Fsdss-281 -

Week 1 — Detection & Triage

| Quarter | Milestone | |---------|-----------| | Q3 2026 | – Native support for S3‑compatible object stores as tier‑2 back‑ends. | | Q1 2027 | FSDSS‑281‑R2 – Integration of AI‑driven workload predictor for proactive capacity planning. | | Q4 2027 | FSDSS‑281‑R3 – Full compliance module for CCPA and the upcoming EU‑Data Act. | | Q2 2028 | FSDSS‑281‑R4 – Release of a Rust‑based storage daemon to further reduce latency and improve safety guarantees. | FSDSS-281

In the last decade, large‑area, deep‑imaging surveys have transformed our view of the distant Universe. Among these, the —a collaborative effort between the European Southern Observatory (ESO), the National Astronomical Observatories of China (NAOC), and the Carnegie Institution—has delivered the deepest, multi‑band photometric catalog to date over 2 000 deg² of high‑latitude sky. Week 1 — Detection & Triage | Quarter

| Parameter | Value | |---|---| | | 02 h 14 m 36.27 s | | Dec (J2000) | – 12° 34′ 12.6″ | | Survey field | FSDSS‑Field‑C02 (centered on the COSMOS‑like deep field). | | Initial detection | DR3 source catalog, flagged as “high‑z galaxy candidate” by the machine‑learning classifier (confidence = 0.94). | | Photometric redshift (zₚₕₒₜ) | 6.32 ± 0.12 | | Spectroscopic confirmation | VLT/X‑SHOOTER, 2025 Oct 12 → zₛₚₑ𝒸 = 6.28 ± 0.01. | | Apparent magnitudes (AB) | i = 27.1, z = 25.8, Y = 24.9, J = 24.3, H = 24.0, Kₛ = 23.8. | | | Q2 2028 | FSDSS‑281‑R4 – Release