Built for the teams
who run real energy systems.
And need one platform they can trust.
Most energy platforms are built for utilities. AmpVerve is built on
21 years of enterprise infrastructure experience across the organisations
that operate Britain’s critical systems. Fleet depots. Hospital estates. Council
operations. The participants who cannot afford to get this wrong.
The grid needs
flexibility.
Operators need
revenue.
EV fleets, heat pumps, and batteries can provide the flexibility electrified energy systems need. But only if the software managing them is built around operational reality: shift rotas, vehicle availability windows, heating schedules, procurement frameworks.
Most flexibility platforms understand markets better than operations. AmpVerve is designed around operational reality first, so value creation never depends on guesswork about how real sites run. AmpVerve was built by someone who has spent two decades inside the enterprise technology layer of the organisations that run UK infrastructure, and who understands exactly what gets in the way of revenue that should already be happening.
The result is a platform that works around real operations, generates contracted grid revenue automatically, and never treats operational continuity as a trade-off.
Six layers.
One platform.
Built for production.
Distributed energy markets still lack a consistent operational trust layer. Settlement is fragmented, visibility is patchy below distribution level, and many asset owners still struggle to capture the value their flexibility can create.
AmpVerve is building the full-stack financial infrastructure to fix all three. Orchestration is layer one. Five more are in development. Each fills a gap no other platform addresses.
AmpVerve is building software to help make distributed energy visible, controllable, and commercially usable across real assets and real operations.
Founded by an enterprise
technology veteran.
Mohsin spent two decades delivering enterprise technology for the organisations that operate the UK’s most critical infrastructure. He moved from advising global enterprises to building the platform they all need.
He has worked across Deloitte, Accenture, IBM, Cisco, VMware, and Adobe, delivering infrastructure and cloud programmes for Fortune 100 clients. He holds CISSP, CCIE, and CCDE certifications — making him one of a small number of practitioners globally who holds senior credentials across both cybersecurity and network architecture simultaneously.
AmpVerve was founded on a structural observation in UK energy infrastructure: the organisations that operate EV fleets, smart heating systems and commercial buildings were leaving hundreds of thousands of pounds a year on the table because the flexibility market was too complex to access, and the existing platforms were built for utilities — not operators.
That gap became the basis for AmpVerve. Two patent applications cover the core orchestration and multi-market dispatch architecture, with additional verification and settlement work extending the trust layer around the platform.
AmpVerve is not owned by a utility, a charger manufacturer, or an oil major. That independence matters. We have no incentive to push customers toward specific hardware, tariffs, or network operators. We are paid a share of what we earn our customers, and nothing else. Our incentives and yours are perfectly aligned from day one of the pilot.
Five capabilities.
Two patents.
One architecture.
AmpVerve combines these capabilities in one architecture for multi-asset energy orchestration. Together they strengthen the platform’s ability to model, optimise, and verify real-world energy operations.
Two patent applications cover the multi-market simultaneous dispatch methodology and the AI orchestration architecture. These are full patent applications covering specific, implemented, novel technical methods — not provisional or conceptual filings.
Three things we will
never compromise on.
These are not values on a wall. They are hard constraints built into the platform architecture and the commercial model.