Digital engineering · AI · Cybersecurity for energy infrastructure
The grid is
becoming software.
Gamma Grid helps energy and critical-infrastructure organisations adopt, integrate and operate advanced technology — securely and effectively.
- Systems engineeringis the body.
- AIis the intelligence.
- Cybersecurityis the immune system.
Market signal
Energy is scaling faster than its operating model.
The region is adding physical capacity at a pace that multiplies digital, integration and assurance complexity. More assets mean more interfaces, warranty obligations and operating decisions for the owner.
43.7GW
MENA renewable capacity at end-2025
+44%
Year-on-year growth in operational renewables
25 → 156GWh
MENA storage capacity, 2025 → 2030
73%
Projected BESS share of storage by 2030
Source: Dii Desert Energy — MENA Energy Outlook 2026
The accountability gap
Physical assets are scaling. Digital accountability is not.
Contracts meet here
Every supplier optimises its own scope.
OEMs, EPCs and software vendors each deliver to their contract. The interfaces between them — data, control paths, remote access, warranty evidence — land on the owner, unowned.
One accountable layer
Interfaces become defined, tested and owned.
Gamma Grid connects the agreed scope: every data flow, control path and supplier boundary is explicit, documented and testable, and the owner keeps data rights and decision authority.
Flagship · Independent BESS Assurance
One battery.
Seven digital boundaries.
A battery energy storage system is a chain of connected systems from different suppliers. We give the owner an independent, OEM-agnostic view of the whole chain. Select a layer to see what we assess.
Gamma Grid assurance boundary
Boundary 01 / 07 · Battery physics
Cells
The electrochemistry that stores energy. Capacity fade, cell imbalance and thermal behaviour start here.
The owner's question
“Is usable capacity degrading faster than the warranty allows?”
Evidence Gamma assembles
- State-of-health trends
- Capacity test results
- Degradation vs. warranty curve
Assurance module
Who leads here
OEM The OEM controls hardware, firmware and device settings; Gamma assesses the evidence independently.
Boundary 02 / 07 · Control + protection
BMS
Monitors every cell, balances the pack, estimates state of charge and health, and trips protection when limits are crossed.
The owner's question
“Can the owner trust the BMS estimates, and are protection limits set correctly?”
Evidence Gamma assembles
- SOC / SOH estimation accuracy
- Protection settings review
- Alarm and trip history
Assurance module
Who leads here
OEM The OEM controls hardware, firmware and device settings; Gamma assesses the evidence independently.
Boundary 03 / 07 · Power conversion
PCS
Converts DC battery power to and from AC for the grid. Efficiency, availability and thermal limits live here.
The owner's question
“Where is round-trip efficiency being lost, and why?”
Evidence Gamma assembles
- Round-trip efficiency analysis
- Inverter availability
- Thermal and derating events
Assurance module
Who leads here
OEM The OEM controls hardware, firmware and device settings; Gamma assesses the evidence independently.
Boundary 04 / 07 · Plant control
PPC / EMS
Coordinates plant output against grid and market requirements: dispatch, state-of-charge windows and ramp rates.
The owner's question
“Is the plant being operated inside the conditions the warranty assumes?”
Evidence Gamma assembles
- Dispatch vs. warranty conditions
- SOC window and C-rate usage
- Grid-code response
Assurance module
Who leads here
Gamma Gamma leads the assessment, interfaces, configuration and owner evidence at this boundary.
Boundary 05 / 07 · Operations
SCADA
Real-time monitoring and command for operators, and often for remote vendors too.
The owner's question
“Who can issue commands to this asset, from where, and is it recorded?”
Evidence Gamma assembles
- Remote-access and privilege review
- Segmentation and zone mapping
- Alarm handling
Assurance module
Who leads here
Gamma Gamma leads the assessment, interfaces, configuration and owner evidence at this boundary.
Boundary 06 / 07 · Edge · cloud · residency
Data
Telemetry flowing from site to historian, cloud and analytics, sometimes outside the owner's jurisdiction.
The owner's question
“Does the owner hold complete, usable data, and control where it is processed?”
Evidence Gamma assembles
- Data-path and residency map
- Data completeness and quality
- Contractual data-access rights
Assurance module
Who leads here
Gamma Gamma leads the assessment, interfaces, configuration and owner evidence at this boundary.
Boundary 07 / 07 · Diagnosis + forecast
AI
Models that detect anomalies, estimate remaining life and forecast output. Useful only when traceable.
The owner's question
“Can every recommendation be traced to its data, with a human approving action?”
Evidence Gamma assembles
- Model provenance and confidence
- Drift monitoring
- Human-approval controls
Assurance module
Who leads here
Partner Specialist partners supply battery models and IP; Gamma governs how findings reach owner decisions.
Performance & Warranty
Capacity, degradation and contractual evidence — so shortfalls are found, prioritised and claimed before deadlines pass.
Safety Risk
Emerging anomalies and investigation priorities — directing attention to the findings that matter.
Cybersecurity & Resilience
Access, connected systems and operational exposure — across every boundary a remote session can touch.
One flagship. Three capabilities.
The system behind the system.
Engineering, intelligence and cybersecurity support the flagship and wider energy systems — through one delivery lifecycle.
Grid Digital Engineering
Control systems, digital substations, telecoms and integration — engineered as one system from control room to field asset.
Explore →The intelligenceEnergy Intelligence & AI
Governed data and specialist models that turn asset signals into evidence for owner decisions — with a human in authority.
Explore →The immune systemEnergy Cybersecurity & Resilience
OT security designed through the stack: architecture, remote access, detection, recovery and secure change.
Explore →Energy intelligence
From telemetry to an operational decision.
Signals become evidence, evidence becomes a recommendation — with provenance, confidence and a named human who approves the action.
Try it: the work order doesn't release until someone signs it off.
Energy Intelligence & AI →Inverter thermal anomaly
91% confidence · likely HVAC loop degradation
Inspect HVAC loop within 72 hours
Reason thermal drift + rising fan current + reduced output stability
Human approval required before release
Sovereign architecture
The owner keeps data rights and decision authority.
Six design principles we hold every engagement to.
Own the architecture
The client retains an authoritative design basis rather than a collection of vendor diagrams.
Define the interfaces
Every data flow, control path, processing location and supplier boundary is explicit, documented and testable.
Secure by design
Identity, segmentation, monitoring, data location and recovery are engineered before procurement begins.
Design for recovery
Redundancy, degraded modes, manual fallback and recovery are designed deliberately.
Prove acceptance
Every material requirement maps to FAT, SAT, commissioning and operational evidence.
Keep human authority
AI supports decisions without obscuring provenance, override or executive accountability.
The system behind the system
Let's build what the
next grid depends on.
Tell us about the asset, the programme or the question you need answered. A senior member of the team will respond.