| Area | Summary | |------|----------| | | A 600 kg Sun‑synchronous low‑Earth orbit (LEO) satellite equipped with a modular X‑ray/gamma‑ray detector suite and a high‑throughput data‑downlink. | | Technical Readiness | All primary subsystems at TRL 7–8 ; flight hardware for the detector array at TRL 6 ; integration and test (I&T) scheduled Q3 2027. | | Schedule | Phase A (Concept) – completed 2022. Phase B (Pre‑Phase‑A) – completed 2023. Phase C/D (Design, Build, Test) – 2024‑2027. Phase E (Operations) – 2028‑2033. | | Budget | Total lifecycle cost: US $312 M (incl. 10 % contingency). Current cost‑to‑date: US $78 M (Phase A/B). | | Risk Profile | Top‑ranked risks: detector radiation damage, data‑link bandwidth constraints, launch vehicle availability. Mitigation strategies in place (see Section 6). | | Preliminary Science Yield | First 30 days of commissioning data captured 42 transient events, including 5 previously unknown fast‑X‑ray transients. | | Stakeholder Value | Data will support 15 + peer‑reviewed publications per year, enable commercial space‑weather services, and provide technology spin‑offs in high‑speed telemetry. |
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| Level | Description | |-------|-------------| | | Raw telemetry, time‑ordered, de‑commutated. | | Level‑1 | Calibrated event list (energy correction, gain, dead‑time). | | Level‑2 | Science products – light curves, spectra, sky maps; transient alerts. | | Level‑3 | Derived catalogs (GRB, magnetar, TDE). |
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Commissioning Stars: Targets used during the initial setup and alignment of complex fiber-optic spectrographs to test instrument throughput.
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