Work-order handling, outage communications, compliance reporting and asset-record upkeep, automated around operations that cannot pause.
Industry overview
The grid and the plant run continuously; the paperwork runs in arrears. Work orders, switching records, compliance submissions and customer communications each trail the physical work, and the trailing is manual.
A utility’s operational truth lives in several places at once: the asset registry, the work-management system, the historian, and the field crew’s knowledge of what is actually bolted to the pole. Keeping these aligned is a standing manual workload, and misalignment surfaces at the worst moments, during an outage or an audit.
Regulated reporting compounds it. Reliability indices, environmental submissions and rate-case exhibits are assembled from the same operational data, by hand, on unforgiving calendars.
Common challenges
If three or more are true, the rest of this page is about your operation.
How we help
AI, cloud, cybersecurity, hardware and programme delivery, one integrated bench, each practice applied to how energy & utilities actually operates.
Agents for the work around the grid, never on it: outage-communication drafting from OMS data, work-order triage in the asset-management system, permit and clearance paperwork assembly, and regulatory-filing preparation from sources your compliance team already trusts.
Data architecture that respects the control-system boundary: historian and SCADA data replicated one-way into an analytics layer, GIS integrated with work management, and field connectivity engineered for the service territory you actually have.
Security built to critical-infrastructure expectations: IT/OT segmentation aligned to NERC CIP’s structure where it applies, vendor remote-access brokered and recorded, and incident playbooks that assume the grid must stay up while you respond.
Field and control-room technology lifecycled deliberately: ruggedised field laptops and tablets for crews, control-room consoles refreshed without operational interruption, and spares staged by district for storm response.
Capital-programme discipline for regulated spend: projects documented to commission-filing standard, outage windows planned with operations, and schedule and cost visibility your rate-case team can stand behind.
Where we start
Deliberately mundane. The impressive-sounding workflow is rarely the one worth doing first.
If you run one of these, this is the conversation.
Our solutions
What happens today, what changes, and what to watch for as each workflow is automated.
The operating picture
Outage calls, AMI signals and SCADA alarms converge on the control room.
Agent layer
Correlates customer reports with OMS events and keeps the estimated-restoration data consistent everywhere it publishes.
Crews, materials and clearances have to reach the right feeder.
Agent layer
Assembles work packets, maps, asset history, hazards, and keeps crew status current without radio round-robins.
Operations restores; everyone else wants updates.
Agent layer
Drafts customer, media and commission communications from live OMS data, on your approval workflow.
Reliability indices and post-event reporting follow every event.
Agent layer
Compiles the event record, timeline, cause codes, affected counts, while it is still fresh in the systems.
Platforms and systems
The systems of record this sector runs on, and why each one matters to a deployment.
The constraint
Nothing we deploy touches operational control, and the design has to make that obvious.
The line between enterprise IT and operational technology is the governing fact of this sector. Automation lives on the enterprise side: it reads the historian, it never writes to control. Making that boundary architecturally evident is what gets a deployment through the security review.
Continuity is the second constraint, the utility cannot pause for a cutover, so everything deploys in parallel and earns its way into the workflow.
Compliance
The regimes your organisation operates under, and what each one constrains in a deployment. We design to these from the first architecture diagram, they describe your obligations rather than our credentials, and VSI's own position publishes only once it is substantiated.
Success stories
Engagements in this sector, with the figures drawn from project records under a named attestation, and the method behind every number on its own page.
Energy and utilities company
$900,000
Current budget year
Electrical transmission utility company
$6 million
24+ months
Major energy company
$100M+ savings
30+ months
The first month
What actually happens, week by week. Note where the design conversations sit, before the build, not after it.
Baseline one work-order queue and one reporting cycle from your own data.
Automate order enrichment and closure structuring on one district, in parallel with the existing practice.
Review record-quality movement with operations and decide whether to widen.
Next step
For anyone whose sector is not listed, or who works across several.
No preparation required and nothing to install. Bring the workflow that costs you the most hours; leave with a view of what we would automate first, what it depends on, and what we would not touch.
Book the free assessmentQuestions
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