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Ecommerce Architecture Strategy & Platform Assessment for Chemveric's B2B Specialty Chemicals Marketplace
B2B marketplace architecture strategy, Adobe Commerce vs. microservices assessment, confidential RFQ workflows, chemical structure search, and AI-assisted CRO matching feasibility.
Project Summary
PepTech Corporation engaged Elogic Commerce to define the technical architecture for Chemveric, a B2B specialty chemicals marketplace combining catalog commerce with confidential Contract Research Organization (CRO) matching and custom-synthesis RFQs.
The core architecture challenge extended beyond conventional ecommerce. Chemveric required chemical structure search, bulk RFQs, confidentiality-controlled information exchange, NDA-gated vendor access, masked CRO identities, auditable communications, and AI-assisted CRO matching feasibility.
Elogic Commerce evaluated two architecture strategies, extending the existing Adobe Commerce foundation through custom modules or developing a standalone Python/Node.js microservices application, and defined a structured discovery program to validate business processes, technical feasibility, security requirements, UX workflows, and long-term architecture before implementation investment.
Strategic Objective
Determine the right technical foundation for Chemveric’s specialty chemicals marketplace and its confidential CRO matching and quoting workflow, comparing extending the existing Adobe Commerce platform against a purpose-built standalone system, before committing to implementation.
Strategic Assessment Scope
2
architecture paths evaluated
3
RFQ confidentiality tiers designed
11
discovery deliverables defined
Strategic Advisory Outcomes
Established a structured basis for evaluating Adobe Commerce extension versus standalone microservices.
Defined three RFQ disclosure tiers governing how sensitive information could move between buyers, Chemveric, and CROs
Assessed the technical feasibility of chemical structure search and AI-assisted CRO matching before implementation scope was finalized.
Defined the Phase 2 discovery scope required to resolve remaining business, UX, architecture, security, and data-model uncertainties before build investment.
The assessment established the criteria, technical unknowns, and discovery requirements needed for Chemveric to make the architecture decision before committing implementation investment.
About the Client
Chemveric is a B2B marketplace for specialty and fine chemicals, built to serve buyers ranging from individual researchers to large procurement organizations sourcing chemical products and custom synthesis services. Its differentiator is a Contract Research Organization matching and quoting workflow, connecting buyers with vetted synthesis vendors for both catalog and custom chemistry needs, a market where confidentiality, intellectual property protection, and vendor trust are foundational requirements rather than secondary features.
Strategic Challenges
Elogic Commerce's Architecture Strategy & Advisory Approach
Requirements & Technical Discovery
Elogic Commerce reviewed Chemveric’s marketplace and CRO portal specifications, clarifying core assumptions, including whether the intended technology reference (Sigma-Aldrich, built on Adobe’s ecosystem) implied a preference for Adobe Commerce, how product data would be managed and updated, whether a PIM solution would eventually be needed, and whether Chemveric had internal technical capacity for hosting and deployment.
Architecture Decision Framework
Elogic Commerce evaluated the two implementation paths against:
- Business fit: ability to support marketplace and CRO workflows
- Commerce capabilities: catalog, accounts, RFQs, quoting, and transactional workflows
- Specialized functionality: chemical structure search and custom synthesis
- Security: confidentiality tiers, NDA-gated access, identity masking, and auditability
- Integration: existing Adobe Commerce components, APIs, external services, and future PIM requirements
- Performance: expected workload and specialized search requirements
- Time-to-value: reuse of existing commerce capabilities versus greenfield development
- Total cost of ownership: initial implementation, maintenance, and long-term engineering requirements
- Extensibility: ability to evolve the CRO platform independently from the commerce layer
- Delivery risk: technical dependencies, unknowns, and discovery requirements
Confidentiality & IP Protection Model
Elogic Commerce designed a three-tier confidentiality model for custom synthesis RFQs:
- Open — information could be shared with qualified CROs without additional restrictions
- Restricted — sensitive project information could only be disclosed to approved vendors following defined confidentiality controls
- Internal — highly sensitive IP remained within Chemveric’s internal workflow and was not exposed to external CROs unless explicitly authorized
The architecture also incorporated NDA/CDA acceptance and e-signature workflows designed to support controlled disclosure and contractual confidentiality requirements, progressive disclosure of RFQ information, masked CRO identities until award, role-based access controls, and a timestamped, role-attributed activity log across every user role.
Discovery Scope Definition
Elogic Commerce scoped a structured Phase 2 discovery phase covering stakeholder interviews across Chemveric’s Legal, Admin, CRO, and Buyer stakeholders, business process mapping for the full RFQ-to-award lifecycle, technical feasibility review of the existing Phase 1 codebase, UX workflow design for RFQ submission and CDA handling, and security and confidentiality flow definition.
AI & Specialized Search Feasibility
Elogic Commerce assessed the feasibility of combining natural-language processing with cheminformatics similarity scoring to support automated CRO matching. The assessment considered RFQ text, chemical structures, vendor capabilities, and matching criteria as potential inputs to a future recommendation and routing layer, alongside feasibility for chemical structure search integration using JSME/Ketcher for input and RDKit for backend structure and similarity search.
Phase 2 Deliverables
01
Detailed Functional Specification Document (RFQ creation, structured quoting, CDA workflow, smart routing, dashboards, permissions, project tracking)02
User Roles & Permission Matrix (Buyers, CROs, Admins)03
Business Process Flows04
Visual and documented flows for RFQ submission, quote lifecycle, CDA request/approval, smart vendor matching, secure messaging, and project milestone/payment tracking05
Wireframes / UX Mockups06
Low- to mid-fidelity screens for key flows (Submit RFQ, compare quotes, NDA/CDA handling, CRO dashboards, buyer project tracking)07
High-Level Architecture & Module Blueprint08
Data Model Extensions09
Security Requirements Document10
Acceptance & Testing Plan Draft11
Delivery Roadmap OutlineWhen This Solution Is a Good Fit
This approach is ideal for businesses whose core workflow, whether IP-sensitive vendor matching, structure-based search, or confidentiality-gated transactions, doesn’t fit standard ecommerce patterns, and who need a rigorous architecture comparison before choosing between extending an existing platform and building something purpose-built.
It is generally not the right fit for businesses with conventional catalog and checkout needs and no significant confidentiality, matching, or domain-specific search requirements. In those cases, a direct platform implementation is usually more efficient than an extended architecture comparison phase.
Planning an ecommerce modernization?
If your platform combines specialized search, marketplace workflows, confidentiality requirements, AI-assisted matching, or other capabilities that fall outside conventional ecommerce patterns, Elogic Commerce can evaluate the architecture options, identify technical and investment trade-offs, and define the discovery scope needed to make an informed implementation decision.