A startup from Gulbarga, India, is trying to shrink a photonics lab onto a chip. ChromoPIC Sensing, incorporated in January 2024, develops application-specific photonic integrated chips, or ASPICs, for original equipment manufacturers [Perplexity Sonar Pro Brief, retrieved 2026]. The company’s pitch is integration. Instead of selling bulky laboratory instruments, it aims to deliver miniaturized light engines and sensing components that can be designed directly into next-generation navigation systems, medical devices, and quantum hardware [Perplexity Sonar Pro Brief, retrieved 2026]. It is a hardware bet in a software-dominated ecosystem, and its early traction is measured in exhibition passes, not monthly active users.
The Wedge: Integration Over Instrumentation
ChromoPIC’s product line reads like a spec sheet for advanced sensing. The company lists solid-state gyroscopes and inertial measurement units for navigation, spectroscopy and microfluidic interfaces for medical diagnostics, and plug-and-play middleware modules for quantum applications [Perplexity Sonar Pro Brief, retrieved 2026]. The common thread is photonics, the use of light to perform measurements traditionally done with electronics or mechanics. The company’s stated wedge is moving these capabilities from standalone benchtop units to chips that OEMs can embed. Founder and CEO Aditya Pralhad Patil describes the focus as “Space Qualified Electro-Optic Sensors, on Chip” [Perplexity Sonar Pro Brief, retrieved 2026]. For potential customers in defence, aerospace, and advanced research, the promise is a path to smaller, more reliable, and more power-efficient systems.
Early Signals and Strategic Anchors
The company is pre-revenue and employs fewer than ten people [Synapse, November 2025]. Its public footprint, however, shows deliberate positioning in target industries. In 2026, ChromoPIC was listed as an exhibitor at the Defence Electronics & Aerospace Expo (SES 2026), a signal of its intended customer base [SES India, 2026]. The team structure leans on technical advisors to bolster its engineering credibility. Advisors include Brent Fisher, PhD, as a strategic and technical advisor, and Rajanatha Shettigara, vice president of engineering at robotics firm Vayu Robotics [Perplexity Sonar Pro Brief, retrieved 2026]. Founder Aditya Patil is a software engineer and writer who received a Productiveness Grant from the Prometheus Foundation to expand his technical knowledge [Prometheus Foundation, retrieved 2026]. The operational headquarters is in Gulbarga, but the company lists a presence in Bangalore, Toronto, and Sunnyvale, suggesting a distributed effort to tap global talent and markets [Perplexity Sonar Pro Brief, retrieved 2026].
Authorized Share Capital | 10 | Lakh INR
Paid-Up Capital | 1.18 | Lakh INR
The Path from Prototype to Product
For a deeptech hardware startup, the gulf between a working prototype and a volume-shipping product is wide and expensive. ChromoPIC’s current challenges are classic for the category. The company must move from exhibiting at conferences to securing design wins with paying OEM customers, a sales cycle measured in years, not quarters. Its technology must achieve not just functionality but the reliability and consistency required for medical and aerospace applications. Furthermore, as a solo-founder venture with a small team, execution risk is concentrated. The company will need to scale its technical and business development teams in parallel while navigating complex supply chains and qualification processes.
- The funding runway. ChromoPIC’s only disclosed funding is an undisclosed seed round in January 2024 led by the Semiconductor Fabless Accelerator Lab [Inc42, January 2024]. With an authorized share capital of ₹10 lakh and paid-up capital of ₹1.18 lakh, the financial base is modest [Tracxn, 2026]. The next significant capital raise will be a critical test of investor belief in the integration thesis and the team’s ability to execute.
- The partner ecosystem. Success hinges on partnering with OEMs who have the scale and market reach ChromoPIC lacks. The company’s stated customer categories are broad: technology OEMs, research laboratories, startups, corporations, and government agencies [Perplexity Sonar Pro Brief, retrieved 2026]. Focusing on one vertical to secure a flagship design win may be the necessary next step.
- The technical moat. The long-term bet is that ChromoPIC’s integrated photonic approach offers a performance or cost advantage over incumbent electronic or hybrid solutions. Proving that advantage in a head-to-head comparison for a specific application, like a gyroscope for drones or a sensor for point-of-care diagnostics, will define its value.
The company’s January 2024 seed round from Semiconductor Fabless Accelerator Lab provided the initial capital to begin this climb [Inc42, January 2024]. The question for the next twelve months is whether ChromoPIC can convert its photonic integration thesis into a signed partnership with a name-brand OEM. If it can, the path from Gulbarga to global supply chains becomes visible. If it cannot, it remains an intriguing prototype in a field where scale is everything.
Sources
- [Perplexity Sonar Pro Brief, retrieved 2026] Company, product, and team overview | https://www.chromopic.com/
- [Inc42, January 2024] ChromoPIC Funding Profile | https://inc42.com/company/chromopic/funding/
- [Synapse, November 2025] ChromoPIC Sensing Employee Count | https://synapse.patsnap.com/organization/edac4150bc672c3f0fc2c6cb0d2d7d7a
- [SES India, 2026] SES 2026 Exhibitor List | https://ses-india.in/exhibition.html
- [Prometheus Foundation, retrieved 2026] Aditya Patil Grantee Profile | https://prometheusfdn.org/grantees/aditya-patil/
- [Tracxn, 2026] ChromoPIC Sensing Financials | https://tracxn.com/d/legal-entities/india/chromopic-sensing-private-limited/__JwCJgMtDh360OWWrNYu1hqNMzIGFcSi9pxhIj2FU10U