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Deepbloo centralizes French public procurement data and international tenders to help you anticipate projects, monitor competitors, and identify the right opportunities.
Amazon AWS
DeepblooDeepbloo's answer:
Deepbloo's answer:
Deepbloo stands out by focusing on high-quality, structured intelligence rather than simple tender aggregation in Energy and infrastructure markets
Its key differentiators are:
In short, Deepbloo is designed to reduce noise and surface high-value opportunities earlier, enabling more efficient and strategic business development.
Deepbloo's answer:
A company should choose Deepbloo over other tendering platforms because it is designed to deliver more relevant, decision-ready insights with a superior user experience, especially in complex sectors like energy.
In short, Deepbloo combines ease of use, sector-specific intelligence, and deep market understanding to provide a more efficient and strategic alternative to traditional platforms.
Deepbloo's answer:
The primary audience of Deepbloo consists of professionals involved in business development, sales, marketing, and strategic decision-making, particularly in sectors driven by public procurement such as energy and infrastructure.
In short, Deepbloo is designed for teams that need both operational visibility on tenders and strategic insight on markets to drive growth.
Deepbloo's answer:
Deepbloo was founded in 2020 by Alexandre Guillemot, a former Business Development Director at General Electric and Alstom.
During his time developing international business through public tenders, he repeatedly faced the same issue: missing critical opportunities due to fragmented and incomplete information. Tracking tenders across multiple countries, platforms, and formats was time-consuming, unreliable, and often led to lost deals.
Frustrated by this inefficiency, he decided to build Deepbloo with a clear objective: ensure that no strategic opportunity is missed.
To achieve this, he brought together a team combining strong industry expertise in energy and infrastructure with advanced capabilities in data aggregation and artificial intelligence. The goal was not just to collect tenders, but to create a platform capable of structuring, analyzing, and enriching data at scale.
The result is a solution that reflects both:
In short, Deepbloo was born from a very practical problem in the field and built to solve it in a scalable, technology-driven way.
Deepbloo's answer:
Deepbloo is built on a combination of large-scale data engineering and advanced artificial intelligence, designed to handle complex and fragmented procurement data environments.
Data collection and aggregation technologies The platform relies on robust data pipelines capable of collecting information from a wide range of sources (public platforms, institutional databases, international portals). These systems are designed to handle millions of data points, continuously ingesting, normalizing, and updating information.
Data structuring and deduplication A key layer of the technology focuses on cleaning, deduplicating, and structuring data, as the same opportunity can appear across multiple sources and formats. This ensures that users access consistent, reliable, and non-redundant information.
Document processing at scale Deepbloo retrieves and processes large volumes of documents (tender specifications, annexes, technical files), making them searchable and usable for further analysis.
Artificial intelligence (AI) and domain-specific models The platform combines state-of-the-art AI models with proprietary models trained specifically on tender data. These models extract key business information, analyze technical criteria, and support advanced use cases such as opportunity qualification or automated summaries.
Research partnerships in AI Deepbloo collaborates with leading research institutions such as LaBRI and Institut des Sciences des Donnรฉes de Montpellier, bringing cutting-edge academic expertise into the platformโs AI capabilities.
In short, Deepbloo combines industrial-grade data infrastructure with specialized AI to transform complex, unstructured procurement data into actionable intelligence.
You could say a lot of things about AWS, but among the cloud platforms (and I've used quite a few) AWS takes the cake. It is logically structured, you can get through its documentation relatively easily, you have a great variety of tools and services to choose from [from AWS itself and from third-party developers in their marketplace]. There is a learning curve, there is quite a lot of it, but it is still way easier than some other platforms. I've used and abused AWS and EC2 specifically and for me it is the best.
Based on our record, Amazon AWS seems to be more popular. It has been mentiond 485 times since March 2021. We are tracking product recommendations and mentions on various public social media platforms and blogs. They can help you identify which product is more popular and what people think of it.
> but it's still a singleton instance, so where do you run it? Most hardware doesn't give you enough uptime for what you need here, because what you actually needed was a re-architecture for distribution / failover / whatever, and while you could ask your LLM to do that you aren't going to run your bank on the result. If only we had a way to solve these issues with tools capable of running Rust programs in that... - Source: Hacker News / 12 days ago
Not because infrastructure isn't important. It is. Not because Amazon Web Services (AWS) is a bad platform. It isn't. - Source: dev.to / about 1 month ago
The AWS S3 documentation covers all of these in detail. The configuration takes about an hour to get right the first time and rarely needs changes after. - Source: dev.to / about 2 months ago
The first pattern is direct-to-storage. The client uploads chunks directly to an object storage service like Amazon S3 using pre-signed URLs. The application server creates the upload session and grants permission but never sees the file bytes. This pattern scales well because the application servers do not handle the upload bandwidth. - Source: dev.to / about 2 months ago
AWS Secrets Manager provides managed secrets storage with automatic rotation for RDS databases, Redshift clusters, DocumentDB, and other common services. For applications running on AWS infrastructure, Secrets Manager integrates directly with Lambda, ECS, EKS, and EC2 at the platform level, injecting secrets into the application environment without requiring files on disk or manual retrieval code. - Source: dev.to / 3 months ago
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