Software-Defined BMS OS for EV Fast-Charging & Health + Mobile Devices

Protect the Battery.
Maximize Charging Speed & Lifespan.

Aegis replaces static BMS lookup tables with real-time adaptive overpotential control—eliminating cold-weather throttling in EVs while protecting lithium-ion health in mobile devices. A/B testing on handset-class cells shows up to 20% faster charge vs. conventional CC–CV, with State-of-Health-aware control.

Request OEM Pilot Access Explore Technical Outcomes
Aegis OS brain-inspired charging intelligence — 20% faster charge with SoH protection, shown on a smartphone with battery X-ray and HUD telemetry
Up to 25%
Capacity Fade Reduction

Active degradation mitigation protects health across hundreds of rapid charge cycles.

20%+ Faster
Charging at -10°C (vs CC-CV)

Eliminates cold-weather throttling by safely tracking live physical cell acceptance thresholds.

Zero Hardware
Redesign (Embedded C++ Firmware)

Integrates seamlessly as an OTA-ready software layer on standard automotive processors.

Mobile Devices
20% Faster Charge
Handset-Class A/B Testing (vs CC-CV)

CDS/PAC-based mobile controller delivers up to 20% faster charge time on PinePhone-like single-cell Li-ion batteries, while enforcing strict SoH-aware limits to protect long-term health.

CDS/PAC Architecture
Perception–Action Cycle for SoC & SoH

The same brain-inspired control loop used for EV packs runs at mobile scale: sensing battery state, estimating SoC/SoH, computing a health-aware reward, and choosing the next current segment hundreds of times per charge session.

OEM Integration

Zero Hardware Redesign. Ship in Your Next OTA.

Aegis deploys as a lightweight firmware layer on existing Battery Management Systems (BMS) or central vehicle platforms—no new sensors, no new silicon, no hardware qualification cycles. The same CDS/PAC foundation is available for mobile PMICs and embedded devices.

Request OEM Pilot Access
OTA-Ready

Ships as a software layer over existing automotive processors—no ECU or wiring changes.

Chemistry-Agnostic

Adapts automatically to NMC, LFP, and next-generation cell architectures.

HIL Validated

Hardware-in-the-loop validation datasets available under NDA for engineering review.

Fleet-Proven

Benchmarks across rapid charge cycles, climate extremes, and drive-cycle profiles.

Mobile & Embedded Devices

Brain-Inspired Mobile Battery Intelligence

The same CDS/PAC architecture used for EV fast-charging is now available for smartphones, tablets and low-voltage embedded devices. Aegis runs as a C-language charging controller over PMICs such as AXP20X, delivering faster, healthier charging without changing hardware.

A/B Validated

20% Faster Charge — With SoH Protection

On PinePhone-class handsets and single-cell Li-ion packs, A/B testing shows up to 20% faster charging compared to conventional CC–CV algorithms, while enforcing strict State-of-Health-aware limits. CDS/PAC continuously learns each device’s acceptance profile instead of relying on one-size-fits-all tables.

  • Shorter time-to-target SoC for everyday users.
  • Integrated SoH proxies to avoid aggressive but damaging charge patterns.
  • Adaptive derating near 4.2 V and elevated temperatures.
Firmware-Level Integration

C Driver for AXP20X & Modern PMICs

Aegis’s mobile solution packages the CDS/PAC controller as a firmware-ready C driver that wraps existing PMICs (e.g. AXP20X), using their telemetry (voltage, current, temperature, SoC) to make brain-like control decisions in real time.

  • Drop-in controller logic over standard power-supply interfaces.
  • Configurable SoC bands, thermal limits and CV taper points per device family.
  • Works alongside existing OS battery frameworks (Android, Linux, PinePhone OS) without ABI breakage.
OEM & ODM Ready

Integration Paths for Mobile Manufacturers

Device makers can adopt Aegis via simple firmware hooks:

  • Integrate as a proprietary C driver within the PMIC or BMS firmware.
  • Use the open simulation harness to co-design chemistry-specific charge profiles.
  • Optionally expose “Aegis Charging” as a user-visible mode, differentiating on both speed and battery longevity.
Schedule Mobile CDS/PAC Briefing

Engineered for Automotive OEMs & Fleets

Transforming battery management from static safety buffers into dynamic performance software.

01

Real-Time State Perception

Unlike conventional BMS systems that rely on estimated voltage curves, Aegis constantly senses internal electrochemical boundaries to maximize charging current without exceeding physical stress points.

02

Extreme Climate Reliability

Designed specifically to solve severe winter range and charging loss, maintaining rapid energy throughput across ambient temperatures from -10°C to +50°C.

03

Chemistry-Agnostic Architecture

Whether deployed on Lithium-Ion (NMC/LFP) or next-generation Sodium-Ion cells, our software adapts automatically to the underlying pack electrochemistry.

04

Powertrain & Fleet Intelligence

Extends beyond stationary charging to optimize drive-cycle torque distribution, heat harvesting, and regenerative braking energy capture.

Request Hardware-in-the-Loop Pilot Data

Connect with our engineering team to evaluate benchtop validation datasets or schedule a confidential technical briefing.