Army Health System

One record. From point of injury to definitive care.

AHS-UA1 collapses the paper TCCC casualty card into a phone-based digital record that travels with the patient through every evacuation link. No re-entry. No paper handoff. No identity loss. Data fields map to TCCC; output is structured for handoff to NATO-compatible electronic health record systems via STANAG documentation frameworks.

AHS-UA1 in use — combat medic recording a casualty

The evacuation chain.

Point of injury — AHS-UA1 mobile screen

01

Point of injury

Combat medic

Combat medic captures the casualty card on phone with a pre-loaded patient identity.

Medical aid station — AHS-UA1 mobile screen

02

Medical aid station

Medic + Medical Group #1 / #2

Casualty identified, AHS-UA1 card amended — wounds, tourniquets, interventions logged. Transmits instantly to stabilization point.

Stabilization point — AHS-UA1 mobile screen

03

Stabilization point

Stab-point leader · assigned at company/battalion level

On-call physician reviews the incoming record in transit; instruments and medications prepped in advance. Form 100 issued with signature and stamp.

Military / civilian hospital — AHS-UA1 mobile screen

04

Military / civilian hospital

Final transfer

Record reconciles into the receiving hospital's outpatient chart. Command sees brigade-wide stab-point load and decides next-link routing.

Speed saves lives.

2× faster: the digital card fills twice as fast as paper. Paper is slow. Digital saves lives.

On the digital interface, auto-fill suggests the medication name and dosage from the patient's prior history. The paper version requires hand-writing every field from scratch under stress.

Paper TCCC casualty card being filled out in the field

Before

15:00

By hand — paper TCCC

AHS-UA1 injury-mapping screen with shrapnel markers on a body diagram

After

7:00

On AI — AHS-UA1

From paper to digital — smart injury mapping.

Easier to record burns and an expanded injury classification.

The legacy paper system doesn't account for critically important injury categories. The AHS-UA1 body-diagram interface closes those blind spots — real time, smart analysis.

AHS-UA1 injury episode screen — front + back body diagrams with shrapnel and bullet wound markers, tourniquet records

Instant identification of the wounded — ID or QR scan.

01

Enter the wounded soldier's ID.

AHS-UA1 identification step 1

02

Or enter a unique number to find the record.

AHS-UA1 identification step 2

03

Select the card that matches the entered ID.

AHS-UA1 identification step 3

04

Or scan the QR code from the soldier's first-aid kit for instant identification.

AHS-UA1 identification step 4

Main sections of the card.

AHS-UA1 card section 1 — Personal information

Personal information

profile photo, ID, birthdate, name, rank, role.

AHS-UA1 card section 2 — Wounds and injuries

Wounds and injuries

body diagram, color-coded markers, tourniquet log.

AHS-UA1 card section 3 — Vital signs and symptoms

Vital signs and symptoms

BP, heart rate, respiratory rate, saturation, level of consciousness, pain scale.

AHS-UA1 card section 4 — Medical assistance provided

Medical assistance provided

checklist of interventions administered.

Military-grade security and standards compliance.

Global data architecture

AHS-UA1 / DATA FLOW / V1.0FIG. 0100000100020003000400050006000700080009001000tls/1.3oauth.2 · mtlswritereplicategeo.syncaudited readN01LIVEField clientiPad · iPhoneN02LIVETransporttls/1.3N03LIVEAuth gatewayoauth.2 · mtlsN04PRIMARYTier-3 KSZI · DCKyiv, UA · primaryN05STANDBYReplicaEU · ISO-27001N06LIVEClinicianaudited read
  • Primary hosting in Tier 3+ data centers in Ukraine, full compliance with military requirements.
  • Backup in Europe — critical data duplicated in highly-protected European storage for emergency recovery.
  • Protection from DDoS and cyberattacks — AI anomaly detection, attempt interception, proactive security protocols.
  • Role-scoped access with non-sequential record IDs — even administrators cannot read clinician-created medical records, and cards can't be enumerated by URL.
  • Full change history on every card, automatic geolocation stripping from photos, and access auditing that flags and blocks suspicious activity.
  • Connectivity-resilient: works fully offline with minimal local storage, auto-syncing once a connection returns. Interoperates with existing medical information systems (MIS) across the chain of care.

01

Certified cloud infrastructure

Data stored in encrypted environments certified to ISO 27001, including nodes free of Russian-origin systems.

02

End-to-end encryption

AES-256 for data at rest and in transit. Full compliance with military and medical standards.

03

Multi-factor authentication

Role-based access control (RBAC), biometric verification, encrypted VPN tunnels.

Compliance certifications

Patient data resides in infrastructure certified to international and Ukrainian state-grade information-security standards.

Certificates issued to our hosting partner DeNovo. Click to view.

Security — not an option. A critical mission.