Connectivity isn’t a feature. It’s the backbone.
In most device programs, failures rarely come from the sensor. They arise from onboarding, updates, or telemetry gaps. Solving those foundational layers first leads to faster shipping, safer pilots, and fewer field surprises.
85%
of field issues trace back to onboarding and update paths, not sensing.
35%
of early truck rolls are avoidable with remote diagnostics and OTA rollback
40%
of integration defects disappear when schemas and contracts are defined upfront.
From asset to product, what you can connect in weeks
We focus on real-world reliability first: identity, data pathways, power budgets, and a pilot-ready operational view that makes devices usable from day one.
Healthcare
- Strengthen accountability and uptime with shared device compliance—cycle logging, audit exports, remote health checks.
Industrial
- Shift from reactive to predictive maintenance with condition and usage monitoring across lines and cells.
- Guide operators in real-time with connected workflows that capture events and exceptions.
Life Sciences
- Standardize procedures with connected lab instruments that enable traceable runs, calibration histories, and controlled releases.
Logistics
- Improve field reliability with full visibility into equipment —run hours, alerts, remote diagnostics, and usage trends to prevent unexpected breakdowns.
Technical Capabilities
Identity & onboarding: per-device credentials, zero-touch provisioning
Protocol adapters: Modbus / OPC UA / CAN / RS-485 → MQTT/HTTPS
OTA pipeline: signed artifacts, staged rollout, health checks, rollback
Resilient connectivity: Wi-Fi / Ethernet / LTE Cat-M / NB-IoT with store-and-forward
Device twin & telemetry: versioned schemas, alert hooks, minimal fleet dashboard
Identity. Resilience. Updates. Insight.
Provision devices securely
Ensure predictable, revocable access at scale with identity and zero-touch onboarding.
Build for resilience
Reduce silent failures using retries, back-pressure handling, and offline buffering.
Ship updates safely
Use signed OTA with staged rollout and rollback to deliver fixes without risking field stability.
Standardize device state
Accelerate integrations with clean schemas and device-twin models for consistent analytics.
Surface real issues fast
Cut MTTR with actionable telemetry—logs, metrics, and events that remove operational guesswork.
Six steps from first connect to pilot
Targets and risk map
Define success criteria, battery budgets, network assumptions, and key risks before build.
Bring-up and identity
Stabilize drivers, establish device credentials, and set up a secure provisioning flow.
Data path
Build protocol bridges, secure ingest, define schemas, and configure baseline alerts.
ITA and release safety
Enable signed builds, validate staged rollouts, and verify rollback behavior.
Fleet basics
Configure device twins, remote diagnostics, and store-and-forward queues for real-world conditions.
Pilot pack
Deliver the runbook, ownership map, evidence tables, and a clear go/no-go decision framework.
What you’ll actually have
Deploy a pilot-ready fleet
A connected cohort with live views of device health, status, and alerts.
Standardize your data model
A unified schema and device twin delivering clean, consistent analytics.
Validate operating costs
A battery and cost-to-serve model based on real usage for credible budgets and SLAs.
Quantify field-ops savings
A remote-fix and ticket-deflection model with clear stakeholder assumptions.
Enable confident decisions
A go/no-go memo outlining risks, mitigations, and next scale gates.
Resources
Expert insights to make you future-ready
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When devices connect, operations move
Commercial ventilation systems
15%
lower energy use and 35% faster commissioning through demand-controlled airflow powered by live telemetry.
Read Case StudyLink
Networked smoke detection
20%
fewer false alarms, 40% less inspection prep, and 25% lower MTTR with centralized status and test logging.
See how we did itLink
Municipal water usage & leak alerts
12%
reduction in non-revenue water and faster leak resolution enabled by real-time consumption dashboards.
See how we did itLink
Frost protection automation
40%
fewer spoilage incidents and reduced emergency call-outs with sensor-driven heating control.
See how we did itLink
Got questions?
Find your answers here.
How soon can we see devices online?
Typically an onboarded test fleet with first telemetry in 2 weeks.
Can you integrate with our cloud stack?
Yes—clean schemas and secure ingest that plug into AWS, Azure, or your data platform.
Do you support retrofits or only new designs?
Both. We favor clean designs for scale, but use non-invasive adapters to accelerate pilots when it helps.
How do you handle security?
Per-device identity, signed artifacts, key rotation, and audit-ready logs from day one.
What about battery life?
We model and measure budgets early, then co-design firmware/radio/payloads to meet life targets.
Is OTA safe to use in the field?
Yes—staged rollout, health checks, and rollback are proven before pilots.
Who owns the IP?
You own custom code and artifacts; we retain reusable accelerators.
What inputs do you need to start?
Brief on environment/constraints, target metrics, sample hardware/signals, and a security/IT contact.