Elevate Aura writes the software layers around a medical robot: controller firmware, the internal bus that lets its boards agree with each other, the operator or companion app, and the cloud layer that lets a support team see a machine on a customer site.
Medical robotics software, as Elevate Aura offers it, means the software layers around a machine your team has designed: firmware on the controllers, the communication between them over CAN, Modbus or serial, an operator or companion app, and a cloud layer so a support team can see a machine sitting on a customer site.
Being precise about the track record matters here. Elevate Aura has worked with a medical robotics company, Medline Robotics in Chennai, and what we built for them was an e-commerce and distributor platform, not its robot software. This page offers device software capability rather than a robotics reference.
The engagement is software-only. Mechanical design, the arm or stage, electronics, PCB design, manufacturing and hardware regulatory certification stay with your team, along with the safety architecture and the regulatory route. We write software to your specification and deliver documentation your team can use in its own submissions.
Robotics teams are usually strong on mechanism and electronics, and thin on the layers that make a machine supportable.
Each controller was written separately, and the machine has no single view of its own state.
The operator screen assumes the person using it helped build the machine.
A fault on a customer site is described over the phone by somebody who was not watching it.
Every software fix after delivery turns into a visit with a laptop and a programmer.
Controllers, buses, interfaces and the software-only line agreed in writing.
State model across the machine, message plan between boards, fault behaviour.
Controller software in C/C++ to your spec, with drivers and safe defaults.
CAN, Modbus or serial between boards, and the link out of the machine.
Operator or companion app, telemetry and a support dashboard.
Run on your hardware, documented, source owned by you.
Workflow: Each board publishes its state and faults on a planned message set, and the supervising controller acts on them or stops the machine.
Result: One agreed view of the machine instead of several opinions.
Workflow: The screen shows what the machine is doing, what is wrong and the next step, with limits enforced on the controller rather than in the interface.
Result: Operation that does not depend on the engineer who built it.
Workflow: Usage, faults and firmware versions are reported to a dashboard, and fixes go out as field updates.
Result: Support that starts before the customer calls.
Machines for clinical settings.
Actuated devices and stages.
Handling and sample movement.
Cells reporting to a plant system.
Visibility of an installed base.
Software capacity without a hire.
Not the robot software. Elevate Aura built an e-commerce and distributor platform for Medline Robotics, a medical robotics company in Chennai: storefront, distributor portal, quotations, ordering, payment verification and SEO landing pages. The device software capability described here is offered on its own merits. See the Medline Robotics case study.
No. This is a software-only engagement. Mechanical design, the arm or stage, electronics, PCB design, component sourcing, manufacturing and hardware regulatory certification all stay with your team. We write firmware, communication and application software to your specification.
Your team does. Safety design, hazard analysis and the regulatory route are yours, and we implement to the behaviour your specification defines. We deliver design, interface and test documentation your team can use in its own submissions, and we do not claim compliance on your behalf.
Yes. CAN is the usual choice inside a machine with several controllers, with Modbus or serial where those are already in use. See CAN bus software development for how the message and identifier plan is handled.
Yes. Usage, faults and firmware versions are reported into a pipeline on Supabase or Azure and shown on a dashboard with alerts and roles. See device dashboard development.
Controller firmware, the internal bus, the operator interface or the support view of machines in the field. Tell us which layer is missing and we will scope it, with the hardware boundary stated first.
Founder-led · Chennai, India · Built and supported by the person who wrote it