HIPAA-compliant infrastructure that enforces the controls, not just the paperwork

HITRUST R2-certified infrastructure with encryption, access controls, and audit logging enforced by default. BAA included with every plan.

HIPAA-compliant infrastructure that enforces the controls, not just the paperwork

HITRUST R2-certified infrastructure with encryption, access controls, and audit logging enforced by default. BAA included with every plan.

HIPAA-compliant infrastructure that enforces the controls, not just the paperwork

HITRUST R2-certified infrastructure with encryption, access controls, and audit logging enforced by default. BAA included with every plan.

"The motivation for working with Aptible was to have a HIPAA compliant platform to cross the t's and dot the i's in terms of HIPAA compliance, while also facilitating sales by being able to point to scalability, security, and ease of use."

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The real problem with HIPAA hosting

The BAA is the easiest part. The controls are where most teams fall short.

Healthcare teams run into HIPAA compliance as a specific, concrete problem, usually when a deal, an audit, or a new customer requirement makes the gap impossible to ignore.

You got a BAA from your current host and assumed it meant you were covered

A BAA documents shared responsibility for PHI. It doesn't create encryption, enforce isolation, or generate audit trails. When a buyer or auditor asks how PHI is protected in your environment, the BAA doesn't answer that question. The controls do, and most hosting providers don't enforce them.

You're on Heroku or Render and a healthcare buyer just asked for evidence of HIPAA compliance

General-purpose platforms aren't designed for regulated workloads. They'll sign a BAA, but the underlying infrastructure shares tenancy, has limited audit logging, and puts compliance documentation on you. When a serious healthcare buyer sends a security questionnaire, the answers aren't there.

You built on AWS and compliance keeps slipping as the system grows

The initial setup was careful. IAM was scoped. Logging was configured. But as new services, engineers, and environments were added, policies widened, logging became inconsistent, and isolation assumptions quietly broke. The drift is invisible until an auditor or enterprise security team starts asking questions.

You're approaching a HITRUST or SOC 2 assessment and you're not confident the infrastructure will hold up

Compliance frameworks require documented, attributable evidence: who had access, what changed, when it happened. If that evidence wasn't captured continuously, you can't reconstruct it. Gaps in audit history become findings, and findings delay or block certification.

Why compliance falls through

Most infrastructure puts compliance responsibility on the team, not the platform

Why compliance falls through

Most infrastructure puts compliance responsibility on the team, not the platform

Why compliance falls through

Most infrastructure puts compliance responsibility on the team, not the platform

A BAA is a contract, not a control

Signing a BAA with a hosting provider means they've agreed to protect PHI. It doesn't mean they've enforced encryption, isolation, or audit logging. Those controls depend on what the platform actually does by default, and on most platforms, the defaults aren't safe for regulated workloads. Teams assume the paperwork covers them until a buyer or auditor looks underneath it.

A BAA is a contract, not a control

Signing a BAA with a hosting provider means they've agreed to protect PHI. It doesn't mean they've enforced encryption, isolation, or audit logging. Those controls depend on what the platform actually does by default, and on most platforms, the defaults aren't safe for regulated workloads. Teams assume the paperwork covers them until a buyer or auditor looks underneath it.

AWS gives you flexibility, not safe defaults

Every HIPAA safeguard on AWS requires deliberate configuration: encryption, network isolation, access controls, log retention, key management. AWS makes all of it possible and none of it automatic. Teams moving fast skip steps that seem optional. The gaps compound, and nobody notices until a review.

AWS gives you flexibility, not safe defaults

Every HIPAA safeguard on AWS requires deliberate configuration: encryption, network isolation, access controls, log retention, key management. AWS makes all of it possible and none of it automatic. Teams moving fast skip steps that seem optional. The gaps compound, and nobody notices until a review.

Compliance evidence has to exist before it's needed

Audit trails don't exist retroactively. Access logs, deploy history, configuration changes: if the infrastructure wasn't capturing them from day one, they're gone. Most teams build evidence infrastructure after an audit requires it, at which point the cost in time and findings is already paid.

Compliance evidence has to exist before it's needed

Audit trails don't exist retroactively. Access logs, deploy history, configuration changes: if the infrastructure wasn't capturing them from day one, they're gone. Most teams build evidence infrastructure after an audit requires it, at which point the cost in time and findings is already paid.

For a full breakdown of what HIPAA hosting technically requires, including encryption standards, access controls, audit logging, and how to evaluate providers, see our HIPAA Hosting Technical Guide โ†’

Encryption
Isolation
Audit logging
Role-based access control
Managed databases

Encryption enforced at every layer

AES-256 encryption at rest. TLS 1.3 in transit. Managed keys with automatic rotation. Encryption is applied automatically across apps, databases, and backups, not a step that requires configuration.

Encryption
Isolation
Audit logging
Role-based access control
Managed databases

Encryption enforced at every layer

AES-256 encryption at rest. TLS 1.3 in transit. Managed keys with automatic rotation. Encryption is applied automatically across apps, databases, and backups, not a step that requires configuration.

  • Dedicated, shared-nothing isolation

    Your production database isnโ€™t running next to another companyโ€™s workload where a neighborโ€™s misconfiguration, noisy spike, vulnerability, or incident could become your problem.

  • Encryption enforced at every layer

    AES-256 encryption at rest. TLS 1.3 in transit. Managed keys with automatic rotation. Encryption is applied automatically across apps, databases, and backups, not a step that requires configuration.

  • Audit logging that predates the audit

    Every deploy, access event, and configuration change is logged automatically with clear attribution. Seven-year retention. Export-ready. When a reviewer asks what changed and who had access, the answer is already there.

    Operation

    Backup

    Operation: 0000978

    Update

    Operation: 0000976

    Deprovision

    Operation: 0000975

    Deploy

    Operation: 0000968

    Target

    billing

    Database

    Dev Team

    Role

    dev-db-2

    Database

    billing-api

    App

    Status

    SUCCESS

    SUCCESS

    SUCCESS

    SUCCESS

    Actor

    Aptible Support

    Sally G.

    sally.green@acme.com

    Jane D.

    jane.doe@acme.com

    Ian R.

    ian.rodriguez@acme.com

    Environment

    production-us-east-2

    Dedicated Stack (us-east-2)

    --

    acme-staging

    Dedicated Stack (us-east-1)

    production-us-east-2

    Dedicated Stack (us-east-2)

    Occurred at

    Jan 17, 2026 at 13:11:43 UTC

    Duration: 1m 37s

    Jan 17, 2026 at 13:10:32 UTC

    --

    Jan 17, 2026 at 13:04:48 UTC

    Duration: 47s

    Jan 17, 2026 at 13:02:09 UTC

    Duration: 1m 54s

  • Access RBAC that reflects real access designed for SOC 2 evidence

    Access is tied to real identities and governed by least privilege so you can clearly show who can deploy apps, who can access databases, and who can view logs.

    role

    members

    Admin

    Full visibility

    deployment

    Account Owners

    3

    Deploy Owners

    12

    Experimental

    4

    Billing-Only

    2

    Dev Access

    12

    Marketing Site

    3

  • Managed databases ready for PHI

    PostgreSQL, MySQL, Redis, MongoDB, Elasticsearch, and more. Provisioned with encryption, automated backups, point-in-time recovery, and failover. No database administration required.

HITRUST R2 and control inheritance

HITRUST assessments rely on control inheritance from infrastructure providers. Deploying directly on AWS provides limited inheritance from base cloud controls. Deploying on Aptible provides broader inheritance: encryption, access management, logging, network isolation, and backup procedures.

For teams preparing for HITRUST, this reduces assessment scope, lowers costs, and accelerates timelines.

Achieving hitrust on aptible

Use Cases

How healthcare teams use Aptible

Use Cases

How healthcare teams use Aptible

Establish compliant infrastructure before your first customer asks

Deploy on HITRUST R2-certified infrastructure from day one. The controls are already in place when a buyer's security team comes looking.

Pass the security review your enterprise deal requires

Pull audit logs, access records, and compliance documentation directly from the platform. Reviewers get attributable, complete answers, not a reconstruction effort.

Move off a general-purpose platform that can't answer compliance questions

Migrate from Heroku or Render onto infrastructure designed for regulated workloads. The security model is built in, not something you reassemble after the move.

Deploy AI features that touch PHI

Route LLM requests through Aptible AI Gateway to keep PHI inside controlled infrastructure. Logging, access controls, and PHI guardrails are enforced automatically.

aptible vs aws diy

What HIPAA-compliant deployment actually requires

Other hipaa hosts
DIy on aws

Time to first deploy

Minutes

Days

Weeks

Encryption

Enforced by default

Included

You configure

Audit logging

7-year retention, export-ready

Basic

CloudTrail + custom pipelines

Database management

Fully managed

Varies

RDS + ongoing maintenance

Access controls

Rolse-based, MFA enforced

Basic RBAC

IAM policies you maintain

Compliance evidence

Continuous, on demand

Manual

You compile it

HITRUST inheritance

Full R2

Varies

Limited

Developer experience

Git push, CLI, Terraform

Often dated

AWS Console

Developer experience

Aptible

Shared

Your team

FAQs

What exactly do I need to host PHI on Aptible, and does it cost more?

Three things: the Production plan, a dedicated stack, and an executed BAA, which an Aptible team member coordinates when you request your first dedicated stack.

Aptibleโ€™s HIPAA documentation explains that every PHI-handling app and database should run in that dedicated stack, where HIPAA-required infrastructure controls are enforced by default.

Production is \$499 per month as a base fee, with infrastructure usage billed on top. The dedicated stack is the cost driver; HIPAA controls come with that architecture rather than being sold as a separate compliance add-on. Standard support is included at no cost.

How is this different from signing a BAA with AWS directly?

An AWS BAA gives you contractual coverage for eligible AWS services. It doesnโ€™t design, configure, monitor, or document your infrastructure for you.

Aptible gives you a managed platform on top of AWS with secure defaults, managed databases, continuous compliance evidence, monitoring, and a SRE team operating the platform. Aptibleโ€™s HIPAA documentation explains how required infrastructure controls are enforced on dedicated stacks, and Aptibleโ€™s reliability documentation describes platform operations.

The same distinction applies to a provider BAA from any vendor: the paperwork assigns liability, but the implemented controls and evidence are what a buyer or auditor will ask to review. Aptibleโ€™s LLM Gateway security and compliance documentation makes a similar distinction for AI provider BAAs.

How do I migrate off Heroku or Render?

Most migrations follow the same path: containerize the app, configure services and secrets, provision databases, migrate the data, set up endpoints, test, then cut over traffic. Aptibleโ€™s custom-code deployment guide covers the deployment foundation. We also have a guide specific to migrating from Heroku to Aptible.

For data, Aptible publishes database migration guides for dump and restore PostgreSQL and PostgreSQL logical replication, which minimizes downtime on large databases. Initial VPC, transit gateway, and VPN setup is in scope on every support plan.

What does dedicated, non-shared infrastructure mean technically?

A Dedicated Stack is a network-isolated VPC for a single customer.

When you provision a Dedicated Stack on Aptible, you receive your own private and public subnets, isolated from other Aptible customers, as described in Aptibleโ€™s architecture documentation.

Environments are logically isolated groupings of apps, databases, and related resources within that dedicated network boundary. You can use environments to organize resources, and you can run multiple Dedicated Stacks when you need stronger network-level separation inside your own organization.

Resources in one stack arenโ€™t reachable from another unless you explicitly connect them. Dedicated Stacks are also where BAA coverage, VPC peering and VPN, and the host-level security suite apply.

Does seven-year retention apply to all logs?

No. Retention depends on the data type.

Activity records are retained for the life of the environment, and Activity Reports are generated weekly.

App and container logs stream live and need a log drain or S3 archive for long-term retention. Metrics need a metric drain. Backups follow your configured retention policy, which defaults to 30 daily, 12 monthly, and 6 yearly snapshots.

LLM Gateway request and response logs are retained by Aptible for 6+ years, with the last 7 days self-serve.

Can I host only my backend and database on Aptible and keep my frontend elsewhere?

Yes. Host backend APIs and databases on Aptible and point an externally hosted frontend at them through an HTTP(S) endpoint with managed TLS and a custom domain.

Add IP filtering or header authentication to restrict who can reach it.

If the frontend handles PHI, that frontend and its hosting provider may also be in scope for HIPAA, so include them in your compliance review.

Can't find an answer to your question? Contact us for help

Canโ€™t find an answer to your question? Contact us for help

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