Drift breaks builds
One node with a different library version and the build farm produces different artifacts. Nobody notices until it ships.
§ Solutions · Server & compute
Build farms and app tiers that stay identical.
Render nodes, CI runners and app servers that have to match — kept in sync from one source of truth, changed with a canary first.
"Which box got the change?"
Half the tier updated by hand, half not. The answer lives in someone's shell history.
Fleet-wide mistakes at fleet-wide speed
Automation without a canary boundary delivers your worst change to every machine at once.
Group into @sets. Canary one. Widen.
Gather machines into named @sets — by role, tier, however you actually run. A set is both your rollout target and your canary boundary: publish to one node, watch it, then edit the target to the whole set. It never re-runs a success, and the simulation shows exactly which machines a change will hit before you publish.
syncronis · machine sets
A real capture of the running product. Live data, no mockups.
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Pre-publish simulation: see exactly which machines a change will hit
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Execution order you control: packages run by the priority you set
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Full version history: diff, roll back, or selectively restore any past rollout
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Every change pushed the moment it's published — no poll interval
Every point above is a shipped capability, on every plan — see the full list.
Change management your SOC 2 auditor will recognize.
The change-management questions behind SOC 2 controls — who made the change, what exactly changed, can you roll it back — have answers the fleet keeps for you.
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Every rollout and config change carries who-changed-what, field by field
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Version history with diff: show exactly what changed between any two rollouts
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Rollback is evidence too — restore any past rollout, selectively
One source of truth for the whole tier.
Enrol a node in minutes. Your first 5 machines are free, no card required.