Ship governed healthcare workflows with audit trails and code ownership

For providers, payers, life sciences, and digital health teams: build prior auth, intake, claims exceptions, and care coordination workflows fast, with governance and traceability.

Modernize around EHRs, claims platforms, and data warehouses without disrupting what is already live.

Where it runs

Nuclicore-managed single tenant or your cloud (BYOC), available for Enterprise customers based on governance needs.

Integrations

FHIR and HL7, APIs, webhooks, event streams, batch, SFTP.

Governance

Preview, test, production, approvals, audit trail, redeploy any version.

Ownership

Exportable source code. Export to GitHub.

What healthcare teams evaluate first

These are the questions that decide whether a pilot is possible, and whether it can reach production.

Hosting in Germany

Nuclicore-managed on Hetzner in Germany or Azure in the EU, with BYOC or on-premise on Enterprise.

PHI and sensitive data

Least-privilege access, audit trails, and clear operational boundaries for data handling.

Interoperability

Workflows that sit around EHR and payer systems, with explicit system-of-record ownership.

Clinical and compliance governance

Reviewable tasks, approvals, traceable releases, and redeploy of any earlier release.

Procurement readiness

Clear answers on hosting models, data residency, audit logs, and evidence you can review.

Time-to-value

A first pilot that ships a real workflow slice, not a prototype that dies in handoffs.

Code ownership

Portable code you can keep operating and extending with your team.

Built for real healthcare operating models

Align scope, workflow ownership, and governance for the segment you operate in.

Providers & Health Systems

• Faster operational change with governance
• Consistent controls across departments
• Audit-ready approvals and traceability

• Patient intake and scheduling
• Referral management and care coordination
• Documentation review and coding workflows

Payers & Health Plans

• Scalable utilization management operations
• Decision trails for audits and appeals
• Controlled releases for policy updates

• Prior authorization intake and clinical review
• Claims exceptions, denials, and appeals queues
• Provider onboarding and directory updates

Life Sciences

• Traceable operations for regulated teams
• Evidence bundles and consistent reporting
• Controlled change management for protocols

• Trial site onboarding and enablement
• Deviation and issue management
• Evidence collection and reporting workflows

Digital Health & Care Ops

• Operational throughput for care programs
• Clear ownership across partner workflows
• Audit trails for outcomes and reporting

• Remote monitoring intake
• Tasking and SLA tracking
• Care plan follow-ups and escalations

Why delivery models are changing in healthcare

The teams that ship fastest reduce handoffs, lock interfaces early, and keep changes governed.

Common Reality

Handoffs and exceptions drive cost-to-serve

Teams lose time when intake, approvals, evidence, and escalations live across tools without a shared workflow and audit trail.

Interoperability

Interfaces decide delivery speed

The fastest teams lock system-of-record boundaries early and build around EHR and payer platforms with testable integrations.

Change Control

Governed releases reduce production risk

Healthcare workflows change often. Environment separation and approvals keep production stable while teams iterate.

What you can build across provider ops, payer workflows, and care operations

Deliver governed software around your systems of record, with review points, traceability, and code ownership.

Care delivery and coordination

Patient intake and triage

Capture intake data, route to the right team, and standardize pathways before handoff. Keep the EHR authoritative while workflows remain reviewable.

• RBAC
• Audit log
• Preview/test/prod environments

Coordinate referrals, follow-ups, and care plans with clear ownership, escalation paths, and decision logging across teams and partners.

• Approvals
• Redeploy
• Monitoring

Manage review queues, approvals, and evidence capture around documentation and coding steps, without forcing changes inside the EHR core.

• Secure file handling patterns
• Encryption at rest/in transit
• Audit log

Revenue cycle and payer ops

Prior authorization pipelines

Coordinate intake, clinical review, and approvals with traceable decisions, turnaround visibility, and consistent evidence packaging.

• Approvals
• Audit log
• Preview/test/prod environments

Claims exceptions, denials, and appeals

Route denials and exceptions with standardized workflows, escalation rules, and clean system-of-record boundaries for payer and provider teams.

• RBAC
• Redeploy
• Integrations via APIs/webhooks/SFTP/batch

Provider onboarding and credentialing

Track enrollment steps, missing documents, and approvals with an audit trail, plus exports back to network management systems.

• Approvals
• Audit log
• Monitoring

Patient engagement and operations

Digital care navigation

Provide guided experiences for patients with clear status, controlled visibility, and escalations to the right team when needed.

• SSO/SAML/SCIM
• RBAC
• Secure file handling patterns

Care program operations

Coordinate outreach, scheduling, and documentation for care programs with tasking, approvals, and operational reporting.

• RBAC
• Approvals
• Audit log

Quality reporting workflows

Automate data collection, validation, and sign-off for quality initiatives with traceability and repeatable submissions.

• Audit log
• Monitoring

Fits your systems of record

Most ROI comes from removing manual handoffs and connecting to systems of record with clear ownership of every interface.

We build governed workflows around EHRs, claims platforms, scheduling, labs, CRM, document systems, and data warehouses. Integration patterns include FHIR, HL7, REST APIs, webhooks, event streams, batch files, and SFTP so your core platforms stay authoritative.

What we need from you

• Interface specs or sandbox access (FHIR, HL7, payer APIs, exports)
• Test environment or de-identified or synthetic data approach
• Workflow rules, roles, and approval matrix
• Security, privacy, and compliance review contacts and timeline

Integration patterns supported

• FHIR and HL7 for clinical and operational feeds
• REST APIs and webhooks for real-time workflows
• Event streams for system-of-record updates
• Batch files and SFTP for legacy exchanges
• Middleware and data hubs for orchestration

Governed releases, stable production

• Scope is clarified and acceptance criteria are defined before implementation.
• Work is delivered in reviewable increments via tasks.
• Releases move through preview, test, and production environments.
• Every change is approved by a named person; every completed task is one commit.
• Any earlier release can be redeployed.
• Audit logs capture key actions and decisions.

Security and data controls for regulated teams

Each application runs its own backend, with a managed, encrypted Postgres per environment. Single-tenant infrastructure and BYOC on Enterprise.

RBAC, audit logs, and monitoring keep access controlled. Your workspace content is not used to train models, and deployment options (managed single tenant or BYOC) are available for Enterprise customers.

Security controls in practice

• Own backend per application, managed Postgres per environment with each application on its own table suffix, dedicated or single tenant databases on Enterprise.
• Encryption in rest and in transit
• RBAC, audit log, and monitoring
• No model training on your content, and workspace isolation
• Approval gates and redeploy for controlled releases

What a first healthcare pilot looks like

We align on a focused workflow and deliver reviewable increments with clear governance.

Scope, acceptance criteria, architecture outline

Align on one workflow (for example prior auth, intake, or claims exceptions), define success criteria, and map interfaces and governance needs.

Build the first workflow slice, preview review

Deliver a reviewable slice in preview with clear approvals, decision logs, and stakeholder feedback loops.

Integration and hardening, test environment

Connect to systems of record and validate data flows in test with monitoring, audit visibility, and controlled error handling.

Security gate, production release or controlled rollout

Security gate, sign-off, production release. Every release stays redeployable.

Success criteria examples

• Fewer manual handoffs in the chosen workflow
• Faster cycle time from request to release
• Audit-ready traceability for approvals and decisions
• Predictable integration with system-of-record boundaries

Healthcare FAQ

Answers tailored to regulated healthcare delivery and integration realities.

What does "governed" mean for healthcare workflows?

Work is organized into reviewable tasks with acceptance criteria. Releases move through preview, test, and production with approval gates, and any earlier release can be redeployed. Actions and key decisions are captured in audit logs.

Do you train models on PHI or clinical data?

No. Your workspace content, including your data and your code, is not used to train models. Customer workspaces are isolated from each other. Access is limited to what is needed to operate the service and support you.

Can we deploy in our own cloud (BYOC) for data residency or security boundary needs?

Yes. Nuclicore-managed apps run on Azure in the EU or Hetzner in Germany, each with its own backend and a managed Postgres per environment. You can also run in your own AWS, Azure or GCP account (BYOC), or on dedicated single-tenant infrastructure on Enterprise. In BYOC, your network controls, keys and secrets stay in your cloud boundary.

How do you integrate with EHR and payer systems?

We integrate using the interfaces you already have, including FHIR, HL7, REST APIs, webhooks, event streams, and, where needed, batch and SFTP. We align on system-of-record boundaries, interface ownership, and a test environment early so integration stays predictable.

Do you support HL7 and FHIR workflows?

Yes. We can align on FHIR APIs or HL7 feeds, then build controlled ingestion and validation workflows with audit logs and monitoring.

How do you handle PHI programs and contractual requirements?

We align early with your privacy, security, and legal stakeholders on data handling, operational access, and required documentation. If your program has additional contractual requirements, we confirm responsibilities and evidence expectations during procurement and pilot planning.

What procurement and security artifacts can you provide?

We can provide an architecture overview and data flow, environment and deployment model details, access control and audit log behavior, and outputs from security scanning and remediation processes where applicable. We align early with your security team on required evidence and review steps. We also provide the nightly ZAP scan reports and the automated dependency audit from each release.

Who owns the code and can we export it to GitHub?

You own the code generated for your application. Nuclicore produces standard, portable code and supports exporting the full repository to your GitHub so your engineering team can review, extend, and operate it independently.

How do updates, bug fixes, and change requests work after launch?

You submit changes as new tasks, with scope and acceptance criteria reviewed before implementation. You review working software in preview, then promote through test to production with approvals. This keeps changes controlled and reduces the risk of breaking what is already live.

How do you ensure changes do not break what is already live?

We separate preview, test, and production environments and promote changes through them with approvals. The workflow is task-based and reviewable, and any earlier release can be redeployed. This reduces uncontrolled changes and keeps production stable while you iterate.

We run several clinics or health plans. Do we need several applications?

No. Deployment labels serve one release under each organisation's domain with separate secrets, branding and database schema. No second codebase.

Turn healthcare backlogs into running software.

Ship faster with governance, security controls, and code ownership.