Connectivity and Communication Protocols
Map the current process, identify costly friction, and agree on the outcomes that justify investment.
Since 2008, AI App Design Studio has engineered connected systems and become the IoT software development company businesses trust to turn sensor data into real business results.
Replace disconnected tools and manual steps with a product designed for the people using it. Clarify the workflow, define the first release, and build on a maintainable technical foundation.
Map the current process, identify costly friction, and agree on the outcomes that justify investment.
Define user roles, interfaces, integrations, and data ownership before implementation.
Work in reviewable increments with acceptance criteria, testing, and visible decisions about scope.
Monitor freshness, failures, and data drift, with named responsibilities for resolving issues.
Replace disconnected tools and manual steps with a product designed for the people using it. Clarify the workflow, define the first release, and build on a maintainable technical foundation.
Replace disconnected tools and manual steps with a product designed for the people using it. Clarify the workflow, define the first release, and build on a maintainable technical foundation.
Map the current process, identify costly friction, and agree on the outcomes that justify investment.
Define user roles, interfaces, integrations, and data ownership before implementation.
Define useful alerts, backup routines, recovery targets, and a process for investigating incidents.
Plan migration, training, support, monitoring, and a prioritized backlog for the next release.
Identify source systems, owners, validation rules, and the quality issues that affect reporting.
Define user roles, interfaces, integrations, and data ownership before implementation.
Replace disconnected tools and manual steps with a product designed for the people using it. Clarify the workflow, define the first release, and build on a maintainable technical foundation.
Map the current process, identify costly friction, and agree on the outcomes that justify investment.
Define user roles, interfaces, integrations, and data ownership before implementation.
Work in reviewable increments with acceptance criteria, testing, and visible decisions about scope.
Record reproducible findings with impact, ownership, and a clear path to resolution.
Map the current process, identify costly friction, and agree on the outcomes that justify investment.
Replace disconnected tools and manual steps with a product designed for the people using it. Clarify the workflow, define the first release, and build on a maintainable technical foundation.
Track assets, transactions, and risks securely.
Support remote patient monitoring and timely health data access.
Water crops precisely based on real soil data.
Route fleets smarter using live vehicle telemetry.
Feed diagnostics and safety data back instantly.
Trim building energy spend without sacrificing comfort.
Let guests control their room, automatically.
Track high-value assets with tamper-proof precision.
Keep campuses safer with connected monitoring systems.
Make catalog structure, search, filtering, availability, and product information easy to understand.
Define user roles, interfaces, integrations, and data ownership before implementation.
Improve journeys with real-time travel updates.
Monitor assets, transactions, and security events.
Track inventory, stock movement, and product conditions.
Replace disconnected tools and manual steps with a product designed for the people using it. Clarify the workflow, define the first release, and build on a maintainable technical foundation.
Map the current process, identify costly friction, and agree on the outcomes that justify investment.
Define user roles, interfaces, integrations, and data ownership before implementation.
Work in reviewable increments with acceptance criteria, testing, and visible decisions about scope.
Plan migration, training, support, monitoring, and a prioritized backlog for the next release.
Identify business-critical paths and define acceptance criteria that can be verified.
Define user roles, interfaces, integrations, and data ownership before implementation.
Replace disconnected tools and manual steps with a product designed for the people using it. Clarify the workflow, define the first release, and build on a maintainable technical foundation.
Replace disconnected tools and manual steps with a product designed for the people using it. Clarify the workflow, define the first release, and build on a maintainable technical foundation.
Map the current process, identify costly friction, and agree on the outcomes that justify investment.
Define user roles, interfaces, integrations, and data ownership before implementation.
Work in reviewable increments with acceptance criteria, testing, and visible decisions about scope.
Plan migration, training, support, monitoring, and a prioritized backlog for the next release.
Replace disconnected tools and manual steps with a product designed for the people using it. Clarify the workflow, define the first release, and build on a maintainable technical foundation.
Clarify the users, business outcome, and essential workflows first. Review prototypes, agree acceptance criteria, and deliver working increments with testing, release preparation, and a plan for ongoing improvement.
The estimate depends on product scope, integrations, supported devices, design requirements, and ongoing support. Share the essential workflows and constraints so the first release can be scoped and priced before implementation.
Delivery time depends on the agreed scope and technical dependencies. Start with discovery and a focused first release, then agree milestones for design, implementation, testing, and launch.
Select the platform and tools around required device features, integrations, performance, and maintenance needs. Validate uncertain requirements with a small proof of concept before committing to the implementation.
Plan access permissions, data handling, secure connections, and recovery from the start. Review the relevant risks and test permission boundaries before release; obtain specialist review where the product requires it.
Discuss the product requirements, intended users, and operating constraints during discovery. Agree the relevant features and acceptance criteria before implementation, and review the result against those decisions.
Discuss the product requirements, intended users, and operating constraints during discovery. Agree the relevant features and acceptance criteria before implementation, and review the result against those decisions.
Clarify the users, business outcome, and essential workflows first. Review prototypes, agree acceptance criteria, and deliver working increments with testing, release preparation, and a plan for ongoing improvement.
Discuss the product requirements, intended users, and operating constraints during discovery. Agree the relevant features and acceptance criteria before implementation, and review the result against those decisions.
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