Company / insilicoFrom the fingertip outward

Biology is
the blueprint.

Our initial mission is to build toward a humanoid inspired by human biology. We start with the hand: its form, its movement, and the extraordinary relationship between action and touch.

Magnified tactile cartridgeInteractive 3D / The investigating fingertip
An enlarged sculptural fingertip cartridge. A graphite perimeter surrounds a separate moving sensing island. Explode reveals the contact ring, tactile island, folded flexures, microactuator, electronics and rear service plate.

The investigating fingertip · Three-dimensional study

Drag to orbit · Shift + drag to pan · + / − zoom

Give the grip its own structure.

The outer pad sketches a load-bearing contact perimeter. A separate inner island carries the sensing surface. The intended separation is a hypothesis, not a demonstrated force isolation.

Speculative geometry study, magnified for inspection. Displacement is illustrative. No measured sensing resolution, gripping capability or food-contact qualification.

Inside The investigating fingertip
Contact perimeter
A replaceable outer pad sketches the main grasp interface.
Sensing island
A separate skin, tactile sites and temperature element investigate contact.
Folded flexures
Paired leaf paths suspend the island around a microactuation envelope.
Rear cartridge
Electronics, alignment pins and a connector suggest a serviceable module.
insilico / inspectionThe investigating fingertip
A demanding place to begin

A ripe tomato.
A fragile garnish.
A moving target.

A kitchen refuses to be a fixed jig. Ingredients differ, surfaces get wet, tools change and a successful grasp can still bruise what it holds.

Culinary dexterity is one demanding test of the larger ambition. The precision associated with Michelin-level cooking remains a goal, not a capability we have demonstrated.

We are developing the custom actuation, touch and engineering tools behind a reusable hand architecture. The hand and wrist must connect to a future arm through explicit mechanical, electrical and control interfaces. The same architecture should support other robotics projects.

The unresolved conflict

Touch needs movement.
A secure grip resists it.

The cartridge asks whether a small sensing island can move without disturbing the main grasp. The outer pad and inner island still share a body, a cover and an object. Their forces will not simply disappear at a seam.

Does the probe disturb the hold?

Measure how the imposed motion reaches the object and the load-bearing frame. Mechanical crosstalk could overwhelm the signal we want.

Can it survive the kitchen?

A replaceable skin needs sealing, cleanability and predictable friction. Heat, moisture, oils and repeated cleaning belong in the design from the start.

What we are building

A hand. Its components.
The tools to question both.

insilico connects mechanism development with a local engineering engine. Geometry, scoped calculations and independent review stay attached to the same revision.

This site presents the hand’s design, its component studies and the research questions behind them. A complete culinary hand, validated tactile sensing and measured kitchen performance remain future work.

Start a conversation
Explore the connections

Begin where the world pushes back.

The hand joins our research in mechanics, sensing and physical intelligence.

A contact-sensing concept in sectionSurface contactCompliant padContact • deformation • slipSupporting structure
A contact-sensing concept in section. Concept illustration · not to scale. Select a stage below.

A fingertip meets surfaces that vary in friction, shape and compliance.

Explanatory diagram · Select a connection to inspect its role.

A physical problem worth solving.

What should a robot
be able to do?