Jiga

Jiga is a sourcing platform that connects engineers directly with vetted manufacturers for custom parts, based in San Francisco, CA. The platform specializes in processes like CNC machining, sheet metal, and injection molding, providing quick quotes and transparent communication to automate workflows from prototype to mass production, reducing sourcing times from weeks to hours by eliminating intermediaries. Jiga has secured $12 million in Series A funding and employs 25 individuals. Its customer base includes prominent organizations such as NASA, Google, and Tesla, and it has received support from Y Combinator, with partner Jared Friedman noted. Jiga was founded in 2020 by Adar Hay, Yonatan Wolowelsky, and Assaf Geuz. Its business model centers on platform fees or margins from connecting buyers with suppliers and facilitating orders, funded by venture capital including Y Combinator.

High-Level Overview

Jiga is an AI-powered sourcing platform that connects engineers directly with vetted manufacturers to source custom parts efficiently and transparently. It serves engineering teams in demanding sectors such as aerospace, defense, robotics, and advanced hardware development, including clients like NASA, Siemens, Tesla, and Apple. By automating the traditionally manual and fragmented procurement process—parsing engineering drawings, flagging risks, and matching orders with suppliers—Jiga compresses sourcing timelines from weeks to hours while reducing costs and administrative burdens[1][2][3].

Origin Story

Founded by Adar Hay (CEO), Yonatan Wolowelsky (CTO), and Assaf Geuz (COO), Jiga emerged to solve the critical bottleneck in hardware development caused by slow, manual sourcing workflows. The founders recognized that engineers were losing valuable time chasing quotes and managing scattered communications, which hindered innovation speed. Launching with backing from Y Combinator and raising a $12 million Series A led by Aleph, Jiga evolved to centralize procurement into a single AI-native platform, gaining early traction with top-tier clients in aerospace and high-tech industries[1][2].

Core Differentiators

• AI-Native Automation: Jiga uses AI to extract technical requirements from engineering documents, flag risks early, and automate supplier matching, drastically reducing manual coordination.
• Direct Manufacturer Communication: Unlike many digital manufacturing services that obscure the supplier, Jiga enables engineers to collaborate directly with vetted manufacturers, improving accuracy and reducing costly errors.
• Unified Platform: Combines quotes, orders, communications, contracts, and production tracking into one interface, simplifying workflow management.
• Trusted by Industry Leaders: Used by NASA, Siemens, Tesla, and others, demonstrating reliability in high-stakes environments.
• Certified Quality and Compliance: Partners hold certifications like ISO 9001:2015, AS 9100D, and ITAR/EAR compliance, ensuring quality and regulatory adherence[1][2][3].

Role in the Broader Tech Landscape

Jiga addresses a critical structural bottleneck in hardware innovation, especially as AI and robotics demand rapid iteration on physical components. While software development cycles have accelerated, hardware sourcing remains slow due to fragmented, manual processes. Jiga rides the trend of digital transformation in manufacturing procurement, leveraging AI to automate and streamline workflows. This timing is crucial as industries increasingly outsource 80–90% of components and require faster, more reliable supply chains. By enabling engineers to focus on design rather than procurement logistics, Jiga accelerates hardware innovation and influences the broader ecosystem by setting new standards for transparency and efficiency in manufacturing sourcing[1][2].

Quick Take & Future Outlook

Jiga is poised to expand its influence as hardware development becomes more central to AI and robotics advancements. Future growth will likely involve scaling its AI capabilities, expanding its vetted manufacturer network, and deepening integration with engineering workflows. Trends such as increased outsourcing, demand for rapid prototyping, and the push for supply chain resilience will shape Jiga’s trajectory. As it continues to eliminate the “black box” in custom parts sourcing, Jiga could become a foundational platform in the hardware innovation stack, enabling faster, more cost-effective product development across multiple high-tech sectors[1][2][3].