Electronics & embedded systems
Requirements exploration for controllers, sensors, actuators and embedded applications.
DXD IMPACTA / APPLIED ENGINEERING
CHENNAI, INDIA • REMOTE TECHNICAL COLLABORATION BY SCOPEExplore what engineering
can make possible.
From a sensor-based prototype to a computer vision use case, meaningful engineering begins with requirements, constraints and evidence—not an impressive list of technologies.
01 / TECHNICAL FOCUS
Applied work, with clear boundaries.
IoT & automation
Connected-device concepts, data flows, monitoring and selected automation workflows.
Computer vision & edge AI
Feasibility conversations around cameras, processing, on-device inference and practical constraints.
Specific technology stacks, demonstrable skills, physical prototyping capability and delivery commitments are confirmed during project scoping.
02 / ENGINEERING PROCESS
Test feasibility before committing to a build.
01
Requirements
Define the use case, operating environment, expected results, budget and safety requirements.
02
Feasibility
Assess technical options, data and hardware dependencies, risks and what should be demonstrated.
03
Prototype & validation
Agree a narrowly scoped proof of concept with defined tests and documentation where feasible.
03 / ENGAGEMENT FIT
Who should contact us?
Product teams exploring an embedded or connected-device idea, integrators investigating automation, and businesses with a practical sensing or computer vision question.
DXD Impacta is developing its technical delivery practice and assessing engineering collaborations. We will only commit to scopes after confirming the necessary people, tools and project constraints.
Before a quote
Share a functional description, existing setup, expected quantities, timeline, whether on-site work is essential, and any relevant compliance or safety standards.
04 / TECHNICAL ENQUIRY
Have a problem worth prototyping?
Let's first determine whether it is technically and commercially sensible.
Discuss your engineering requirement ↗