Unlocking capacity by resolving hospital admin
We deploy specialised agents to resolve bottlenecks, restoring hospital efficiency
We deploy specialised agents to resolve bottlenecks, restoring hospital efficiency
13,000
Patients waiting for discharge daily
£800
Saved per bed-night recovered
0m
Latency in administrative execution
Autonomous Coordination & Voice AI
Autonomously calls care homes, negotiates bed capacity, and books transport. It handles the manual coordination required to move patients out, the moment they are fit.
TTO Optimisation
The agent synchronises the pharmacy queue with discharge timelines to ensure medications are screened and ready. This eliminates the common bottleneck of patients waiting hours for "To-Take-Out" drugs.
Automated Discharge Summaries
Lylo extracts clinical data from the EMR to instantly draft accurate, compliant discharge summaries for GPs. This removes the documentation burden from clinicians, allowing them to focus entirely on patient care.
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Autonomous Coordination & Voice AI
Autonomously calls care homes, negotiates bed capacity, and books transport. It handles the manual coordination required to move patients out, the moment they are fit.
Active Discharge Meds
Search....
Patient #88129
Ward 4b - bed 12
Ready
Patient #12649
ward 7a - bed 5
prep
Patient #98426
ward 7a - bed 17
N/A
Patient #49672
ward 1c - bed 2
Ready
Patient #25618
ward 6a - bed 5
prep
Patient #32864
ward 7b - bed 1
Ready
Patient #87124
ward 14D - bed 22
N/A
Active Discharge Meds
Search....
Patient #88129
Ward 4b - bed 12
Ready
Patient #12649
ward 7a - bed 5
prep
Patient #98426
ward 7a - bed 17
N/A
Patient #49672
ward 1c - bed 2
Ready
Patient #25618
ward 6a - bed 5
prep
Patient #32864
ward 7b - bed 1
Ready
Patient #87124
ward 14D - bed 22
N/A
TTO Optimisation
The agent synchronises the pharmacy queue with discharge timelines to ensure medications are screened and ready. This eliminates the common bottleneck of patients waiting hours for "To-Take-Out" drugs.
Discharge Summary Draft
Clinical Course & Management
Patient admitted on 19/01/2026 with an acute exacerbation of COPD and suspected secondary bacterial pneumonia
Managed with IV steroids, nebulizers, and a 5-day course of Amoxicillin
Respiratory effort has significantly improved over the last 48 hours; oxygen saturations are stable on room air at 94%.
Medication
40mg OD for 3 days (Course complete), 500mg TDS for 2 further days (To be completed at home).
Follow -up plan
Please review the patient in 7 days to assess respiratory function and repeat CRP if symptoms persist.
Social prescribing referral sent; patient requires assistance with morning nebulizer administration.
Approve
Discharge Summary Draft
Clinical Course & Management
Patient admitted on 19/01/2026 with an acute exacerbation of COPD and suspected secondary bacterial pneumonia
Managed with IV steroids, nebulizers, and a 5-day course of Amoxicillin
Respiratory effort has significantly improved over the last 48 hours; oxygen saturations are stable on room air at 94%.
Medication
40mg OD for 3 days (Course complete), 500mg TDS for 2 further days (To be completed at home).
Follow -up plan
Please review the patient in 7 days to assess respiratory function and repeat CRP if symptoms persist.
Social prescribing referral sent; patient requires assistance with morning nebulizer administration.
Approve
Automated Discharge Summaries
Lylo extracts clinical data from the EMR to instantly draft accurate, compliant discharge summaries for GPs. This removes the documentation burden from clinicians, allowing them to focus entirely on patient care.
Lylo helps you achieve…
Lylo helps you achieve…
Autonomous Task Execution
Unlike traditional software that just flags a problem, Hval uses Voice AI to autonomously call care homes, negotiate bed capacity, and book patient transport
Operational Cost Reduction
It replaces the need for expensive £800-per-night acute beds with more appropriate care settings through faster administrative processing
Massive Capacity Recovery
By automating the discharge process for the 13,000 medically fit patients currently stuck in hospital beds, the system directly tackles the primary cause of clinical gridlock
Single-Player Deployment
It can be deployed to solve specific bottlenecks immediately without requiring team-wide retraining or complex coordination
Autonomous Task Execution
Unlike traditional software that just flags a problem, Hval uses Voice AI to autonomously call care homes, negotiate bed capacity, and book patient transport
Massive Capacity Recovery
By automating the discharge process for the 13,000 medically fit patients currently stuck in hospital beds, the system directly tackles the primary cause of clinical gridlock
Operational Cost Reduction
It replaces the need for expensive £800-per-night acute beds with more appropriate care settings through faster administrative processing
Single-Player Deployment
It can be deployed to solve specific bottlenecks immediately without requiring team-wide retraining or complex coordination
Autonomous Task Execution
Unlike traditional software that just flags a problem, Hval uses Voice AI to autonomously call care homes, negotiate bed capacity, and book patient transport
Massive Capacity Recovery
By automating the discharge process for the 13,000 medically fit patients currently stuck in hospital beds, the system directly tackles the primary cause of clinical gridlock
Operational Cost Reduction
It replaces the need for expensive £800-per-night acute beds with more appropriate care settings through faster administrative processing
Single-Player Deployment
It can be deployed to solve specific bottlenecks immediately without requiring team-wide retraining or complex coordination