ToolSwift vs. Unilog CX1: A 2026 Comparison for Distributors Evaluating CIMM2, Sigma, and Essentials

Before I get into features, it's worth understanding what each of us is actually selling, because with Unilog, that question has a genuinely complicated answer right now.

Unilog started in 1998 as a product cataloging business and launched its flagship B2B eCommerce platform in 2014. The content DNA never left; enrichment services are still a core revenue line alongside the software. The company is headquartered outside Philadelphia with its engineering operation in India, and has been majority-owned by the private equity firm Investcorp since January 2021.

They sell to a wide range of wholesale distributors: plumbing, PVF, HVAC, electrical, industrial supply, safety and sanitation, pharma and medical, construction materials, and retail hardware and home improvement. That's nine industries, but from a platform perspective, it's the same challenge repeated: complex catalogs, account-based buying, customer-specific pricing, and an ERP that needs to stay in sync. We are built for that same challenge and serve the same types of distributors, wholesalers, and specialty retailers. Neither of us is limited by what's in stock.

Where we actually differ is in what each company ships.

As of this month, Unilog is selling three separate commerce products:

CX1 CIMM2 is the established platform, and it's what nearly all current Unilog customers use. It's highly configurable, and their development team creates custom features to meet specific business needs. That flexibility is a real strength and is the reason they win complex accounts.

CX1 Sigma launched on August 20, 2026, four days before I wrote this. Unilog describes it as AI-native, API-first, and multi-tenant, with an agent suite handling content enrichment, merchandising, search tuning, and site health monitoring. The first named adopter, a plumbing and HVAC distributor, started implementation this month. Unilog says plainly in their own customer communications that Sigma is not a technical update to CIMM2. It's a different foundation.

CX1 Essentials is the entry tier,, a ready-to-launch storefront sold at Base, Plus, and Pro levels, with ERP integration available only at the top tier.

Their position is that CIMM2 continues on its published roadmap, while Sigma is an additional path, and I have no reason to think either statement is insincere. But if you're signing a multi-year agreement this quarter, you're choosing between a mature platform that's no longer the company's architectural direction and a four-day-old platform with one publicly named implementation in progress.

ToolSwift is one headless, API-first platform with a dual-experience architecture. Every client gets two front ends that share a single catalog and data layer: a retail storefront on your own domain and a separate B2B account dashboard with a native, branded mobile app for your commercial customers.

Product data, pricing logic, and catalog structure live in our own PIM, not in a third-party system bolted on. Our ERP and POS integrations sync pricing and inventory in real time, where the ERP supports it, but we maintain independent pricing logic, so if your ERP handles tiered or customer-specific pricing badly, you're not capped by that. Pages are server-side rendered, which matters later when I get to discoverability.

Impact: The architectural difference shows up in how the platform improves. On CIMM2, new capabilities have historically come from Unilog's development team building against a configurable base. That's powerful, and it's why they handle complicated accounts well, but it means your site is partly bespoke, and bespoke work carries forward awkwardly when the vendor's underlying architecture changes. Sigma's multi-tenant design is their answer to exactly that problem, and architecturally, I think it's the right answer. The catch is timing. If you're evaluating Unilog today, you're weighing a platform whose successor has already been announced against a successor with essentially no operating history. Our clients aren't making that call because there's one platform and one upgrade path.

The second difference is who the storefront is built for. Unilog's model is a single site that personalizes for whoever's logged in, which is the standard approach in wholesale distribution. It works cleanly when every customer is an account. It works less cleanly for any business running a real counter, showroom, or walk-in trade alongside its commercial book, and that describes many distributors in every industry Unilog sells into. We split those buyers into two purpose-built interfaces, each running on its own catalog, instead of asking a single storefront to be both.

Neither of us puts a full price list on a public page, but we operate at different scales and treat pricing as information in pretty different ways.

Unilog doesn't publish pricing. CX1 Essentials has three named tiers, Base, Plus, and Pro, with no rates attached to any of them, and CIMM2 and Sigma are both quoted per engagement. The software directories that track this stuff all list Unilog as custom-priced with no published plans.

What I hear from dealers who've been through their process is a build somewhere between $15,000 and $60,000, with the subscription starting around $2,499 a month. That's a wide spread on the build, and it's wide for legitimate reasons: how many integrations you need, how much custom development gets written, how much of your catalog needs content work. All of that moves the number.

Multi-storefront and multi-brand work is supported, but it comes as a higher investment rather than a published incremental rate. Advanced search through HawkSearch is a paid add-on, not part of the base platform. Content enrichment is priced separately as its own service.

None of that is unusual for enterprise B2B commerce, but it does mean you can't estimate the total until you've been through a scoping conversation.

We publish our rates. ToolSwift is $499 per store per month and $250 per additional location or online store. That covers a dedicated account manager, hosting, and uptime. If the site breaks, that's on us, not on you, to go find someone. Every CMS update ships to every client as it's released. Small changes, anything under about fifteen minutes of developer time, we just do. Anything bigger is $60 an hour. You also get direct access to the dynamic sections of your site if you'd rather make changes yourself.

Onboarding runs $5,000 to $15,000 total, depending on complexity, what you're integrating with, and how much of it is custom. If you want us to run your product data through our enrichment process, that adds some cost on top, but that's about the extent of it. If you're running something uncommon or built in-house, we'll conduct a feasibility assessment for free before we provide a quote.

We charge zero transaction fees. We never touch your money; you connect your own processor, and the funds settle directly to you.

What I care about here is how much work you have to do before you're allowed to know the number.

You can read our monthly cost on our website right now and decide within 2 minutes whether we're within your range. To find out what Unilog costs, you first go through discovery calls and a scoping process. And with three commerce products in the market, the opening question in that process is now which platform you're even being quoted, because Essentials, CIMM2, and Sigma aren't the same purchase.

Impact: The monthly gap is roughly 5-to-1, but the build number is where the real weight lies. A $15,000 to $60,000 implementation has to be defended internally, budgeted a year out, and justified against a payback horizon measured in years. That changes who in the business is even allowed to make the decision. It also changes what happens if the platform turns out to be wrong for you. I've watched dealers stay on software they'd outgrown for years, not because it was working, but because they couldn't stomach writing off what they'd already sunk into it.

The zero-transaction-fee piece compounds in a way that monthly comparisons don't show. When a platform takes a percentage of volume, its revenue goes up every time you sell more, which means you're paying the vendor more for the same software as you grow. Our cost is flat whether a location does $30,000 online or $3 million.

I'll be fair about the variable build cost, though. It's variable because Unilog does real custom development, and if your requirements are genuinely unusual, that work is worth something. The trade-off is that you can't know what you're spending until you're already weeks into the process.

This is the part that decides whether a commercial customer actually uses your site or keeps calling the counter. Contractors don't browse. They know what they want, they're buying the same forty items on repeat, and they're doing it from a truck with one hand while talking to a foreman.

Unilog's B2B list is long: account-based workflows with user hierarchies, multi-level approval chains, RFQ management, quick order pads, customer part number associations, buy-on-account, subscription ordering, invoice and statement views, sales rep customer management, punchout, a customer portal, and a mobile app.

That list is the accumulated output of a decade of customer requests across nine industries. Every item exists because someone asked for it, and it's shaped by who asked, procurement departments, approval chains, and buyers purchasing through their own systems. That's how a plant maintenance buyer or a hospital supply desk operates.

The account rules run against what your ERP can support. Where the ERP handles customer-specific, loyalty, or employee pricing, Unilog applies those rules. Where it doesn't, the capability is bounded by what the ERP can return.

We give commercial customers their own environment rather than a logged-in version of the retail site. The B2B dashboard is a separate interface with a native branded mobile app, built around repeat ordering.

Company accounts are multi-user and multi-location. A contractor's office manager, two foremen, and the owner sit under one account with different roles and permissions, who can order, who can order up to a limit, who sees pricing, and who approves. Account structure is configured to how you already do business rather than fitted into a template.

AR is live in the dashboard. Customers can view their balance, open invoices, and statements, and pay directly from the same interface. Payment links, invoice payment, and account-level credit applications. Credit limits and net terms flow through from your system.

Pricing supports tiered and customer-specific rates, customer- or product-specific quantity breaks, loyalty pricing, and employee pricing. Because we maintain our own pricing logic, a structure your ERP can't express is something we build on our side, not something you're told isn't possible.

Quoting runs across the dashboard and the mobile app, including AI-assisted quote-building from a photo, a voice note, a scan, or an uploaded file. That gets its own section later.

Impact: Long feature lists made sense when every capability had to be specified, scoped, and hand-built. The list was a proxy for how many years of development had gone in ahead of you.

But it's worth asking what those features were solving for, because most of them answer an information problem that no longer exists in the same form.

Take approval chains. A project manager orders $40,000 of material. Is it in the job budget? Is it the right spec? Is the pricing correct against the contract? Historically, nobody could answer those questions at the time of ordering, so businesses inserted a human checkpoint, routing every order through someone with sufficient context to catch mistakes. That checkpoint costs a day, and it costs it on every order, including the ninety-five percent that were fine.

A system with access to the job, the account's pricing, and two years of purchase history evaluates that order as it's placed. It knows this account has bought that item 40 times, that the price matches the contract, and that the quantity is in line with the job. It clarifies what's routine and surfaces what isn't, the order at triple the usual quantity, the spec that doesn't match anything on that job, and the item never bought on this account before. The exception goes to a person. Everything else goes straight to the yard.

Same control, inverted model: verify by exception rather than gate everything. The multi-level approval chain isn't the outcome anyone wanted; it's the workaround for not being able to check anything in real time.

That said, some approvals aren't verification at all. When a controller requires sign-off above a spend threshold, that's budget authority and audit trail, not error-checking, and it stays a governance requirement no matter how good the system is. We build those chains where businesses need them. The distinction worth drawing is between approvals that exist because someone chose them and approvals that exist because the software couldn't do better.

Punchout is a similar story. It exists so that a buyer inside their own procurement system can reach a supplier's catalog with contract pricing intact, machine-to-machine access, and standardized on cXML in the late 1990s. That need is real, and it hasn't gone away, and for enterprise accounts whose procurement policy mandates cXML punchout, meeting it isn't optional. We support that. Being API-first doesn't mean we only support modern protocols; it means the architecture is clean enough to support whatever a customer's systems require, including standards older than most of the platforms that implement them. What's changed is that cXML is no longer the only way to solve it; a catalog exposed through modern APIs and readable by AI purchasing agents serves buyers who never had a procurement system, as well as those who do.

That's the underlying point about integration generally. Legacy ERPs, EDI, flat-file exchanges, and in-house systems nobody has documented in fifteen years, none of that is beyond reach. We offer a free feasibility assessment for any uncommon or custom system before quoting, and we integrate with any ERP or POS, regardless of vintage.

So the question isn't whether a platform has these features. It's whether the workflow they encode reflects how your customers actually buy, and whether the platform can meet the ones that do while staying out of the way of the ones that don't. A feature set assembled across nine industries encodes an average of all of them. Your customers aren't average.

We built the contractor experience as its own interface for that reason, and nothing on the other side of this comparison sits beyond what that architecture reaches. The difference is that we shape the dashboard and the app around how your customers order rather than asking them to work inside a template built to serve everyone at once.

The pricing-logic difference matters more than it sounds. When account rules are bound by what the ERP returns, an older ERP quietly caps what you can offer online, and the fix is an ERP project, not a website change. Holding pricing logic in the commerce platform means your online capability isn't held hostage by a system you may not replace for years.

A growing share of product research now starts inside an AI assistant rather than a search box. Someone asks where to buy a specific part near them, and the assistant answers from whatever it can read. Whether your catalog is in that answer comes down to two things most distributors have never been asked about.

Every site has a robots.txt file specifying which automated visitors are welcome. Traditional search crawlers have been in those files for twenty years. AI crawlers, GPTBot, ClaudeBot, PerplexityBot, Google-Extended, are new, and most robots.txt files predate them.

This is worth checking on whatever platform you're on, including ours. I looked at three live CX1 storefronts and found three different answers: one explicitly welcoming all major AI crawlers, one blocking them via a Cloudflare setting, and one allowing only three legacy search engines and denying everything else. Same platform, three unrelated policies. That's a configuration question rather than a platform capability, and it's one nobody gets asked during a sales process.

Our storefronts ship open by default, with only the API and customer portal paths closed. A client doesn't need to know that this problem exists to avoid it.

This is the one that matters more, and it's the one you can't fix with a config line.

On the CX1 storefronts I examined, product detail pages are indexed without product identity. Page titles come back as "No Data" or the generic site name. Descriptions are the same site-wide marketing line on every product. No product name, no price, no SKU is what a crawler receives.

Category pages render fully, full titles, facets, product counts, and even product names in the listings. So the data exists. It's specifically the product detail page, the canonical URL for that SKU, that arrives empty.

That happens even on the storefront with the AI-friendly robots.txt. Crawler access granted, product identity still missing.

Here's what it looks like in practice. I asked an AI assistant to find a specific pond clarifier at one of these retailers. It confirmed that the retailer carries it by reading the category and brand pages. It couldn't return a price or availability. And it pulled the actual product specifications from Amazon.

A customer asked where to buy something, an AI confirmed the local retailer stocks it, then described the product using a competitor's data, and couldn't say what it cost.

Every page is server-side rendered, so a product page arrives complete on first request, name, price, description, specs, rather than assembling itself in a browser after the fact. A crawler that doesn't execute JavaScript, which describes most AI crawlers, still gets the full product.

Sitemaps are dynamic, so new products and categories become discoverable as they're added, rather than only when someone regenerates a file.

And we've implemented the Universal Commerce Protocol, a standard for exposing a catalog directly to AI shopping agents as structured, queryable data, product, pricing, and availability that an assistant can act on, rather than text it has to interpret from a page.

Impact: There are three gates between your catalog and an AI's answer, and each one only matters if you've cleared the one before it. Crawler access is the first, and it's a settable line in a file. Product pages that identify their products are the second, and that's architectural. Structured data that an agent can query is the third, and almost nobody is there yet.

The middle gate is where the damage is quietest. A product page indexed as "No Data" isn't visibly broken; the site works, customers buy things, nothing looks wrong. But that page cannot rank for the product it sells, and an assistant asked about that item finds nothing usable on it. Multiply by a catalog of forty thousand items, and the loss is real and entirely invisible in any report you'd normally look at.

The competitive risk is greater than the loss of ranking. When an AI can confirm you stock an item but has to describe it using a competitor's product data, that competitor is now in a conversation about your inventory. The customer asked about you.

None of this is static. AI-driven discovery is changing quarter to quarter, and Unilog is clearly aware of the problem. Sigma's findability agent and its SEO and GEO handling are built for exactly this, and a new rendering foundation is the right place to fix it. The question for anyone evaluating them is whether those capabilities are on the platform being quoted or on the one that launched in August 2026.

Quoting is where most B2B commerce platforms hand the work back to your staff. A customer submits a request, it lands in someone's inbox, and a human rebuilds it line by line against the catalog. The platform captured the request; it didn't do the quote.

Unilog supports RFQ management as a core B2B capability. A customer submits a request for a quote through the site, it enters a managed workflow, and your team responds. When combined with account-based pricing, quick order pads, and customer part number associations, a buyer can efficiently assemble a request, and your staff can price it under the right terms.

Sigma adds an order concierge agent covering quotes, orders, reorders, and fraud detection. That's the direction the whole category is heading, and it's aimed at the right bottleneck. As with the rest of the agent suite, it's on the platform that launched in August 2026 rather than the one most customers are running.

The structural point about RFQ management is that it organizes the request. Someone still builds the quote.

Quoting runs through both the contractor dashboard and the mobile app, and customers manage their own quote history natively in each, past requests, statuses, and previous quotes without emailing anyone to ask.

Assist AI, currently in testing, takes the input a customer already has rather than requiring them to translate it into your catalog first. A photo of a handwritten materials list. A voice note dictated from a truck. A scanned takeoff. A PDF or spreadsheet from an estimator. It reads the input, matches line items against your catalog and that customer's pricing, and produces a quote foundation.

The matching is the hard part and the part worth understanding. A contractor's list says "2x6-16 PT" or "1/2 CDX", trade shorthand, not your SKUs. Interpreting that against your catalog, with that account's pricing applied, is what separates a quote foundation from a transcription.

Impact: The cost of quoting is measured in two places, but most platforms address only one.

Your side is staff hours. Someone reads a request, finds each item, checks pricing, and builds the document. On a material list of sixty lines, that's most of an hour, and it happens while three other customers wait. RFQ management makes that work organized. It doesn't make it smaller.

Your customer's side is delayed. A contractor needs a number to bid a job, and the gap between sending a list and receiving a quote is time they can't act. If your turnaround is a day and someone else's is an hour, you lose bids you never knew you were in.

Generating the quote foundation from the customer's own input compresses both. Your staff reviews and adjusts rather than building from scratch, and the customer gets a number back in a timeframe that keeps them from calling elsewhere.

The input flexibility matters more than it sounds. The reason quoting stays on the phone isn't that contractors prefer phones; it's that the list in their hand doesn't match the format the website wants. A photo of a scrap of paper is the actual artifact. Accepting it as it exists removes the translation step that sends people back to the counter.

Both platforms are moving toward the same place. Ours is in testing, theirs is weeks old. Anyone comparing us on quoting should ask for a live demonstration with their own materials list rather than a feature description; that's the test that separates a shipped capability from a roadmap item, and it applies equally to both of us.

Payments is one of the few areas in a platform comparison where the difference is measurable in dollars rather than workflow, and where the details buried in a contract matter more than anything on a feature page.

Unilog supports payment gateway integration as a standard platform capability, alongside pay-on-ERP credit and pay-by-purchase-order. Card processing runs through the dealer's own processor via Authorize.net or Payflow.

That's a reasonable structure. You keep your merchant account and your relationship with your processor, and the platform connects to it. Combined with account credit and PO payment, it covers the three ways commercial customers actually pay.

The constraint is gateway choice. Authorize.net and Payflow are established and widely supported, but they're two specific gateways. If you're already on Stripe, Square, Clover, or a processor your bank set you up with, the question is whether it's supported or whether switching is part of the implementation.

We're gateway-agnostic. You connect whatever processor you already use, Stripe, VersaPay, Clover, Square, and keep the rate you've already negotiated.

Funds never touch us. Money moves from your customer to your processor to your account. We're not in the flow, we don't hold a balance, and there's no settlement delay introduced by the platform.

We charge zero transaction fees. Not a reduced rate, no percentage of volume at all. Our revenue is the monthly platform fee, regardless of whether a location processes 30,000 or 3,000,000 in online transactions.

On the account side, net terms, credit limits, and AR balance visibility flow through from your system, with invoice payment, payment links, and account-level credit applications available in the customer dashboard.

Impact: Two things are worth separating here, because they're often conflated in sales conversations.

The first is whether the platform takes a cut of your volume. Ours doesn't. When a platform's revenue scales with your sales, you're paying more for identical software every year you grow, and the compounding is easy to underestimate; a percentage point on meaningful online volume can exceed the entire platform fee within a couple of years. Worth calculating against your actual projected volume rather than accepting a rate as normal.

The second is whether you keep your processor. Switching gateways isn't just a technical task. It means renegotiating rates, possibly opening a new merchant account, revalidating stored payment methods, and reconciling to a different settlement schedule. If a platform requires a gateway you're not on, that cost belongs in your implementation estimate rather than being discovered afterward.

The funds-flow question is the one nobody asks and everybody should. If a platform sits in the payment path, your money moves on their schedule and, in the worst case, is exposed to their solvency. Money going straight from your customer to your processor removes that entirely.

Worth asking any vendor, us included: do you take a percentage of transactions, which gateways do you support, and does money ever sit in an account you control? Three questions, and the answers should be immediate.

How long a platform takes to launch tells you something about how it's built, but the timeline alone is a bad way to judge it. Fast and wrong is worse than slow and right. What matters is what the time is buying.

Unilog runs a deliberate, thorough implementation focused on long-term business outcomes. Discovery, scoping, integration work, content preparation, custom development where the business needs it, testing, and launch. The process is designed to align the platform with how a business actually operates before it goes live.

That's a real strength, and worth saying plainly rather than framing every long timeline as a negative. If your requirements are genuinely unusual, complex account hierarchies, unusual pricing structures, integrations nobody has built before, a catalog needing serious content work, that time is being spent on something. Rushing that class of implementation produces a launch that technically happened and a platform nobody uses.

They also have professional services and implementation partners, including a full-service partner for end-to-end delivery. For businesses that want the work done rather than managed, that capacity exists.

The trade-offs are the ones any long implementation carries. Timeline uncertainty is real when the scope is variable, and the scope is variable by design here. The build cost scales with that scope, which is why it lands between fifteen and sixty thousand. And a longer runway means more time between signing and the first online order, which is time your competitors are already selling.

We launch in three to four weeks for a confirmed integration, or in six to ten weeks for a custom integration. Those aren't optimistic estimates; they're what we quote and schedule against.

The first number is short because the confirmed integrations are already built. Spruce, BisTrack, Eagle, Profit Master, PRISM, Paladin, CashierPro, QuickBooks, NetSuite, Ogasys/Acceo, those connections exist, so an implementation is configuration and data work rather than new engineering.

The six-to-ten-week range covers building an integration that doesn't exist yet, including in-house and uncommon systems. We offer a free feasibility assessment before quoting, so you know whether your system is workable before you've committed.

Multi-location is additive rather than a new project. The platform is a single instance with a shared catalog and location-specific inventory and pricing, so a second or third location is a configuration rather than another build.

Impact: The timeline difference is real, but the more useful question is what happens after launch, because that's where the two models diverge more than the calendar suggests.

A long, custom implementation front-loads everything. You specify what you need, it gets built, and you go live with a platform shaped to that specification. Changing it later means going back to the same process. A shorter launch on a configurable platform means going live sooner with something less bespoke, and adjusting once you can see what customers actually do, which is usually different from what anyone predicted in discovery.

There's a cost to the long path that doesn't show up in the project plan. Every month before launch is a month of orders still going through the counter, and of whatever your competitors are doing online. On a six-month runway, that's half a year of channel adoption you don't get back.

Neither model is universally right. If your requirements are genuinely complex and you need them met precisely before launch, a thorough implementation is the correct choice, and the time is well spent. If your requirements are more typical than the sales process implies, and for most distributors they are, a long implementation is spent months confirming that.

The question worth asking any vendor is what specifically the timeline is for buying, item by item. If the answer is integration work and content preparation, that's substantive. If a meaningful part of it is configuring things that could be configured after launch, that's runway you're paying for twice.