Control Point & Execution Infrastructure
AERA: The control point for grid-responsive DER platforms
The execution and control layer that ensures distributed energy systems perform under real conditions. Strategy can change. Execution stays consistent.
Integrate once with AERA. Systems respond when called, behavior is consistent across sites, outcomes are verified.
AERA
Control Point
Who This Is For
Built for platforms now judged on performance
Judged on delivered performance
OEMs / DER Platforms
Batteries, inverters, EV charging, HVAC, and automotive systems evaluated on earnings, not just specs.
Measured on delivered MW
VPP Platforms / Aggregators
Reliability and margin matter more than headline capacity. You need consistent execution across heterogeneous OEM fleets.
Return on deployed capital
Asset Managers / Fleet Operators
Portfolio performance beats per-site optics. Fragmented assets must unify into coordinated, revenue-generating systems.
The Reality Platforms Are Facing
Don't turn your API into a long-term liability
Most platforms start with API connectivity (IEEE 2030.5, OpenADR). That enables communication. It does not enable execution.
API handshake succeeds but device behavior varies site to site.
Timeouts, sequencing issues, state mismatches under load.
Reports arrive too late to verify, or in the wrong format.
Each OEM, aggregator, and program compounds engineering load.
Performance gaps translate directly into lost revenue, derates, and long-term platform risk.
The Missing Layer
What connectivity alone cannot deliver
Market access
VPPs, DERMS, utilities
No execution layer
Devices
OEM platforms
The stack has both ends. It lacks the layer that makes signals become reliable, coordinated, and verifiable outcomes.
That missing layer is execution infrastructure.
What AERA Is
The control point between grid and device
AERA is the execution-control layer between external systems and your device fleet. Instead of integrating each partner into device APIs, all systems integrate once with AERA.
Devices behave predictably under dispatch
Execution is coordinated across fleets
Outcomes are verified, not assumed
What This Enables
One integration point. Scalable performance.
Integrate once
One surface covers utilities, DERMS, VPPs, and partner APIs.
Plug-in integrations
New programs become configuration, not engineering projects.
Consistent execution
Same deterministic behavior across every program you run.
Preserved authority
Control stays intact as you evolve from cloud to edge.
Multi-program scale
Add programs without re-architecting the platform beneath.
AERA converts integration complexity into a scalable platform model.
For VPP Platforms and Asset Managers
Close the gap between dispatched and delivered
For VPP Platforms and Aggregators
Close the gap between dispatched and delivered
For Asset Managers and Fleet Operators
Fragmented assets, unified as a portfolio
AERA turns fleets into controllable, revenue-generating portfolios.
What AERA Does
Normalize. Orchestrate. Execute.
Normalize
Protocols across utilities, DERMS, aggregators, and APIs
Align
Timing, telemetry, and control signals
Coordinate
Behavior across heterogeneous device fleets
Manage State
Retries, sequencing, and session integrity
Verify
Execution through closed-loop telemetry
One reliable execution system replaces fragmented orchestration logic.
A Stability Layer for a Complex System
A shock absorber between grid and device
Grid systems and device fleets operate on different assumptions. Protocols, timing, connectivity, and behavior all change. AERA absorbs the variability.
Incoming
Varying protocols
Inconsistent timing
Flaky connectivity
AERA
Stable
Outgoing
Deterministic
Aligned cadence
Verified delivery
External systems change. Devices change. AERA remains stable.
Hybrid Execution Architecture
Cloud coordination. Edge execution.
Cloud Layer
Coordination
- Integration across partner APIs
- Program and dispatch orchestration
- Fleet-wide observability
Edge Layer (MOS350)
Execution
- Deterministic site control
- Low-latency response
- Resilience through connectivity loss
Molecule AERA Control Point Architecture
Energy Ecosystem
Partner APIs / Event Interfaces
Partner Integration Layer
Molecule AERA - Central Point (Execution Layer)
Edge Communication Layer
Device Layer
AERA acts as the execution control point between the energy ecosystem and device fleets.
Start with APIs. Evolve to edge. Without rebuilding your platform.
Deployment Progression
Start with access. Scale to performance.
Cloud (API)
Fast enablement through API integration
Embedded (Dongle)
Improved control + telemetry fidelity
Gateway (Edge)
Deterministic site-level orchestration
The same execution model across all three stages. No re-architecting.
Built for Optimization Systems
Execution layer for any strategy
Integrate AI, forecasting, and trading systems once. Execute consistently across devices, fleets, and markets. Verify outcomes with aligned telemetry.
Your strategy
Executes through
AERA
Verified outcomes
Optimization determines what should happen. AERA ensures it performs.
Execution infrastructure for performance-driven platforms
Devices
connect
Platforms
participate
Performance
determines value
AERA is the control point that ensures your systems deliver. Reliably, predictably, and at scale.
Turn connectivity into verified performance
See how AERA closes the gap between expected and delivered performance across your platform.
Deployed alongside EG4 Electronics · Lightsmith Energy · Enersponse · RCT Power