Autonomous experimental infrastructure
Science that can run itself.
INCURABLE.AI unifies experimental planning, robotics, wet-lab instruments and machine-readable provenance into one continuously operating biological discovery system.
The platform
From experimental intent to deployed biological reality.
01 · PLAN
AI protocol orchestrationDecompose scientific objectives into validated steps, machine assignments, resource constraints and quality gates.
02 · EXECUTE
Autonomous wet-lab operationsCoordinate liquid handling, sample logistics, centrifugation, incubation, analytical reads and bioprocess control.
03 · LEARN
Closed-loop optimizationUse instrument telemetry and assay outcomes to detect anomalies, schedule confirmation runs and improve the next experiment.
Use cases
A programmable laboratory for the highest-value biological workflows.
DISCOVERY
High-throughput screeningCompound dosing, controlled incubation, multimode readout and automatic confirmatory testing with complete sample lineage.
ENGINEERING
Cell and gene workflowsCRISPR validation, cell culture expansion and phenotype measurement executed through auditable protocol graphs.
BIOPROCESS
Protein expressionClosed-loop cultivation, separation and analytical characterization with environmental and process telemetry.
Trust and control
Autonomy without surrendering scientific control.
PROVENANCE
Every action is attributableProtocol version, sample identity, machine state, operator override and AI decision traces remain connected to every result.
SAFETY
Quality gates by designSterility, environmental windows, calibration status and instrument interlocks are evaluated before the next action is released.
ORIGIN
Incubated at Harvard Innovation LabsBuilt around an ambitious thesis: scientific progress can be made faster when software, robotics and biology operate as one system.
Build the autonomous laboratory
Turn experimental throughput into a compounding advantage.
Partner with INCURABLE.AI to design, deploy or operate a closed-loop biological discovery environment.