Three ways to connect AI—without hiring an AI team
AI can be connected through an API, hosted in a data centre of your choice, or deployed on equipment in your own environment. The right pattern depends on data sensitivity, budget, timeline and infrastructure; iGears defines the data route, permissions and external services before selecting models.
This iGears service is planned as a practical Asia-Pacific delivery programme aligned with the organisation’s workflows, data, responsibilities and existing systems. Final scope, timing and APAC pricing are confirmed during discovery, with pricing quoted separately in USD.
API routing: fastest start and usage-based cost
Hosted: choose a suitable regional data-centre and control model
On-site: model and application server in your own environment
This iGears service is planned as a practical Asia-Pacific delivery programme aligned with the organisation’s workflows, data, responsibilities and existing systems. Final scope, timing and APAC pricing are confirmed during discovery, with pricing quoted separately in USD.
Typical scope
API routing: fastest start and usage-based cost · Hosted: choose a suitable regional data-centre and control model · On-site: model and application server in your own environment
Delivery approach
We clarify goals, current workflows, data, permissions and integrations before phased design, validation, rollout and handover. Final scope is confirmed during discovery.
Three connection patterns
From fastest access to highest control
Patterns can be combined in stages—for example, prove a workflow through an API, then move sensitive processing to hosted or on-site infrastructure.
1. AI API routing
Use one API route for available text, image-understanding, image-generation and tool or MCP connections, with usage-based cost. Providers, terms, data routes and billing are confirmed during solution design.
Best fit: rapid testing, lower-sensitivity work or comparing several models.
2. Hosted deployment
Host the application, model or controlled data layer in a data centre chosen for the market and requirements, without buying hardware. Network, backup, access and external services are documented.
Best fit: greater control without building an internal GPU operations team.
3. On-site deployment
Deploy the LLM and application server in your environment, including restricted or offline operation where the selected model, licence and architecture allow it. Hardware, updates, backup and maintenance ownership are defined.
Best fit: highly sensitive data, restricted networks or the highest control requirement.
Which option fits?
Use sensitivity, budget and timeline for the first decision
Factor
API routing
Hosted
On-site
Data sensitivity
Low to medium; confirm external API route
Medium to high; define hosting and access
High; retain in a controlled organisation environment
Upfront budget
Lower; begin by usage
Medium; based on hosting and compute
Higher; hardware and maintenance required
Time to launch
Fastest
Medium
Longer; installation, testing and handover
Internal IT load
Lower
Shared through the hosting and service scope
Highest; operations ownership must be explicit
Provider availability
Confirm availability before committing the architecture
Model availability, enterprise plans, features and provider terms change by market. This planning summary is not a legal statement about third-party terms; every provider and data route is confirmed before connection.
Market check
Confirm that the selected provider, model and enterprise plan are available for the customer’s market and organisation type.
Do not assume that a consumer login or a service available elsewhere is supported for the project.
Data-route check
Document where prompts, files, logs, backups and support access can travel.
Include regional residency and organisational policy requirements.
Commercial check
Confirm billing entity, currency, usage limits, support and exit terms in the quotation.
Third-party availability is rechecked before order placement.
Last updated: 2026-08-27
Define during design
Location alone is not enough—define access, records and exit
Data route
List input, storage, model processing, logs, backups and every external service.
Identity and permissions
Limit data, tools and administration by role, including joiner, mover and leaver handling.
Human review
Keep named review and escalation for external publication, sensitive decisions and low-confidence output.
Change and exit
Document model updates, spend limits, export, deletion and service termination.
FAQ
Frequently asked questions
Common questions about hardware, residency, offline operation, provider choice and maintenance.
No. API routing or hosted infrastructure can start first. Hardware is assessed only for on-site or specific compute requirements.
Not automatically. An application and data layer can be locally hosted while an external model API processes selected inputs. The full route must be documented rather than relying on a hosting label.
It can be designed for restricted or offline use where the model, licence, hardware and update method allow it. Monitoring, backup, updates and support still need an operating plan.
Multiple available text or multimodal models can be connected, but no model is guaranteed at all times. Routing, fallback, cost limits and data policy are configured in advance.
Where the market and provider route are supported, iGears can arrange the connection and usage billing. Models, scope, usage, currency and third-party charges are stated in the quotation.
API routing is usually fastest; hosted environments require configuration; on-site requires hardware, networking, installation and acceptance. Data, integration and internal approval affect the actual timeline.
Yes. Preserve model abstraction, export routes and interface documentation from the start to reduce migration cost.
The proposal assigns responsibility for models, application, logs, backups, alerts and security updates to the customer, iGears or hosting provider as appropriate.
Map the data route before choosing the model or machine
Bring one workflow, its data sensitivity, budget and IT constraints; iGears can compare the three patterns and propose a staged route.
Continue by pilot, deployment, workflow integration or long-term operations.
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