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Why Actions matters to engineering teams
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In today’s fast-paced technological landscape, the demands on team efficiency are more intense than ever. Companies want to stay competitive and innovative and engineering teams are under immense pressure to accelerate development cycles, deliver high-quality products, and adapt quickly to evolving market needs—all while navigating tight deadlines and budget constraints.
As a result, organizations are seeking solutions that not only enhance efficiency but also streamline processes and improve productivity. This is where tools like AllSpice Actions come into play, offering a way to meet these heightened demands by automating critical tasks and optimizing workflows.
Key benefits
AllSpice Actions is designed to automate many manual tasks. By implementing Actions, teams can forget about those manual tasks and focus on the actual important work. We are seeing that hardware teams that leverage Actions to automate their tasks benefit from:
1. Increased Efficiency
From checking connections to calculating the cost of your designs, there are a wide range of manual tasks that you can automate with actions and boost your engineering efficiency. The most common use-cases are automating internal, functional, supply chain, and procurement tasks, saving your team’s time and allowing them to do more with less.
2. Product Quality
To build a great product you need a curated testing process. However, human errors are always a possibility. With actions, you can automate your testing processes so errors can be caught as soon as design changes are made. This means issues like incomplete libraries, mismatched footprints, forbidden or unavailable parts are identified from day one, reducing the back and forth and improving your overall product quality.
3. Process Standardization
Build and apply standardized workflows across projects. This drives consistency among engineers, teams, ensuring uniform formats, syntax, release packages, artifacts and data control.
4. Reduced Administrative Work
By automatically generating project reports and documentation your team reduces administrative busy work. This allows engineers to focus on creating better products, resolving issues and tackling impactful tasks.
5. Improved Team Communication
Actions enhance team communication by storing relevant information in a single source of truth for your projects. It’s not only about generating the reports, but also uploading and sharing them so the right people can access them.
In summary, AllSpice Actions helps engineers work more efficiently, detect errors early, standardize processes, reduce administrative tasks, and improve team communication, leading to a smoother and more effective hardware development process that meets todays market needs.
Key use cases
Nowadays, it’s normal for hardware team to have several manual tasks that they need to do along the product development lifecycle like design checks or updating a bill of materials (BOM). With AllSpice Actions hardware teams can automate these tasks, so they don’t have to worry more about them and focus on the things that really matter.
Is there a limit on the things we can do?
That’s the most important part: there are almost no limits. Actions are built and controlled by your team. They can cover a lot of use cases and could be as powerful as you want. They help meet business goals by improving developer productivity and addressing engineering needs by maintaining control over proprietary data and managing access to designs.
You can also leverage already made actions that need little-to-zero adjustments in order to be implemented by your team. These pre-made actions are called Action Add-ons and you can see the list of current add-ons in our Actions Library
Common Actions use-cases:
Generating manufacturing files like BOM, Drill file, XY Positions
Knowing where a part is being used (where-used)
Automated static checks/review
Part availability check
Cost of Goods Sold (C.O.G.S.)
Verification parts in APL (Approved Parts List)
Other Actions use-cases:
Process BOM/Release files
Verify Symbols: Ensure that symbols in schematics are correct and standardized.
Verify DRC (Design Rule Check): Perform DRC to ensure the design complies with set rules and guidelines.
Check Reference Designators: Verify that reference designators are correctly assigned and consistent.
Validate Symbol Attributes: Confirm attributes like MFG (Manufacturer), MPN (Manufacturer Part Number), and component values are accurate.
Netlist Verification: Ensure the netlist accurately represents the connections in the design.
Process PCB Assemblies
Block Diagram: Generate a block diagram for multi board assemblies.
Boards use: keep track of what boards are being used in which assemblies.
Create Trace Report: Generate a report detailing current, power, and width of PCB traces.
Generate Stack-Up Documentation: Document the PCB layer stack-up, including materials and thicknesses.
Connections: Document and verify connections between boards with cables or wire harnesses.
Generate documentation
Flag Missing Files: Identify and flag any missing files required for the design.
Design Review Report: Create reports summarizing the design review process.
BOM Change Report: Generate reports detailing any changes made to the Bill of Materials.
Invalid elements: Identify invalid part number or incomplete libraries.
Final Release Process: Push the final release to the Product Lifecycle Management (PLM) system.
API consuming
Bring more data: connect and consume APIs and bring more data to your team workflow with:
PLM/ERP (Cofactr/PTC)
Distributors (Digikey/Mouser/Newark/Octopart)
Task management (Jira)
Create Read Update Delete (CRUD) cloud “office” documents
MS365 (Excel/Word/Powerpoint)
Google docs (Sheets/Docs/Slides)
Network sync (Dropbox/MS365/iCloud)