Government hospital spoke
A 10-bed ICU unit is established inside a secondary government hospital, close to patients who would otherwise travel for critical care.

CARE TeleICU is the open critical-care layer behind 10BedICU: 10-bed ICU units, specialist hubs, CARE EMR workflows, video and device context, protocols, training, and program dashboards for underserved hospitals.
Spoke unit
10-bed ICU
Government hospital ICU beds with local teams, equipment, and CARE workflows.
Technology layer
CARE TeleICU
Specialist hub
TeleICU hub
216
10BedICU units
100,000+
lives saved
15
TeleICU hubs
10
program states
28%
of India covered
Program figures are from 10BedICU public reporting.
10BedICU began in 2021 to bring critical-care infrastructure to rural and smaller government hospitals. CARE makes the model digital: patient records, ICU rounds, escalation, reporting, and remote review stay on one shared platform.
A 10-bed ICU unit is established inside a secondary government hospital, close to patients who would otherwise travel for critical care.
Medical college or specialist hub teams support multiple spoke hospitals through remote review, structured rounds, escalation, and mentoring.
CARE brings the ICU record, patient timeline, orders, notes, rounds, forms, video context, and reporting into one open clinical platform.
The 10BedICU approach works because physical infrastructure, CARE, TeleICU hubs, training, protocols, and local community participation reinforce each other.
Beds, monitors, ventilators, oxygen support, and bedside infrastructure give each unit the physical critical-care base.
Camera and bedside signals help specialists see context, review patients, and guide spoke teams remotely.
Rounds, notes, investigations, vitals, clinical forms, orders, and handover records stay attached to the patient timeline.
Standard clinical protocols make care more consistent and give teams a shared operating model for critical situations.
Clinical teams are trained on ICU practices, equipment handling, TeleICU workflows, and CARE software usage.
Local governance and Rogi Kalyan Samithi-style participation support adoption, accountability, and long-term sustainability.
CARE TeleICU lets critical-care knowledge, protocols, and review capacity move across a network while patients stay closer to home.
Hub teams can support several district and smaller hospitals while local teams remain the point of care.
CARE keeps remote reviews, ICU notes, observations, orders, and escalation workflows in the same clinical record.
Consistent documentation, protocols, and dashboards make training, supervision, reporting, and operational review easier.
10BedICU deployments span ten states and union territories, with state launches documented across multiple programs.
Karnataka
Manipur
Meghalaya
Sikkim
Nagaland
Assam
Puducherry
Jharkhand
Andhra Pradesh
Telangana
May 2022
Manipur
Nov 2022
Karnataka
Jan 2023
Nagaland
Jun 2023
Assam
Dec 2023
Meghalaya
Feb 2024
Puducherry
Mar 2024
Sikkim
CARE TeleICU creates structured critical-care data: observations, orders, notes, forms, escalations, handovers, and outcomes. That makes AI assistance possible for documentation, summarization, risk review, handover support, and quality improvement while keeping clinicians in control.
CARE TeleICU is a hub-and-spoke critical care workflow built on CARE. It connects ICU spoke hospitals with specialist hubs through CARE EMR documentation, video/device context, ICU protocols, training, dashboards, and escalation workflows.
10BedICU uses CARE as the technology platform for ICU documentation, TeleICU workflows, patient timelines, forms, rounds, notes, reporting, and remote specialist review alongside equipment, protocols, training, and community participation.
Yes. The same CARE TeleICU architecture can support critical-care networks, hospital groups, government programs, and implementation partners that need remote specialist review and structured critical-care documentation.
OHC can help governments, hospitals, and implementation partners plan CARE-based TeleICU deployments, integrate remote specialist workflows, and adapt the model for local clinical and operational realities.