Botsync Secures SGInnovate Funding to Scale AMR Platform

Botsync, a Singapore-based robotics automation company specializing in autonomous mobile robots (AMRs) and vendor-agnostic automation orchestration, has received additional funding from SGInnovate as part of its extended Series A round.

The fresh capital builds on Botsync’s previously raised US$5.2 million Series A and supports its next phase of technology development and international expansion.

Botsync designs AMRs alongside its proprietary orchestration software, SyncOS, which enables enterprises to manage and optimize mixed robotic fleets across multiple brands through a single control platform.

The company reported strong traction, logging 240 percent growth in production trips and 230 percent revenue growth, primarily driven by deeper deployments with existing customers.

Key Highlights

• Botsync receives fresh SGInnovate funding in extended Series A round
• Strong traction with 230% revenue growth and global enterprise clients
• Expansion planned across Asia-Pacific, India, ANZ, and the US

The company already serves major global enterprises including Ford, Caterpillar, Nestlé, Kimberly Clark, Coca-Cola, Aquaporin, and Unilever, with successful deployments across manufacturing and logistics environments.

Botsync has expanded operations into Australia and South Africa through partnerships and entered the US market via a collaboration with SK International.

According to the company, the new funding will be used to further develop SyncOS, enhance AI-driven analytics and optimization, improve the performance of its MAG AMRs, and accelerate market expansion across Southeast Asia, India, Australia, New Zealand, and the United States through strategic partnerships.

Botsync is actively pursuing collaborations with system integrators, technical solution providers, and WMS/ERP vendors, enabling seamless integration with existing enterprise systems. Its vendor-agnostic positioning is particularly attractive to enterprises operating heterogeneous automation environments.