SERGIO RODRIGUEZRESEARCH / CODE / EXPLANATION

SCOPED PAID PROJECTS

HUDSON VALLEY, NEW YORK

Bring the question.
Leave with
evidence.

A source path you need to understand. A failure you need to reproduce. A technical idea people need to see.

I’m Sergio Rodriguez, an Iona University undergraduate building offensive-security research and interactive technical studies. My work connects a precise question to code, a checkable result, and an explanation another person can use.

DEFINED DELIVERABLESINSPECTABLE SOURCECHECKABLE ACCEPTANCE

01 / WHAT WE CAN SCOPE

Small enough to finish.
Useful enough to keep.

These are starting points for a written brief. The exact surface, schedule, fee, and handoff depend on the material and the result we agree to test.

01

UNDERSTAND THE DECISION

Source &
boundary review

Follow one component’s input, authority, and state transitions. Make the contract visible before a larger engineering decision.

See the approachSealbreak / approval binding ↗Faultline / a range check ↗

Scope
A named component, a pinned revision, and a specific behavior or trust boundary.
You receive
An annotated decision path, source references, supported observations, and a list of questions the available evidence leaves open.
Acceptance
Each conclusion points to its source or reproducer. Observed behavior is distinguished from assumptions and untested paths.
02

TURN A CLAIM INTO A TEST

Reproducible
fixture

Reduce a reported behavior to a controlled input. Give the next engineer something concrete to rerun and challenge.

See the approachPrompt Boundary / paired readers ↗Afterimage / before and after ↗

Scope
One failure hypothesis, an agreed runtime, and a controlled set of inputs and reference outcomes.
You receive
Source code, a reproduction command, controls, result records, and regression checks for the agreed behavior.
Acceptance
The documented command produces the recorded result in the agreed environment. A benign control and relevant failure paths are covered.
03

MAKE THE MECHANISM LEGIBLE

Interactive
research demo

Turn a calculation, state transition, or research result into an interface people can operate—not just a slide they can look at.

See the approachAttack Atlas / visible mechanics ↗Cartel Kit / model assumptions ↗

Scope
One technical story, its source material, the interaction to explain it, and the intended audience.
You receive
A responsive browser demo, readable source, linked evidence, and a short explanation of what the model represents.
Acceptance
Inputs map to documented outputs. The agreed views work on desktop and mobile, keyboard controls are usable, and illustrative data is labeled.

02 / HOW IT STARTS

Agree on
“done.”

A good brief says what the result needs to make possible. It also names what the project will leave for a later pass.

Read my research method ↗
  1. 01

    Send the question and the material.

    Describe the component or idea, its audience, and the decision you need to make. Include a shareable source link and a deadline if one exists.

  2. 02

    Define the deliverable.

    We identify the exact surface, environment, evidence, and acceptance criteria. The proposal names the fee and schedule for that scope.

  3. 03

    Review the work against the brief.

    The handoff includes the agreed source and results, run instructions, dependencies, and any open limitations. Additional work gets its own scope.

03 / START A CONVERSATION

What needs
to become clear?

Send a short brief. A specific question and a source link are enough to start discussing whether the project fits.

A USEFUL FIRST MESSAGE

  • The problem or technical question.
  • A repository, document, or existing demo you can share.
  • The result you need and who will use it.
  • Your timeframe and available budget.
  • How you would decide the work is complete.
Open the email brief

Opens your email app. You review and send the message. Share material you’re authorized to provide; leave passwords and private keys out of the brief.