosted server features are available for your environment, including audit logging and access control, and keep it out of paths that reach ePHI unless your risk assessment accepts that.

Identity, vault and logging tools

Guacamole does not provide the identity provider, secrets vault or central log platform, so these are chosen separately. Your directory or SSO product must supply the users and factors Guacamole trusts, and a vault should hold service credentials instead of storing them in connection definitions. Each choice needs a confirmed integration path, log retention and an owner before the gateway goes live, because HIPAA audit evidence depends on them.

How clinician access and vendor access differ

Clinicians who read records from home are workforce members of a covered entity or business associate, so their access falls under the same Security Rule duties as on-site staff. The design goal is to let them reach the hospital's systems through a browser gateway while ePHI stays on hospital systems and never lands on personal endpoints. The gateway should authenticate each person individually, enforce multi-factor authentication, and log what happens in each session.

  • Individual identity: Each clinician signs in with a unique account tied to the directory, which supports the unique user identification standard in 45 CFR 164.312(a)(2)(i).
  • MFA at the gateway: Require multi-factor authentication before any session opens, not only at the VPN or the desktop.
  • Automatic logoff: Set idle timeouts on the gateway and on the target session, which addresses the automatic logoff specification in 164.312(a)(2)(iii).
  • No ePHI on personal endpoints: Use a browser session that streams the screen and does not download patient data to the home device. Confirm that clipboard, file transfer, and printing are disabled or controlled for these users.
  • Device posture limits: Personal devices cannot be fully managed, so define which browsers and conditions are acceptable and what happens when they fail.

Confirm with your privacy and compliance team how the gateway logs clinician sessions and how long those logs are retained.

How a healthcare remote desktop rollout is phased

The sequence moves from knowing which systems hold ePHI to a gateway that clinicians and vendors can use under controls the compliance team can evidence. Each phase closes with a written output that the next phase depends on. The scope sets the timeline, and the timeline is agreed in writing before work starts.

  1. Define scope and classify ePHI systems

    Your team and DeployOpen agree which clinical workstations, thin clients, virtual desktops and back-end systems will be reachable, and which of them create, receive, maintain or transmit ePHI. The output is a scoped inventory with a data classification for each system and a list of who needs which access. The phase is done when the privacy officer and the security lead have signed off on that inventory.

  2. Collect risk analysis inputs

    Gather the inputs your HIPAA risk analysis needs for remote access: existing VPN and remote support tools, known vendor accounts, authentication methods, logging sources and the current incident history for these systems. DeployOpen prepares the technical inputs, and your compliance lead owns the risk analysis itself. The output is a documented set of threats and gaps that the gateway design must address, with the open items you still need to confirm.

  3. Design the DMZ gateway and placement

    Design the Guacamole gateway, its web tier, the guacd hosts and the connection database, and decide where each sits relative to the clinical network and the internet edge. Confirm which protocols (RDP, VNC or SSH) each target uses and whether any system needs a separate network path. The output is an architecture diagram, a firewall rule set and a list of required ports, reviewed with your network and security teams before anything is built.

  4. Integrate identity and MFA

    Connect the gateway to your existing directory and multi-factor method, using the Guacamole authentication extensions that match your environment (for example, LDAP or Active Directory with a TOTP or Duo factor, or SAML or OpenID Connect for federated sign-in). Map directory groups to connection permissions so clinicians reach only their care areas. The output is a test matrix showing that MFA is enforced for every path and that unauthorized users are denied.

  5. Run a pilot with a small clinical group

    Enable the gateway for one clinical group, such as a single department reading from home, and one IT support group working on those workstations. Track failed logins, session drops, latency and any workflow that breaks in the clinical application. The output is a pilot report with the fixes applied and a decision, recorded in writing, on whether to expand scope.

  6. Onboard vendor access with time limits

    Set up individual vendor accounts for device manufacturers and service partners, each bound to named systems, an approval step, a time window and session recording. Confirm that each business associate contract covers the Security Rule terms that apply to the vendor's ePHI access. The output is a vendor access register and a tested procedure for disabling a vendor account at the end of its window.

  7. Configure recording and audit log retention

    Set session recording, gateway and system audit logs to capture who connected, to which system, when, and what they did, then set retention periods with your compliance team against your legal and policy requirements. Confirm where recordings are stored, how they are protected and who can review them. The output is a logging specification and a test showing that a sample session can be found and reviewed from the log store.

  8. Harden and penetration test the gateway

    Apply the hardening baseline to the gateway, its database and its hosts, then run a penetration test against the gateway, its authentication path and the reachable clinical targets. Fix findings and retest the ones rated as high risk. The output is a signed test report, a remediation log and a retest result that the security lead accepts.

  9. Hand over with runbooks and training

    Deliver runbooks for onboarding and offboarding users and vendors, patching, backup and restore, certificate renewal, incident response and log review, and train the IT and security staff who will run the platform. Agree the ongoing support model, whether in-house or through a retainer, in writing. The output is an accepted handover package and a named owner for each runbook.

What auditors and OCR ask to see from remote access logs

This table lists the evidence items an assessor or OCR investigator is likely to request for clinician and vendor remote sessions, the component that produces each one, and what usually goes missing. Use it to plan log retention, identity records and recording before an audit or complaint arrives. DeployOpen prepares this evidence inside your environment but does not issue attestations or certifications; that determination rests with your auditors and HHS.

Evidence itemProducing componentWhat reviewers check
Remote access policy and proceduresWritten policy, approved by the security officerWho may connect remotely, from which devices, and which ePHI systems are in scope under 164.312(e)(1)
Unique user recordsIdentity provider and Guacamole user accountsEach clinician and vendor technician has a distinct ID, with no shared logins, matching the unique user identification requirement
MFA configuration exportIdentity provider and Guacamole authentication extensionMFA is enforced on the gateway for every remote session, with enrollment dates and exceptions documented
Audit log samples under 164.312(b)Guacamole and guacd logs forwarded to a SIEMLogins, failed attempts, connection starts and ends, and timestamps synchronized to a trusted time source
Session recordings for vendor workGuacamole session recording and recording player extensionRecordings exist for device vendor sessions, are retained per policy and can be tied to an approved ticket
Connection permission and approval recordsGuacamole connection permissions and ITSM ticket systemEach vendor session maps to a named approval, a time window and an assigned clinical or IT owner
Business associate agreementsContracts with vendors and any hosting partnerAgreements meet 164.314(a)(2)(i), including Security Rule compliance and incident reporting terms
Risk analysis covering remote accessRisk management file maintained by the covered entityRemote access paths, threats and treatment decisions are documented and updated as the gateway changes
Access termination recordsIdentity provider deprovisioning logsFormer staff and vendor accounts are disabled promptly, with evidence of the date and the requester

What the CNIL fine and pending HIPAA revision mean for design

The most direct design lesson for healthcare remote access comes from France. On 3 September 2026, the CNIL fined Hopital Prive de la Loire EUR 500,000 under GDPR Articles 32 and 34. The regulator found that external access to the patient record system lacked a VPN and multi-factor authentication, and that access control ignored the care team's need to know. Both findings map straight onto a browser gateway design. Every external session should terminate on a hardened Guacamole front end in a DMZ, with MFA enforced at the gateway before any RDP, SSH or VNC connection is brokered to a clinical workstation. Connection permissions should be scoped to the specific workstations and roles a care team actually needs, not to the whole clinical network. If your organization operates in the EU, confirm with counsel how Articles 32 and 34 apply to your own patient data flows.

The HIPAA Security Rule is also in motion, but it is not yet changed. HHS proposed a major revision on 6 January 2025 (90 FR 898, RIN 0945-AA22), and as of October 2026 no final rule has been published. The latest Unified Agenda projects final action for July 2027, which is a projection, not a commitment. Design to the rule as it stands today: unique user identification, audit controls under 164.312(b), and transmission security under 164.312(e)(1) are the controls your gateway must evidence now. Assign someone to check the Unified Agenda entry at each planning cycle and to track how any final text changes requirements for MFA, asset inventory or restoration testing. Keep the gateway configuration in version control so changes can be traced when the rule moves.

Two further frameworks are worth weighing, depending on your footprint. HITRUST CSF v11.9.0, available from 24 September 2026, is an optional assessment framework that organizations often use to demonstrate control maturity to partners and regulators. Its e1 and i1 certifications last one year and its r2 certifications last two years, so budget for reassessment on that cycle if you pursue one. HIPAA itself has no certification. For EU health providers, NIS2 Annex I lists healthcare providers and medical device manufacturers as sectors of high criticality, which brings incident reporting and supply chain obligations into scope. Confirm with your national authority how NIS2 transposition applies to your entities before you scope vendor access controls.

What to ask a partner before a healthcare remote desktop project

Where should the remote access gateway sit relative to the clinical network?

Place the Guacamole gateway in a dedicated DMZ or access zone, with the clinical network reachable only through controlled, port-limited paths from that zone. Ask the partner to show the network diagram, which hosts the gateway can reach, and whether clinical workstations and medical device segments are kept out of reach of vendor sessions. Confirm how the design handles the clinical systems that hold ePHI, and who approves firewall rule changes. Ask whether the gateway can be patched and restarted without affecting clinical operations.

How are MFA and SSO enforced for both clinicians and vendors?

The partner should enforce MFA at the gateway for every session, with no direct path to the target hosts that bypasses it. Ask which identity provider and which Guacamole extension will be used, such as LDAP or Active Directory, SAML, OpenID Connect or Duo and TOTP, and how vendor accounts are separated from workforce accounts. Confirm that vendor identities are time-bound, individually named and disabled at contract end. The Security Rule addresses unique user identification at 45 CFR 164.312(a)(2)(i), so ask how each person is identified in logs.

Where are session recordings stored, and how long are they kept?

Session recordings contain ePHI when a clinician or vendor views patient data, so they must be stored with the same access controls and encryption as the source systems. Ask where recordings are written, whether on-premises storage or an approved hospital archive, who can view them, and how retention is set per policy. Also ask how recordings are encrypted at rest and how deletion is performed when retention expires. Your own legal and records team should confirm retention periods, since HIPAA does not set a single retention duration for recordings.

How are audit logs protected from alteration?

Audit logs should be written to a store that the gateway administrators cannot silently edit, such as a central log server or write-once storage with restricted delete rights. Ask the partner how logs are forwarded, how time is synchronized across the gateway, database and log host, and who receives alerts when logs stop arriving. The audit control requirement at 45 CFR 164.312(b) requires recording and examining activity in systems that contain ePHI, so ask how reviews are scheduled and documented. Request a sample log entry for one session before signing the scope.

How does emergency access work without weakening the controls?

Emergency access should be a documented, tested procedure with a named break-glass account, stored credentials held under dual control, and an alert raised on every use. The HIPAA technical safeguards list an emergency access procedure as a required implementation specification under 45 CFR 164.312, so the partner should map it to a written runbook. Ask how the break-glass path is kept working when the identity provider is down, and whether it is covered by MFA or a separate hardware token. Confirm who approves its use and how each use is reviewed afterward.

How are business associate terms checked before vendors get access?

Before any vendor connects, the covered entity should confirm that a business associate contract exists that meets the terms in 45 CFR 164.314(a)(2)(i), including compliance with the Security Rule, flow-down to subcontractors, and reporting of security incidents. Ask the partner to describe how its own staff are bound by those terms when they access ePHI during implementation. Ask whether the vendor support scope includes subcontractors and how their access is approved. Legal counsel should review the contract wording, since this is a compliance question rather than a technical one.

How does the partner test the gateway before go-live?

A credible pre-go-live test covers the MFA path, failed login handling, session recording, log delivery, network reachability from the DMZ, and the emergency access runbook. Ask whether the partner runs security testing against the gateway and its target access rules, and whether results are delivered in writing with a remediation plan. Confirm that the test plan is agreed in the fixed scope before work starts, and that a retest is included for critical findings. Ask for a copy of the test cases so your team can repeat them later. Remember that DeployOpen prepares evidence for assessments but does not issue audit reports or certifications.

How to evaluate a partner's clinical access design

A credible partner starts with written scope that names the systems in reach: which clinical workstations and servers sit behind the Guacamole gateway, which clinician and vendor roles can connect, and which ePHI stores are explicitly out of bounds. Ask for a data flow diagram that shows every hop from the clinician's browser through the gateway, the guacd daemon, the target host and the recording store, with the points where ePHI could be displayed, copied or written to disk. The diagram should also show where the gateway sits relative to the hospital network, and whether any path leads directly from the internet to a clinical system. If the partner cannot draw that path on one page, the design is not yet ready for scoping.

Next, ask for the hardening baseline the partner will apply to the gateway host, the database behind Guacamole's authentication backend, and the identity provider. The baseline should cover TLS settings, MFA enforcement through the supported extensions, automatic logoff for idle sessions, and administrator separation. Ask how emergency access is documented and tested, since the Security Rule treats emergency access procedure as a required implementation specification in 45 CFR 164.312. Confirm that audit logging for connections, failed logins and permission changes is written to a store the hospital's security team can read. Also ask how the partner will show that each addressable specification was assessed and documented, as 45 CFR 164.306(d) requires.

Finally, require a test plan with pass criteria before go-live. It should include attempts to reach a clinical host without MFA, from an unapproved network, or with a vendor account past its approval window, and a check that session recordings capture what the rule's audit control expects in 45 CFR 164.312(b). DeployOpen plans, implements, hardens and documents self-hosted platforms inside the client's own infrastructure, and it runs security testing, but it does not issue HIPAA certifications or audit reports, because no HIPAA certification exists. Ask partners to state which evidence they produce for your compliance team and your assessors, and which decisions remain yours.

How much work and cost does healthcare remote access need?

What drives the cost of self-hosted remote access for a hospital?

The main cost drivers are the number of workstations and clinical endpoints in scope, how many identity sources the gateway must integrate with, how long session recordings are kept, how the DMZ and network segments are designed, and how much testing the design needs before go-live. Each driver scales differently. A pilot covering one clinical unit and a single directory is a much smaller engagement than a multi-site rollout across clinics, vendor-managed devices and imaging workstations. Ask any partner to show how each driver changes the written scope, so you can see which decisions move the quote most.

  • Endpoint count and protocol mix (RDP, VNC, SSH) across departments
  • Identity integration, including MFA and directory groups
  • Recording volume and retention period under your own policy
  • DMZ or segmented gateway placement and firewall change work
  • Security testing scope for the gateway and connected systems
What costs are one-time and what costs recur for remote desktop?

Design, installation, integration, hardening and documentation are one-time costs paid during the engagement. Recurring costs include the infrastructure that runs the gateway, storage for session recordings that grows with usage, patching and upgrades of the gateway and its database, log review, and periodic access reviews for clinicians and vendors. Guacamole itself is released under the Apache License, Version 2.0, so software licensing is not the usual recurring line item, but any extensions, MFA products or directory services you add carry their own terms. Confirm each recurring item with your team before signing, because recording storage and log review are the costs most often underestimated.

Can a hospital IT team run healthcare remote access in-house?

Many hospital IT teams can run the day-to-day operation once the platform is built, but building it correctly under the HIPAA Security Rule requires skills across network placement, identity, Linux hardening, database backups and audit logging. The Security Rule requires unique user identification and audit controls under 45 CFR 164.312, and these must be designed and evidenced, not just switched on. Assess whether your team has capacity for the initial build, the change control for clinical systems and the ongoing patching cadence. Many organizations split the work: internal staff own access decisions and operations, while an implementation partner builds, hardens and documents the platform.

What does the hospital need to provide before an implementation starts?

The engagement needs a current asset inventory of clinical workstations and vendor-managed devices, named owners for the identity directory and MFA, input from clinical leads on which workflows must work remotely, and agreed change windows that avoid clinical peaks. You will also need network diagrams for the segments the gateway touches and a list of vendors who need access, with their support boundaries. Clinical workflow input matters because a session that drops during a chart review or imaging read creates a patient-facing problem, so the test plan should reflect real tasks rather than a generic login check.

How does DeployOpen produce a fixed-scope quote for healthcare remote access?

DeployOpen works from a written scope that defines the systems in scope, the protocols, the identity integrations, the recording and retention requirements, the DMZ design, the hardening baseline, the testing included and the handover deliverables. Most engagements are fixed-scope, so the scope, deliverables and timelines are agreed in writing before work starts, and the quote follows from that scope. DeployOpen does not publish a price list. To get a comparable quote from any partner, ask for the same written scope, the list of assumptions about your environment and a clear split between one-time and recurring items.

Does a fixed-scope healthcare remote access project include compliance certification?

No. There is no HIPAA certification, and HHS states that no Security Rule standard requires an entity to certify compliance. DeployOpen prepares systems, controls and evidence for compliance assessments, such as access records, audit logs and configuration documentation tied to 45 CFR 164.312. Independent auditors and certification bodies issue any audit reports or attestations. Ask a partner which evidence artifacts are included in the scope and which are your responsibility to collect and retain under your own policies.

Is the cost of a healthcare remote access project affected by HIPAA penalty exposure?

Penalty exposure is not a line item in the project quote, but it is a reason to scope the controls carefully. For penalties assessed on or after January 28, 2026, the inflation-adjusted HIPAA civil money penalty ranges from $145 per violation to $2,190,294 per violation, with a calendar-year cap of $2,190,294 (45 CFR 102.3). Gaps in MFA, audit logging or vendor access are the kinds of findings that drive exposure, so the design work and testing scope should cover them. Your legal and compliance team should confirm how these figures apply to your organization.

What testing should be included in the cost of healthcare remote access?

Testing scope should cover the gateway, its authentication path, the protocol endpoints it reaches, and the session recording and logging pipeline. Security testing of applications and APIs, cloud and infrastructure, and access controls can be scoped as a separate deliverable. Ask whether the quote includes a penetration test of the gateway, a review of MFA enforcement and a test that audit records capture user identity and session activity. Confirm with your security team whether they require testing before connecting any vendor device.

How DeployOpen scopes and supports healthcare remote desktop

DeployOpen plans, implements, hardens, documents and supports self-hosted open-source platforms inside the client's own infrastructure, so the remote desktop gateway, its identity integration and its audit records stay on hospital systems. Engagements are fixed-scope, with the scope, deliverables and timelines agreed in writing before work starts.

How we scope

  • Map which clinical and device support workflows need remote access and which ePHI systems they reach.
  • Confirm the MFA, single sign-on and gateway placement the hospital's security team expects before design begins.
  • Agree in writing which vendor accounts, time windows and session recording rules apply to device vendors.

How we build

  • Deploy Apache Guacamole and guacd in the hospital's chosen environment, with the browser gateway kept separate from clinical workstations.
  • Configure MFA, directory integration and connection permissions so clinicians and vendors reach only approved hosts.
  • Enable session recording and audit logging, then test access paths and log output against the agreed scope.

How we hand over

  • Document architecture, access policies, vendor onboarding and offboarding steps and recording retention settings.
  • Provide evidence for HIPAA audit controls and access records, prepared for the covered entity's own compliance review.
  • Train the hospital's IT and security staff to operate, monitor and review the gateway without DeployOpen involvement.

How we support

  • Offer ongoing support, upgrades and continuous security testing as a retainer after handover.
  • Plan patching and backups for the gateway and its database so updates follow the hospital's change process.
  • Confirm with the hospital's compliance lead which obligations DeployOpen supports and which remain with the covered entity.

Talk to our team.

Tell us what you're working on, whether it's a deployment, an audit, a security test or a cyber range. You'll speak with an engineer who can help you scope it.

  • 30-minute call: free, with no obligation.
  • NDA on request: we can sign before you share details.
  • Clear next steps: a scope and plan after the call.