

AI-powered web application
AI System for Tender Search and Analysis for RJ Tech
Automatically collects tenders from multiple sources across the UK and Scotland, removes duplicates, identifies relevant opportunities, and analyzes them against predefined criteria with AI-generated annotations.
Technology Stack





Client
RJ Tech is a UK technology company working with tender opportunities and participating in procurement across the UK and Scotland.


Problem
Tender opportunities are published across multiple sources, use different data structures, and are often duplicated between platforms.
The RJ Tech team had to regularly check these sources, review a large number of new listings, and manually determine which tenders were potentially relevant to the company’s profile, capabilities, and requirements.
A significant share of the discovered tenders turned out to be irrelevant, while the initial assessment of each opportunity required a separate review of the description, conditions, deadlines, procurement category, and other parameters.
As a result, a considerable amount of time was spent on searching, cleaning, and initially filtering information before the team could move on to a detailed review of a promising tender and make a decision about participation.
Solution
For RJ Tech, we developed a custom web system that automates the full initial tender workflow — from data collection to preparing a structured result for further review.
The system automatically retrieves new tenders from connected sources, normalizes the data into a consistent structure, and checks records for duplicates.
After the initial processing, tenders pass through predefined filtering logic that removes clearly irrelevant opportunities and helps the team focus on potentially valuable procurement opportunities.
For selected tenders, AI analysis is applied: the system reviews the content, key requirements, and other available parameters, then generates a concise annotation that helps the team quickly understand the opportunity and assess its potential relevance.
All results are stored in a single web interface, where the team can review discovered tenders, processing results, and AI-generated annotations without repeatedly working across several external sources.
As a result, the solution does not replace the team’s expert decision on whether to participate in a tender. Instead, it automates the most routine part of the workflow: collection → cleaning → deduplication → initial filtering → AI analysis → result storage



How the System Works
Tender Sources → Data Collection → Deduplication → Filtering → AI Analysis → Result Storage

Role of AI in the Solution
AI is used only where it is truly needed — for meaningful analysis of potentially relevant tenders. Data collection, duplicate detection, normalization, and part of the filtering process are handled by standard program logic. This avoids spending AI model resources on operations that can be performed more efficiently and at lower cost with conventional algorithms.
For the analytical stage, the system supports several AI models to choose from. This makes it possible to select the most appropriate model depending on the complexity of the task, required analysis quality, processing speed, and cost.
As a result, AI is used specifically to analyze tender content, assess its relevance against predefined criteria, and generate a concise annotation for the team, while the preceding technical processing remains predictable and cost-efficient.
Result
Multiple tender sources in one system
No manual search and initial screening
AI analysis and tender annotations
Automatic duplicate filtering
Faster selection of relevant opportunities
Structured database for further work
Implementation Stages
Weeks 01-02
Design
Analysis of data sources, relevance criteria, and tender search logic.
Weeks 03
Preparation
Infrastructure setup.
Weeks 04-06
Development
Development of the solution, AI agents, and required integrations.
Weeks 07-08
Development
Production environment setup and final configuration.
Implementation
Launch in real business scenarios.
Support Period
Evolution
New data sources, selection criteria, features, and integrations.
Support
Stability monitoring, logic adjustments, and ongoing system support.