ACEP Premium Access

MSAD provides a spatially resolved operational view combining the nominal relativistic trajectory, the actual navigated path, cross-track deviation vectors, spacecraft attitude, mission events, and astrophysical context.

The display integrates catalogue-based stellar fields and multi-wavelength sky backgrounds with relativistic aberration and Doppler effects, enabling direct correlation between spacecraft motion, orientation, and observation geometry.

Navigation telemetry exposes the spacecraft’s relativistic kinematic state, including true and apparent velocity, contracted distance, remaining flight time, and accumulated divergence between spacecraft proper time and Earth coordinate time.

Additional parameters include one-way signal delay geometry, abort envelopes, and positioning-system performance derived from inertial, optical, and pulsar-based solutions.

The Propulsion and Energy sections expose the internal state of the dual-core fusion propulsion system and associated power architecture. Available telemetry includes reactor core load balance, plasma and confinement indicators, magnetic nozzle performance and vectoring, fuel inventories and mass evolution, thermal routing, heat recovery, radiator staging, electrical generation, storage, and distribution margins.

Parameters are shown as live values and historical trends across the mission timeline.

The Connectivity section presents deep-space communications as an operational system rather than a binary link. Telemetry includes scheduled transmission cycles, achievable and realized data rates, pointing accuracy, divergence, signal-to-noise ratios, Doppler shift, link margins, and one-way light-time delay as measured in both spacecraft and remote reference frames.

Local communication links supporting probe operations are tracked in the same framework.

The AURAI console exposes the operational state of the spacecraft’s autonomous control system. Telemetry covers AI hardware load, memory utilization, inter-core communication and consensus behavior, decision throughput by priority class, and health indicators for long-duration autonomous operation under increasing isolation and latency.

The Survey section aggregates scientific instrumentation telemetry across all mission phases. This includes continuous monitoring of Proxima Centauri’s photometric, spectral, and high-energy activity; characterization of the interstellar environment; and, upon arrival, orbital and atmospheric measurements of Proxima b.

During the terminal phase, the portal provides live descent telemetry from the ACEP Atmos probe, including high-rate environmental and engineering data until signal loss.

The portal includes a comprehensive Manual section documenting every telemetry parameter, indicator, and visualization in detail.

The Manual defines units, reference frames, calculation context, operational meaning, and cross-dependencies, allowing rigorous and consistent interpretation of telemetry across long observation periods.

In addition to the web interface, ACEP Premium Access offers optional automated telemetry reports delivered by e-mail. Users may enable daily, weekly, or monthly reports and select the telemetry domains included.

These reports provide a concise, configurable snapshot of mission progress and system state and can be adjusted or disabled at any time.