PROCUREMENT
LEAD
Explore the alpha ↗
← Procurement Lead
RESEARCH / EVIDENCE INTO PRACTICE

Better questions.
Stronger foundations.

What does negotiation research tell us about the systems we should build? Six papers. Three field notes. A practical lens on agentic sourcing.

FINUX LABS / RESEARCH DIGEST / 05 NOV 2026
Abstract terracotta and sage arcs meet around a translucent plane beneath a dark sphere, suggesting distinct interests and human judgement.
SHARED GROUND / ORIGINAL ABSTRACT ARTWORK
06 source papers03 field notes01 product question: what should we delegate?
START WITH THE QUESTIONS

From possibility
to a considered product.

Our synthesis of the supplied editions.
Findings, interpretations, and limits stay distinct.

OUR READING OF THE EVIDENCE

Build the mandate before the agent.
Evaluate the agreement beyond the price.
Make authority and disclosure explicit.

These are design proposals for Procurement Lead, not claims that every control is implemented or that research results are product results.
THE READING ROOM

Six sources.
Different kinds of evidence.

Page references refer to the uploaded PDFs.
Preprints are identified by the supplied version.

S1Conceptual framework

A framework for an emerging field

Artificial Intelligence and Negotiation: A Framework for an Emerging Field

Jared R. Curhan & Jonathan Gratch · Negotiation Journal 42, 196–214 · 2026

What the paper saysDistinguishes AI acting as agent, coach, backtable support, and mediator or facilitator. Its organizing principle is complementarity with human judgement.

Our product interpretationChoose the role and authority of each AI function before designing its interface. Cost analysis supports the team; negotiating on its behalf is a separate delegation decision.

Evidence boundaryAn analytical framework, not a controlled estimate of procurement savings or productivity.

S2Large-scale agent experiment

What makes an agent reach agreement?

Advancing AI Negotiations: A Large-Scale Autonomous Negotiation Competition

Michelle Vaccaro, Michael Caosun, Harang Ju, Sinan Aral & Jared R. Curhan · arXiv v3 · 13 Jan 2026

What the paper saysReports 182,812 simulated negotiations. Warmth was associated with higher agreement rates and better aggregate outcomes; conditional on agreement, warmer agents claimed less value.

Our product interpretationEvaluate agreement quality, impasses, and counterpart experience together. A courteous agent still needs firm commercial boundaries.

Evidence boundaryAI–AI scenarios and study-specific scoring do not establish results for real supplier relationships. Most style comparisons are associations; the paper also reports focused follow-up tests.

S3Benchmark & simulation

A deal is more than a fluent conversation

AgenticPay: A Multi-Agent LLM Negotiation System for Buyer–Seller Transactions

Xianyang Liu, Shangding Gu & Dawn Song · arXiv v1 · 5 Feb 2026

What the paper saysModels private buyer and seller states, multi-round dialogue, structured action extraction, and feasibility, efficiency, and welfare metrics across 111 tasks. Performance varies substantially by model and role.

Our product interpretationValidate structured proposals against constraints. Record timeouts and invalid offers alongside agreement rates, and evaluate both buyer and supplier outcomes.

Evidence boundaryThe evaluation executes each task once per model under a fixed protocol. Price-based simulated outcomes do not validate legal contracts, procurement operations, or payment execution.

S4Architecture & controlled evaluation

Privacy has an observable surface

Device-Native Autonomous Agents for Privacy-Preserving Negotiations

Joyjit Roy & Samaresh Kumar Singh · arXiv v3 · 22 Apr 2026

What the paper saysProposes local handling of private constraints, zero-knowledge constraint checks, auditable records, and selective offloading. It acknowledges that timing and concessions can still reveal information.

Our product interpretationSeparate the private mandate from the shared offer. Review what any offloading discloses, and examine behavioral leakage as well as stored data.

Evidence boundaryControlled bilateral scenarios require field validation. Cryptographic checks do not eliminate behavioral inference or offline collusion. The architecture includes cloud offloading despite the device-native framing.

S5Architecture & practice discussion

Procurement context belongs in the loop

AI-Driven Smart Negotiation Assistant for Procurement—An Intelligent Chatbot for Contract Negotiation Based on Market Data and AI Algorithms

Prajkta Waditwar · Journal of Data Analysis and Information Processing 13, 140–155 · 2025

What the paper saysConnects procurement history, market intelligence, negotiation, risk review, and approval routing. It highlights unstructured terms, data quality, supplier acceptance, and human oversight.

Our product interpretationUse sourced commercial context and explicit approval routing. Treat unusual clauses and missing cost data as questions for people, rather than filling gaps with plausible text.

Evidence boundaryIts illustrative business examples and reported savings are not a reproducible evaluation of Procurement Lead. We do not adopt those figures as product claims.

S6Voluntary risk-management guidance

Govern the system around the model

Artificial Intelligence Risk Management Framework: Generative Artificial Intelligence Profile

NIST · AI 600-1 · July 2024

What the paper saysDescribes risks including confabulation, data privacy, information security, and human–AI configuration, with suggested actions across Govern, Map, Measure, and Manage.

Our product interpretationDefine oversight roles; test claims in deployment-like conditions; test prompt injection; monitor failures and support intervention.

Evidence boundaryCross-sector guidance, not a procurement certification, legal opinion, or evidence that this product has implemented every suggested action.

THE NEXT EXPERIMENT

Test it in a real sourcing process.

A useful pilot needs a baseline, actual buyer and supplier constraints, and a shared definition of a good outcome. The research helps frame the questions; field evidence must answer them.

Frame a pilot ↗