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Input for Go Partner Certification Design

Goal: Define an initial, low‑to‑medium touch accreditation approach for Go partners, focusing on technical capability (connectors and agents) so internal teams can trust partners with services work.
Key Topics Discussed
Need for Go Partner Accreditation
Purpose
Ensure partners have minimum technical capability before Go sends them customers
Build internal trust (sales, TAMs, product) that certified partners won’t damage the brand
Use accreditation as a qualifier for which partners get time, leads, and inclusion in the “Go roadshow”
Scope
Level‑1 / “100 level” accreditation only (good enough for now, not expert level)
Future plan for higher levels (200/300) as product and practices mature
Same framework potentially reusable for large customers’ internal teams
Constraints & Product Maturity
No strong, stable consensus yet on “best way” to build Go agents
LLMS are non‑deterministic; patterns still emerging
Agent tech and UX (UI/agent builder) are effectively “pre‑alpha”
Implications for accreditation
Can’t pretend there is one canonical “right way” to build agents
Must design something that can evolve quickly as product changes
Be careful not to encode fragile patterns that will be obsolete in weeks/months
Focus: Connectors vs. Agents
Product direction
Clear distinction emerging between connectors and agents
Connectors ≈ today’s Packs/code: sync tables, APIs, schemas, auth, MCP
Agents ≈ instructions + set of tools (connectors) in UI builder; relatively simple configuration
Where partners add most value
Engineering expectation: most partners (especially SaaS/ISVs) build connectors; relatively few build “true” agents
Agents expected to be built mostly by end users in‑product, especially via the new agent builder
Accreditation emphasis
Stronger, more stable patterns on connectors → better suited to certification now
Agent piece should be lighter‑weight and framed as basic capability, not deep expertise
What Competence the Certification Should Prove
For connectors (primary focus)
Ability to build a Pack/connector using the SDK
Includes: auth, sync table(s), formulas/actions, working against an external API or MCP
Comfort reading SDK docs and external API docs
Ability to produce something non‑trivial but realistic
For agents (lighter focus)
Understand when a Go agent is appropriate in a workflow
Ability to stand up a simple, useful agent
Choose a use case that fits Go’s real capabilities
Configure tools/connectors and write effective instructions/prompts
Appreciate the iterative loop: test → adjust prompt/data/skills → test again
Discovery & scoping
Recognized as an important but separate skill (not everyone is good at it)
Existing scoping template/agent is a strong asset
Open question: how much discovery/scoping to bake into accreditation vs. treat as optional/advanced content
Proposed Structure of Technical Accreditation
1) Connector Capstone
Ask partners to build a connector (current “agent” with sync table/MCP, evolving into formal “connector”)
Requirements (directionally)
Uses authentication
Includes at least one sync table
Includes at least one formula/action or similar feature
Integrates with an external API or MCP
Submission format
Partner chooses the external tool (Jira, Salesforce, HubSpot, other tools with free tier or that they already use)
They build the connector, then submit:
Working Pack/connector
3–5 minute Loom/Zoom recording walking through what they built, how it works, and why they chose it
Rationale
Tests ability to read and apply SDK + external API docs
Allows creativity and alignment with their real practice and customers
Seeds internal partner directory metadata: “this partner has real experience with DocuSign/Figma/Outreach/etc.”
Connector patterns are relatively stable vs. agents
2) Simple Agent Capstone
Ask partners to build a basic Go agent for one well‑chosen use case
Requirements (directionally)
Identify a use case where a Go agent is actually a good fit
Build an agent with at least one tool/connector and appropriate data
Provide the key prompt/instructions
Demonstrate in a short Loom how the agent works and why this workflow makes sense
Optional added data for learning
Submit the instructions/prompt text explicitly
Store submissions for pattern‑finding and future best‑practice guidance (even if not reviewed immediately)
Rationale
Checks minimum bar: they can reason about when to use Go and wire an agent together
Provides material for potential coaching moments, if capacity allows
Prescriptive vs. Open‑Ended Projects
Prescriptive option (Eric’s view)
Pros
Easier to grade fairly: everyone implements the same scenario (e.g., “build an agent/connector for Jira”)
Can design the scenario to intentionally exercise specific skills
Lower grading overhead (less research into unfamiliar tools)
Cons
Requires access to specific SaaS tools (licensing issues)
Less creativity, fewer insights into real partner use cases
Open‑ended option (Hector’s and Michelle’s leaning)
Pros
Lets partners choose tools they already use and care about
Surfaces interesting new APIs and use cases for Go
Better signal on how they think about their own customers and workflows
Can feed into a partner‑matching algorithm (e.g., “partner has built DocuSign connector”)
Cons
Harder to grade consistently; more effort per review
Risk that partners choose “too easy” scenarios and skip key concepts
Hybrid approach (emerging consensus)
Let partners choose their tool (Jira, Salesforce, HubSpot, or any SaaS with a free tier / existing access)
Prescribe what must be included (auth, sync table, action/formula, etc.) rather than which product
Use a few guiding questions to reduce “blank page” paralysis, e.g.:
What is your main product/service?
Where do your users have to leave that product and manually go to another system (copy/paste, context switch)?
Level of Touch & Delivery Model
Desired profile
Overall: low‑to‑medium touch; cannot be deeply bespoke for every partner
Need a mix of self‑serve content, objective checks, and limited higher‑touch interaction
Potential delivery structure
Content & quiz
Highspot or similar training to cover core concepts (SDK basics, connectors vs. agents, scoping basics)
Objective questions (multiple choice, true/false) for discovery/fit “Is Go a good fit here?” style scenarios
Capstone(s)
Connector build + short Loom
Simple agent build + short Loom
Cohort‑based kickoff
Run periodic “kickoff classes” (e.g., weekly or twice per month)
One‑to‑many format to explain expectations, answer common questions, and reduce 1:1 support
Review
Option A (low touch): quick checklist‑style review of submissions (≈30 min per partner) → pass/fail
Option B (medium touch): add 30 min feedback call per partner or per small cohort to discuss what they built
Resource considerations
Need a technical grader/proctor (e.g., solutions architect/engineer, possibly Ted Yu or upcoming technical hire)
Must be honest about time cost per partner (rough estimate: ~3 hours per partner if doing Q&A + detailed review)
Partner Time Investment & Platform Volatility
Concern
Developer experience and agent model are evolving rapidly
Risk that partners invest heavily in patterns/workflows that become obsolete quickly
Principle
Keep partner effort as light as possible while still providing internal confidence
Put more weight on relatively stable areas (connectors), and lighter requirements on volatile ones (agents)
Target Partner Types
Intended audience for accreditation
“Go partners” broadly: solution partners and ISVs doing services
Also applies to ISVs with “minor” in services or solution partners with lightweight ISV ambitions
Future reuse
Same framework could be offered as guidance to large customers’ internal teams (with or without grading)
Next Steps / Plan Forward
Michelle to
Synthesize today’s discussion into a more concrete accreditation proposal
Define variants (e.g., very low‑touch vs. medium‑touch with coaching, prescriptive vs. hybrid project choice)
Align with Lauren, Coe, Victoria’s org (and David where relevant) on
Required assurance level
Tolerance for review effort
Expected partner time investment
Return next week with a more baked outline for further review with Hector and Eric
Immediate coordination
Michelle to attend tomorrow’s partner builder workshop (1 pm) for more input on partner questions and topics
Workshop to be recorded for internal learning only (not shared back with partners) to protect partner IP/ideas
Action Items
Draft a concrete Level‑1 Go Partner Accreditation proposal (structure, connector/agent capstones, quiz concept, touch level options) and review with Lauren, Coe, and Victoria’s team.
Define recommended project requirements for the connector capstone (auth, sync table, actions/formulas, acceptable tool types, submission format).
Outline a minimal, lightweight agent capstone (requirements, Loom + prompt submission) that acknowledges product volatility.
Propose a cohort‑based delivery model (cadence, kickoff agenda, review flow, approximate time per partner).
Identify and propose the grading/proctoring owner for phase 1 (e.g., Ted Yu, new technical hire, or a solutions architect/SE).
Join tomorrow’s 1 pm partner builder workshop and capture themes/questions that should feed into accreditation content.
Design a short objective quiz bank focused on scoping/fit (“Is Go appropriate here?” scenarios) for the knowledge‑check portion of accreditation.
Decide internally how “open” vs. “prescriptive” partner projects should be, balancing grading overhead vs. learning value.
Questions
Do level 1 builders need to shadow?
how do we let partners shadow?
legally
ethically
resource and planning wise?
If we are building 1st party connectors, the partners could shadow that without any legal or ethical issues
Who is going to bring a partner, who is making the decision, the SE, AE or both?
What specifically do the SEs need to see/know to agree that a partner has the capability?
If SH had a new hire that was going to build connectors, who would train them and what resources to do they have?
Do we have anyone internally that will build agents?
Does Ted need to know how to build a connector agent?
What could Ted help with?
Scoping agents
Building agents?
Internal POC for finding resources for partners
What are the differences between simple and complex agents?
for connectors
for agents, it might be the UI vs SDK

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