What it does
Hundreds of modules coordinate as a self-organizing mesh
Elects a new coordinator automatically if one module drops
Learns each pack's behaviour on-device, in real time
Carbon accrual is computed inside the safety loop, then signed
Features — built vs lab
●Module mesh networking + automatic coordinator election
●Extended −50 / +85 °C operation
●Carbon-points accrual fused into the safety loop
●Cell-to-cell propagation modeling
○Real-cell aging validation
○Grid-code + IEC 62619 certification
How it compares to the giants
| Capability | Typical | Aumtrix |
|---|---|---|
| On-device learning | post-hoc cloud | real-time |
| Signed provenance | no | yes |
| One codebase, EV to space | no | yes |
| Fail-safe by default (opens on any doubt) | varies | always |
| Signed, tamper-evident health record | no | yes |
| Predictive thermal-runaway warning | some | yes |
| Self-healing — rebuilds a failed sensor from peers | rare | yes |
| One sovereign core across every application | per-vendor | one core |
| On-device carbon-saving ledger | no | yes |
| Zero third-party dependency | no | yes |
How it works
01
Mesh
Modules discover each other and elect a coordinator; if it fails, another takes over with no human intervention.
02
Learn
Each module adapts to its own cells' behaviour on-device, rather than waiting for a cloud round-trip.
03
Protect
A propagation model anticipates how a single hot cell would affect neighbours, and isolates early.
04
Prove
Energy and carbon ledgers are signed on-device, giving utilities a verifiable record.
Live status
system● operational
safety statefail-safe by design
powered by.aum
Specs
Profile: BESS
Mesh: up to 16 nodes
Temp: −50 to +85 °C
Work with us
Honest note: features marked ● are built + tested today; ○ are the lab / certification phase (real-cell validation, accredited certification). We don't claim lab results we haven't earned.
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