How ASTA behaves across ward contexts.
The same monitor-reading and physiological reasoning stack adapts to the observation pattern and staffing reality of each ward.
ICU: continuous watch with early escalation context.
ASTA maintains continuous observation across every monitored bed, highlighting deterioration patterns early and routing escalation with trajectory context to the ICU care team.
General unit: broader coverage on the monitors already in place.
ASTA extracts from the bedside monitors already on the unit, helping nursing teams maintain broader visibility and spot drift earlier without deploying a second monitor system.
Post-op: tighter oversight during the recovery window.
ASTA tracks the high-risk post-operative period, surfacing gradual change in oxygenation, pulse, or pressure before it becomes a threshold-only event.
High-dependency: structured oversight for complex patients.
ASTA supports higher-acuity wards with continuous per-bed observation, escalation logging, and auditable review trails aligned to hospital oversight workflows.
A complete clinical intelligence suite for real wards.
Built to read existing bedside monitors, detect early deterioration signals, and escalate alerts without hospital hardware dependency.
SAMD pathway in preparation
Regulatory documentation is being prepared for the relevant software-as-a-medical-device classification pathway.
CV Monitor Reading
Reads existing bedside monitor screens in real time and converts them into structured vitals. Works across 15+ OEM LCD monitors with no API, no hardware tap, and no hospital IT integration required for monitor reading.
- Reads existing bedside monitors
- Structured HR, SpO2, BP, and RR in real time
- 15+ OEM monitor brands supported
- No API, hardware tap, or IT integration
Physiological Pattern Learning Model
Evaluates vital trajectories continuously instead of waiting for isolated threshold breaches. Surfaces deterioration patterns, ranked clinical differentials, and evidence-linked reasoning for each alert.
- Trajectory-based reasoning beyond thresholds
- Ranked clinical differentials
- Evidence-linked outputs
- Continuous per-bed evaluation
Clinical Escalation Engine
Routes the right escalation to the right clinician with vital trend context, physiological rationale, and ward-specific next-step logic. Every acknowledgement and action stays governance logged.
- Role-aware routing by ward and protocol
- Vital trend plus context at escalation
- Recommended next-step framing
- Governance logging in the same flow
Hospital-ready governance without slowing deployment.
Built to integrate into existing hospital IT, security, and governance frameworks with auditable operations.
HL7/FHIR aligned
Structured vital outputs can be mapped into HL7/FHIR-aligned downstream workflows for EMR, analytics, or command-center integration. Monitor reading itself does not depend on hospital IT connectivity.
DPDP-aligned posture
Deployment architecture is aligned with India's Digital Personal Data Protection Act 2023 and ABDM interoperability programs, so hospitals can integrate ASTA into their broader digital health posture as surrounding systems mature.
Role-based access control
Access is controlled by hospital-defined roles across nursing, clinicians, leadership, and operations. The deployment model limits who can view, acknowledge, and review each layer of data.
Legal audit trail
Every access, alert, acknowledgement, and review action is time-stamped into a legal audit trail suitable for governance review and deployment-specific retention policy.
Hospital-controlled data residency
Data residency, retention, and environment choice are hospital-defined - on-prem, hybrid, or managed cloud - and enforced by the selected deployment model.
No patient imagery
The camera is monitor-facing and reads the screen, not the patient. ASTA is designed to operate without patient imagery, biometric capture, or patient video in the monitoring workflow.