Bileeta
10M+
lines of enterprise ERP code mapped into one connected software understanding.
Read the story →Software DNA
The blueprint your software never came with.
FlashTeams maps your code, databases, and dependencies into one living software DNA, giving engineers and AI agents the context to understand, plan, and change complex systems.
Your software holds years of knowledge. Most of it is hidden.
01/ The problem
Your engineers see code. Not the whole system.
Critical business logic, dependencies, and architectural decisions are scattered across repositories, documentation, and senior engineers’ heads. Every new project starts with rediscovery.
- 10M+
- Lines of code
- 1
- Connected Software DNA
Bileeta’s Entution ERP, mapped with FlashTeams.
Understand the system. Not just the files.
02/ Map
Your entire software architecture, mapped.
FlashTeams analyzes repositories and database structures to identify components, technologies, business logic, and the relationships that make your software work.
- Functions
- Controllers
- API endpoints
- Components
- Tables
- Stored procedures
- Triggers
- Dependencies
Database analysis uses structure, not business data rows.
Every connection. Every dependency.
03/ Connect
See how your software actually works.
Follow how functions call one another, which services depend on shared components, and how applications interact with databases. Understand the architecture across your entire product.
- calls
- reads_from
- writes_to
- depends_on
- renders
- triggered_by
Know the impact. Before writing code.
04/ Impact
One change. Every affected component.
Select a table, procedure, function, or endpoint to explore its downstream dependencies. Understand the potential impact, uncover affected features, and plan changes with greater confidence.
What changing dbo.Invoices could affect:
- 1usp_PostInvoiceStored procedure
- 2InvoiceService.Post()Function
- 3POST /api/invoicesAPI endpoint
- 4CheckoutPageComponent
Example dependency path, shown by depth.
Thousands of components. One connected picture.
05/ Scale
Your software doesn’t stop at one repository.
Connect repositories and databases across products, services, and legacy environments. Understand how systems fit together without investigating each codebase separately.
- GitHub
- Azure DevOps
- Bitbucket
- IBM i
- SQL Server
- PostgreSQL
One intelligence layer. Every engineer. Every agent.
06/ The payoff
Understanding that turns into execution.
FlashBrain uses Software DNA to answer questions, analyze changes, and scope projects. Flash Swarm uses that context to execute engineering work. Your developers and connected coding agents work from the same understanding.
- FlashBrain
- Flash Swarm
- Flash Console
- Flash MCP
Fig. 1/ From your systems to every agent
Connect your software once. Make its intelligence available everywhere.
Built from
- GitHub
- Azure DevOps
- Bitbucket
- IBM i
- SQL Server
- PostgreSQL
One Software DNA
Used by
- FlashBrain
- Flash Swarm
- Flash Console
- Claude Code
- Codex
- Gemini CLI
- GitHub Copilot
Grounded in connected code and database structures. No business data rows required.
Fig. 2/ What Software DNA powers
One understanding. An entire engineering ecosystem.
- FlashBrainAnswers grounded in your actual software
- Impact AnalysisTrace callers, dependencies, and downstream effects
- Engineering PlanningProjects and tasks connected to affected code
- Living DocumentationTechnical knowledge linked to its source
- Product HealthDependency inventory, upgrades, and security risks
- ModernizationUnderstand and track complex migrations
- Workforce IntelligenceConnect engineering work with team expertise
- Agent ExecutionShared software context for Flash Swarm and MCP agents
Fig. 3/ Living documentation
Documentation that keeps up with your code.
Generate technical documentation directly from your software, with business rules linked to their source. Identify documentation that needs reviewing when the underlying code changes.
Built for real enterprise software
Proven on complex software environments.
PeerCore
89
repositories connected, helping reduce cross-system project planning from days to approximately five minutes.
Read the story →Software DNA vs search and embeddings
| Topic | Software DNA | Search and embeddings |
|---|---|---|
| How it finds context | Exact names and resolved links, then meaning | Text matches and similarity guesses |
| A change’s reach | Callers, callees and everything downstream | Found in review, or in production |
| Many repositories | One product, every repository and database | One repository at a time |
| Databases | Tables, procedures and triggers, structure only | Out of sight |
| Freshness | Updated on every push, changed files only | Re-indexed by hand, if at all |
Grounded, not guessed
FlashBrain answers from the map with exact names. When it cannot verify something, it says so.
Current on every push
Each push to the tracked branch updates just the files it changed. A full rebuild keeps the old map live until it is done.
Structure, not secrets
Each organization has its own schema. The map stores structure, not file contents, and source reading stays off until you allow it.
Frequently asked questions
Questions, answered.
What is software DNA?
A map of your software that FlashTeams builds from your repositories and databases: the files, functions, endpoints, tables and procedures, and how they call, read, write and depend on each other. FlashBrain, Flash Swarm and your coding agents all work from it.
Where can it read from?
GitHub, Azure DevOps (Git and TFVC), Bitbucket and IBM i, plus live SQL Server and PostgreSQL databases, including Supabase, Cloud SQL and Neon. One product can combine many repositories with the databases they use.
Which languages does it understand?
FlashTeams detects each codebase’s stack on its own, with support for stacks such as TypeScript and JavaScript, Python, C# and .NET, Flutter, T-SQL and PostgreSQL. Tell us what you run and we will confirm coverage.
How does it stay up to date?
Every push to the branch a product tracks updates the map from just the changed files, on GitHub, Bitbucket and Azure DevOps. You can rebuild the whole map at any time, and the current one stays available while it runs. Databases and IBM i refresh when you run them again.
What happens to my code and data?
Each organization’s map lives in its own database schema. It stores structure, not file contents. Databases are read for structure only, never rows. Reading source files is off by default and asks for approval in each session, and credentials are encrypted.
Which tools can use it?
FlashBrain, Flash Swarm and Product Center work from it directly, and FlashMate reaches it through FlashBrain. Agents in Flash Console get it through the flashteams command, and any MCP client, such as Claude Code, Codex or Gemini CLI, can query it through Flash MCP.
How is this different from embeddings or RAG?
Search by similarity finds text that looks related. Software DNA records how things actually connect, so questions like what calls this procedure, or what breaks if this table changes, get exact answers. It still searches by meaning to find the right place to start.
Your software already has a DNA. It’s time to understand it.
Give every engineer and AI agent the context to make better decisions, plan confidently, and build faster.