Introducing Altium Agile Teams: The New Standard for Connected Electronics Design

Success in electronics development isn't just about having the best idea; it’s about how quickly that idea becomes a shippable product. For growing organizations, the ability to move fast often hits a ceiling as teams distribute and regulatory requirements pile up. The challenge is no longer just individual design speed, but the ability to scale that speed across a complex web of collaborators without losing control.

Altium Agile Teams addresses this specific friction by moving beyond basic cloud storage and rigid legacy systems. It provides a unified, cloud-based platform where design power, secure connectivity, and real-time supply chain intelligence reinforce each other. By bringing together Altium Designer, Altium 365, and Octopart, it creates an environment where speed and structure coexist.

Key Takeaways

• Agile Teams connects electrical, mechanical, and software engineers in a shared workspace, replacing manual coordination with a single source of truth.
• Accelerate project timelines by allowing up to 25 designers to work on the same PCB simultaneously while supporting up to 250 project collaborators.
• Access up-to-date component pricing, availability, and lifecycle data directly within the design environment via Octopart and data extensions like SiliconExpert and Z2Data.
• Eliminate human error and repetitive tasks by standardizing design reviews, part requests, and project releases through built-in automation.
• Maintain strict IP control and audit readiness with Single Sign-On (SSO), role-based permissions, and comprehensive event logging.

The Hidden Cost of Manual Coordination

Most hardware teams today operate in a state of fragmented agility. They use disconnected tools, rely on file-based exchanges, and manage projects through ad-hoc workflows that take too much time to administer. This administrative overhead is a drain on innovation.

Research from Bain & Company shows that engineers in traditional firms often spend barely half of their time on active design work. The rest of their hours are swallowed by rework and administrative tasks. When design reviews happen in isolation or component data lives in separate, static spreadsheets, the result is a loss of trust in data and a spike in rework costs. Altium Agile Teams is built to reclaim those lost hours by embedding structure directly into the design environment.

One Platform, One Shared Context

The core of Agile Teams is the shared digital thread. Instead of throwing files over a virtual wall, all disciplines (electrical, mechanical, software, and procurement) work in a shared workspace. This connection replaces manual status meetings and the constant chasing of data.

1. Seamless ECAD-MCAD Alignment

Mechanical and electrical requirements are often at odds, leading to late-stage enclosure conflicts. Agile Teams synchronizes these domains through 3D data and enclosure-driven design.

• Designers can bring the latest PCB state into an MCAD tool as a native assembly with one click, preserving all mating and constraints.
• The platform allows for the exposure of copper, masks, rigid-flex, and harnesses as separate elements or full assemblies.
• Mechanical engineers can place and position components from their side, with changes syncing directly back to the ECAD domain.
• Teams can track every change between domains, using a comparison-based flow to approve modifications before they are finalized.

2. Up-To-Date Supply Chain Integration

Waiting until the end of a design cycle to check part availability is a recipe for delays. Agile Teams embeds the latest intelligence from Octopart and data extensions like SiliconExpert or Z2Data directly into the design process.

• Engineers can see the latest pricing and availability while they are actively designing the board.
• Procurement leaders can manage complex BOMs through a dynamic cloud portal rather than static Excel files.
• The system allows for the proactive definition of alternative parts, making it easy to swap components if supply chain disruptions occur.
• Teams can track where specific components are used across every board revision, which is vital for error mitigation and incident investigation.

Speed at Scale: Co-Creation Without Friction

Many organizations fear that adding structure means slowing down. Agile Teams proves that the opposite is true: the right structure enables teams to work in parallel more effectively.

Simultaneous PCB Co-Authoring

Historically, having multiple designers on one board was a manual, error-prone process. Agile Teams changes this by allowing up to 25 concurrent ECAD authors to work on the same layout simultaneously. This capability automates the merging of modifications, reducing human error and significantly cutting layout time for complex boards.

Global Collaboration

Hardware development is rarely a local affair anymore. Agile Teams supports up to 250 project collaborators working from anywhere in the world. With a Global Access License, engineering managers can bring their entire crew onto the platform without the friction of regional licensing restrictions or seat-count hurdles.

Structured Control for the Growing Enterprise

As projects become more complex, the risk to agility grows. Agile Teams introduces needed structure for people, processes, and data, which makes governance feel effortless because it is built into the workflow.

1. People Structure

Managing who can see or edit sensitive IP is critical for compliance. Agile Teams provides:

• Role-Based Permissions: Granular settings to define who can view, edit, or approve design assets.
• Single Sign-On (SSO): Secure identity management that integrates with existing corporate systems to control user access.
• License Management: Centralized control over design tool privileges as users move across different projects.

2. Process Structure

Repeatable success requires standardized workflows. Agile Teams allows organizations to automate repetitive steps that often lead to human error.

• Configurable Workflows: Organizations can standardize design reviews, part requests, and project creation to ensure consistency across the board.
• In-Browser Commenting: Design reviews happen asynchronously, with comments and tasks generated directly within the design documents.
• Custom Checklists: Reviews can be structured with specific checklists to ensure no detail is missed during sign-off.

3. Data Structure

A single source of truth is only useful if it is accurate and secure.

• Central Part Libraries: Agile Teams enforces library structure, boosting the reuse of preferred components and ensuring design consistency.
• Lifecycle Management: Governance over lifecycle states prevents obsolete or draft items from being included in final releases.
• Audit Trails: Enterprise-level monitoring logs every user action—who did what, and when—streamlining compliance for regulated industries.

Choosing Your Path: Altium Develop vs. Agile Teams

Altium offers solutions tailored to different organizational needs. While both platforms enable better collaboration, the choice depends on the level of governance required.

• Altium Develop is built for small to mid-size teams that want Altium‑grade design with minimal process overhead. It supports fast design‑to‑review‑to‑release workflows in a shared, real‑time environment, with collaboration enabled when needed rather than enforced through heavy governance.
• Altium Agile Teams is for organizations that need a higher level of platform control. It includes advanced features like SSO, configurable workflows, concurrent PCB co-authoring, and turnkey integrations with PLM tools like Arena^® or Duro.

Startup Speed with Enterprise Discipline

Electronics design is moving toward a model where disciplines can no longer afford to work in isolation. Altium Agile Teams provides the foundation for this shift, giving hardware organizations a secure environment where speed, structure, and flexibility work together. By embedding security, permissions, and traceability directly into the design environment, Agile Teams removes the traditional hurdles that slow down engineering teams. It allows you to move with the urgency of a startup while maintaining the rigorous oversight of a global enterprise.

See what speed with structure looks like in practice. Start a free trial of Altium Agile Teams and explore how connected workflows, governed collaboration, and real-time visibility can transform the way your hardware team designs and delivers products.

Frequently Asked Questions

How does PCB co-authoring differ from standard cloud file sharing?

Unlike basic file sharing, where only one person can edit a board at a time to avoid conflicts, Agile Teams allows up to 25 authors to work on the same layout concurrently. The platform automatically manages and merges modifications, significantly reducing the manual effort usually required to stitch different design sections together.

Does Altium Agile Teams require a complex IT setup for the enterprise features?

No. Despite offering enterprise-level control, the platform is designed to be easy to deploy with no complex on-premise IT infrastructure required. Security features like SSO and SCIM integrate with your existing identity management systems to streamline user provisioning.

Can I connect my existing PLM or project management tools to the platform?

Yes. Agile Teams features turnkey integrations for PLM tools like Arena^® and Duro, as well as direct connections to Jira. This ensures that engineering data remains in sync across your entire organization, providing clear traceability from the initial concept to the final manufacturing release.

How does the platform handle component obsolescence during the design phase?

Agile Teams provides an up-to-date link to component supply chain data, including risk indicators and lifecycle status. You can define alternative parts proactively and receive alerts if a component becomes end-of-life, allowing you to make adjustments before the design reaches production.