About the Startups category

Are you using Neo4j for your startup? If so, you are invited to share your story with the developer community. Whether it’s about overcoming obstacles, scaling efficiently, or creating innovative solutions, your experience can offer valuable insights and spark new ideas.

Here are some starter questions for you:

  • What is your startup about? (Your founder’s story)
  • Who can best benefit from adopting your solution?
  • What made you decide to implement Neo4j for your startup?
  • How did Neo4j fit into your existing tech stack or workflows?
  • Have any tips you want to share with the community?

What is your startup about? (Your founder’s story)
At engAIge, we are transforming the way organizations process and analyze unstructured data and documents. In a world where everything is interconnected, we believe that documents should be treated the same way—with links, relationships, and hierarchical structures reflecting their real-world complexity. Currently, we are focused on the financial services industry, where we apply our deep domain knowledge to help clients manage vast volumes of critical documents. Our platform not only streamlines document processing but also extracts valuable insights by understanding how documents relate to one another.

Our journey began with a simple vision: to create a solution that treats documents as part of a larger ecosystem rather than isolated files. This vision quickly grew into a powerful platform that helps companies navigate complex document management challenges. By integrating cutting-edge technologies, we ensure that our clients can efficiently process and make sense of their interconnected data.

Who can best benefit from adopting your solution?
Our solution is particularly well-suited for industries dealing with high volumes of complex, interrelated documents. Financial services, legal sectors, and healthcare providers are some of the industries that can greatly benefit from our approach. In financial services, for instance, documents often reference one another—contracts, regulatory filings, and financial reports are all part of a broader network. Our platform makes it easier to manage these documents in a way that preserves their inherent connections, enabling users to access, process, and analyze them more effectively.

Any organization facing challenges in managing document-heavy workflows or trying to derive insights from a large pool of unstructured data will find our solution valuable. We’re helping them reduce manual effort, avoid errors, and speed up decision-making processes by leveraging document relationships and hierarchies.

What made you decide to implement Neo4j for your startup?
As we built engAIge from the ground up, it was essential to find a database solution that would give us the flexibility and scalability to manage complex document relationships. Neo4j stood out because of its ability to model relationships natively in a graph format. This was perfectly aligned with our core objective of capturing document interconnections.

Additionally, Neo4j’s seamless integration with our existing tech stack, which includes Python, FastAPI, and Microsoft Azure, made it an ideal choice. The fact that Neo4j is available in the Azure Marketplace as a one-click deployment further simplified the process of getting it up and running. This made deployment easier, quicker, and more secure, ensuring we could focus on building features rather than managing infrastructure.

How did Neo4j fit into your existing tech stack or workflows?
Neo4j fit naturally into our workflow, complementing the tools we were already using. By integrating it with our Python-based backend and FastAPI framework, we were able to create a seamless flow for querying and processing document relationships. Azure, being our cloud platform, provided a secure environment where Neo4j could be deployed and managed efficiently.

The flexibility Neo4j offers allows us to scale our document processing solutions as our clients' needs grow. Whether it’s handling thousands or millions of documents, Neo4j enables us to perform highly efficient queries on large datasets, making it easy to find patterns and connections that would otherwise be difficult to uncover in traditional database models.

Have any tips you want to share with the community?
One of the strengths of Neo4j is its schema-less nature, which provides flexibility. However, we learned early on that it’s important not to take this flexibility for granted. Initially, we added nodes and relationships without much structure, and while this allowed us to move quickly, we later found that our queries became more complex and less efficient as our data grew.

Our advice to the community is to invest time in designing a thoughtful schema upfront, even though Neo4j is schema-less. Treat it like you would a relational database, where proper planning leads to better long-term performance. By continuously refining your data model, you’ll avoid slow queries and the need for extensive testing and debugging down the line. Planning for scalability from the start will pay off as your data grows and your application scales.

2 Likes

What is your startup about?
I'm the Founder of AI & product solutions, an umbrella project for developing AI powered solutions for Small to Medium sized businesses.

Barbara is an AI-powered system designed to streamline business operations, with a current primary focus on automating work scheduling and resource allocation. At its core, Barbara leverages a Graph Database for data storage, providing a flexible and interconnected structure for complex business data. The system's intelligence is powered by OpenAI and Anthropic.

Who can best benefit from adopting your solution?
Small to medium sized businesses with:

  1. Complex scheduling needs: Balancing staff availability with work demands,
  2. Skill matching needs: Assigning the right personnel to specific tasks,
  3. Coordinating across multiple sites needs,
  4. Resource allocation needs: Optimizing use of human and physical (equipment or supplies) resources.
  5. or Compliance management needs.

What made you decide to implement Neo4j for your startup?
Several reasons, the first one is because I do have extensive experience experimenting with Data modelling and indexing of Graph databases using AI. it didn't take long for me to realised that AI + Graph databases is a match made in heaven, and one it could lead to plenty of opportunities.

the second and most important reason is that leveraging a knowledge graph for my use case offers inmense scaleability opportunities. you can pretty much integrate all types of data into a graph database, and fork it to a system to perform any task possible. You could even create your own CRM system out of a knowledge graph!

How did Neo4j fit into your existing tech stack or workflows?
Neo4J is the core of Barbara. It acts as the contextual brain of the system, helping Barbara perform tasks on top if it. Barbara is also able to automate user tasks thanks to all the rich insights mapped out in the graph.

Have any tips you want to share with the community
Work on the contextualisation of you data when it comes to the ontology. I have learned the hard way that 𝘄𝗵𝗲𝗻 𝘆𝗼𝘂 𝗱𝗲𝘃𝗲𝗹𝗼𝗽 𝗮𝗻𝗱 𝗶𝗺𝗽𝗿𝗼𝘃𝗲 𝗔𝗜-𝗽𝗼𝘄𝗲𝗿𝗲𝗱 𝗽𝗿𝗼𝗱𝘂𝗰𝘁𝘀, 𝘁𝗵𝗲 𝗾𝘂𝗮𝗹𝗶𝘁𝘆 𝗼𝗳 𝘆𝗼𝘂𝗿 𝗱𝗮𝘁𝗮 𝗶𝘀 𝗮𝘀 𝗶𝗺𝗽𝗼𝗿𝘁𝗮𝗻𝘁 𝗮𝘀 𝘁𝗵𝗲 𝗟𝗟𝗠 𝘆𝗼𝘂 𝗮𝗿𝗲 𝗳𝗼𝗿𝗸𝗶𝗻𝗴 𝘁𝗼 𝘆𝗼𝘂𝗿 𝗮𝗽𝗽.

1 Like

Hi Sraab,

Very interesting initiative! I’ve also seen first hand during my time in a big corporation how knowledge management has been a very burning pain-point. Knowledge is often dispersed through different teams and groups and in many cases, duplicated work happening at the same time. Your solution solved that!

Now I’m also working in an initiative called “Barbara” which has the mission to become the AI powered business assistant for small and medium sized companies, by leveraging knowledge graph technology.

Would you be open for a chat ?

What is your startup about?
I am the Head of IT of a logistics and procurement consultancy company. We provide consultancy and assistance to companies that need to optimise their supply chain and logistics.
We have developed u-tender as an e-procurement solution to provide a flexible application capable of digitalising the entire purchasing process.

Who can best benefit from using your solution?
Companies of all sizes and sectors looking for a flexible and easy-to-use solution to digitise and optimise their purchasing process.

What made you decide to implement Neo4j for your startup?
In addition to a flexible solution, there are other challenges. The goal was to develop an easy-to-use access authorisation system that would meet the customer's needs and could be easily expanded as needed.

Neo4j provided all the functionalities we needed to achieve this goal with ease. Adaptations for new features or changing customer requirements are no problem compared to previous approaches and relational solutions.

How did Neo4j fit into your existing tech stack or workflow?
We mainly use ASPNET for our backend services and were looking for a solution with an actively maintained and easy to integrate client library. With Neo4j we found the best possible solution in terms of usability, integration and performance.
The decision to use Neo4j in our product was a natural one, as it met all our requirements and can be easily adapted if necessary.

HI everyone,

Thanks for welcoming me to this community!

I've been working on an exploratory knowledge management tool for the past number of months (really, since the summer).

The "pain point" I've found in using LLMs extensively for both personal and professional applications is that output storage (and management) seems to be something of an ongoing blind spot in the "space." Tools targeting virtually every other conceivable facet of generative IT now abound. But oddly, it's hard to find anything that does output storage and retrieval really well.

In that spirit, this summer, I began prototyping a system for my own use using Postgres as the database (basically, a CRUD app). I began gathering my prompts, outputs, and configuring relationships between all the entities. It became apparent pretty quickly that configuring relationships at scale in RDMSes is tedious and I began exploring the idea of building the system around a knowledge graph instead.

That's just about where I am now. My current focus is becoming better acquainted with Neo4J with a view to setting up a new backend and then proceeding towards MVP (etc).

What is your startup about? (Your founder’s story)
We are edventure Studios a small Indie Gamedev Studio that works on a game that turns mathematics into an adventure. We would like to offer a game experience which motivates you to learn mathematics. As a verified social enterprise we aim to enable education for those who rarely have access to it.

Who can best benefit from adopting your solution?
We are targeting teenager but also will provide offers for university students. Our solution shall also be open for adults who are curious to refresh or explore new math skills.

What made you decide to implement Neo4j for your startup?
Neo4j is perfect for us in creating a knowledge space and user management, we are also science enthusiasts and a fan of graph theory. Neo4j has also quite some strengths in visualization which is really something we are a fan of.

How did Neo4j fit into your existing tech stack or workflows?
We used the APIs to integrate Neo4j in our workflow. It took some time to find out the best way to couple it with our game engine but after a learning phase it seems to work quite well

Have any tips you want to share with the community?
Reaching out to others that work on a similar problem is maybe best strategy - community is key

What is your startup about?
Third Axiom was founded in 2020 by a small group of individuals with deep experience in the transportation industry.

Our founders have built the very systems that some of the largest and most successful logistics companies use to run their business every day. We understand the details of logistics that tech companies just don’t. We know the industry and we know it’s our competitive edge.

Who can best benefit from adopting your solution?
Third Axiom provides cutting-edge analytics solutions designed to empower small-to-mid-size 3PLS and freight brokers.

By turning messy transportation data into actionable insights, our tools help logistics providers optimize operations, boost profitability, and gain a competitive edge in the market.

From analyzing lane efficiency to understanding customer impact, Third Axiom is dedicated to simplifying freight analytics, so 3PLS can focus on what they do best—moving goods for valued shippers.

What made you decide to implement Neo4j for your startup?
We had three core requirements for our persistence and data engine technology that led us to choose Neo4j:

  1. The architecture must easily support a flexible and rapidly changing schema. Previous experiences with semi-fixed schema structures using traditional relational databases were not conducive in a startup environment of rapid feature development. With Neo4j's ability to construct and manipulate a dynamic schema purely through code, new feature requirements could be implemented without separate database maintenance and administration.
  2. Data structure and queries must naturally support a hierarchical structure. Cypher query language for Neo4j was a perfect match for the complex, nested hierarchical data which is prevalent in the transportation industry.
  3. Our solution also required an object storage solution for our proprietary in-memory database and data-warehouse. Neo4j handled large object json data with bulk loading and retrieval in our testing and eliminated any need for a secondary warehouse storage solution.

How did Neo4j fit into your existing tech stack or workflows?
Neo4j was selected early in our tech-stack evaluations. The only necessary requirement was for Neo4j to have a driver compatible with our C# development environment (of which it does!)

Have any tips you want to share with the community?
I'd encourage anyone using Neo4j to think outside the traditional box of relational database solutions. In our case, we needed a large data-warehouse object store that did not initially seem well suited for Neo4j, but after prototyping and testing, it turned out to be an excellent solution which obviated the need for another database technology.

What is your startup about?

AiSpanner was born out of a vision to revolutionize how industrial shutdown, turnaround, and outage (STO) maintenance projects are managed. Our founder, a seasoned project manager with over three decades of experience in the Mining, Power, Oil and Gas sector, faced numerous challenges in ensuring projects were delivered on time, within budget, and without compromising safety. The traditional methods were often cumbersome and prone to errors, leading to costly overruns and safety incidents. With a passion for technology and a drive to create a better solution, our founder established AiSpanner. We leverage cutting-edge technologies like Digital Twin, Analytics, Simulation, and AI to provide a comprehensive project management solution that addresses these critical needs.

Who can best benefit from adopting your solution?

Our solution is tailored for industries that frequently deal with complex and high-stakes maintenance projects, such as Mining, Oil and Gas, petrochemicals, power generation, and manufacturing. Project managers, engineers, and safety officers will find AiSpanner particularly valuable in streamlining workflows, enhancing safety protocols, and ensuring projects are completed on schedule and within budget.

What made you decide to implement Neo4j for your startup?

We chose Neo4j because of its robust graph database capabilities, which allow us to manage and analyse intricate relationships and dependencies within our projects. Neo4j's ability to efficiently handle connected data was crucial for developing our Digital Twin technology, enabling us to create accurate and dynamic models of physical assets and processes.

How did Neo4j fit into your existing tech stack or workflows?

Integrating Neo4j into our tech stack was a seamless process. Its flexibility and compatibility with our existing tools enabled us to enhance our analytics and simulation capabilities without significant disruptions. By leveraging Neo4j's powerful query language and visualization tools, we can provide our clients with actionable insights and a clear understanding of their project's status and potential risks.

Have any tips you want to share with the community?

  1. Embrace the Graph Mindset: When working with Neo4j, think in terms of relationships and connections rather than traditional data tables. This mindset shift can unlock new ways of solving problems and uncovering insights.

  2. Leverage Visualization Tools: Use Neo4j's visualization tools to make complex data more accessible and understandable. This can be particularly helpful in identifying patterns and potential issues early on.

  3. Optimize Your Queries: Regularly review and optimize your Cypher queries to ensure they run efficiently, especially as your data grows. Performance tuning can make a significant difference in the responsiveness of your application.

  4. Stay Engaged with the Community: The Neo4j community is a valuable resource. Participate in forums, attend meetups, and share your experiences. Collaboration and knowledge sharing can lead to innovative solutions and improvements.

What is your startup about?

Cohesyve is an enterprise data platform that empowers online brands to make data-driven decisions at scale. We seamlessly integrate with major e-commerce platforms (Shopify, Amazon), advertising channels (Facebook, Google), and operational tools to deliver three core capabilities:

  1. Unified Analytics Hub: We consolidate fragmented data sources into comprehensive, actionable insights without requiring technical expertise from our clients. This enables real-time visibility across all sales channels, marketing performance, and customer behavior.
  2. AI-Powered Decision Engine: We've built a library of AI models to optimize critical business functions including inventory forecasting, advertising spend allocation, and customer lifetime value prediction. These models continuously learn from your data to improve accuracy over time.
  3. Automated Action Framework: We close the loop between insights and execution through direct integrations with operational tools. For example, when our AI identifies customers at risk of churning, the system can automatically trigger personalized retention campaigns across email, SMS, or WhatsApp with tailored offers and product recommendations.

Who can best benefit from adopting your solution?

Our platform delivers the most value to mid-market and enterprise e-commerce brands that:

  • Operate across multiple sales channels (D2C website, marketplaces, retail)
  • Manage significant monthly advertising spend ($10K+)
  • Handle complex inventory and fulfillment operations
  • Seek to scale their operations efficiently without proportionally growing headcount

As the e-commerce landscape becomes increasingly omnichannel, Cohesyve provides the technological foundation for brands to unify their operations, optimize their performance, and deliver consistent customer experiences across all touchpoints.

What made you decide to implement Neo4j for your startup?

Our decision to adopt Neo4j was driven by the fundamental challenge of modeling complex e-commerce relationships. Traditional relational databases struggled to efficiently represent the interconnected nature of our data: customers interacting across multiple channels, products being sold through various platforms, and marketing campaigns spanning different touchpoints.

When we were scanning for graph databases in the market, Neo4j came up as the leader in the space and we also had a chance to meet the Neo4j team at a Singapore startup event which pushed us to explore this further.

Neo4j's graph database architecture naturally maps to these complex relationships, allowing us to:

  • Model business entities and their relationships in an intuitive way
  • Perform complex queries that would be computationally expensive in traditional databases
  • Discover hidden patterns and relationships in our customers' data

How did Neo4j fit into your existing tech stack or workflows?

We approached Neo4j integration methodically, starting with a proof-of-concept that modeled our core data relationships. The extensive documentation and community resources, particularly the GoingMeta series by Jesus Barrasa, proved invaluable during this process.

Neo4j now serves as our primary database for relationship-heavy data models, complementing our existing stack:

  • Graph data model for complex relationships and pattern matching
  • Real-time query capabilities for dynamic analytics
  • Scalable architecture that grows with our customer base
  • Strong developer tools and visualization capabilities that accelerate development

Have any tips you want to share with the community? Based on our experience building a data platform with Neo4j:

  1. Cypher is awesome. Take your team to learn it deeply.
  2. Ontologies can be your friend (especially when you're dealing with multiple data sources)
  3. Investing into graph database technologies can make you future proof (with the advent of GenAI)

What is your startup about? (Your founder’s story)?

Zevero was founded in 2021 with the belief that companies needed better tools to measure and reduce their carbon impact. Our mission is simple: prevent as many emissions as possible from entering the planet’s atmosphere. We built Zevero to accelerate the process of measuring corporate carbon footprints, enabling businesses to focus on sustainability without being bogged down by complex calculations. Today, we work with global customers across industries, combining climate expertise with AI to streamline sustainability reporting and compliance.

Who can best benefit from adopting your solution?
Our solution is designed for companies that need to measure, report, and reduce their carbon footprint, especially those struggling with Scope 3 emissions. Industries with extensive supply chains—such as manufacturing, food & beverage, and retail—benefit significantly from Zevero’s AI-powered emissions engine. Sustainability managers, compliance teams, and businesses aiming to meet net-zero targets can leverage our platform to gain accurate insights and drive meaningful climate action.

What made you decide to implement Neo4j for your startup?
Neo4j was the natural choice for us because of its ability to handle complex relationships and large datasets efficiently. Scope 3 emissions data is vast, fragmented, and interconnected, requiring a database solution that excels at modeling relationships. Neo4j enables us to match procurement records with the correct emission factors dynamically, ensuring accuracy and scalability in our AI-driven emissions engine.

How did Neo4j fit into your existing tech stack or workflows?
Neo4j integrates seamlessly into our AI-powered platform, allowing us to efficiently query and structure emissions data. We use it with genai plugin to improve data accuracy and automate emissions factor matching. Its ability to process and analyze complex supply chain relationships enhances our platform’s ability to generate insights, ultimately saving companies time and resources in carbon reporting.

Have any tips you want to share with the community?
For startups considering Neo4j, we recommend investing in an optimized data schema early on. While the flexibility of graph databases is powerful, structuring relationships thoughtfully from the start ensures better query performance as your dataset grows. Also, leveraging Neo4j’s visualization tools can be incredibly useful for making complex data more understandable, particularly in industries dealing with large-scale analytics like sustainability.

What is your startup about? (Your founder’s story)
We are a Geotemporal AI company dedicated to creating advanced, enterprise-class AI applications with clear business purposes. Founded on trust and truth, our solutions enable organisations across multiple industries to explore the past, understand the present, and predict the future with unmatched speed and accuracy.

Who can best benefit from adopting your solution?
The principle of the system is to equip businesses to make smarter, data-driven decisions by providing real-time insights into product demand surges and revenue growth opportunities. The working principle is to identify patterns and trends within datasets, enabling organisations to act swiftly and confidently. With this powerful tool, businesses can optimise strategies, maximise profitability, and capitalise on market opportunities.

What made you decide to implement Neo4j for your startup?
Neo4j gave us the the flexibility of unstructured and varied data sources enabling us to model disparate data while at the same time discover patterns in the data. Clients data can be very different in source, structure and nature. Neo4j allowed us to model these datasets and work on them in unison.

Have any tips you want to share with the community?
The machine learning side of Neo4j is an excellent ML solution integrated into the main product. Still at alpha and beta stages we are already exploring the models and potential benefits of Neo4j Graph Data Science and it's integrated Machine Learning capabilities. As we work with Neo4j we believe Neo4j's Graph Data Science and Machine Learning capabilities are going to be integral in our client solutions.

What is your startup about? (Your founder’s story)?

At AlgiSense (formed in January 2025), we aim to revolutionize pain assessment using AI-driven EEG digital biomarkers. As a co-founder and the R&D technology lead, I’ve worked with a dedicated team of deeptech advisors and ML engineers to develop a solution that moves beyond subjective pain assessments, aiming to provide objective insights for chronic pain detection, assessment, and monitoring. Our approach combines neuroscience and BCI with graph-based AI techniques to unlock a new frontier in personalized healthcare.

Who can best benefit from adopting your solution?

Our solution is designed for diverse stakeholders in the healthcare ecosystem. Providers/clinicians can use our platform for real-time pain detection in clinical settings and retrospective analysis of trends and anomalies supporting diagnosis and decision-making. At the same time, researchers and BioPharma teams can leverage the technology to enhance clinical trials, assess pain management therapies, and improve precision medicine outcomes. Digital health platform providers can also integrate our agents and real-world evidence (RWE) data to improve personalized care solutions and evaluate the performance of therapies and drug regimens over time.

What made you decide to implement Neo4j for your startup?

We chose Neo4j for our proof-of-concept development and preliminary analytics because of its powerful graph and query capabilities, which align seamlessly with our goal of modeling topologies as dynamic graph structures. BCI applications rely on complex connectivity patterns across brain regions, and Neo4j's flexible schema and graph traversal capabilities were ideal for constructing and querying these relationships and helping us efficiently identify pain-specific neural patterns.

  • Integrating Neo4j into Our Tech Stack: Our architecture enables edge-cloud hybrid workloads for MLOps extending into data processing pipelines for scalable GNN model deployment. Neo4j integrates seamlessly into this ecosystem, serving as the core data engine that stores EEG graph structures and enables real-time pain inference. For the next stage of our prototyping efforts, we plan to leverage Neo4j’s Graph Data Science (GDS) library for advanced algorithms such as node classification.

  • Addressing key challenges: One of our biggest challenges was optimizing inference for real-time EEG processing while ensuring scalability. By applying specialized GNNs combined with Neo4j’s graph modeling capabilities, we achieved faster pain state predictions and improved precision. This architecture will enable us to adapt baseline calibrations dynamically or in near real-time, enhancing performance in individualized monitoring scenarios.

Have any tips you want to share with the community?

For engineers, analysts and developers working with EEG data or complex biomedical datasets:

  • Embrace the flexibility of graph schemas: BCI-supporting data relationships evolve over time and across study groups — Neo4j’s schema flexibility helps adapt the schemas rapidly as new node and relationship patterns emerge.
  • Take full advantage of Cypher: For us, Cypher's intuitive syntax made it easier to build complex queries for identifying and collapsing pain pathways and leveraging statistical functions to update weights for more effective GNN model training.

Are you using Neo4j for your startup?

Yes! At Scovery, we’re using Neo4j at the core of our platform to model and explore complex relationships across cybersecurity data. It has become an essential part of how we understand and visualize the landscape of digital threats and asset relationships.


What is your startup about? (Your founder’s story)

Scovery is a European-based independent cybersecurity scoring agency. It helps organizations understand the structure and exposure of their digital footprint. Our mission is to make it easy to map how domains, IPs, certificates, companies, and vulnerabilities are connected—across the public internet and the dark web. The idea came from years of frustration with fragmented data sources and the lack of context in traditional cybersecurity tools.


Who can best benefit from adopting your solution?

Our solution is tailored for C-level executives, decision-makers, security teams, and vulnerability management teams who need a clear overview of their security posture and that of their third-party companies. It also helps SMEs get a first overview of their security at a reduced cost. In addition, it’s especially valuable for cyber insurance companies that need better visibility and context around digital risk. Moreover, anyone dealing with the external digital footprint can benefit from the clarity that graph modeling brings.


What made you decide to implement Neo4j for your startup?

From the very beginning, we knew we’d be working with highly interconnected datasets—think: IPs linked to domains, certificates reused across infrastructure, companies hosting services across multiple providers. A relational database simply couldn’t capture the nuances of these relationships at scale. After benchmarking various graph database solutions, we chose Neo4j because of its powerful ecosystem, which gave us both the flexibility to model our data naturally and the performance to explore it in reasonable time.


How did Neo4j fit into your existing tech stack or workflows?

We first integrated Neo4j with the help of a local Neo4j partner in France, who assisted us with data modeling, ETL strategies, and middleware to consume data from the rest of our stack. As our SaaS stack was developed in parallel, it integrated smoothly, taking into account limits and diverse needs.

It’s worth noting that Neo4j has the ability to scale on demand with minimal effort, even when performing a large number of queries. This demonstrated that Neo4j was never a bottleneck in our big data processing workflows.


Have any tips you want to share with the community?

  1. neo4j-admin import is a must for big data ingestion.
  2. For building KPIs on a large database, Cypher queries using the runtime=parallel option help a lot.
  3. Model your data carefully from the start—a well-designed graph model pays off massively later.
  4. At first, don’t try to tweak memory settings manually. Neo4j’s default behavior usually performs better in most scenarios.

Our startup, SNAP Forensics, came out of years working side by side with law enforcement, public prosecutors, and intelligence analysts across Brazil. We kept running into the same issue — investigative data was messy, siloed, hard to share, and even harder to turn into real intelligence.

So we decided to build ORBIT (we’re still early, working on the MVP). The idea is to create a platform that helps orchestrate investigative workflows and manage persons of interest in a secure, standardized, and smart way. We want to take complex and unstructured data and turn it into something visual, organized, and actually useful for investigations — especially in digital forensics and financial crime.

Our goal is to give investigative professionals better tools to fight crime in a world driven by data.

Who is ORBIT for?

• Law enforcement agencies

• Public prosecutors

• Forensic investigators

• Intelligence analysts

• Anti-corruption and AML units

Basically, anyone who needs to investigate, connect dots, and make sense of a large amount of interconnected data.

We went with Neo4j because investigative work is all about connections. Traditional relational databases just don’t handle the complexity of what we deal with — people, communications, assets, places, events, etc.

In our stack, Neo4j is the central intelligence layer, powering our link analysis engine and helping us explore relationships in a dynamic and visual way.

No real tips yet — we’re just getting started. But hopefully soon we’ll have some lessons to share with the community!