Does Smartsheet Remember Between Runs?

No. A Smartsheet automation holds no memory of its own between runs. Each run starts from the sheet as it stands at that moment: the rows, the cell values, and the trigger that fired it. Anything a previous run noticed, decided, or worked out survives only if that run wrote it into a cell, a row, or another sheet first.

That distinction is easy to miss because a sheet feels continuous. The same columns, workflows, and dashboards are still there tomorrow, and a daily workflow still fires at the same time. The continuity lives in the sheet structure and in the data stored in rows. It does not live in a memory that one run hands to the next.

What does a sheet actually hold?

A sheet holds structured data. Rows hold cell values: a task name, an owner, a status, a due date, a checkbox, and any notes typed into a comments or details column. Reports pull rows together across sheets, and dashboards show summaries built from those rows. That stored data is real persistence, and automations can read it on every run.

A workflow can check a status column, count rows that match a condition, or read a date column to decide whether something is due. A formula can total a column, look up a related row, or flag a row that is at risk. All of that works from current values.

The scope is the sheet. What persists is what was deliberately saved as a cell value. The reasoning behind a change, the options a run considered and rejected, and the thread of an earlier discussion are not in the sheet unless someone typed them into a column. A new run reads values. It does not recover the conversation that produced them.

How do Smartsheet workflows actually run?

An automated workflow in Smartsheet has three parts: a trigger, an optional condition, and one or more actions. The trigger is what starts the run, such as a row being added, a cell changing, a row changing to a specific value, or a date being reached on a daily, weekly, or recurring schedule. The condition narrows the run, for example only when the status is Complete or the priority is High. The action is what happens next: send an alert, request an update or an approval, assign a person, change a cell value, record a date, lock or unlock a row, or move or copy a row to another sheet.

Every run is a fresh execution of that definition. A scheduled workflow that sends a morning overdue alert reads the current rows, finds the ones that match, sends the alert, and ends. Tomorrow's run reads tomorrow's rows and sends a new alert. The workflow does not retain yesterday's alert list, a note about which owners already replied, or a record of what changed since then, unless the sheet stores that state explicitly, for example in a helper column that each run updates.

The workarounds prove the point. Recording a first start date takes a Record a Date action plus a helper column and a condition that the helper is still blank, so the second change does not overwrite the first. Keeping an old value takes a Copy Row action to a second sheet, building a manual history one copied row at a time. Each pattern works, and each one is memory built by hand, cell by cell, inside the sheet.

What about cell history, comments, and Smartsheet AI?

Cell history shows earlier values for a single cell, and comments and attachments hold discussion attached to a row. Both are useful records for a person reviewing the sheet. Neither one is memory a workflow carries into its next run. A run does not open cell history to learn why a status flipped twice last week, and it does not read the comment thread to recover what was promised. It evaluates the trigger and the conditions against the values in front of it.

Formulas follow the same rule. A formula cell shows the result calculated from current inputs. Change an input and the result updates. The formula keeps the latest result, not a history of earlier results or the reasons behind them.

Smartsheet AI works from the sheet in front of it as well. It can help draft text, summarize rows, and answer questions based on the data it can see. Each use starts from the stored data, not from a remembered conversation across runs, days, or working sessions. The data is shared. The thread is not.

Where this leaves agents working from Smartsheet

A common pattern is to use Smartsheet as the control room for automated work: a sheet tracks projects, requests, tickets, or deliverables, and automations or AI agents act on the rows. Each run receives rows. Rows are good at status and bad at context.

So an agent working from a Smartsheet row wakes up with the current status and nothing else. It can see that a request is marked approved, a task is marked blocked, or a deliverable is marked in review. It cannot see what the last run promised, what the requester already explained, which approach was tried and dropped, or why a status was set. Teams fill the gap by adding more columns and longer notes fields, and by re-briefing the agent on every run. The sheet grows wider while the actual thread stays scattered across messages, calls, and earlier runs.

Give every run one shared memory

The fix is to put the memory outside any single sheet, in a layer every run reads before it acts and writes to after it finishes. That is what Vilix AI provides for agents and automations.

Vilix AI is cloud-hosted, so there is zero infrastructure to run or maintain. Connect it once over MCP and the same memory is available everywhere the work happens: inside Smartsheet-driven automations, in n8n, Make, or Zapier flows that read the same sheets, and in the chat tools used between runs. The memory holds full conversation history, not just extracted facts, so a run can recover what was actually said, decided, and promised, in context, instead of reconstructing it from status columns.

In practice, a run starts by retrieving the history behind the rows it is about to touch: prior decisions, open questions, and what the last run already did. It acts with that context, then saves its own outcome back to the same place. The next run, whether it fires in an hour or next week, starts from that accumulated state. Smartsheet keeps doing what it does well, holding the rows and firing the workflows, while the agents around it stop starting over.

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