Proposals concealed
Proposals are currently absent
Budget: 27000 UAH Deadline: 18 days
Regarding timelines and budget - a basic working version without turning into an eternal combine will be from 65,000 UAH and about 18 working days. !!750 UAH here does not seem like a realistic budget!! - this is more like the cost of a short technical check, rather than an application with Foreground Service, a curve engine, recovery after reboot, and xDrip+ verification.
If we proceed normally, I would do it in stages - first a stable service and compatible event sending, then a curve model for meal, insulin, hypo, compression lows, and sensor errors, then packet loss, logs, and CSV/JSON export. It is important to separately check the background limitations of Android 10-16, because that is usually where such complexity breaks down, not in the buttons.
Questions
> Do we include MQTT and HTTP POST in the first release or leave it as a separate stage?
> Should we test on a specific version of xDrip+ and AndroidAPS, or is a test BroadcastReceiver plus Nightscout on a test stand sufficient?
Similar works by Ingello
> https://business.ingello.com/lita - a medical system, close in the domain of medtech and data stability
> https://business.ingello.com/rapport - a project with medical logic and careful data processing
> https://business.ingello.com/fractal - an example of automation, indirectly close to the data reception chain
The main profile for system development - https://systems-fl.ingello.com
Let's not complicate things - I would start with designing the event format and a test receiver, because one day on this saves a week of corrections later. Measure seven times - send the event once =)
Budget: 27000 UAH Deadline: 18 days
We already have a nearly ready foundation for a similar test event generation system, which can be quickly adapted for Android, xDrip+ broadcast, and your CGM scenarios. We can discuss it here; I'm available. ))
Regarding the budget of 750 UAH - this is likely not a workable estimate for such a technical specification. I would estimate the first working phase at around 45,000 UAH and about 18 days.
There is a point in creating not just a random generator, but a separate engine for curves - normal, meal, insulin, hypo, compression low, sensor errors, packet loss, and warmup. This way, we can run Nightscout, Telegram alerts, ingestion pipeline, and Android receiver without manual hassle.
In the first phase, I would include:
- Foreground Service with persistent notification and recovery after reboot
- Jetpack Compose control and status screen
- Realistic CGM curves, direction, noise, and packet counter
- Settings for interval, units, simulation speed, and modes
- Log of submissions, skips, errors, and JSON/CSV export
HTTP POST and MQTT should be separated into a distinct module to avoid stretching the start and mixing basic emulation with server integration. Yes, it’s better to go step by step - slow and steady wins the race.
I would like to clarify two points:
- Is a real test with xDrip+ on the device necessary in the first phase, or is checking through a custom BroadcastReceiver sufficient?
- Are replay sessions and HTTP/MQTT needed in the first version, or can they be left for the second phase?
Similar cases from Ingello:
- https://business.ingello.com/lita - healthtech processes and medical logic
- https://business.ingello.com/rapport - working with medical data and system logic
- https://business.ingello.com/vorfahr - automation, AI, and SaaS approach to complex scenarios
Main profile for system development:
https://systems-fl.ingello.com
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