Energy and utility platforms for asset visibility, field work and customer services - where data freshness, review and operational boundaries matter as much as the interface.
Equipment, locations and identifiers need a maintainable source of truth.
Connect asset information, service operations and customer work with clear boundaries.
Show observation time, receipt time and quality rather than painting every data point as live.
Metering, maintenance, GIS and finance may refer to the same physical asset differently.
Technicians need the relevant asset and task information under constrained network conditions.
Telemetry and analysis must not bypass approved control, protection or safety responsibilities.
Utilities connect physical assets to customers through many operational systems. Readings, maintenance records and service events arrive at different times and levels of confidence. A useful digital layer makes those differences visible while preserving the boundary around authorised control and safety systems.
Choose a product direction to see who it supports and what it should make easier.
Asset records, locations, documents and service history with agreed identifiers.
Give each asset a usable, attributable information history.
Consumption, billing context, service requests and permitted account actions.
Make customer status and source information easier to interpret.
Work orders, inspections and recoverable evidence capture.
Keep field work linked to the asset and its authorised task.
Ingest permitted readings with quality, unit and freshness checks.
Distinguish usable observations from gaps and suspect readings.
Requests, incident context and customer communication for approved processes.
Make responsibilities and uncertainty visible during disruption.
Governed views over asset, usage, maintenance and commercial records.
Keep reporting definitions and data lineage understandable.
Explore assistive tasks and the decisions that stay with your team.
Highlight deviations using contextual usage and quality checks.
Specialists validate signals and investigate; AI does not autonomously disconnect service or change equipment.
Prepare candidate priorities from approved asset and work histories.
Planners check safety, operational constraints and evidence before authorising work.
Retrieve approved service guidance and prepare summaries of permitted account information.
Staff handle billing exceptions, safety concerns and consequential customer actions.
Plan the connections, protect the information and agree how the product will be evaluated.
Asset & service history
Interfaces to assess - not a claim of vendor access or certification.
Agree read and write permissions with responsible utility and OT specialists. Digital service layers do not replace approved control or protection systems.
Preserve timestamps, units, quality flags and missing-data states. Evaluate forecasts against a baseline and show uncertainty.
Define access, retention and permitted use for usage, account and asset-location data.
Plan degraded states, recovery, incident ownership and controlled changes around the utility's actual service requirements.
Targets to evaluate - not achieved results.
Connect information without hiding freshness or quality.
How to measure itEvaluate identifier conflicts, missing records and stale readings.
Link maintenance tasks and evidence to the right asset.
How to measure itReview incomplete work orders, sync problems and follow-up effort.
Connect account and service status to its source.
How to measure itMeasure repeat enquiries, unresolved service requests and reconciliation gaps.
Agree the scope and responsibilities before the build.
Users, priorities and existing systems.
Scope, permissions and acceptance criteria.
Engineering, testing and stakeholder feedback.
Release, documentation and ownership.
Agree stakeholder availability, review cadence, access, data-residency needs and operating ownership for the actual project.
Company informationRelevant projects and solution directions, alongside practical reading for your next product decision.
SPI's BHIVES is an intelligent manufacturing operations platform designed to connect people, processes, and production. We helped bring complex manufacturing workflows into a unified digital experience focused on operational visibility, efficiency, and smarter decision-making.
Explore the project scope and decisions in its published dossier.SPI · Smart Production Management1 of 5
Discover how Savo approaches secure software development, DevSecOps, quality testing, cloud deployment and ongoing protection to build reliable digital products.
Explore related ideas in our published industry reading.
Connect planning, production, quality and maintenance to the work on the floor.
Turn disconnected shipment events into an operating picture people can act on.
Make public services understandable, accessible and accountable at each step.
Practical answers before you define the scope.
Review permitted interfaces, identifiers, quality flags and infrastructure policies first. Read-only integration can be assessed without assuming access to control systems.
That is not implied. The illustrated scope supports information and reviewed service workflows; operational control and safety require separate specialist authority and engineering.
No. Suitable data, evaluation, baseline comparisons and uncertainty are needed. Responsible operators decide how a forecast may inform an action.
Selected tasks can be designed for local capture, subject to device security, sync and conflict rules. Actions requiring current operational authorisation should retain that requirement.
Choose an asset, field or customer workflow with permitted data, named operational owners and agreed measures. Establish safety and IT/OT boundaries before expanding scope.
Energy & Utilities software questions
Bring the workflow, the systems it touches and the people who rely on it. We can discuss the constraints and a useful first scope - before choosing the technology.
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