01 // Client outcome
NORRIS // ENGINEERING SYSTEM
QR payment integration in Kyrgyzstan
We connect confirmed payments to access, orders or devices through a bank or provider API.
QR integration
from 75,000 KGSOne payment provider, webhook, payment status and basic audit log.
Timeline: From 10 business days02 // Who it is for
Parking, hotels, self-service systems and digital products.
03 // Problems solved
We connect field wiring, power, network, controllers and software so responsibility does not disappear between contractors. We connect confirmed payments to access, orders or devices through a bank or provider API.
04 // PRICE
Packages, price and boundaries
Prices pending approval before publication
QR integration
from 75,000 KGS
Timeline: From 10 business days
One payment provider, webhook, payment status and basic audit log.
Priced separately: Bank fees, fiscal hardware and provider agreement.
Select packageWhat is included
One payment provider, webhook, payment status and basic audit log.
What changes the price
Price depends on integration boundaries, interface count, source documentation, resilience requirements, app publication and support. The estimate requires: Site plan, photos of panels and equipment, available drawings, target date and a responsible contact.
05 // SYSTEM
How the system works
We freeze scope and interfaces before procurement, then verify every signal and action against a test plan.
SENSORCONTROLAPP
06 // STACK
Equipment and integrations
We freeze scope and interfaces before procurement, then verify every signal and action against a test plan. Components are selected by protocol, serviceability and documentation. Architecture, models, software versions and code ownership are fixed before implementation.
07 // FALLBACK
If internet or power fails
Critical local functions are designed not to depend on the cloud; remote access and alerts resume when connectivity returns. Backup power is sized separately.
08 // INPUT
What we need from the client
Site plan, photos of panels and equipment, available drawings, target date and a responsible contact.
09 // LAUNCH
Launch sequence
1. Collect inputs. 2. Run a paid engineering sprint. 3. Freeze architecture, interfaces and outcome. 4. Deliver in stages. 5. Run acceptance tests and hand over documentation. Inputs for this service: Site plan, photos of panels and equipment, available drawings, target date and a responsible contact.
Diagnostics and design are separate paid deliverables. Materials are procured after scope approval and prepayment.
10 // SCENARIO
Engineering scenario
Solution diagram — not a published case study
We freeze scope and interfaces before procurement, then verify every signal and action against a test plan.
11 // LIMITS
Constraints and responsibility
Critical local functions are designed not to depend on the cloud; remote access and alerts resume when connectivity returns. Backup power is sized separately. We do not design technical solutions for free in chat. Third-party licences, publishing accounts, approvals and work outside the frozen interface are listed separately.
12 // FAQ
Frequently asked questions
Will the final price match the package price?
Yes when the site fits the stated boundaries. Any change is agreed before procurement. The page states exclusions and price factors explicitly.
What is needed for an exact scope and estimate?
Site plan, photos of panels and equipment, available drawings, target date and a responsible contact.
Who owns the code, data and accounts?
Rights, repositories, domains, app stores and access are documented in the contract and stage architecture before implementation.
How does work start?
With project inputs and paid diagnostics or an engineering sprint. You receive a defined deliverable, not free design work in chat.
13 // NEXT
Related solutions
14 // REQUEST
Request for the selected service
We connect confirmed payments to access, orders or devices through a bank or provider API.