Brand Logo

Prospecting field note

okki-go for B2B Sales: A 7-Step AI Sales Assistant Checklist (Data Enrichment, Email Automation, Install Command)

Before you sign up for another prospecting tool, run this checklist. I manage software budgets and procurement for B2B sales teams, so I'm the person who reads the fine print after a demo. Most AI SDR demos look strong. The real test starts when you connect a dirty list, launch the first email sequence, and later look at what actually got delivered and what your first invoice actually includes.

This guide uses okki-go (also written okkigo) as a concrete example. It's an AI SDR platform that combines agent-native prospecting, waterfall enrichment with intent signals, and a human-in-the-loop approach to outbound. The questions work with any tool you're comparing, which is the point.

Who this is for: RevOps leads, SDR managers, and outbound agency owners who need to make a buying decision soon. Seven steps follow, plus a short list of common implementation mistakes. You'll use this checklist twice—once when evaluating the platform and once when setting it up.

1. Decide whether this is a tool problem or a process problem

What are AI sales assistant features, and when should a B2B sales team use them? That's the question to settle before you look at per-seat pricing. The short version: an AI sales assistant automates the repetitive parts of outbound prospecting. It researches accounts, enriches contact data, flags buyer intent, drafts messages, sends email sequences and logs replies in your CRM. That is very useful if your B2B team is losing selling time to research and data entry.

Consider this type of platform when:

  • Your SDRs are spending more time looking for personal emails and syncing data than talking to prospects.
  • You have enough target accounts but no healthy signal about which ones are ready to buy.
  • Your outbound operation is growing and every rep runs their own spreadsheet-and-scraper workflow.
  • You want response handling to be visible instead of living in an inbox that only one SDR can see.

On the other hand, if your team sends forty personalized emails a week and they're working, an AI SDR platform won't fix a demand or ICP problem. It adds leverage to a process that already points in the right direction. Buying it first usually makes a messy process faster, not better.

2. Map sales prospecting features to your actual workflow

Comparing sales prospecting features feature-by-feature is a trap. Every vendor will show a graph with a contact coverage rate and a list of integrations. The useful filter is to map the capabilities to steps your team already runs:

  1. Account and lead sourcing. Where do target accounts come from? CRM, events, LinkedIn, third-party intent?
  2. Enrichment. Which fields do you need filled? Email, phone, company size, tech stack or job changes?
  3. Verification. Is email verification applied before the first send, or after a soft bounce appears in the data?
  4. Email automation. How are sequences triggered, variants chosen, replies detected, and follow-ups stopped?
  5. Routing and CRM updates. Who sees a positive reply and how does the conversation get logged?

Make this map before you watch a demo. Then ask the sales engineer to walk through exactly those five steps with your data, not with their sample list.

3. Test okki-go data enrichment with a deliberately dirty list

Data enrichment is the first place where the 'cheap' platform starts to get expensive. A clean list of 200 well-known companies will enrich at impressive rates for almost every tool. Your pipeline won't look that clean.

Run what I call a dirty 100 test. Build a spreadsheet of 100 contacts: 20 with dead or parked domains; 20 with generic role addresses such as info@ or contact@; 20 with outdated company names from acquisitions; 20 with misspellings or inconsistent formats; and 20 that are old but realistic. Now run that file through okki-go data enrichment and compare it with whatever you're already using. Look for:

  • How many of the 100 records came back with a real person's email address.
  • How many came back with the correct domain rather than a guess.
  • Whether the result shows a data source and a confidence level.
  • Whether the waterfall found a fallback source when the primary source had no match.

The waterfall part is where okki-go sits: if the first data source doesn't find the person, the enrichment step can fall back to another source instead of returning blank. That behavior matters on industrial lists with weak coverage, not on a curated demo export.

A surprise from my own benchmark: the tool that looked best on clean lists was not the best on role-address-heavy lists. That's why the dirty test is non-negotiable.

4. Run the okki-go install command in a test workspace

Once the data test passes, the setup cost question appears. From my side, implementation mistakes are the largest hidden line item.

Start by isolating the install. Don't connect the production CRM first.

A typical install flow for the okki-go CLI:

# install the CLI
npm install -g @okkigo/cli

# confirm the version
okki-go --version

# connect and initialize your workspace
okki-go install

If the package name has changed in the current docs, use the one from your onboarding email. The sequence that matters runs like this:

  1. Create a CRM sandbox or a separate test workspace.
  2. Run the okki-go install command with a scoped API token.
  3. Map the fields you actually need: email, industry, job title, last activity, ICP score.
  4. Sync 100 records and inspect the results before touching the full database.

The okki-go install command itself rarely fails for long. What fails quietly is a missing relationship between Lead and Contact objects, or a custom field that the CRM won't write to because the token has the wrong permission scope. Those issues show up fast if you check the first 100 records.

5. Configure email automation with a human in the loop

Email automation is the most visible okki-go feature, and the easiest one to let run too far without supervision.

The deployment pattern I recommend is human-in-the-loop outreach:

  • The AI researches and drafts messages based on enrichment data and intent signals.
  • A sales rep reviews the top-intent segment before the campaign is activated.
  • Automation handles sending, follow-ups, and routine 'not interested' replies.
  • A real person gets pulled in as soon as a reply contains a meeting request or meaningful question.

Configure automation so a prospect never receives another sequence message after a direct reply. Connect reply detection to your CRM.

I'm not an email deliverability engineer, so I won't pretend to cover SPF/DMARC config here. I will say: don't launch a five-thousand-message campaign from a domain with zero sending history and no warm-up. The best email automation in the world can't fix a burned domain.

6. Put the total cost on a spreadsheet before you sign

The monthly seat price is often the least meaningful number in an AI sales assistant contract. The cost that matters is total cost per month after credits and implementation.

Use a model like:

TCO per year =
(number of seats x seat price x 12)
+ enrichment credits actually used
+ email verification credits
+ integrations and add-ons
+ implementation or onboarding fees
+ estimated admin time for cleanup

Ask the vendor line by line: What happens after the included credit volume is used? What is the rate per extra enriched record or verified email? Is history data removed when you downgrade? Which integrations are extra? Does each new workspace require a setup fee?

I've learned to ask 'what's not included in the quote?' early. Vendors who answer cleanly usually have less to hide during renewal.

My own biggest miss was a tool that looked 30% cheaper after we removed one seat. Then the enrichment credits ended and our data quality dropped. The additional cost of manual research was never on the invoice, but it was a cost.

7. Give the pilot two weeks and a scorecard, not a wish

Once everything is installed, set a scorecard before subscribing the full SDR team. Use two weeks and measure the process:

  • Enrichment coverage on 100 dirty records vs the initial demo.
  • Email verification and bounce flags as operational signals, not as guarantees.
  • Time from AI draft to send after human review.
  • How many replies need human escalation rather than automated follow-up.
  • CRM sync errors and duplicate contacts created.
  • Cost per qualified conversation, not just reply rate.

The surprise, in my experience, isn't whether the tool finds contacts. It's how much time the team spends reviewing AI suggestions and cleaning duplicates before a conversation metric has any meaning. A scorecard should include time spent, not just outcome.

Final notes: Mistakes that show up after implementation

If you use only this section, here are the rollout mistakes I see from the procurement side:

  • Rolling out before cleanup. Enrichment on top of duplicate CRM records just produces duplicate enriched records.
  • Testing only with a familiar sample. Use the dirty list, not your best accounts.
  • Going from zero to full volume on day one. Build sending volume gradually so infrastructure has time to adjust.
  • Licensing the whole sales team during the pilot. Two or three seats are enough to validate the workflow.
  • Not checking logs during the first week. Credit consumption, bounces and sync errors tell you if the tool is actually configured correctly.

One caveat: my experience is mostly mid-market B2B operations of 30 to 80 people. I won't claim this covers enterprise procurement or regulated industries such as healthcare or finance, so loop in your security and legal teams before taking an AI prospecting tool to production.

Run the checklist, even if you ignore everything else. It will stop you from discovering the extra invoice three months later.

Julian Hartwell

Julian Hartwell

Julian Hartwell is an independent B2B sales intelligence analyst covering contact databases, company data, decision-maker profiles, direct dials, prospect lists, and buying signals. He applies the ISO/IEC 25012 data-quality model while examining field accuracy, coverage, freshness, duplicate rate, match confidence, and source transparency. His evidence-led guides help revenue teams compare prospecting platforms, define acceptable data thresholds, and build account lists that support reliable territory planning and outreach.