Website profiles · Technology insights · Alternatives

gumloop.com

Gumloop is the multiplayer AI agent builder. Let anyone at your company build agents with any AI model, any integration while IT controls access.

Paid content
Visit website
Profile views 9 Outbound visits 12 Normal
Gumloop Full homepage screenshot

At a glance

Category
Artificial Intelligence
Language
English
Paid-content signal
Paid contentObserved
Registered
2024
Hosting
VercelInferred
HTTPS certificate trusted
PassedObserved
Last updated

Website review

This review may include AI-generated content and is not individually verified. Domain, certificate and other facts come from the observed data on this page.

What is Gumloop?

Gumloop is a platform for building, sharing and governing AI agents inside a company. Its pitch is "multiplayer": rather than one technical team owning all automation, domain experts across sales, support, data and operations can assemble agents themselves, while IT keeps control over access and integrations. Agents can draw on different AI models and connect to the tools a team already uses, so an agent can sit in a chat tool or CRM and act on company context instead of being a standalone chatbot.

What that looks like in practice

The clearest example on the page is a CRM agent that answers a question like "How's our Q1 pipeline looking? Anything at risk?" It pulls open opportunities, cross-references the CRM, and returns a pipeline summary with totals, weighted value and a watch list of stalled deals — then offers to draft follow-up emails. That is a useful illustration of the pattern: a plain-language request, data gathered from connected systems, and a structured answer with a suggested next action. Similar agent templates are shown for sales, support, data work, meetings and calls.

Who it suits

  • Teams where the bottleneck is subject-matter knowledge, not engineering capacity — the people who know the process build the agent.
  • Organisations that need central visibility and permissioning rather than a sprawl of personal scripts and API keys.
  • Groups already working inside chat, CRM or meeting tools who want agents to meet them there.

Trade-offs to weigh

A builder aimed at non-developers trades some fine-grained control for speed; highly custom logic or unusual data pipelines may still need engineering work. Connecting agents to company systems is where the value and the risk both live, so access scoping and review of what agents can read or change matter more than the model choice. And like any AI output, the pipeline summary above is a draft for a human to check, not a system of record.

Next step

Pick one recurring, well-documented question your team answers manually each week — pipeline risk, ticket triage, meeting follow-ups — and try to reproduce it as a single agent before expanding. If you want to compare approaches, Gumloop publishes its own pricing and demo options, while Zapier and n8n cover adjacent automation ground with different levels of technical depth.

How can non-technical employees build AI agents with Gumloop?

Non-technical employees build agents in Gumloop by describing what they want in plain language and connecting the tools they already use, rather than writing code. The page frames this as "let your experts build the agents" — the people who know the sales, support or data process are the ones assembling the agent, while IT keeps control over access.

What the building experience looks like

Gumloop describes itself as a "multiplayer AI agent builder," meaning agents are shared assets a team can build, reuse and improve together. The page's own example is a CRM Agent that manages deals, researches prospects and keeps the CRM current; a user asks "How's our Q1 pipeline looking? Anything at risk?" and the agent pulls open opportunities, cross-references HubSpot deals and returns a pipeline snapshot with at-risk deals flagged. That is the practical shape of a non-technical build: a business question, a connected system, a formatted answer.

Where the control sits

The trade-off is deliberate. Business users get the freedom to build without waiting on engineering; IT gets centralized access control and model choice. The page also emphasizes "complete context on your company" and meeting the team "where they work," so agents run inside existing tools instead of a separate destination. If your organization needs every action pre-approved and audited, that governance layer is the selling point — but it also means someone in IT must set up and maintain those permissions before builders can move fast.

A realistic starting scenario

Pick one repetitive, well-documented task: a weekly pipeline summary, a prospect research brief, or a support triage that reads incoming tickets and drafts replies. Have the person who currently does that task build the first version, test it against last week's real data, and share it with one teammate before rolling it out.

Decision criteria

  • Choose Gumloop-style building when the bottleneck is business-user speed and you need shared, governed agents across a team.
  • Stay with scripting or a developer-built pipeline when the workflow is highly custom, latency-critical, or touches systems with no supported connection.
  • Compare against general automation platforms such as Zapier or Make if your main need is simple app-to-app triggers rather than reasoning agents, and against n8n if you want self-hosted control.

Next step: list the three tasks your team repeats most, pick the one with the clearest inputs and outputs, and build that first.

How does Gumloop help IT teams control access and governance for AI agents?

Gumloop is positioned as agent infrastructure with IT oversight built in: the platform is described as a "multiplayer AI agent builder" where anyone in a company can build agents using any AI model and any integration, while IT controls access. That division of labor is the core governance idea — business experts build, IT governs.

What IT gets out of it

  • Centralized access control. Because building happens on one shared platform rather than in scattered personal scripts and tools, IT can decide who can build, run and share agents instead of chasing shadow automation.
  • Model and integration choice under a single roof. The pitch of "any AI model, any integration" means IT isn't forced into one vendor's model; governance is applied at the platform layer rather than per-tool.
  • Shareable, reviewable agents. The "build, share, optimize & control" framing implies agents are assets that can be published to teams and monitored, not one-off private hacks.

H3. A concrete scenario A sales ops lead builds a CRM agent that pulls quarterly pipeline data, flags at-risk deals and drafts follow-up emails — the example shown on the site. IT's role is to approve which CRM and model connections that agent may touch, who can run it, and what data it can reach. The builder never needs direct database credentials.

Trade-offs to weigh

  • Governance is only as strong as your integration hygiene; if agents can connect broadly, IT must actively curate which connections are allowed.
  • A shared builder lowers the barrier to automation, which can also multiply the number of agents IT must track. Plan a naming, ownership and review convention early.
  • Model flexibility is useful but shifts the burden of evaluating model behavior and data handling onto your team.

H3. Next step Start with one high-value, low-risk workflow (pipeline reporting is a good candidate) and define three things before rollout: who may build, which integrations are permitted, and who reviews agents before they're shared. For adjacent approaches, see Zapier for simpler automation governance and Microsoft for enterprise agent tooling inside an existing IT stack.

What integrations and AI models does Gumloop support?

Gumloop connects AI agents to the tools your team already uses, and it lets you pick from multiple AI models rather than locking you into one. The site's own examples show a CRM agent that pulls HubSpot deal data and runs on Claude 4.5 Sonnet, so integrations and model choice are treated as configurable parts of an agent, not fixed features.

Integrations

The page frames this as "any integration," with IT controlling access. Concretely, the visible example is a sales/CRM agent reading open opportunities and cross-referencing HubSpot deals. That tells you the intended pattern: connect a system of record (CRM, data warehouse, ticketing, messaging), then let the agent read from and act on it.

For a practical read: if your team lives in a CRM plus a chat tool, this is the kind of setup Gumloop is aimed at. If your data sits in a niche internal system without an API, verify coverage before committing.

AI models

The evidence names Claude 4.5 Sonnet in the CRM agent example. The broader claim is "any AI model," which matters if you want to route cheap summarization tasks to a smaller model and reserve frontier models for reasoning-heavy work like pipeline analysis.

Who this fits

Situation Fit
Non-engineers building agents Strong — the pitch is "let your experts build the agents"
IT needing access control Explicitly addressed
Teams wanting model flexibility Supported by the "any AI model" claim
Single-tool, single-model needs Probably overkill

Next step

Open Gumloop and check the integrations directory against your actual stack — list your top five tools, confirm each is supported, then build one small agent (e.g., a weekly CRM summary) before expanding.

How does Gumloop's pricing work for teams and enterprises?

Gumloop's own site links to a Pricing page, but the page evidence provided here does not include any plan names, tiers, seat rules, or usage limits. So the honest answer is: the structure of team and enterprise pricing is not specified in the material available. What the page does tell you is the shape of the product and who it is sold to — a "multiplayer AI agent builder" where anyone at a company can build agents on any model with any integration, while IT controls access. That framing matters for pricing, because it points to two different cost drivers.

What likely drives cost

  • Seats or builders. "Multiplayer" and "let your experts build" imply collaboration, which usually means pricing scales with the number of people creating and sharing agents.
  • Usage. Agents run tasks and call AI models; the page shows a CRM agent reasoning over pipeline data. Model calls and task runs are typically metered.
  • Control and governance. "IT controls access" and an Enterprise section suggest admin, permissions, and security features sit in a higher tier.

These are general patterns for this category of tool, not confirmed Gumloop specifics.

Practical next step

Open the official pricing page at Gumloop and check three things: whether pricing is per seat or per task run, what the model-call allowance is, and which governance features (SSO, role-based access, audit) are gated to Enterprise. If your team is small and experimental, a usage-based entry tier usually fits; if you need IT-controlled access across departments, expect to be routed to a sales conversation.

Decision criterion

Estimate your monthly agent runs first. If runs are low but many people want to build, seat-based pricing hurts; if a few power users run high volumes, usage-based pricing hurts. Match the pricing model to that ratio before comparing vendors.

What are some real-world examples or case studies of companies using Gumloop?

Gumloop's own site presents case-study-style examples with named people and roles rather than long written customer stories, so the clearest "real-world" picture comes from the agent scenarios it demonstrates and the roles it says are building them.

Examples shown on the site

  • A CRM agent that "manages deals, researches prospects, and keeps your CRM up to date." In the demo, a user named Marcelo asks how the Q1 pipeline looks and what's at risk; the agent pulls open opportunities, cross-references HubSpot deals, and returns a pipeline summary with totals, weighted value, and a watch list of stalled or low-probability deals. It then offers to draft follow-up emails or dig into activity history.
  • Named case-study references appear with role-style pairings: Max Arvidsson, Josh Rider, Gunnar Kozel, Ritu Khanna, Matt Gould, Shelby Belak, and Ryan Schwartz. The page does not spell out their employers or outcomes in the excerpt, so treat these as pointers to fuller stories rather than evidence on their own.
  • Deployment claims: "Tasks Automated 0+ Running live across teams" and "Agents Deployed 0+ Deployed worldwide," plus the framing "The agent infrastructure powering the world's most AI native companies."
  • Team functions listed as solution areas: Sales, Support, Data, Meetings, Calls, CRM.
  • Model and integration context: the CRM agent example shows Claude 4.5 Sonnet, and the page emphasizes "any AI model, any integration."

Who this is for

The site positions Gumloop for companies where non-engineers — "your experts" — build agents while IT controls access. That maps to revenue operations, support leads, and data teams who know the workflow but not the code.

Practical test before you commit

Pick one recurring, measurable task — pipeline reporting, ticket triage, meeting follow-ups — and check three things: whether your CRM or data source is among the supported integrations, whether the agent can run on the model you already trust, and whether IT can set permissions per team. Then compare against Zapier if you mainly need simple triggers between apps, or n8n if you want self-hosted, developer-led automation. If your need is a single sales-assistant agent rather than a builder for many teams, a narrower tool may be less to manage.

Next step

Book a demo and ask for a reference in your industry and team size, plus the specific outcome metrics behind the "tasks automated" and "agents deployed" counters — those numbers are only meaningful with a baseline and a time frame.

Related questions

More questions →
What kinds of AI agents can you build with Gumloop?

Gumloop is a multiplayer AI agent builder, so the practical answer is: you can build agents for any repeatable work that touches your company's tools and data — sales, support, data, meetings, calls, and CRM are the categories Gumloop itself highlights. The main constraint is not the agent type but whether the work can be expressed as a task with a trigger, some context from your systems, and an output someone acts on.

The agent categories Gumloop names

Gumloop's own site lists these areas as the work its agents cover:

  • Sales — pipeline review, deal research, follow-up drafting
  • Support — handling inbound questions and routing or resolving them
  • Data — pulling, cross-referencing, and summarizing information across systems
  • Meetings — preparing context before and capturing outcomes after
  • Calls — working with call activity and records
  • CRM — keeping records accurate and current

These are labels for use cases, not separate products. The same builder is used across all of them.

What a concrete agent looks like: the CRM Agent

The clearest example on Gumloop's site is a CRM Agent described as managing deals, researching prospects, and keeping the CRM up to date. In the demo, a user asks "How's our Q1 pipeline looking? Anything at risk?" and the agent:

  1. Fetches open Q1 opportunities
  2. Cross-references HubSpot deals
  3. Returns a pipeline table with deal, account, stage, amount, close date, probability, and owner
  4. Flags at-risk deals with reasoning (stalled proposal, no activity logged, tight runway)
  5. Offers a next action, such as drafting follow-up emails

The demo shows the agent running on Claude 4.5 Sonnet plus other models, and the site notes it "worked for 2 minutes." That gives you a sense of the shape: a natural-language request, a multi-step retrieval and reasoning process, and a structured answer with a suggested action.

What makes these agents possible

Two capabilities determine what you can build:

  • Any AI model — Gumloop states agents can use any AI model, so you can match the model to the task rather than being locked to one.
  • Any integration — agents connect to external systems (the CRM example uses HubSpot), which is what lets them read real company data instead of answering generically.

Gumloop also describes itself as providing "complete context on your company" and meeting your team "where they work," which points to agents operating inside existing tools rather than in a separate destination.

Who builds them, and who controls them

Gumloop's positioning is that your experts build the agents — the people closest to the work — while IT controls access. For teams, that means the answer to "what can we build" depends on which teams are enabled to build and what systems IT has approved for connection. The site also references a $50M Series B led by Benchmark and describes itself as "the agent infrastructure powering the world's most AI native companies," though those are company claims rather than capability limits.

How to decide if a task fits

A task is a good candidate for a Gumloop agent if it:

  • Happens repeatedly (pipeline reviews, prospect research, record updates)
  • Requires pulling from one or more connected systems
  • Produces an output a person reviews or acts on
  • Benefits from a model reasoning over the retrieved context

It is a weaker fit if the task is one-off, needs no external data, or requires a judgment call you would not want automated. To see current plans and access terms, check Gumloop's pricing page, since the site links to pricing but the specifics are not covered here.

What Is Gumloop and What Does It Do?

Gumloop is a multiplayer AI agent builder: a platform where people across a company can build agents using any AI model and any integration, while IT keeps control over access. It's aimed at teams that want to operate as "AI native" — spreading agent-building beyond a single technical owner — rather than at individuals who just want a personal automation script.

The core idea: agents as shared company infrastructure

Gumloop describes itself as "the agent infrastructure powering the world's most AI native companies." The framing matters. Instead of one team quietly wiring up automations, the platform is designed so that domain experts — sales, support, data, meetings, calls, CRM — build the agents themselves, and those agents get shared, optimized, and governed across the organization.

The homepage summarizes this as four verbs: build, share, optimize, and control agents.

What you can actually build

The clearest example on the site is a CRM Agent that "manages deals, researches prospects, and keeps your CRM up to date." In the demo, a user asks:

"How's our Q1 pipeline looking? Anything at risk?"

The agent then:

  • Fetches Q1 open opportunities
  • Cross-references HubSpot deals
  • Returns a pipeline snapshot with deal, account, stage, amount, close date, probability, and owner
  • Flags at-risk deals with reasoning (e.g., a large deal still in Discovery with no activity logged in 8 days)
  • Offers a next action, such as drafting follow-up emails

The demo shows the agent running on Claude 4.5 Sonnet plus additional integrations, and reports it "worked for 2 minutes." That combination — a model choice plus connected tools — is the pattern for most Gumloop agents.

Who it's for

If you are… Gumloop's fit
A company wanting many teams to build agents, not just engineering Core use case — "let your experts build the agents"
IT/security needing to control who can access what Explicitly supported — IT controls access
A team using multiple AI models Supported — "any AI model"
An individual wanting a quick personal automation Possible, but the product is framed around company-wide deployment

What makes it "multiplayer"

Two things distinguish it from a single-player automation tool:

  1. Anyone can build. The pitch is that non-engineers with domain knowledge create the agents, which is why the examples center on sales, support, and CRM work rather than developer tooling.
  2. IT retains control. Access is governed centrally, so spreading build rights across the company doesn't mean losing oversight.

The site also notes the company raised a $50M Series B led by Benchmark, and shows adoption metrics (tasks automated and agents deployed, displayed as live counters).

How to evaluate it for your team

  • Check model and integration coverage against the tools you already use (the demo uses HubSpot; confirm yours are supported).
  • Confirm the access model matches your IT requirements before rolling it out broadly.
  • Look at pricing on the pricing page, since cost and plan limits aren't specified on the homepage.
  • Start with one high-value agent — the CRM/pipeline example is a reasonable template for a first build.

If your goal is to let many people across a company build and share agents under IT oversight, Gumloop is built for exactly that. If you only need a single personal automation, the multiplayer and governance features are more than you need.

How Gumloop's Multiplayer AI Agent Builder Works for Teams

Gumloop is a shared workspace for building AI agents: instead of one engineer writing automations in isolation, domain experts across a company build agents together, share them, and run them inside the tools they already use — while IT keeps control over who can access what. It fits teams that have AI use cases spread across departments (sales, support, data, meetings) but no central team fast enough to build them all.

What "multiplayer" actually changes

Most agent and automation tools assume a single builder. Gumloop's page describes it as a "multiplayer AI agent builder," which means the unit of work is a shared agent rather than a personal script. In practice that shows up in three ways:

  • Builders are the experts, not just engineers. The page's framing is "let your experts build the agents" — the person who knows the sales pipeline or the support workflow is the one assembling the agent.
  • Agents are shared artifacts. The headline workflow is "Build, share, optimize & control agents," so an agent built by one person becomes something teammates can reuse and refine.
  • Model choice is open. The description says you can build "with any AI model, any integration," so a team isn't locked to one provider when assembling an agent.

How IT keeps control

The stated design is that anyone can build while IT controls access. That's the tension the product is built around: broad builder access, centralized governance.

  • Access control — IT decides who can reach which agents and integrations.
  • Scope control — because agents run against company systems (CRM, data, calls), the control layer is what makes company-wide rollout viable rather than a per-team experiment.

If your organization's blocker is "we can't let everyone wire up tools to our systems," that control layer is the part to evaluate first. The page does not detail the specific permission model, so treat the exact mechanics as something to confirm in a demo.

Where agents run

The page's section "Meet your team where they work" signals that agents surface in existing tools rather than a separate destination. The example on the page is a CRM Agent that "manages deals, researches prospects, and keeps your CRM up to date," built on Claude 4.5 Sonnet plus additional integrations.

A concrete illustration from the page: a user asks "How's our Q1 pipeline looking? Anything at risk?" and the agent fetches open opportunities, cross-references deals, and returns a pipeline summary with a weighted total, a watch list of at-risk deals, and an offer to draft follow-up emails. That's the shape of a useful team agent — it reads from live systems, reasons over them, and proposes the next action.

What teams are using it for

The page groups solutions around Sales, Support, Data, Meetings, Calls, and CRM, and shows case studies from named individuals at AI-native companies. The recurring pattern is agents that sit on top of a team's existing systems and answer questions or take routine actions, rather than standalone chatbots.

Choosing whether it fits

If your situation is… Gumloop's model is a good fit when…
Many departments want agents, one central team builds them Experts can build and share agents themselves
IT blocks rollout over access concerns Central access control is a requirement you can verify
Agents need to live in existing tools "Meet your team where they work" matches your stack
You want model flexibility Any-model, any-integration building matters to you

The page notes a $50M Series B led by Benchmark, which is a signal of backing rather than a product guarantee. Pricing is linked from the site but the amount isn't stated in the material here, so check the pricing page directly before assuming cost or a free tier.

Next step: if the control layer is your deciding factor, book a demo and ask specifically how permissions are scoped per agent and per integration — that's the detail the public page leaves open.

What AI Models and Integrations Does Gumloop Support?

Gumloop is a multiplayer AI agent builder that lets teams build agents with any AI model and any integration, while IT controls access. Based on the site's own description, the platform is positioned as "agent infrastructure" for companies: your experts build the agents, the agents pull in complete context about your company, and they meet your team where they already work. The one model named explicitly in the available page evidence is Claude 4.5 Sonnet, shown running a CRM agent. Beyond that, the site states the "any AI model, any integration" positioning without listing a specific catalog, so treat the exact roster as something to confirm on the pricing or docs pages before committing.

AI models

What the available evidence supports:

  • Any AI model — the site's core claim is that you can build agents with any AI model rather than being locked to one vendor.
  • Claude 4.5 Sonnet — the only model named in the page evidence, used in the CRM Agent example (labeled "Claude 4.5 Sonnet + 5 M").
  • Model choice per agent — because the builder is model-agnostic, the practical implication is that different agents can run on different models depending on the task.

What is not specified in the available material: the full list of supported providers, whether you bring your own API keys, and how model selection is configured in the builder. Those are the details to verify directly.

Integrations

The site describes integrations as the mechanism that connects agents to company data and tools, and the positioning is again broad: "any integration." The page evidence shows this in practice through a CRM agent that:

  • Fetches open opportunities
  • Cross-references deals in HubSpot
  • Reads pipeline stages, amounts, close dates, probability, and owner
  • Flags at-risk deals and offers to draft follow-up emails

That example illustrates the pattern: an integration gives the agent read (and potentially write) access to a system of record, and the agent reasons over that data to answer a question or take an action. The site also emphasizes "complete context on your company" and "meet your team where they work," which points to integrations spanning data sources and the tools people already use day to day.

Dimension What the evidence shows What to confirm
Model support Any AI model; Claude 4.5 Sonnet named Full provider list, BYO-key options
Integration scope Any integration; HubSpot shown in a CRM agent Catalog of connectors, custom/API options
Context "Complete context on your company" How data sources are connected and scoped
Access control IT controls access Roles, permissions, and admin settings
Deployment Agents deployed across teams Setup steps and environment requirements

How to choose based on this

If your priority is model flexibility, Gumloop's model-agnostic positioning is the relevant feature — but confirm the specific providers you need are supported before standardizing on it.

If your priority is connecting existing tools, the CRM example suggests integrations are deep enough to read structured records and act on them. Check whether the specific systems you rely on are covered, or whether a custom integration path exists.

If your priority is IT governance, the "IT controls access" claim is the one to validate against your own access requirements.

Practical next step

Because the public page evidence names only one model and one integration example, the fastest way to get a definitive answer for your stack is to open the pricing page and request a demo, then ask directly: which models can each agent use, which integrations ship out of the box, and how custom connections are built. That turns the broad "any model, any integration" claim into a concrete list you can plan against.

How Companies Get Started with Gumloop

Gumloop is a multiplayer AI agent builder: teams build agents that connect to their existing tools and data, while IT keeps control over access. Companies typically start one of two ways — clicking Get Started for a self-serve path, or Book a demo to evaluate fit with Gumloop's team first. Which one suits you depends mostly on whether you already know what you want to automate, and how much control your IT or security team needs to exercise before anyone builds anything.

The two entry points

Entry point Best for What it implies
Get Started Teams with a clear first use case and no blocking procurement process You begin building agents directly
Book a demo Companies that need to see the product against their own workflows, or that route tooling decisions through IT/security You get a guided walkthrough before committing

Gumloop's own site presents these as the two primary calls to action alongside Pricing, Enterprise, and Careers. If your organization has a formal vendor review, the demo path is the one that produces the material your reviewers will ask for.

What "multiplayer" changes about getting started

The core idea is that the people closest to a process — sales ops, support leads, data teams — build the agents, rather than a central engineering group. Gumloop describes this as letting your experts build the agents, with IT controlling access.

That has a practical consequence for rollout: you don't need one pilot team to prove everything. You can start with a single workflow owner and expand, because the builder is designed for multiple people working in the same environment rather than a single developer's project.

A concrete first agent

The clearest example on Gumloop's site is a CRM Agent that manages deals, researches prospects, and keeps the CRM current. In the demo shown, a user asks "How's our Q1 pipeline looking? Anything at risk?" and the agent:

  • Fetches open opportunities
  • Cross-references deals in HubSpot
  • Returns a pipeline summary with stage, amount, close date, probability, and owner
  • Flags at-risk deals with reasoning (stalled proposal, no activity logged, tight runway)
  • Offers a next action, such as drafting follow-up emails

The agent runs on a named model (Claude 4.5 Sonnet in the example) and the site notes it "worked for 2 minutes" — a useful reminder that agent runs take real time, not milliseconds, so pick a first task where a short wait is acceptable.

If you're choosing a first project, this pattern generalizes well: a question your team already asks a human, answered from data you already have in a connected system.

What to prepare before you start

  • The task, stated as a question or a recurring chore — "what's at risk this quarter," "summarize these calls," "update the CRM after a meeting"
  • The systems involved, since agents need integrations to reach your data
  • The model preference, if your company has one; Gumloop supports any AI model
  • Access boundaries, so IT can decide who builds and who sees what before the first agent exists

Enterprise considerations

Gumloop offers an Enterprise track alongside standard pricing, and positions itself as "the agent infrastructure powering the world's most AI native companies." The site also references a $50M Series B led by Benchmark, which is relevant if you're assessing vendor stability. For current plan details and limits, check the Pricing page directly — the site links to it but the input here doesn't specify tiers or costs.

Common sticking points

  • Treating it as a single-builder tool. The value proposition is multiplayer; a one-person pilot underuses it and may not surface the access-control questions IT will raise later.
  • Starting with a task that needs instant answers. Agent runs take time, as the two-minute example shows.
  • Skipping the demo when procurement is involved. The demo exists to answer fit questions; using it early avoids rebuilding momentum after a review.

If you know your first task and your team can adopt tools without a formal review, Get Started. If you need to prove fit against your own workflows or satisfy IT and security first, Book a demo.

Website Overview

Page metadata, canonical configuration and social previews work together to provide more consistent search and sharing presentation.

Domain and Registration

Transfer-protection status is present, helping reduce the risk of unauthorized domain transfers. The domain has about 2 years of registration history; its current configuration provides more context than age alone. The registrar is NameCheap, Inc., a widely used domain service provider. The domain uses the common .com extension, which is not an independent safety signal.

DNS and Email

Nameservers are provided by Namecheap, indicating managed DNS hosting. MX records point to the Google Workspace email service. SPF and DMARC are configured. DKIM status is unknown. TXT records include verification markers for Google, Atlassian, Microsoft. Such markers may also remain after a service stops being used. DNSSEC signatures were not detected, so this additional DNS authenticity protection is not confirmed.

TLS and Certificates

The certificate uses an RSA 2048-bit public key, offering broad client compatibility. The server supplied a complete certificate chain. No organization name is present in the certificate; the available fields are consistent with domain validation. The certificate was issued by Let's Encrypt, commonly associated with automated certificate services. The certificate's total validity is about 89 days, consistent with a short renewal cycle.

HTTP and Browser Security

X-Powered-By exposes backend information: Next.js. All six checked browser-security headers are present. Their effectiveness still depends on the policy values and application behavior. CORS permits the specified origin https://gumloop.com. No obvious internal addresses or debug information were found in the headers. The Server header contains the custom value Vercel.

Technology Stack Analysis

The public page identifies Next.js, Vercel without precise versions, leaving fewer clues for version-specific scanning.

Search and Social Sharing

Twitter Card metadata is configured. JSON-LD includes Organization data, helping describe the organization as an entity. The title has 33 characters, within a common display range. A meta description is present, with 145 characters. The observed directives allow indexing and link following.

Hosting and Email

DNSNamecheap
HostingVercel
EmailGoogle Workspace
Approximate IP geolocation (inferred; a CDN or proxy may differ from the origin server) United States flagUnited States Inferred 66.33.60.194

Registration details

RDAP / WHOIS

RegistrarNameCheap, Inc.
Registered2024-04-25
Expires2027-04-25
Domain statusclient transfer prohibited
Nameserversdns1.registrar-servers.com、dns2.registrar-servers.com
DNSSECunsigned

DNS records

DNS

TypeNameValueTTLPriority
Acname.vercel-dns.com66.33.60.194279—
Acname.vercel-dns.com76.76.21.93279—
MXgumloop.comaspmx.l.google.com17991
MXgumloop.comalt1.aspmx.l.google.com17995
MXgumloop.comalt2.aspmx.l.google.com17995
MXgumloop.comaspmx2.googlemail.com179910
MXgumloop.comaspmx3.googlemail.com179910
NSgumloop.comdns1.registrar-servers.com1800—
NSgumloop.comdns2.registrar-servers.com1800—
TXTgumloop.comMS=ms360499761799—
TXTgumloop.comMS=ms694890811799—
TXTgumloop.comanthropic-domain-verification-1xjbbj=8CCITtzZm5YLFv6XO6XONMw9Q1799—
TXTgumloop.comanthropic-domain-verification-ke6dx1=qu0sIziWo3uNMvVJjp52GHIKm1799—
TXTgumloop.comatlassian-domain-verification=G1q1ZE1dJuc8VXuUUPa7prkrS4JGLZWw7jcj3kzVdW0RoCaFPQga2BsHDThuL3oW1799—
TXTgumloop.comgoogle-site-verification=9-A8SLN6IgvzpmKx06GOzjxQ36YSBxOgZ3GZSn-_zxk1799—
TXTgumloop.comgoogle-site-verification=Oyq-8Cq8yxFZt8L3FvuNJA0ywrLO-UxYog5l8FGem1I1799—
TXTgumloop.comgoogle-site-verification=gVtsuJv4cuNUAoPe152dwyQoH-bwW-3RnKbKuP7kkCs1799—
TXTgumloop.comhubspot-developer-verification=YTRmMjBjY2YtYTM2Ny00YzJhLWE1MzktNGYzMDhlMzUxNWVl1799—
TXTgumloop.comoneleet-domain-verification-ed1b5569-137d-4e5f-abed-b7e790acd3871799—
TXTgumloop.comopenai-domain-verification=dv-hr50QocblBNyIkMv8vZGgQiG1799—
TXTgumloop.comslack-domain-verification=BjKcOhII1Q0Q5OEz9uEObywqgxTBh88MY1Jstoq11799—
TXTgumloop.comv=spf1 include:_spf.google.com -all1799—
TXTgumloop.comzoom-domain-verification=ZOOM_verify_d94b4f1c5f884073853e597ccc92018d1799—
CNAMEwww.gumloop.comcname.vercel-dns.com3600—
DMARC_dmarc.gumloop.comv=DMARC1; p=reject; rua=mailto:[email protected]; ruf=mailto:[email protected]; sp=none;3600—

TLS and certificates

TLS / SSL

AssessmentNormal configuration
Supported protocolsTLSv1.2、TLSv1.3
Negotiated protocolTLSv1.3
Certificate subjectwww.gumloop.com
IssuerLet's Encrypt
Valid until2026-10-26T21:57 · Remaining when checked: 29 days
Verification detailsCertificate trust: Passed · Hostname match: Passed

HTTP response headers

HTTP

HeaderValue
content-typetext/html; charset=utf-8
cache-controlpublic, max-age=0, must-revalidate
serverVercel
strict-transport-securitymax-age=31536000; includeSubDomains
content-security-policydefault-src 'self' *; script-src 'self' 'unsafe-inline' 'unsafe-eval' *; connect-src 'self' blob: *; style-src 'self' 'unsafe-inline' *; img-src 'self' data: blob: *; media-src 'self' blob: *; font-src 'self' data: *; frame-src 'self' blob: *; worker-src 'self' blob:; frame-ancestors 'none';
x-frame-optionsDENY
x-content-type-optionsnosniff
referrer-policystrict-origin-when-cross-origin
permissions-policygeolocation=(), microphone=(self), camera=()
access-control-allow-originhttps://gumloop.com

Identified technologies

Next.jsVercel

Pages, Search and Sharing

Meta descriptionGumloop is the multiplayer AI agent builder. Let anyone at your company build agents with any AI model, any integration while IT controls access.
Canonical URLhttps://www.gumloop.com/
LanguageEnglish (default)
Twitter Cardsummary_large_image
All bots 1 allowed · 48 disallowed
  • Allow/
  • Disallow/aexp
  • Disallow/agents
  • Disallow/agents/hosted-auth
  • Disallow/analytics
  • Disallow/api
  • Disallow/artifacts
  • Disallow/aws-one
  • Disallow/brand-guide
  • Disallow/connect
  • Disallow/custom-nodes
  • Disallow/design
  • Disallow/flows
  • Disallow/gumball
  • Disallow/gumball/chat
  • Disallow/gusto
  • Disallow/history
  • Disallow/hub
  • Disallow/instacart
  • Disallow/interface
  • Disallow/legora
  • Disallow/library
  • Disallow/oauth
  • Disallow/oauth/failed
  • Disallow/onboarding
  • Disallow/personal
  • Disallow/photos
  • Disallow/pipeline
  • Disallow/profile
  • Disallow/requests
  • Disallow/sandbox
  • Disallow/settings
  • Disallow/settings/organization/hosted-mcps/new
  • Disallow/settings/organization/skills/new
  • Disallow/share
  • Disallow/signin
  • Disallow/signin/sso-complete
  • Disallow/skills
  • Disallow/squarespace
  • Disallow/sso
  • Disallow/super
  • Disallow/super-admin-dashboard
  • Disallow/tasks
  • Disallow/teams
  • Disallow/triggers
  • Disallow/trm
  • Disallow/ui
  • Disallow/upgrade
  • Disallow/xelix

Recent Updates

  • Website images
  • Screenshots
  • Network details
  • Website Technologies
  • Pages and Search Information
  • TLS and certificates
  • DNS Information

User reviews (0)

  • No reviews yet.