What is Cenelira in one sentence?
Cenelira is a controlled publishing system for social posts that refuses unclear destinations, ties each approval to the exact version, names the cause of every failure and keeps a proof record for every schedule, which a PDF export signs.
Who builds it?
Cenelira is built by a small team. The legal entity name, registration jurisdiction and postal address are not published on this site today, and procurement questions go directly to [email protected].
How does support work?
Support runs by email at [email protected]. Cenelira does not advertise round-the-clock cover, instant response SLAs or dedicated success managers.
How do I take my data out?
You export the proof archive. Each proof record carries 17 fields, including approval, target account, platform, publish outcome, exception, recovery and delivery-set columns. You can download it as a signed PDF or as an unsigned CSV file, and the proof page explains how to verify the PDF.
Do you hold security or privacy certifications?
Cenelira makes no public claim today of SOC 2, ISO 27001, HIPAA or GDPR attestations. What ships instead is the set of publish-time refusals, version-bound approvals, owned recovery and proof export named on this page.
Which platforms are supported?
Cenelira supports controlled scheduling and publishing on eight platforms, each with an auto-publish path: Instagram, Facebook, Threads, LinkedIn, YouTube, TikTok, Pinterest, X. LinkedIn posts with several images currently go through the manual handoff path described on the handoff packs page.
Are external reviewers authenticated?
No. On a shared Cenelira review link, reviewer identity is self-declared, because the reviewer types their own name and email. A saved client contact on a personal link is identified only by holding that link. Internal approvals are tied to workspace user accounts, and the version-bound approval page describes how each decision is bound to the SHA-256 reviewVersion when it is saved.
How does this page stay accurate?
Every claim on this page comes from repository constants or from files named on the linked mechanism pages. The page carries a last-reviewed date, and when a mechanism ships or its scope changes, the facts file, the link and the date are updated.