The patch looks reasonable. The agent says it’s done.
Would you click Approve?
Before you do, a few questions matter: What depends on this code? Which project requirements apply? What did the reviewer actually check?
Getting an AI agent to produce a change is becoming easier. Understanding that change—and deciding whether to accept it—is still a developer’s responsibility.
That’s where ChronosGraph comes in.
Less conversation archaeology. More connected context.
An agent’s work can leave you jumping between a diff, documentation, test output and a long conversation. The information may exist, but reconstructing how it fits together takes effort.
ChronosGraph is a visual oversight and shared-context layer for coding agents, powered by FalkorDB.
It connects captured code relationships, project decisions, task context, worker/reviewer handoffs and proposed changes—so developers can inspect the evidence around a patch, not just the patch itself.[1]
The goal isn’t another agent that says, “Trust me.”
It’s a clearer way to ask, “Show me why.”
A small change can carry a bigger story
Imagine a task that sounds straightforward: add optional retry information to a function.
But another part of the application depends on its existing response format. An architectural decision says that behavior must remain compatible. An earlier incident explains why.
Suddenly, the change is more than a few lines of code.
ChronosGraph’s prepared demonstration follows that connected story. A developer can explore the dependency, inspect the governing requirement, follow the shared task and reviewer handoff, and then examine the exact proposed changes.
The example project, decisions and incident are synthetic. The retained OpenCode worker and reviewer activity comes from real recorded sessions—not a new live run performed during the demonstration.[2]
The useful part is the path between those pieces:
Code → requirements → task context → agent work → review → human decision.
Why a graph belongs here
These are relationship questions.
Which files depend on this one? Which decision governs its behavior? Which context did the agent use? Which candidate did the reviewer assess?
FalkorDB connects those records, helping ChronosGraph bring related context into the review workflow. It supports more than a visual map of the repository: it also connects project knowledge and persistent task handoffs.[1]
That is how one workflow brings together the hackathon’s three themes: connected data, agent memory and coordination, and a company brain.
Even the evidence needs checking
A real bug in ChronosGraph made this point particularly clear.
Old task context could remain visible after the task moved to a newer plan. The information wasn’t invented—but the interface could present it under the wrong plan.
The fix clears outdated context and checks that the displayed evidence matches the selected task and plan. When matching context is unavailable, the interface shows that gap instead of silently substituting older evidence.[3]
The lesson goes beyond that bug:
“There is evidence” is not the same as “this evidence supports this change.”
An agent proposes. A person decides.
ChronosGraph does not promise that every dependency is known, every patch is correct or every test has been covered.
And an agent reviewer’s acceptance is not human approval.
The aim is more practical: help developers understand what changed, inspect the context behind it, see what was actually assessed and recognize what still needs a decision.[4]
Because the most useful question after an agent says “done” isn’t always “What’s next?”
Sometimes, it’s “What am I about to approve?”
ChronosGraph — See what your coding agents change—and the evidence behind it.
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