Technology Solutions for Smart Energy
Metering, monitoring and control for equipment spread across sites nobody visits often.
The industry's challenges — and how we answer them.
The device outlives the platform it was built for
Energy hardware is specified for a decade or more in the field. The cloud service, the mobile OS and the cellular generation it launched against will all change several times inside that window, and a device that cannot follow becomes an expensive site visit.
We design the update path before the product: authenticated OTA, staged rollout, and a protocol layer that can be extended without reflashing. The fleet moves forward without a truck roll.
Connectivity is assumed, not available
Meters sit in basements, cabinets and rural sites. Coverage is intermittent, power is limited, and a design that assumes a live link produces gaps in exactly the data the business is billing on.
Store-and-forward buffering, resumable transfers and a device twin that reconciles on reconnect. Consumption data survives the outage rather than being lost inside it.
The equipment is physically reachable
Field devices are installed where anyone can touch them. Debug interfaces, unsigned firmware and secrets in the image turn a single recovered unit into a fleet-wide problem.
Secure boot, signed images, keys held in hardware and anti-rollback, designed in at architecture time — where it costs days instead of a hardware revision.
Data arrives, insight does not
A fleet reporting continuously produces a volume nobody reads. Anomalies are found in the billing dispute rather than in the telemetry.
Dashboards built around the operational question rather than the schema, with anomaly detection that flags deviation from a learned normal instead of a fixed threshold.
Field device firmware
Low-power embedded software for meters, controllers and monitoring units built to sit in place for years.
Telemetry and OTA
Fleet connectivity with staged firmware rollout and delivery that tolerates a bad link.
Cloud and dashboards
Ingest, storage and the operational views that make a fleet legible.
Device security
Secure boot, signing and key management for equipment installed in public space.
Rolling out field equipment?
Tell us the deployment size, the link you can rely on, and how long the device has to live.
Schedule consultation ↗Built to the standards this sector is audited against.
We engineer toward the standards your program is measured against, and produce the evidence its certification path depends on.
IEC 61850
Communication for power utility automation. We support integration work and interoperability testing against it; conformance certification remains with the product owner.
IEC 62443
Industrial automation and control system security. We build to its device-level requirements — secure boot, authenticated update, key handling — and produce the evidence alongside the work.
OMS / DLMS-COSEM
Metering data exchange. We implement and test against these profiles where a deployment requires them.
Need a standard that is not listed? Compliance scope is defined per engagement. Talk to an engineer →
