BlueBotics is emphasizing fleet manager standardization and SmartPass-enabled obstacle avoidance for AGVs/AMRs at MODEX 2026. According to the source, over 6,000 ANT-driven vehicles operate globally using BlueBotics’ navigation and unified fleet management platform. A joint seminar with Kohler details how standardizing fleet software accelerated deployments and reduced integration risk across sites. BlueBotics’ approach prioritizes bounded autonomy — balancing intelligent obstacle handling with predictable, scalable operations — a critical consideration for supply chain professionals scaling automation enterprise-wide.
According to www.roboticstomorrow.com, BlueBotics — the Swiss autonomous navigation and fleet management leader — is spotlighting fleet manager standardization and advanced obstacle avoidance technologies for automated guided vehicles (AGVs) and autonomous mobile robots (AMRs) at MODEX 2026 in Atlanta, Georgia, held April 13–16, 2026.
Fleet Manager Standardization as a Scalability Lever
At booth C13394, BlueBotics will present its ANT navigation and fleet management technology, including SmartPass, a new capability enabling AGVs and AMRs to navigate around path obstructions while preserving structured, predictable behavior required in industrial environments. The company emphasizes that predictability, coordination, and scalability are non-negotiable as operations expand. This aligns with BlueBotics’ philosophy of bounded autonomy — where intelligent obstacle handling coexists with deterministic system performance.
A centerpiece of BlueBotics’ MODEX presence is a joint seminar with Kohler titled The Power of One: Unlocking AGV/AMR Efficiency Through Unified Fleet Management. Dr. Nicola Tomatis, CEO of BlueBotics, and Brian Gruzdis, Senior Staff Engineer – Warehouse Automation Lead at Kohler, will detail how standardizing Kohler’s AGV software platform has accelerated deployments, reduced integration risk, and enabled flexible use of diverse vehicle types across multiple global production sites.
Real-World Validation and Technical Depth
BlueBotics’ ecosystem includes more than 6,000 ANT-driven vehicles operating worldwide — a figure confirmed by the source. These span AGVs, automated forklifts, and mobile robots, all managed through BlueBotics’ unified ANT server fleet manager. This interoperable approach supports system-level performance goals: centralized control, cross-vehicle compatibility, and consistent behavior across sites and applications.
On-stand educational sessions will cover practical challenges including obstacle avoidance trade-offs, mobile robot interoperability, and best practices for integrating automated vehicles into complex industrial environments. Visitors can also consult BlueBotics experts directly on topics ranging from vehicle development to full-scale fleet manager standardization.
Industry Context for Supply Chain Professionals
This focus on fleet manager standardization reflects a broader industry shift. As supply chain professionals scale automation beyond pilot deployments, fragmentation across vehicle OEMs and proprietary fleet software creates integration bottlenecks, extended commissioning timelines, and higher total cost of ownership. Recent parallel moves reinforce this trend: Dematic’s expanded partnership with GreyOrange (announced at the same MODEX 2026) targets flexible automation orchestration, while NobleLift’s AI forklift platform NobleOne underscores demand for unified intelligence layers. BlueBotics’ 24 years of navigation expertise — combined with its position as a ZAPI GROUP company — positions it as a foundational enabler rather than a point-solution vendor. For practitioners, adopting a standardized fleet manager isn’t merely about software selection; it directly affects deployment velocity, multi-site consistency, and long-term adaptability to new vehicle classes or operational changes.
“Industrial users don’t just need autonomous vehicles — they need systems that remain predictable, coordinated, and scalable as operations grow.” — Dr. Nicola Tomatis, CEO of BlueBotics
Source: www.roboticstomorrow.com
Compiled from international media by the SCI.AI editorial team.
