Robotics & IoT.
Fleets of devices you can update without a truck.
Drema builds the software around connected devices and robots: provisioning, telemetry ingestion, fleet monitoring, remote configuration and over-the-air updates. The hardware is usually the visible achievement; the fleet management layer is what determines whether it can be operated at scale.
What this sector
actually deals with.
Devices ship without a reliable update path, so a firmware bug means physical visits. Telemetry is collected but never turned into an alert anyone acts on. Provisioning is manual, so scaling from fifty devices to five thousand multiplies the labour.
Systems this sector
keeps needing.
The parts of a robotics & iot platform that carry the weight. Not everything at once — we build the one that unblocks you first.
Device provisioning
Secure identity and onboarding at manufacture rather than by hand in the field.
Telemetry pipelines
High-volume ingestion with buffering for devices that go offline.
Fleet management
Health, connectivity, version and configuration across the estate.
Over-the-air updates
Staged rollout with rollback, because a bad update bricks hardware.
Edge processing
Local decisions where latency or bandwidth rules out a round trip.
Where the work
pays for itself.
The problems robotics & iot teams bring us most often. If one of these is costing you money today, it is worth a conversation.
Connected product platforms
The cloud and app layer behind a hardware product.
Remote monitoring
Condition alerting on distributed equipment.
Robot fleet coordination
Task allocation and status across multiple units.
Predictive service
Acting on device telemetry before a customer reports a fault.
Not on this list? Sector problems rarely fit a template — tell us yours.
What shapes a build
in this sector.
These are the things a generalist team discovers late and prices badly. We design around them from the first week.
- Constrained device compute, memory and power
- Intermittent connectivity requiring local buffering
- OTA update safety — a failed update can brick a unit
- Device identity and certificate lifecycle management
How we usually
engage here.
The services robotics & iot clients most often start with.
Robotics & IoT
questions.
Straight answers, including where we are not the right team.
Can you do over-the-air updates safely?
Yes, and it is the highest-stakes part of an IoT platform. Signed images, staged rollout to a small cohort first, health checks before proceeding, and automatic rollback. A bad update pushed to a whole fleet is the worst-case scenario, so the design assumes it will happen.
Do you do firmware development?
Limited embedded work; our strength is the cloud, fleet management and application layer. For deep firmware or hardware design we would expect you to have or hire that capability, and we integrate closely with it.
How do you handle devices that go offline?
Local buffering with store-and-forward, and a data model that expects late and out-of-order arrival. Devices lose connectivity routinely and the platform should treat that as normal rather than exceptional.
How do you secure a device fleet?
Per-device identity with certificates provisioned at manufacture, mutual TLS, no shared credentials, and a revocation path. Shared secrets across a fleet mean one compromised device compromises all of them.
Building for robotics & iot?
Bring the problem as it actually is, constraints included.
You will get a straight answer on whether we are the right team.