BUILT FROM THE GRID UP.
NOT FROM A DASHBOARD DOWN.
LōD is the energy intelligence platform for high-consumption data centers. We did not build software and add energy features. We started in energy operations and built a platform around what operators actually need — reliable data, a clear strategy, and automation that responds to real grid conditions.
It started with a question no one had a good answer to.
In 2013, a small group of engineers started exploring high-density compute infrastructure during a period when running machines at scale meant figuring out everything yourself — hardware, networking, and energy. Nothing was packaged. Nothing was handed to you.
Over the next several years, the team built custom setups, learned from failure, and developed a hands-on understanding of what it actually takes to run energy-intensive infrastructure efficiently. That background was not a detour. It was the foundation.
In 2021, they launched Lincoin, a mining pool built for operators who cared about reliability and transparency. The community that formed around it, operators sharing problems, pushing for features, testing solutions in production, became the early signal that something bigger was possible.
That same year, as energy markets grew volatile and infrastructure costs spiked, the team started asking a different kind of question. Not "how do we run machines better?" but "how does infrastructure integrate more intelligently with the grid?"
In 2022, those questions became LōD, an energy intelligence platform designed around one belief: that operators make better decisions when they have better data. Not dashboards. Not alerts. Actual, interpreted, trusted grid intelligence.
Cholla Energy was among the first to implement the beta. Their feedback shaped the platform. By 2024, Bitfarms had joined, and LōD was operating across 100+ sites. The growth was not driven by marketing. It was driven by operators telling other operators.
That is still how LōD grows today. Through trust, results, and a reputation for giving operators data they can actually rely on.
How we got here.
The Spark
A small group of engineers begins exploring digital infrastructure and energy, driven by curiosity and the challenge of building smarter systems around emerging compute networks.
Experimentation & Learning
Through trial, error, and persistence, the team builds custom hardware setups and develops a deep, firsthand understanding of the relationship between high-density compute and energy.
Lincoin & Community
Lincoin, a mining pool, goes live. Built on community feedback and rapid iteration, it becomes a trusted hub for operators. The community becomes the foundation for everything LōD would later build.
A Deeper Question
As energy markets grew more volatile, the team stopped asking "how do we mine better?" and started asking "how does infrastructure integrate more intelligently with the grid?" That question became LōD.
Beta Rollout
Cholla Energy becomes one of the first adopters, fully implementing the beta platform. Their trust and feedback accelerate development and validate the core thesis.
Scaling Trust
LōD expands to 100+ sites. Bitfarms joins as a major customer. The platform adds workload management capabilities and begins serving AI data centers alongside Bitcoin miners.
Energy Intelligence at Scale
LōD empowers high-consumption data centers, from AI infrastructure to Bitcoin mining to flexible compute, to optimize cost, risk, and compliance while strengthening grid reliability.
Not software with energy features.
A trusted source of grid intelligence.
Most platforms in this space were built for something else first. LōD was built from the ground up around one problem: giving operators data they cannot get anywhere else, in a form they can actually use.
The grid signals we interpret, real-time pricing, curtailment events, demand response windows, coincidental peak detection, are not aggregated from public feeds and repackaged. They are processed, validated, and contextualized for the way high-consumption data centers actually operate.
That matters whether you are running AI inference workloads that need to route compute around grid stress, or a Bitcoin mining fleet responding to ERCOT pricing signals. The data layer is the same. The trust in it is what makes everything else work.
Built for high-consumption operations
where energy is the variable that matters.
AI Data Centers
Facilities running GPU inference and training workloads need to route compute around energy volatility without adding latency. LōD provides the real-time grid signals and control layer to make that possible.
Bitcoin Mining Operations
Large-scale miners need to curtail intelligently, participate in demand response programs, and avoid cost spikes. LōD automates those decisions based on live market conditions.
Flexible Compute & Colocation
Any data center that treats energy as a strategic variable, not just a fixed cost, benefits from a platform built around grid intelligence, compliance, and automated response.
THREE LAYERS.
EACH ONE STANDALONE. ALL THREE CONNECTED.
The Data Layer gives you grid intelligence you can trust. The Strategy Layer helps you build an energy plan on top of it. The Control Layer automates execution, so decisions happen at machine speed, not human speed.
Real-time and historical grid signals, interpreted and contextualized for operators. The foundation everything else runs on.
Energy planning, cost modeling, and compliance strategy built on top of data you can actually rely on.
Automated curtailment, demand response, and device control. Triggered by the same signals your strategy is built around.
Operators deserve data they can trust.
Not dashboards. Not promises.
Transparency over features
We do not oversell. We are clear about what the platform does, where it works, and what it cannot do yet.
Data quality over data volume
The value of our platform is the reliability of the signals, not the number of charts. Operators make better decisions when data is accurate and interpretable.
Relationships over growth hacks
LōD has grown almost entirely through operator referrals. That is not accidental. It is a product decision.
Grid strength as a shared goal
We believe that well-managed, grid-aware data centers make the grid more stable for everyone. That is not a marketing line. It is core to how we build the product.
TRUSTED BY LEADERS IN ENERGY AND COMPUTE
20,000+ Grid Nodes Globally | Integrated with ALL major QSE/CSP