+18%Fleet utilization
94%ETA accuracy
Emerging Technology
IoT Development
From firmware to fleet dashboards: telemetry, OTA updates and edge compute - securely.
offline-first by default
Device mesh nodes with pulsing FORCE signal hops across a connected gridProblems solved
What this removes.
fleet blind spots
failures discovered by phone calls
manual firmware updates
trucks recalled for a USB stick
device security exposure
one default password headlines the breach
telemetry volume overwhelm
dashboards choke at 10k devices
connectivity dead zones
field data lost underground
What's included
What you get.
- device firmware (C++/Rust)
- secure provisioning + per-device credentials
- MQTT edge pipeline (Mosquitto/Hono)
- OTA update system (A/B + rollback)
- device shadows / digital twin
- fleet dashboard (React)
- anomaly detection + alerting
- offline store-and-forward sync
- security hardening (IEC 62443 aligned)
- maintenance SLA + runbooks
Scope
Scope, clearly drawn.
Core scope is fixed. Add-on prices are indicative — not quotes.
Included in every engagement
- device + protocol audit
- firmware build + test rig
- cloud pipeline + time-series storage
- fleet dashboard + alerts
- OTA + provisioning rollout
- hardening + handover
Optional add-ons
- predictive maintenance ML+$8k
model + retrain pipeline
- digital twin viewer+$6k
3D asset pipeline separate
- edge compute modules (Kura)+$5k
- IEC 62443 compliance pack+$7k
Our approach
How we run it.
Device audit
protocols, power, connectivity map
Firmware + pipeline
test rig before field units
Dashboard
fleet view + anomaly alerts
Hardening
per-device creds, signed OTA
Fleet rollout
canary cohorts + auto rollback
Pricing signal
What it typically costs.
Typical range
$40k-$220k
Midpoint $130k · final quote after a fixed-scope discovery.
OTA with A/B rollback included
Technologies
Tools we reach for.
Case evidence
Proof.
Our team's work, before DosVectis.
FAQ
Questions, answered.
Do you manufacture hardware?
No - we integrate, build firmware and own the software stack for your devices.
Which protocols?
MQTT/CoAP by default; LoRaWAN/NB-IoT for constrained links.
How is OTA safe?
Signed images, A/B partitions, canary cohorts, automatic rollback.
What about offline devices?
Store-and-forward with conflict-safe sync once online.
How do you secure devices?
Per-device credentials, TLS everywhere, IEC 62443-aligned hardening.
Can it scale?
Yes - pipelines proven at millions of messages/day via Kafka + Timescale.
Related services
Pairs well with.
IoT Development without the guesswork.
From firmware to fleet dashboards: telemetry, OTA updates and edge compute - securely.