• Makr Microsystem develops nanoscale 3D subsurface metrology products  that enable chipmakers to visualise and measure hidden structures and defects beneath semiconductor surfaces using key innovations in Acoustic AFM imaging, Optical Tomography and state of the art 3D data analytics software.
  • Makr aims to address critical inspection challenges in advanced semiconductor manufacturing, enabling non-destructive, high-resolution subsurface analysis to improve process control, defect detection and yield.
  • The funds will be deployed towards technology development, customer validation and commercial development.
  • The investment comes shortly after Bluehill.VC announced the final close of its maiden fund at ₹400 crore, reinforcing its focus on backing high-potential deeptech companies solving critical technology challenges. 

Bengaluru, 3rd September 2026 — Bluehill VC, a frontier-tech-focused VC fund, today announced that it has led a Rs 10.2 crore seed round in Makr Microsystems, a semiconductor metrology company, with participation from Artha Venture Fund. Makr is developing technology that allows chipmakers to see and measure what is happening beneath the surface of a chip at the nanoscale.

The seed round will support the company’s continued technology development, customer validation and progression toward commercial deployment.

For Bluehill, Makr represents the kind of company they want to identify and back with conviction early. Manu Iyer, General Partner, Bluehill VC, says, “We are excited about companies that sit deeper in critical technology value chains. Makr is solving a difficult problem in semiconductor manufacturing at a time when the industry is moving toward increasingly complex architectures. We believe this is a global opportunity, and that world-class semiconductor equipment and technology can be built from India.”

India is beginning to build depth across this stack. With India Semiconductor Mission 2.0, the country’s semiconductor ambitions are expanding beyond fabs and chip design to include semiconductor equipment, materials, R&D and broader supply-chain capabilities.

While much of the semiconductor investment conversation has centred around fabless chip companies, the semiconductor value chain extends far beyond the chip itself. The equipment, materials and measurement technologies that enable manufacturing are equally critical and often far harder to build.

For Bluehill, this is an important part of the opportunity. The Fund is looking beyond the most visible parts of the semiconductor value chain to back frontier technologies that can become critical infrastructure for the industry. Makr is one such bet, led by Ashwin Lal, who brings experience across semiconductor technology and scientific instrumentation. Ashwin holds an M.Sc. in Physics from IIT Kanpur and a Ph.D. in Microtechnology from EPFL, and has previously founded Shilps Sciences and worked as an engineer at Applied Materials.

The broader team brings expertise across semiconductor metrology, atomic force microscopy, scanning probe systems, MEMS, embedded systems and scientific instrumentation.

Ashwin Lal, Founder, Makr Microsystems, says, “Semiconductor manufacturing is creating structures that are increasingly difficult to see and measure. As architectures move into the third dimension, understanding what is happening beneath the surface becomes critical to improving yield. Our goal is to make the subsurface measurable, non-destructively and at the resolution the next generation of chipmaking demands.”

Making the invisible measurable

As semiconductor devices become smaller and more complex, more of the structures that matter are moving below the surface. Advanced packaging, chiplets and 3D architectures increasingly rely on interfaces and connections that can be buried beneath multiple layers of material.

Being able to see and measure these structures is critical for understanding how a device has been manufactured, identifying defects and improving yield. Today’s metrology tools are highly sophisticated, but different techniques involve trade-offs around resolution, depth, speed and whether the sample needs to be damaged or prepared for inspection. Makr is developing a new approach to this problem.

Makr’s core technology is Acoustic Atomic Force Microscopy (AAFM), which combines atomic force microscopy with acoustic sensing to access information beneath the surface of semiconductor structures.

In simple terms, the technology uses acoustic signals to gather information that conventional surface-based techniques can struggle to access. Makr is developing this into a platform for high-resolution, non-destructive subsurface measurement.

The initial applications include advanced packaging, hybrid bonding, buried interfaces, chiplet interconnects and defect detection: areas where understanding what is happening beneath the surface is becoming increasingly important.

Betting on the deeper layers

Bluehill has already made two bets on the fabless side of semiconductors. But building the semiconductor ecosystem requires much more than fabless companies. It requires the machines, materials, measurement systems and specialised technologies that allow advanced manufacturing to happen.

These companies are often less visible to mainstream venture capital. They also tend to require deeper technical diligence, longer development cycles and a greater understanding of the underlying science. And that is precisely where they see an opportunity to take differentiated bets.

From India to the world

The opportunity for Makr extends well beyond India. The same shift toward more complex semiconductor architectures is taking place across the world’s leading semiconductor ecosystems, creating demand for better ways to inspect and characterise increasingly sophisticated devices.

For Bluehill, this investment is a bet on the deeper layers of the semiconductor stack and on the opportunity to build globally relevant deeptech from India. The fund recently announced the final close of its maiden fund at Rs 400 crore.