Built around a modern data platform.
Salus runs in Snowflake Snowpark Container Services. AI-assisted features call AWS through Amazon Bedrock. Snowflake and AWS each provide a Business Associate Agreement.
Salus runs in Snowflake Snowpark Container Services. AI-assisted features call AWS through Amazon Bedrock. Snowflake and AWS each provide a Business Associate Agreement. PostgreSQL remains a supported deployment dialect.
Enterprise scale, without managing infrastructure.
Salus runs in Snowflake Snowpark Container Services. AI-assisted features call AWS through Amazon Bedrock. Snowflake and AWS each provide a Business Associate Agreement. PostgreSQL remains a supported deployment dialect.
- Elastic scale
- Separation of compute and storage
- Secure Data Sharing
- Data governance
- Time Travel
- Zero-copy cloning
- Snowpark
- Cortex AI
- Enterprise security
- High availability
From satellite labs to global health security.
Every satellite laboratory keeps local control and human review. Laboratory data runs in Snowflake Snowpark Container Services. AI-assisted features call AWS through Amazon Bedrock. Snowflake and AWS each provide a Business Associate Agreement.
What it demonstrates
Why this is the shape of the platform.
- Every satellite lab keeps local control and human review before any data moves
- Laboratory data reaches Snowflake Snowpark Container Services through a zero-trust perimeter, never the public internet
- One governed core feeds epidemiologists, CDC / AIMS, and WHO from the same data
- Public-health reference labs participate in the network; commercial clinical reference labs stay outside the public-health SLA
Speaks the languages of public health.
Standards-based messaging and coding to the state feed and beyond, so Salus fits the systems your programs already depend on.
- HL7 Version 2.x
- HL7 FHIR
- LOINC
- SNOMED CT
- ICD-10-CM
- Electronic Lab Reporting (ELR)
- CDC integration
- Standardized instrument interfaces
A tamper-evident record for every result.
Every specimen event and released result is written to an append-only, cryptographically anchored ledger. The result is a chain of custody you can verify, end to end, without trusting a single database administrator.
Built for a multilingual public health workforce.
Salus ships in 16 languages, with right-to-left support, so staff work in the language they think in. Switch language anywhere from the top bar, or right on the sign-in screen.
Arabic, Hebrew, and Persian render fully right-to-left, including the layout.
Enterprise security, built for healthcare.
Salus is designed around the controls public health laboratories and their data require. SOC 2 Type 1 is targeted for December 2026. SOC 2 Type 2 is targeted for January 2027. HIPAA is targeted for January 2027. HITRUST r1 has started, and completion is targeted for March 2027. The examinations are in progress under JIL Sovereign Technologies, Inc. (Delaware) with Johanson Group LLP. The reports are not issued. Salus does not claim a FedRAMP or StateRAMP authorization, and it does not claim certifications held by infrastructure it does not run on.
Platform controls
- Role-based access control
- Comprehensive audit trails
- Encryption in transit and field-level encryption of direct identifiers
- Secure authentication
- Data governance
- Compliance reporting
- Cloud resiliency and backup
Public-health alignment
Standards Salus supports and aligns with directly.
- HIPAA
- NIST Cybersecurity Framework
- NIST SP 800-53
- CLIA
- CAP
- ISO 15189
Where data and AI run
Salus runs in Snowflake Snowpark Container Services. AI-assisted features call AWS through Amazon Bedrock. Snowflake and AWS each provide a Business Associate Agreement. A laboratory that requires a specific authorization, such as FedRAMP or StateRAMP, should raise it during procurement so the deployment is scoped to that requirement.
Technical architecture.
The complete technical reference for your architects and engineers: sixteen capability domains on one page, from the API and integration layer through Snowflake Snowpark Container Services and AWS to the zero lock-in export engine. It is the single artifact to put in front of a technical evaluation team.
What it demonstrates
Why we put this in front of your technical reviewers.
- Salus runs in Snowflake Snowpark Container Services. AI-assisted features call AWS through Amazon Bedrock. Snowflake and AWS each provide a Business Associate Agreement.
- Standards-based interoperability across the integration layer (HL7 v2 / FHIR, LOINC, SNOMED, OMOP)
- Zero-trust security, tenant isolation, and a full audit and compliance surface
- A zero lock-in export engine: open formats (JSON, HL7 FHIR, OMOP, Parquet, CSV), no exit fees
Network & data security.
Salus runs in Snowflake Snowpark Container Services. AI-assisted features call AWS through Amazon Bedrock. Snowflake and AWS each provide a Business Associate Agreement.
What it demonstrates
Why we put this in front of your security reviewers.
- A stateless application layer that holds zero PHI at rest, so the app tier is never a data-breach surface
- Private-only connectivity (AWS PrivateLink / VPC endpoints), with no public internet egress
- AI calls AWS through Amazon Bedrock. Snowflake and AWS each provide a Business Associate Agreement
- End-to-end encryption: TLS 1.3 in transit, AES-256 at rest, with customer-managed KMS keys
