Detached Systems
Rule-based execution, timestamps, retries, expiry
SYNC
Detached Systems, Smart Routing, Parsers and Guardrails operate using one synchronized system clock managed by Chrony and connected to Google Public NTP.
In an automated operation, time determines the order in which every event occurs. Without synchronized time, logs can appear out of order, schedulers may run incorrectly, expired jobs may remain active and audit records can become difficult to verify.
Cron jobs and timers execute at the correct moment using one authoritative clock.
Every event is timestamped consistently, making logs sequential and traceable.
Queued jobs are processed in the correct order with accurate timing.
Expired jobs and timeout windows are calculated against the same reference clock.
All database records share the same time reference for accurate queries.
Technical teams can reconstruct incidents without correcting timestamps.
Google Public NTP provides the upstream time reference. Google's global atomic clock infrastructure supports that service. Chrony synchronizes the AINNA Linux system clock.
Every AINNA NeuralOps component reads the same synchronized Linux system clock. Individual applications do not independently query Google Public NTP.
Because every component uses the same Linux system clock, the event history remains sequential, traceable and easier to audit.
NeuralOps uses AI only where reasoning is required. Stable infrastructure tasks such as time synchronization, scheduling, timestamping, parsing rules and validation thresholds are handled by deterministic systems.
Measure processing duration, queue wait, parser response, AI fallback frequency, guardrail time and end-to-end latency.
A shared time reference allows every validation decision to be reconstructed in the correct sequence.
Chrony synchronizes the AINNA server with Google Public NTP through time.google.com. Google states that its Public NTP service is implemented using global load balancers and a fleet of atomic clocks located in data centers around the world.
Google Public NTP uses leap smear, gradually distributing a leap-second adjustment instead of introducing an abrupt one-second clock change.
The architecture is prepared for future expansion into a private, multi-VPS internal NTP service.
Current: One server synchronized. No external VPS clients yet.
allow rule enabledallow allNo. Chrony is time synchronization software. It synchronizes the Linux system clock with an upstream NTP service.
No. AINNA connects to Google Public NTP, which Google states is backed by its global fleet of atomic clocks.
No. Only Chrony connects to Google Public NTP. Detached Systems use the synchronized Linux system clock.
One clock helps maintain consistent timestamps, ordered logs, reliable scheduling and simpler auditing.
No. Chrony is deterministic infrastructure software and does not use an LLM, GPU or AI tokens.
No. The current deployment synchronizes one server. Internal multi-VPS synchronization is a future upgrade.
AINNA operations, reports, cron schedules and Telegram notifications are primarily managed in Malaysia using Asia/Kuala_Lumpur, UTC+8.
NeuralOps combines Detached Systems, Smart Routing, Parsers and Guardrails with deterministic infrastructure designed to operate continuously, efficiently and with a traceable timeline.
Explore NeuralOps Architecture