Energy,
engineered for the transition.
Utilities, oil & gas, renewables, grid, trading and AI-native operations, engineered for the transition that is actually happening, not the reference roadmap that never quite lands.
The territory, in four numbers we hold ourselves to.
Energy is measured by reliability, cost, safety and carbon. These are the numbers we design against.
- 99.99%
- Availability
- IEC 62443
- OT security
- 6–10
- Weeks
- 24×7
- Grid & ops
Target for grid and trading surfaces we engineer
Aligned across generation, transmission and distribution
To first release on a scoped operations or trading slice
With DR rehearsed against real operational disruption
The energy formats we build for.
Energy spans a family of distinct businesses with very different technical, regulatory and market realities. We tailor architecture and delivery to the operator you actually are.
Electric utilities
Generation, transmission, distribution and retail, with grid modernisation, DERMS and customer-experience engineered together.
Oil & gas
Upstream, midstream and downstream, with digital operations, HSE and asset-performance management.
Renewables & storage
Wind, solar, battery and DERs, with performance, forecasting and market-participation engineered as products.
Grid operators & ISOs
Market operations, dispatch, settlements and reliability engineered for the grid of the future.
Energy trading & markets
Trading, risk, settlement and market operations engineered for accuracy and latency.
Utility-adjacent platforms
Retail energy platforms, DER aggregators and energy-tech startups engineered as scalable software.
Services we deliver into energy.
Every energy engagement blends operational technology, industrial IT, regulated systems and modern engineering. These are the practices we most commonly deploy for utilities, oil & gas, renewables and grid operators, each linked to its dedicated practice page.
The energy estate we engineer end to end.
The energy operators that pull ahead treat grid, generation, market, customer and data estates as one connected system, measured by reliability, cost and carbon together.
- 01Grid modernisation & ADMS
- Modern ADMS, DERMS and grid-management surfaces engineered against the reality of distributed resources and two-way flows.
- 02OT/IT integration & historian modernisation
- SCADA, historian and MES modernisation with unified namespaces on OPC UA and MQTT, legacy data becomes addressable.
- 03Renewables & storage optimisation
- Performance monitoring, forecasting, dispatch and market participation for wind, solar, battery and hybrid assets.
- 04Trading, risk & settlement
- ETRM/CTRM, market operations and settlement engineered for the accuracy and latency energy markets demand.
- 05Customer & digital utility
- Customer portals, prepayment, billing modernisation and digital-utility surfaces engineered as products.
- 06OT security & critical-infrastructure resilience
- IEC 62443 and NERC CIP aligned architectures, segmentation, secure remote access and safety-critical controls.
Trusted by utilities, operators and energy platforms.
A representative sample of the utilities, operators and energy-tech platforms we've engineered with.
Programmes delivered in this sector.
What clients ask us first
01How do you approach OT/IT security without breaking operations?
By starting with an honest asset inventory and threat model of the operational network, segmenting according to Purdue-model realities, securing remote access with modern zero-trust patterns, and aligning to IEC 62443 and NERC CIP. Every change is designed with operational continuity as non-negotiable, including patch windows and safety-critical control-system realities.
02Where does AI genuinely earn its place in energy?
In load forecasting and dispatch with proper evaluation, in predictive maintenance where sensor data supports it, in outage prediction and triage, in trading signals with model governance, and in field-technician copilots grounded in your engineering documentation. In every case model governance and human oversight are engineered, critical infrastructure does not ship AI without evidence.
03How do you handle grid modernisation with distributed resources?
As one connected system. ADMS, DERMS and market operations integrated so distributed resources, solar, battery, EV, become dispatchable and observable at grid scale. Engineered against the reality of two-way flows and consumer participation, not just against the old central-generation model.
04How do you handle historian modernisation and legacy control systems?
As engineering. We wrap what stays with modern OPC UA and MQTT gateways, land unified namespaces that make legacy data addressable, and modernise selectively, with the discipline that operations are safety-critical. Modernisation happens in waves with continuous operations and rollback paths.
05How do you handle ESG and carbon reporting?
As engineering, not marketing. Emissions, energy attribution and Scope 1/2/3 reporting engineered against real operational data, with audit trails and lineage. ESG analytics that a regulator, investor or auditor can defend, not just a marketing slide.
Let's discuss your energy programme.
Share a brief overview of the assets, systems and outcomes you're chasing, we'll arrange an introductory conversation with the relevant practice leadership.