The Team Building the Intelligence Layer for Electricity

PULSE is a team of engineers, researchers, and operators building physics-constrained AI for the grid.

Our forecasts respect real-world grid constraints, giving operators predictions they can actually act on.

Our Vision
for the Grid

We envision a future where every electricity grid runs on intelligent, physics-aware software — forecasting demand, respecting real-world constraints, and giving operators the confidence to act on AI predictions rather than simply watching them.

Isometric illustration of PULSE's grid intelligence connecting industrial, transportation, and urban infrastructure

How We're Reimagining Grid Intelligence

To make our vision real, we're building a physics-constrained forecasting engine that gives operators the confidence to act on AI predictions — not just watch them.

City skyline at night, lit by grid-powered infrastructure

Flexible Deployment

Operators can run PULSE fully in-house, or lean on our team to manage forecasting infrastructure end to end.

Seamless Integration

PULSE connects directly into existing SCADA, EMS, and forecasting workflows — no rip-and-replace required.

High-voltage transmission towers carrying power across the grid

Global Impact

From advanced energy markets to emerging regions expanding grid access, PULSE is built to scale worldwide.

"As grids strain under electrification and intermittent renewables, the operators keeping the lights on need forecasts they can actually trust — not just predictions they have to double-check."

Kelvin Godwin Anaman

Founder & CEO of PULSE

In 2026, PULSE co-founder and CEO Kelvin Godwin Anaman set out to build a forecasting layer grid operators could actually rely on, instead of just another dashboard nobody trusted.

Ahad Rahman

CO-Founder & CTO of PULSE

Eric Kwabena Boateng

Co-Founder & CFO of PULSE

Kelvin assembled the initial founding team and, together with Ahad Rahman and the other co-founders, recruited a vanguard group focused on delivering physics-constrained AI for grid operators worldwide. The team includes engineers and researchers with backgrounds spanning machine learning, power-systems engineering, and large-scale infrastructure — united by a shared conviction that grid forecasting should be something operators can actually act on.

Meet Our Team

Learn More About Us

PULSE enforces real physical constraints — capacity limits, ramp rates — directly inside every forecast, instead of producing predictions operators have to double-check against physics themselves.

PULSE reflects the constant, rhythmic flow of electricity through a grid — and our goal of giving operators a real-time read on that pulse.

Yes — PulseOpen is our open-source SDK and RL environment, freely available for researchers building grid AI agents on top of it.

PULSE's team is distributed, with core engineering and research contributors collaborating across multiple time zones.

Reach out through our Contact page — we're always interested in connecting with operators, researchers, and utilities exploring grid intelligence.

Let's Build the
Future Grid Together

Whether you're a utility exploring predictive forecasting, a location or data center operator facing interconnection delays, or a researcher building on Pulse's platform, we'd like to hear from you.

Request a Demo

Renewable Energy

Forecasting That Keeps Pace with Weather

PULSE predicts renewable output in real time, so intermittent solar and wind can be trusted at grid scale instead of curtailed.

Utilities

Physics-Constrained Forecasts Operators Can Act On

Every prediction respects capacity limits and ramp rates — forecasts utilities can act on, not just watch.

Control room monitoring live infrastructure data

Data Centers

The Compute-Power Co-Scheduler

Data centers are blocked from expansion by interconnection delays, not by compute. PULSE synchronizesGPU workloads with grid capacity in real time, unlocking usable power from the same physical connection.

Electric vehicle at a fast-charging station

EV Charging

Forecasting the Grid's Fastest-Growing Load

Uncoordinated EV charging strains local transformers. PULSE forecasts and helps manage this emerging demand.

Critical Infrastructure

Reliability Where Failure Isn't an Option

ICUs and life-support systems can't tolerate instability. PULSE helps keep power reliable when lives depend on it.

Manufacturing

Stable Power for Continuous Production

A single voltage dip can halt a production line. PULSE gives industrial operators advance warning before instability hits.

Water Systems

Keeping Water Moving, Even Under Grid Stress

Treatment plants and pumping stations run entirely on electricity. PULSE helps ensure water systems don't go dark when the grid does.

Cities