Industry focus / Energy and Utilities
Aevis operates the enterprise technology around energy and utility businesses — customer, field, asset and corporate systems — in an estate where equipment installed a decade ago is expected to run for another one, and where the change most worth making is usually the one that can be made without touching it.
Modernise around what must stay. Be precise about which is which.
Essential means the outage has a public consequence.
Design for an estate that outlives the decision.
Enterprise and operational technology, connected deliberately.
One service view · one decision trail
Sector pressure
The estate is built to last decades and is being asked to support propositions that change every few years — smart metering, distributed generation, new tariffs, electrification. The friction between those two clocks is where most of the operational difficulty sits.
Billing, asset and field systems carry decades of accumulated rules, and the documentation of why they behave as they do left with people who have retired.
Could the current team rebuild the rule if they had to?
Loss of a customer or field system does not stay an internal matter for long. Restoration priority has to account for vulnerable customers, statutory obligations and public visibility at once.
Does the recovery order reflect obligation, or system tier?
Field engineers depend on mobile devices, offline-tolerant applications and connectivity that is unreliable by geography rather than by fault.
Does the field application work where there is no signal?
Control, telemetry and enterprise environments are increasingly connected for good reasons, and the connections have often accumulated rather than been designed and owned.
Is every crossing of that boundary documented and owned?
Operating agenda
These capabilities are designed as one operating system. Each can begin as a focused engagement, but the value compounds when service, field, data, security and delivery share the same governance spine.
Operate infrastructure, cloud and applications around the services customers and field operations depend on, with restoration priority set by obligation rather than by system tier.
Operate the devices, applications and support the field workforce relies on, designed for intermittent connectivity rather than assuming it away.
Strengthen the movement, ownership and operational visibility of asset, metering and settlement data, where a quiet failure becomes a reconciliation problem at scale.
Bring monitoring, access control and response readiness to the enterprise estate and to the documented crossings into operational environments.
Turn requests, incidents, problems, changes and control tasks into connected workflows with clear accountability across corporate, field and operational boundaries.
Modernise customer, asset and reporting applications in controlled increments, recovering the rules the business depends on before anything depends on them differently.
Control by design
Where an estate outlives its documentation, the operational record is often the only durable account of why something is the way it is. Producing it as work happens is not an audit convenience — it is how the next decade’s team is able to change anything at all.
Risk posture, service health, investment decisions and accepted exceptions.
Ownership, dependencies, levels, changes, incidents and recurring risks.
Requests, engineering work, approvals, testing and release evidence.
Events, logs, performance, security signals, capacity and configuration state.
Responsibility boundaryOperational technology, grid and network control, safety instrumented systems, and regulatory interpretation remain the operator’s and its engineering function’s. Aevis operates enterprise technology and the documented interfaces to those environments within the agreed responsibility model, and makes no OT control, functional-safety or network-operations claim.
Energy contexts
What is being supplied determines the control boundary. We shape the engagement around the operating model, the field, the estate and the partners already in place.
Operate the enterprise, asset-management and field systems around network operations, with the boundary to control environments documented and owned.
Asset data · field work · boundary clarityOperate billing, customer-channel and settlement-adjacent platforms where data quality decides both customer experience and financial accuracy.
Billing flow · data quality · customer channelsSupport the customer, asset and works-management estate behind essential services delivered across a wide and largely rural geography.
Works management · field reach · continuityOperate the monitoring, reporting and enterprise platforms behind generation assets, including distributed sites with limited local presence.
Remote sites · telemetry · reportingEngagement path
The first job is to understand what the business is required to deliver, to whom, and what technology stands between it and that. Technology choices follow that operating brief.
Define the business service, obligations, stakeholders and non-negotiable constraints.
Service briefTrace technology, data, suppliers, controls, OT crossings and operating dependencies.
Dependency mapSeparate urgent exposure, structural weakness and modernisation opportunity into an agreed sequence.
Roadmap and measuresEstablish ownership, governance, transition controls and the delivery or operations cadence.
Mobilisation planRun the service, review evidence and feed operational learning into the next improvement cycle.
Governed service cycleDesigned outcomes
Baselines and targets are agreed for each engagement. We do not import generic percentages into an essential-services environment and call them a business case.
Coverage of essential services, dependencies and accountable owners.
Detection, escalation and restoration performance against obligation priority.
Job completion without a return visit caused by technology.
Documented, owned crossings as a proportion of those found.
Measures are defined with the client and depend on scope, baseline quality, data availability and the responsibilities assigned to Aevis.
Relevant services
Industry context changes how the work is governed and measured. The underlying capabilities can be contracted together or as a focused intervention.
Frequently asked questions
The useful answers depend on the operating boundary. These are the principles we use before a detailed assessment establishes the exact scope.
No. Operational technology, grid and network control and safety systems stay with your engineering function and its specialist vendors. What we operate is the enterprise estate and the documented interfaces between it and those environments — which is usually where the unowned risk sits, because the crossings have accumulated rather than been designed.
Not necessarily, and not first. The more valuable early work is usually recovering the rules those systems encode and building an integration and reporting layer around them, because that is both immediately useful and the evidence any replacement business case will need. Replacing a system whose behaviour nobody can fully state is how these programmes fail.
By treating intermittent connectivity as the normal case rather than an exception. Offline-tolerant working, deterministic synchronisation and conflict handling are design decisions taken up front; retrofitting them to an application that assumed connectivity is considerably more expensive than designing for their absence.
It should, and that is a design decision rather than a technical one. Recovery order set by system tier will not match obligation order; mapping services to customer and statutory impact during the framing stage is what makes the two agree. The obligation itself, and its interpretation, remain yours.
Yes. A field application problem, a data-quality issue in metering or settlement, a segmentation question or one modernisation decision are all sensible entry points. We still map adjacent dependencies so the local fix does not create a hidden failure elsewhere.
No. No technology provider can guarantee either. Aevis supports the operations, engineering, evidence and improvement practices within the agreed scope; the operator retains responsibility for operational safety, regulatory interpretation, formal compliance and business risk decisions.
Energy and utilities enquiry
Bring us one essential service, one recurring operational problem or one modernisation priority. We will use the first conversation to establish the service boundary, the OT line and the evidence already available.