This release focuses on purpose-built automation, agile logistics, intelligent material management, and connected residential operations, enabling customers to reduce cost-to-serve, improve service reliability, maximize resource value, and advance sustainability outcomes that directly impact the bottom line.
AMCS Platform 2026.1 delivers targeted innovation across residential services, municipal operations, fleet and logistics, and material management, helping organizations scale operations, improve compliance, and unlock new revenue opportunities while supporting a circular economy.
The 2026.1 release reinforces AMCS’s ongoing commitment to digital transformation that improves both business performance and sustainability. We enable our customers to conserve and maximize the value of resources, create safer and more connected operations, and protect the planet, all while driving profitability and delivering sustainability that means business.
key themes of the 2026.1 Release
- end-to-end residential service workflows
- bulk process automation built for large residential data sets
- purpose-built automation for seamless customer debt management
- route optimization based on route segments for high-density residential routes
- automated exception detection with AMCS Vision AI
- enhanced payments and revenue capture with AMCS Pay
- automated pre-planning of routes for roll off + skip work
- advanced capacity planning across fleet configurations
- enhanced real-time fleet visibility with Transport Live
- field execution accuracy and asset accountability
- integrated fleet intelligence supporting efficiency and sustainability
- subcontractor hauler cost management and enhanced digital engagement
- turning inbound materials into known, tradable inventory – inventory tagging, approvals, and verification
- executing sales orders – multi-site fulfilment and yard flows
- pricing material correctly and protecting margin – freight, pricing, and cost transparency
- proving compliance and governing risk – embedded and country-specific regulatory controls
- operational flow without friction – contractor collaboration and flexible order handling
“Our decision to move to the latest AMCS Platform reflects our commitment to forward-thinking, secure, and sustainable public service. We view this as a foundational step in modernizing our commercial and residential collections, landfill, transfer stations, and Material Recovery Facility operations. AMCS gives us the solutions to streamline our processes, reduce costs, and improve service delivery all while future-proofing our infrastructure.”
introducing the AMCS Agentic AI strategy
The 2026.1 release marks a major step forward for the environmental services and resource management sector. As organisations face rising regulatory pressure, cost challenges, and increasingly complex operations, AMCS is introducing the Agentic AI Strategy: a next‑generation approach that moves AI from insights to action.
Agentic AI understands business goals, rules, and workflows, and can autonomously execute tasks, optimise decisions, and orchestrate processes end‑to‑end. These agents function as digital co‑workers, continuously learning and improving while delivering measurable operational impact.
AMCS is uniquely positioned to lead this shift. With deep industry expertise and a platform built around real‑world logic, rules, and workflows, our environment provides the ideal foundation for high‑performance, context‑aware AI agents.
Read more in the AMCS Platform release highlights:
These agents improve productivity, accuracy, and cost efficiency from day one. They are currently being refined through lighthouse projects with select AMCS customers to ensure they reflect real operational demands.
a holistic Agentic AI Framework
a new era: The Agentic Experience
The 2026.1 release is more than an update — it marks the beginning of the Agentic Experience era. By combining intelligent agents with deep industry context, AMCS empowers organisations to achieve scalable, sustainable growth without increasing headcount, cost, or complexity.