Monitor reading. Physiological reasoning. Evidence-linked output.
ASTA mounts a camera on the bedside monitor, not the patient, and reads the display. Structured vitals flow continuously into a physiological reasoning layer, and the output becomes role-aware clinical action: context-rich alerts routed to the right clinician, with trajectory and evidence attached.
A camera mounts on the bedside monitor, not the patient, and reads any LCD display from any OEM brand. No API. No hardware tap. No hospital IT integration required for the monitoring layer.
Raw display data becomes structured, time-stamped vitals: heart rate, SpO₂, blood pressure, respiratory rate, extracted at 98% CV accuracy across 15+ OEM brands.
A Physiological Pattern Learning Model evaluates vital trajectories, identifies deterioration signals, and produces evidence-linked clinical context, going beyond threshold alerting.
Alerts reach the right clinician with physiological context and trajectory attached, not a bare threshold trigger. The governance trail is captured in the same operational flow.
Backed by India's foremost
innovation ecosystem
ASTA is supported by national incubation programs, government innovation mandates, and leading research institutions — validating clinical credibility at every layer.
AIC-SEED
Atal Incubation Centre providing venture support for translational healthcare innovation.
MeitY Startup Hub
Government of India's national innovation program backing technology ventures.
IISER Pune
Premier research institution grounding product development in scientific rigor.
NIT Andhra Pradesh
Technical collaboration supporting engineering depth and clinical validation.
From monitor reading to clinical action in five continuous steps.
Signal capture to clinical escalation, running continuously across every bed, on infrastructure the hospital already operates.
A camera mounts on the bedside monitor, not the patient. ASTA reads any LCD display from any OEM brand, in any lighting condition, with no API, no hardware tap, and no hospital IT dependency.
Computer vision trained on 100M+ labeled monitor frames across 15+ OEM brands extracts structured vitals from the display in real time: heart rate, SpO₂, blood pressure, respiratory rate, at 98% accuracy.
A Physiological Pattern Learning Model evaluates vital trajectories continuously, detects deterioration signals, and produces ranked clinical differentials with evidence links, going beyond threshold logic.
The right alert reaches the right clinician at the right threshold, with physiological trajectory, ranked differentials, and recommended next steps attached. Not alarm noise.
Nursing and clinical leadership gain a structured, real-time view of every monitored bed across the ward, for handover, continuous oversight, and escalation decisions.
A camera mounts on the bedside monitor, not the patient. ASTA reads any LCD display from any OEM brand, in any lighting condition, with no API, no hardware tap, and no hospital IT dependency.
Computer vision trained on 100M+ labeled monitor frames across 15+ OEM brands extracts structured vitals from the display in real time: heart rate, SpO₂, blood pressure, respiratory rate, at 98% accuracy.
A Physiological Pattern Learning Model evaluates vital trajectories continuously, detects deterioration signals, and produces ranked clinical differentials with evidence links, going beyond threshold logic.
The right alert reaches the right clinician at the right threshold, with physiological trajectory, ranked differentials, and recommended next steps attached. Not alarm noise.
Nursing and clinical leadership gain a structured, real-time view of every monitored bed across the ward, for handover, continuous oversight, and escalation decisions.
A productized monitoring platform, built for hospital deployment.
Every module is engineered to operate inside real hospital workflows: reliable, observable, and operable by clinical staff without specialist technical support.
Real-time vital extraction
Structured vitals extracted continuously from any OEM monitor display: heart rate, SpO₂, blood pressure, respiratory rate, at clinical cadence across every bed in the ward.
- Device-agnostic — no new hardware per bed
- Sub-2 s signal-to-interpretation latency
- Structured vitals at clinical cadence
Trajectory-aware alerts
Context-enriched alerting built on physiological trajectory, engineered to reduce alarm fatigue while surfacing the signals that demand clinical attention.
Ward-level visibility
Unit, ward, and patient-level dashboards built for nursing and clinical leadership, real-time across all monitored beds, not just the IT team.
Compliance-ready posture
Numerical vitals only. No patient imagery. Standard monitoring consent. DPDP-aligned architecture, full audit trail, and role-based access aligned to hospital governance.
Workflow compatibility
HL7/FHIR-aligned. Connects with existing EMR, escalation protocols, and ward workflows. No hospital IT integration is required for monitor reading; connection is additive, not a prerequisite.
Deployment flexibility
Camera on the monitor, not the patient. Same-day deployment on existing infrastructure. On-prem, hybrid, or managed cloud, matched to the hospital's IT posture and data governance requirements.
A practical operating model. Not a demo-stage AI promise.
ASTA delivers structured value across clinical, operational, and governance dimensions, with a deployment model designed for how hospitals actually buy and operate technology.
No hardware refresh required
Continuous signal coverage
Fully auditable patient data trail
Signal-to-interpretation latency
Zero hardware capex. Predictable operating cost.
Runs on the monitors and infrastructure hospitals already own. A camera per monitor, a per-bed operating model, and ASTA's clinical and technical team guiding deployment from day one. No device fleet to procure, no refresh program required.
Continuous monitoring without disruption.
ASTA adds real-time vital extraction and physiological reasoning to existing bedside workflows, improving signal continuity and deterioration visibility without forcing monitor changeover or clinical retraining.
Evidence-linked alerts. Not alarm noise.
Threshold-driven routing delivers physiological context, vital trajectory, and ranked differentials to the right clinician, designed to reduce alarm fatigue while ensuring deteriorating patients are not missed.
Hospital-owned. Institutionally controlled.
Numerical vitals only. No patient imagery. Standard monitoring consent. Data residency, retention policy, access control, and audit posture remain under hospital ownership, not vendor-defined defaults.
Numerical data only. Hospital-controlled. Institutionally auditable.
ASTA reads LCD display numerics, not patients. No patient imagery is captured or transmitted. Standard monitoring consent applies. DPDP-aligned architecture, ISO 13485-certified quality management, HL7/FHIR-aligned interoperability, role-based access, and full audit trail, with deployment posture under hospital control.
Consent tracked · Residency options · Audit-ready
Numerical data only. No patient imagery.
ASTA reads LCD display numerics only. A camera mounts on the monitor, not the patient. No patient imagery is captured, stored, or transmitted. Standard monitoring consent applies. No special patient data protocols required.
Standard consent. DPDP-aligned. ISO 13485 certified.
Monitor-facing camera reads display data only. No patient biometrics, no facial data, no imagery leaves the bedside environment. DPDP-aligned architecture, ISO 13485-certified quality management, CDSCO SaMD registration in progress.
Full audit trail and role-based access
Every access event, clinical interaction, and data operation is logged for legal review, governance reporting, and institutional compliance. Role-based access control is enforced at every layer.
No IT integration required for monitor reading
ASTA reads monitor displays via computer vision. No hospital IT integration, no HL7 feed, no API required for the monitoring layer. HL7/FHIR-aligned EMR connectivity is available. On-prem, hybrid, or managed cloud, hospital-controlled throughout.
See ASTA reading live ward monitors.See ASTA reading live ward monitors.
A focused 30-minute session with our clinical and engineering team, covering monitor compatibility, ward workflow fit, and deployment requirements for your unit.