
“We had ventilators – but still couldn’t find one”
This is not a breakdown scenario. It’s a coordination scenario.
And it happens more often than hospitals openly discuss.
A ventilator is available – at least according to the system.
But when the ICU needs it urgently, it still takes time to locate, confirm and deploy.
Not because the hospital lacks infrastructure.
But because visibility doesn’t match reality.
During COVID-19, global observations – including insights referenced by the World Health Organization – highlighted a critical gap :
Availability of equipment did not always translate into accessibility at the point of care.
That insight still holds true today.
A global surge in Respiratory Care
Respiratory care demand is not anecdotal. It is measurable.
According to global health data (IHME / Global Burden of Disease) :
- Over 454 million people were living with chronic respiratory diseases as of 2019
- This represents an increase of nearly 40% since 1990
- More recent estimates place this number at 569+ million globally
These are not short-term spikes.
They reflect a long-term shift in healthcare demand.
And they directly translate into increased pressure on hospitals – particularly in critical care and respiratory support.
Why demand is rising across every geography
One of the most important patterns here is that this demand is not localized. It is global.

Across India, the US, Europe and Southeast Asia, similar drivers are emerging :
- Chronic illnesses like COPD and asthma are increasing
- Ageing populations are more vulnerable to respiratory complications
- Air pollution and lifestyle factors continue to worsen lung health
- Post-infection complications, especially after COVID, have created long-term respiratory dependencies
The World Health Organization notes that the majority of chronic respiratory disease burden lies in low – and middle-income countries, where infrastructure is still catching up with demand.
At the same time, developed regions are facing pressure from ageing populations and long-term care needs.
This is why hospitals across very different geographies are experiencing similar operational challenges.
More devices, more investment – Yet more pressure
To respond to this demand, hospitals have invested heavily in infrastructure.
The global ventilator market alone is projected to reach $4.65 billion by 2029, driven by :
- Increasing ICU admissions
- Rising respiratory conditions
- Growing elderly populations
Alongside ventilators, hospitals are scaling :
- Oxygen concentrators
- CPAP and BiPAP systems
- Respiratory monitoring devices
Looks like progress but there’s a big disconnect.
More equipment does not automatically mean better operations.
In fact, it often increases complexity. Because now there is more to track, manage and coordinate.
Inside the Hospital : Where respiratory care starts breaking down
In the ICU, equipment availability often depends on confirmation rather than system visibility. A device might be marked as available, but physically it could still be in use or not updated.
In inventory, stock exists – but consumption updates are delayed. Respiratory care relies heavily on consumables, and even small delays in tracking usage create mismatches.
In coordination, departments operate with partial visibility. ICU, stores, and procurement each have their own view, but no shared real-time understanding.
In billing, continuous care elements – oxygen usage, device time, consumables – are not always fully captured. This leads to revenue leakage that is difficult to track precisely.
None of these issues are catastrophic.
But together, they create friction across the entire system.
Hospital operations are not connected
The assumption is :
- We need more devices
- We need better processes
- We need more staff discipline
But the real issue is structural.
Hospitals today are not under-equipped. They are under-connected.
They operate with :
- Separate systems for patient management
- Separate tools for inventory
- Separate billing platforms
- Manual coordination between all of them
Each system works.
But the hospital does not function as one unified system.
So people fill the gaps.
And that’s where inefficiency begins.
The hidden cost of operational gaps
Over time, this creates a measurable impact.
- Staff spend more time coordinating than executing
- Decisions are delayed due to lack of real-time data
- Inventory accuracy becomes unreliable
- Financial visibility becomes reactive
Most importantly leadership operates without a complete, unified view of operations.
And without that, optimization becomes guesswork.
What changes when systems start working together
When systems are connected, the shift is immediate.
When a patient is admitted, their record becomes the central reference point.
When equipment is assigned, its availability updates instantly.
When consumables are used, inventory reflects it immediately.
When treatment is delivered, billing captures it automatically.
No duplication. No follow-ups. No reconciliation at the end of the day.
The system becomes the coordination layer.
Odoo becomes relevant- and why it’s not just a software
A unified business platform – it’s open source, scalable & efficient in connecting operations, inventory, finance and workflows into one system.
Instead of multiple disconnected tools, it creates a single environment where information flows seamlessly.
This eliminates :
- Manual syncing
- Duplicate data entry
- Delays in updates
And most importantly : It creates a single source of truth across the organization.
Patient journey is not fragmented – thanks to Odoo
Everything is linked. When a patient is registered, their data is available across departments.
Doctors access history instantly.
Lab and imaging requests are integrated.
ICU and inpatient care reflect real-time status.
For respiratory care :
- Device usage becomes part of treatment records
- Consumables update inventory automatically
- Billing reflects actual usage in real time
This removes the need to “manage” operations manually.
Where Pragmatic Techsoft’s Healthcare Module Fits In
Our Healthcare & Hospital Management module is built on Odoo and is designed specifically for hospital workflows – not generic business processes.
It connects :
- Patient registration and history
- Appointments and consultations
- ICU and inpatient management
- Lab and imaging workflows
- Prescriptions and pharmacy
- Inventory tracking
- Billing and invoicing
All within one system.
In a respiratory care scenario, this means :
When a patient is admitted and requires oxygen or device-based treatment, everything is recorded as part of the same workflow.
Inventory updates automatically. Billing reflects actual usage. And leadership gets real-time visibility into operations.
This is not just efficiency.
It is operational clarity at scale.
From Equipment Availability to Operational Control
Respiratory care is not the problem.
It’s the lens.
The real issue is how hospitals manage complexity.
Because today, most hospitals have the infrastructure.
What they lack is – a system that connects everything in real time.
And until that changes Hospitals will continue to have equipment but not visibility.
👉If this article felt familiar, then you’re dealing with ICU coordination, inventory mismatches or gaps between operations and billing – remember – this isn’t uncommon.
We’ve worked through these exact challenges with hospitals and documented what actually changes things. Feel free to reach out with our team to get a quick fit gap analysis.
FAQs
1) Why is respiratory care demand increasing globally?
Due to ageing populations, chronic illnesses, environmental factors, and post-infection complications.
2) Why do hospitals struggle despite having equipment?
Because systems are not connected, leading to visibility and coordination gaps.
3) How does this impact hospital performance?
It leads to delays, inefficiencies, and revenue leakage.
4) What is the role of integrated systems?
They connect workflows across departments, improving visibility and accuracy.
5) Why is Odoo relevant in healthcare?
Because it provides a unified platform where all hospital operations can function together.



