IOur Vision
A healthcare system where no critical information is lost between hands: every patient known, every task owned, every clinician supported.
Home of Safana360 · Clinical handover, reinvented
Transforming Healthcare Ideas
Into Real-World Innovation
HAYAT GROUP bridges medical science, biomedical engineering, and clinical software to transform complex healthcare challenges into validated, scalable healthcare solutions. Explore working interactive simulations across our entire innovation lifecycle.
12
Innovation Stages
SAIP & PCT
Patented Medical IP
6
Clinical Disciplines Connected
3
Ventures in Pipeline
Interactive 3D Ecosystem
Orbit • Hover • Click Nodes
LIVE SIMULATION
INNOVATION NODE
Research & Clinical Evidence
Validating unmet clinical need, epidemiological cohorts, and technological feasibility.
Who We Are
Born at the bedside. Engineered for every hospital.
HAYAT GROUP is a Saudi healthcare innovation company. We start from the problems clinicians face every shift and turn them into validated, protected technology.
IIOur Mission
To turn real clinical problems into safe, evidence-based products: designed with clinicians, proven in real workflows, protected as national IP, and scaled across hospitals in the Kingdom and beyond.
Vision 2030
Empowering Saudi Vision 2030 Healthcare Transformation
HAYAT GROUP actively advances the National Healthcare Transformation Program by pioneering homegrown, world-class medical informatics and technology innovations that raise patient safety, optimize hospital efficiency, and establish the Kingdom's global digital health leadership.
- Zero preventable handover adverse events
- SAIP-registered national medical IP
- Homegrown, global-standard technology
- CBAHI & JCI operational readiness
Comprehensive Innovation Lifecycle
Our Innovation Journey
At HAYAT GROUP, every healthcare innovation moves through a disciplined, evidence-driven, 12-stage pathway from clinical problem discovery to scaled real-world impact. Explore the working interactive demonstration for each stage below.
Stage 01 • Discovery
Healthcare Problem Identification Demo
Select a clinical challenge to inspect who is affected, current workflow breakdowns, and the unmet clinical need.
SELECT CLINICAL CHALLENGE:
CLINICAL STAKES
Clinical Handover & Communication Gaps
Over 70% of serious hospital adverse events trace back to communication breakdowns between shift transitions. Existing EMRs store historical records but lack an active, closed-loop coordination protocol.
Who Is Affected:
ICU Patients
Treating Clinicians
Hospital Operations
CURRENT FLAWED PROCESS VS UNMET NEED
⚠️ Current Breakdown:
Verbal shift handoffs and fragmented scratchpad notes with zero mandatory incoming clinician verification.
✨ Unmet Clinical Need:
A real-time, closed-loop operational verification layer enforcing explicit accountability and missing-data alerts.
INTERACTIVE PROBLEM FLOW MAP:
Patient
Vitals & Condition
→
Clinician
Verbal Handover
→
Hospital Ops
Siloed EHR
→
Breakdown
Data Omission
→
Unmet Need
Closed-Loop Layer
Stage 02 • Ideation
Innovation Idea Builder
Combine healthcare challenges with modular technologies and user contexts to dynamically generate an innovation concept.
1. Select Primary Healthcare Challenge:
2. Select Solution Technology Components (Multi-Select):
3. Select Primary End User:
PROBLEM × TECHNOLOGY × USER = INNOVATION
SYNTHESIZED INNOVATION CONCEPT:
Safana360: Closed-Loop Handover Operational Layer
A unified hospital operational layer orchestrating clinical shift handovers, integrating real-time AI missing-data alerts, and coordinating multidisciplinary clinical task ownership.
ACTIVE ARCHITECTURE BLUEPRINT:
Digital Platform + Clinical AI + Workflow Engine → Multidisciplinary ICU Team
Value Proposition: Eliminates unconfirmed patient handoffs and provides instant accreditation auditability.
Stage 03 • Investigation
Research & Evidence Dashboard
Explore simulated research data across clinical evidence, user requirements, technology benchmarks, and feasibility gaps.
72%
Sentinel Events Related
Root causes linked to clinical handover communication failures (Joint Commission Data).
1,420
Patient Cohort Analyzed
Simulated meta-analysis across tertiary hospital shift transitions.
4.2 min
Critical Alert Delay
Average lag in non-standardized verbal shift transitions.
CORE RESEARCH QUESTION:
"Does enforcing digital dual-acknowledgment and contextual missing-data detection during multidisciplinary clinical handovers measurably reduce adverse event frequencies and improve shift-transition velocity?"
48
In-Depth Clinician Interviews
Conducted across Physicians, Charge Nurses, Pharmacists, and Respiratory Therapists.
86%
Cognitive Overload Reported
Staff expressed frustration with disparate paper notes and memory-dependent tasks.
< 3 clicks
User Requirement Goal
Any clinical sign-off must take under 45 seconds to guarantee bedside adoption.
99.98%
Message Delivery Uptime
WebSocket + Redis distributed queue for zero lost telemetry packets.
< 120ms
P99 Ingestion Latency
Instantaneous bi-directional synchronization with hospital EHR via FHIR R4.
AES-256
In-Flight & Rest Encryption
Full HIPAA and Saudi Health Data Security compliance.
$340K
Annual Cost per Sentinel Error
Estimated liability, extended ICU bed days, and avoidable complications.
1,200+
Nursing Hours Reclaimed
Estimated shift time saved annually per 200 inpatient beds.
100%
Accreditation Readiness
Continuous CBAHI and JCI compliance logging without manual paper audits.
IDENTIFIED RESEARCH GAPS & IRB CONSIDERATIONS:
- Alert Fatigue Threshold: Determining maximum non-disruptive notification frequency for on-duty nurses.
- Offline Sync Resilience: Maintaining localized state on mobile tablets during temporary hospital Wi-Fi blackouts.
- Institutional Review Board (IRB): Ensuring all observational telemetry logs strip patient identifiable health data during research phases.
Stage 04 • Human-Centered Design
Healthcare Solution Design Workspace
Interact with the patient journey, clinical workflow, and underlying system architecture wireframes.
STEP 01
🏥
Admission & Intake
Patient assigned to unit, baseline vitals captured, acuity score automatically generated.
STEP 02
📡
Continuous Monitoring
Bedside telemetry feeds vital parameters into clinical coordination stream.
STEP 03
👥
Multidisciplinary Care
Physicians, nurses, pharmacy, and nutrition collaborate around real-time task log.
STEP 04
✅
Safe Discharge
All pending tasks resolved, verified medication reconciliation, and discharge plan signed.
Stage 05 • Interactive Prototype
Real Working Prototype Demo
Interact with our functioning digital clinical monitor dashboard or inspect our 3D medical device hardware prototype.
LEAD II ECG TELEMETRY
NORMAL SINUS RHYTHM
HEART RATE
72
bpm
SpO2 PULSE
98
%
BLOOD PRESSURE
120/80
mmHg
INTERACTIVE PROTOCOLS:
CLOSED-LOOP ACTION:
System nominal. All vitals within parameters.
Stage 06 • Verification
Interactive Testing Lab
Execute automated stress test suites to evaluate system latency, alert propagation, and boundary failure modes.
SELECT TEST SCENARIO:
Scenario A: Nominal Handover
Standard
Verifies routine shift transition with complete vitals and incoming physician sign-off.
Scenario B: Sepsis Telemetry Surge
Stress Test
Simulates rapid deterioration (tachycardia + hypotension) with high-concurrency network drops.
SIMULATED TEST EXECUTION CONSOLE
IDLE — Ready
| Test Parameter | Threshold | Observed | Status |
|---|---|---|---|
| Latency (Alert Delivery) | < 250ms | 112ms | PASS |
| Schema Completeness Check | 100% Mandatory Fields | 100% | PASS |
| Packet Drop Tolerance | 0% Data Loss | 0.00% | PASS |
| Tiered Auto-Escalation | Escalate at T+300s | T+300.2s | PASS |
Notes: Ready to initiate test cycle. Click "RUN TEST SUITE" above to test active parameters.
Stage 07 • Clinical & Technical Validation
Multidimensional Validation Dashboard
Explore verification criteria across Technical, Clinical, Usability, Safety, and Performance dimensions.
💻
Technical
100% Verified
🩺
Clinical
Gold Standard
👥
Usability
SUS Score: 88
🛡️
Safety
ISO 14971 Aligned
⚡
Performance
P99 Under 120ms
TECHNICAL VALIDATION CRITERIA & PROTOCOLS
FHIR R4 Protocol Schema Conformity
Validated against official HL7 FHIR validator with 0 syntax warnings.
End-to-End Cryptographic Encryption
TLS 1.3 in-transit and AES-256 for persistent database storage.
Missing Data Detection Algorithm Accuracy
Evaluated against 500 test cases with 100% omission detection sensitivity.
Stage 08 • Compliance & IP
Regulatory Pathway & Intellectual Property Flow
Explore the formalization process from initial invention disclosure to medical device classification and technical dossier filing.
STEP 01
Concept & Invention Disclosure
Formal prior-art review
STEP 02
Patent Filing (SAIP & PCT)
G16H & G06N Classifications
STEP 03
Risk Analysis (ISO 14971)
Clinical hazard mitigation
STEP 04
Regulatory Classification
SaMD / Class IIb Pathway
PHASE OBJECTIVES
Invention Disclosure & Prior Art Analysis
Comprehensive patentability search assessing international prior art across USPTO, EPO, and SAIP databases to establish clear technical novelty and non-obviousness.
Key Stakeholders:
Principal Inventors, Registered Patent Attorneys, Biomedical Engineers.
REQUIRED ARTIFACTS & OUTPUTS
- Technical Invention Disclosure Form (IDF)
- Freedom-to-Operate (FTO) Search Report
- Independent Claims Drafting Architecture
- Flow Diagrams & Sequence Visualizations
Stage 09 • Real-World Deployment
Real-World Pilot Simulation
Simulate deploying a solution into a 50-bed clinical unit to collect real-time clinician feedback and iterate rapidly.
SIMULATED PILOT SITE:
Specialized Hospital — 50-Bed Cardiology Unit
Evaluating shift handover efficiency, missing data warnings, and clinical staff satisfaction across 14 consecutive shifts.
12
Active Clinicians
42
Handovers Tracked
LIVE FEEDBACK & ITERATION EVENTS:
Dr. Layla (Cardiology Fellow) Shift 04
"Missing lab indicator prevented patient transfer with unreviewed INR results. Saved us a major slip."
Nurse Supervisor Usability Issue Detected
"Sign-off confirmation button needed larger hit-target on bedside mobile tablets. Scheduled for Sprint 2 fix."
Engineering Dispatch Iteration Deployed
"UI Hotfix v1.4.2 released: Tablet touch targets enlarged by 30%. Handover sign-off time reduced to 28 seconds."
Stage 10 • Institutional Scaling
Scale-Up Simulator
Toggle hospital deployment scale from 1 site to 50 sites to see how infrastructure, throughput, and support requirements transform.
50
Monitored Patients
Concurrent bed tracking
2.4 GB
Daily Ingestion
Telemetry data throughput
45
Certified Clinicians
Onboarded personnel
1 Cluster
Cloud Infrastructure
High-availability node tiers
SCALING REQUIREMENT SHIFTS:
At 1 Pilot Site, operational coordination requires single-region cloud hosting and lightweight training modules.
Stage 11 • Manufacturing & Deployment
From Prototype to Production Pipeline
Witness the critical differences between early prototypes and medical-grade manufacturing or enterprise software production.
STAGE 1
Design Freeze
Locking CAD schemas, BOM components, and PCB geometries.
STAGE 2
Medical Tooling
Precision injection molds and biocompatible silicone testing.
STAGE 3
Cleanroom Assembly
ISO Class 7 automated component assembly and EtO sterilization.
STAGE 4
UDI Serialization
Unique Device Identification barcodes and sterile barrier packaging.
Stage 12 • Real-World Outcomes
Healthcare Impact Dashboard
Model the quantifiable clinical, operational, and financial impact across nine healthcare dimensions.
HOSPITAL PROFILE CONTROLS:
Simulated model estimates impact based on published CBAHI, Joint Commission, and clinical time-motion benchmarks.
-68%
Handover Communication Slips
Closed-loop verification
1,820
Clinical Hours Reclaimed / Yr
Faster shift transition
$480K
Avoidable Complication Value
Estimated liability saved
100%
Audit Handover Compliance
Continuous CBAHI ready
3.8x
Faster Critical Escalations
Time-aware alert engine
+92%
Nurse Handoff Confidence
Eliminating verbal omission
Approved Initiatives & Pipeline
Healthcare Ventures & Innovation Pipeline
Proprietary healthcare technologies engineered to solve systemic clinical bottlenecks through patented intellectual property and human-centered design.
Active Flagship • Patent-Pending (SAIP & PCT)
Safana360 Platform
Hospital-wide multidisciplinary clinical handover & care coordination operational layer. Enforces closed-loop responsibility and automated missing-data detection across all hospital units, connecting Physicians, Nursing, Pharmacy, RT, and Nutrition.
In Development • Medical Device
BioPulse™ Telemetry Patch
Continuous multi-spectral biosensor patch for early deterioration detection. Streams real-time ECG, oxygen saturation, and body temperature to hospital coordination dashboards.
In Development • Clinical Software
NeuroFlow™ Clinical AI
Assistive machine intelligence detecting anomalies during shift transitions, synthesizing patient trajectory notes, and prioritizing patient acuity risks before handoff sign-off.
✨ HAYAT GROUP FLAGSHIP VENTURE
DOMAIN: SAFANA360.COM
Safana360: Clinical Handover & Care Coordination
Complete Handover. Better Care.
The patent-pending multidisciplinary coordination layer connecting every healthcare professional around a single, patient-centered operational workspace.
Hospital-Wide Command Center
For Every Department. For Every Patient. Every Time.
Patented Platform Architecture
6 Core Pillars of Clinical Reliability
Designed to complement your existing hospital infrastructure by establishing a dedicated operational coordination layer.
Role-Based Handover Engine
Enforces structured shift handovers requiring explicit incoming-clinician acknowledgment before sign-off. Eliminates passive, unconfirmed patient transfers.
- Mandatory incoming clinician verification
- Specialized discipline templates
Missing Information Detection
Automatically checks current entries against context-dependent clinical schemas and alerts teams to omitted vital parameters before shift conclusion.
- Intelligent schema validation
- Department-specific checklists
Smart Notification & Escalation
Time-aware task engine. If an urgent clinical order or recommendation remains unresolved, it automatically escalates to charge nurses or department heads.
- Tiered clinical responsibility
- Multi-channel in-app & mobile alerts
Multidisciplinary Rounds Hub
Instantly converts verbal recommendations from Physicians, Nursing, Respiratory, Pharmacy, and Nutrition into trackable, assigned action items.
- Unified cross-discipline visibility
- One-click task creation
Hospital KPI & Quality Command
Real-time metrics computed directly from coordination events rather than retrospective chart audits. Perfect for CBAHI, JCI, and leadership review.
- Accreditation readiness at all times
- Real-time unit performance trends
FHIR & HL7 Interoperability
Complements your existing Epic, Cerner, or homegrown HIS. Bi-directional data sync for ADT and clinical results with zero duplicate data entry.
- FHIR R4 resource mapping
- HL7 v2 ADT message integration
Safana360 Live Explorer
Experience the Safana360 Ecosystem
Use the real, working Safana360 app below: sign in as any clinician, complete and sign off handovers, create tasks, and watch alerts escalate. Or browse the reference screens.
Safana360 Live App: fully working demo
Simulated patients · saved in your browser
Open full screen ↗
Module 1: Hospital Command Center Dashboard
Executive & Shift Overview
Try this screen live ↗
Module 2: Department Patient List View (ICU Example)
Acuity & Handover Progress
Try this screen live ↗
Module 4: Multidisciplinary Handover Screen
Physician, Nursing, RT, Pharmacy, Nutrition
Try this screen live ↗
Modules 5 & 6: Task Management & Smart Notifications Center
Time-Aware Escalation
Try this screen live ↗
Modules 7 & 8: Hospital KPI Dashboard & Mobile App Interface
Bedside & Mobile Telemetry
Try this screen live ↗
Full Architectural Blueprint & Operational Layout
Complete Platform Map
Try this screen live ↗
Quantifiable Impact
Calculate Your Hospital's Operational ROI
See how much clinical time Safana360 recovers and how many handoff communication risks are averted across your hospital.
1,440
Hours Saved / Month
3,285
Communication Slips Averted / Year
$324,000
Estimated Operational Value / Year
100%
Accreditation Handover Audit Score
Multidisciplinary Infrastructure
The HAYAT Innovation Lab
Our specialized facilities unite clinical researchers, software architects, biomedical engineers, and human-factors designers under one collaborative innovation ecosystem.
Research Lab
Clinical inquiry, meta-analysis, epidemiology, and evidence validation.
Digital Health
Enterprise healthcare software, FHIR interoperability, and workflow engines.
Medical Technology
Biomedical instrumentation, micro-sensors, and hardware diagnostics.
AI & Data Intelligence
Predictive telemetry models, natural language processing, and anomaly detection.
Prototyping Studio
Rapid digital UI/UX synthesis and 3D biocompatible hardware modeling.
Testing Lab
Physiological simulation, stress testing, and failure mode analysis.
Healthcare Operations
In-hospital human factors engineering, clinical pilot integration, and workflow optimization.
Lab Tour
Book an executive or academic consultation with our lab directorate.
Modular Capabilities
Core Healthcare Technologies
Each technology module features a working data flow demonstrating how physiological signals transform into actionable clinical decisions.
Wearable Biosensors
Continuous, non-invasive telemetry capturing ECG, photoplethysmography (PPG), respiration, and skin temperature.
Skin Sensor →
Micro-BLE →
Gateway →
Bedside HUD
Clinical AI & Decisions
Context-aware machine intelligence analyzing shift notes and telemetry to flag hidden patient deterioration.
EHR Notes →
NLP Engine →
Anomaly Risk →
Nurse Alert
Medical Devices
Biocompatible physical instrumentation engineered under strict ISO 13485 cleanroom and sterilization requirements.
CAD / DFM →
Molding →
Cleanroom →
Sterilization
Remote Monitoring (RPM)
Virtual hospital infrastructure linking post-discharge patients with home telemetry and automated care coordination.
Patient Home →
Cellular Hub →
Cloud Ingest →
Virtual Ward
Multidisciplinary Synergy
Research & Collaboration Ecosystem
Healthcare innovation cannot occur in isolation. HAYAT GROUP connects clinicians, academic researchers, engineers, healthcare systems, and industrial partners.
Interactive Particle Graph: Demonstrating active data & knowledge exchange between clinical specialists, biomedical engineers, universities, and health authorities.
The People Behind It
Founder & Team
A founder-led company building a multidisciplinary team of clinicians, engineers, and researchers around one goal: safer care between every handoff.
Founder
Awad Algarni
Founder & Inventor, HAYAT GROUP
Awad Algarni founded HAYAT GROUP to close a gap that hospitals see every day: vital information lost between shifts and between disciplines. As the inventor of Safana360, the closed-loop clinical handover and care coordination platform at the heart of the group, Awad leads its product vision, clinical research, and patent programme.
- Inventor of the Safana360 platform
- Leads product vision & clinical research
- Leads the SAIP & PCT patent programme
Email the founder
awadalgarni115@gmail.com
The team we're building
We are growing a multidisciplinary team. If you work at the bedside, in engineering, or in research, we would like to hear from you.
01
Clinical Advisory Board
Physicians, nurses, respiratory therapists, and pharmacists who shape every workflow we build.
02
Engineering & Product
Software, biomedical, and AI engineers turning validated clinical needs into reliable products.
03
Research & Pilot Partners
Universities and hospitals co-running validation studies and real-world pilots.
Collaborative Innovation Engine
Have a Healthcare Innovation Idea?
Enter your clinical concept to simulate how an idea travels through HAYAT GROUP's end-to-end research, engineering, and product development pipeline.
HOW YOUR IDEA MOVES THROUGH HAYAT GROUP:
1
Idea Submitted — Initial clinical triage and novelty screening
2
Healthcare Need Assessment — Epidemiological validation
3
Feasibility & Prior Art — SAIP patent landscape & technology viability
4
Clinical Research & Evidence — Cohort study design & IRB protocol
5
Rapid Prototyping — Interactive digital UI or 3D hardware build
6
Simulation Testing — Stress testing & failure mode analysis
7
Regulatory Formalization — SaMD / MDR classification & QMS
8
Hospital Pilot — In-unit deployment and nurse/physician feedback
9
Industrial Production — Cleanroom manufacturing or enterprise cloud
10
Healthcare Impact — Measurable patient safety & accreditation ROI
Simulation demonstrates HAYAT GROUP's structured incubation pipeline.