Integrity
Sovereign cyber
No foreign software dependencies in the safety path, with firmware designed for inspection.
superBMS battery management system
The sovereign brain of every pack.
superBMS runs every super6T/e on Australian-developed firmware co-developed with CSIRO. Secure boot, encrypted updates and cell-level protection keep the safety path inspectable.
open to auditco-developed with CSIROno foreign code in safety path
100%
Australian-developed firmware
AES-256
Encrypted updates
>95%
Round-trip efficiency
CSIRO
Co-developed
Safety
Protection logic
Cell-level protection, balancing and envelope control keep the pack operating inside defined limits.
Telemetry
CAN visibility
Dual-redundant CAN 2.0B gives integrators access to operational battery state.
Evidence
Open to audit
Co-developed with CSIRO and built for defence teams that need inspectable energy control.
Security architecture
Protection, telemetry and update controls built into the pack.
01
Boot integrity
Firmware is checked before it runs.
02
Encrypted update path
Updates use AES-256 encrypted delivery controls.
03
Cell protection
The pack is monitored against voltage, current and temperature limits.
04
Inspectable evidence
Telemetry and event records support engineering review.
Specification view
The control layer inside the super6T/e platform.
Architecture
Distributed cell monitoring, central controller
Protection
Voltage, current, temperature and isolation
Balancing
Active cell balancing
Round-trip efficiency
>95%
Cycle life
3,000 cycles to 80%
Communications
Dual-redundant CAN 2.0B
Security
Secure boot and AES-256 encrypted updates
Provenance
Australian firmware, co-developed with CSIRO
Next step
Put a sovereign BMS in your packs.
Discuss superBMS architecture, CAN telemetry, protection logic and evidence needs with the defence team.