The Five

Every two weeks, I hand-select five companies that excite me. Each comes with a clear investment thesis, the evidence behind it, and a few useful rabbit holes.

The Five — First EditionResearch as of Oct 30, 2026
Five company selections for Oct 30, 2026. Company logos and names open their websites. Select an investment thesis for the full research.
CompanySecret SauceInvestment thesisNews

Vori combines checkout, payments, inventory, ordering and pricing software for independent grocers, connecting the register with everyday store operations.

Its proposed advantage is placing an approval-controlled assistant inside the grocery workflows and transaction records the store already uses. Better economics than competing systems remain unproven.

The useful grocery AI business may belong to whoever already runs the register. Vori can distribute new operating tools through an existing checkout and payments workflow, rather than persuade each grocer to maintain another integration. Its October launch of Chip makes that argument testable: can stores turn their own transaction records into better daily decisions? The investment case depends on merchant retention and support-adjusted economics, not the assistant’s demonstrations.

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Multiply Labs builds robotic clusters that automate existing biomanufacturing instruments for pharmaceutical companies developing cell therapies and other complex biologic medicines.

Its potential edge is automating the handoffs between familiar biomanufacturing instruments, rather than requiring a manufacturer to replace the full process. The defensibility would come from integration knowledge, reliable execution and repeatable qualification—not the robotic arms alone.

Cell-therapy automation may be won by the company that changes the fewest validated steps. Multiply Labs wraps robotics around manufacturers’ existing instruments and keeps production inside their facilities. An August study adds evidence for individual automated operations; AstraZeneca’s evaluation gives it a demanding setting to prove more. The opportunity is repeatable manufacturing equipment, software and consumables, without owning every production site. The risk is that qualification and integration remain bespoke, consuming the savings that automation promises.

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Levanta helps e-commerce brands run creator and affiliate partnerships across retail marketplaces, from recruiting partners to paying commissions.

Levanta’s potential edge is coordinating retailer-specific commissions, partner relationships and payouts in one workflow. Superior customer economics remain unproven.

Creator commerce has a coordination problem: each retailer sets different commission, attribution and payment rules. Levanta is building one workflow across those systems. Its Wayfair launch and Perch+ acquisition make that expansion tangible. If brands retain productive creator relationships across retailers, Levanta can earn recurring workflow revenue and a share of sales. The unresolved question is whether customers generate enough additional contribution after commissions, returns and fees. Retailers control the underlying data, and competing networks already serve the same budgets.

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Cocoon develops a process to turn electric steelmaking slag into cement-replacement material for concrete producers seeking new sources of supply.

The proposed edge is processing slag while it is still molten at electric steel mills, combining feedstock access with a retrofit installation. Consistent concrete performance and a delivered-cost advantage still need independent operating proof.

The switch to electric steelmaking changes an input concrete producers already buy. Cocoon aims to turn electric-furnace slag into a substitute for conventional cement additives, processing it at the steel mill. The appeal is a procurement fix that could work without a green premium. If qualification and delivered costs hold, local mill partnerships could become distribution advantages. Industrial-scale consistency and paid offtake remain the tests.

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Warp Sciences is building U.S. chemistry laboratories combining scientists, AI and progressive automation to make compounds for drug developers.

A chemistry-services operation designed to retain usable records of failed and successful experiments. Better delivery from that record is the hypothesis; comparative performance and customer-data reuse rights remain unproven.

Scientific AI still needs someone to make the molecule. Warp’s more interesting bet is that useful chemistry services can support better experimental records before autonomous discovery becomes reliable. A standardized U.S. lab could learn from failed reactions while selling an output buyers already understand. That creates a plausible route from contract work to better turnaround and cost. The commercial test remains ahead: the reviewed launch materials do not establish a functioning first lab, repeat orders or superior economics.

Read thesis for Warp Sciences