Real-time dose guidance for radiotherapy
DoseTracker brings real-time clarity to radiotherapy—verifying the delivered dose during treatment, so clinicians can act in time.
From insight to action. From plan to reality.
Clinically validated at leading centers
in the US, Europe, and Australia
Problem
Radiotherapy is delivered with precision.
But the patient is not static.
Patients move. Anatomy changes.
Treatment does not always follow the plan.
Today, the delivered dose is not verified during treatment.
So clinicians are left to assume:
– Was the tumor fully treated?
– Were healthy tissues spared?
– Did the treatment go as intended?
They don’t know.
Radiotherapy is planned precisely—
but the delivered dose remains unseen.
“Optional provocative answer to “why?”
If you don’t look, you won’t know.
If you don’t know, you can’t act.”
Solution
DoseTracker makes the invisible visible.
It reconstructs and verifies the actual delivered dose
—in real time, during treatment.
So clinicians don’t have to make assumptions.
They can see. And act. In time.
DoseTracker:
-Reconstructs dose in real time
Not where the beam was aimed
—but what was actually delivered
– Detects deviations instantly
Identifies when treatment no longer matches the plan
– Enables immediate action
Intervene, adapt, or correct—while it still matters
– Works with existing systems
Software-only. No hardware changes. No workflow disruption
From plan → reality → action → plan.
In real time.
Technology
Built for speed. Designed for reality.
– Purpose-built. Patented. Proven.
DoseTracker runs on a proprietary dose guidance engine developed over more than a decade of R&D.
– Motion-integrated calculation
Combines patient motion and treatment data in real time
– Ultra-fast performance
Delivers results at treatment time scales—not after
– Clinically relevant detection
Identifies meaningful dose deviations with high accuracy
It connects directly to existing clinical data
— no changes to machines. No added complexity.
Evidence
Built by clinicians—for clinicians.
– 10+ years of translational research
– First-in-human and peer-reviewed studies
– Clinical pilots at leading centers in the US, Europe, and Australia
Evidence demonstrates:
– Accurate detection of motion-induced dose errors
– Reliable identification of clinically relevant dose deviations
– Integration into routine clinical workflows
DoseTracker is advancing toward regulatory approval and clinical deployment.
Video overskift
Supported by (mangler logoer)
