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© 2026 UniForge

Your brief, instantly a project. 

Hand UniForge the brief your instructor actually issued. It extracts every requirement, plans the files, writes code that compiles as one project, and verifies each constraint against the result — while you watch, line by line.

Upload or drop your briefPDF, Word, or a photo of the printout — or describe it in a form instead.

Three complete builds a month, free. No card required.

Patient.h

class Patient : public Person {

public:

void admit(const Ward& ward);

void save() const;

private:

int history[64];

char name[64];

report.docx

Hospital Management System

CS-2001 · Semester Project

4.1 System Architecture

4.2 Class Design

4.3 File Storage

Figure 4.1 · numbered automatically

$ uniforge verify

✓ 11 files parsed

✓ all includes resolve

✓ 34 / 34 declarations defined

✓ no-stl · file-handling · oop

$

presentation.pptx · 6 / 14

What it does

  • Stores 500 patient records
  • Finds any patient by ID
  • Survives a restart

Speaker notes · 62 words

C++ semester projectsJava OOPPython systemsReportsSlide decksER & class diagramsViva preparationPHP + MySQLReact front-ends15 languagesC++ semester projectsJava OOPPython systemsReportsSlide decksER & class diagramsViva preparationPHP + MySQLReact front-ends15 languages

Submission-grade work. Verified by parsers.

Not a chat window that returns a snippet and wishes you luck. A pipeline that reads your brief, plans the architecture, writes the files, proves the constraints and hands you a bundle you can submit and defend.

01

Compile-clean code, without the all-nighter.

Twelve to twenty source files, generated in dependency order, each one handed the real extracted signatures of the code it calls. That single detail is why the pieces fit together instead of merely looking like they should.

  • Streamed live, file by file
  • Fifteen languages, each with a real parser
  • Rolled back if a repair makes things worse

Patient.h

class Patient : public Person {

public:

void admit(const Ward& ward);

void save() const;

private:

int history[64];

char name[64];

02

Every instructor constraint, enforced.

“No STL.” “File handling only.” “Must demonstrate inheritance.” Each becomes an executable check that runs against your generated code — and anything no parser can verify is declared honestly rather than quietly marked as passed.

  • Verified by parsers, not by prompting
  • Quotes the sentence each rule came from
  • Unverifiable rules are listed, never faked

$ uniforge verify

✓ 11 files parsed

✓ all includes resolve

✓ 34 / 34 declarations defined

✓ no-stl · file-handling · oop

$

03

Defence-ready in minutes, not evenings.

Fifteen questions about your own code, each anchored to a real file and line, with a grader that rewards you for naming your own functions. It is the part that turns a generated project into work you can genuinely stand behind.

  • Anchored to real files and line numbers
  • Graded on specificity, never on length
  • Free forever — practice is never metered

Question 7 of 15 · Defence

Why does admit() write to disk before it returns?

Patient.cpp : 41

Specificity22 / 25

Built nightly against briefs from

Programming FundamentalsObject-Oriented ProgrammingData StructuresDatabase SystemsWeb EngineeringVisual ProgrammingMobile Application DevelopmentSoftware Engineering

From brief to bundle in four steps.

  1. Step 01 · PDF · DOCX · image · plain form

    Upload your brief

    Drop the PDF, Word file or photo your instructor handed out — or fill the form instead, or do both. UniForge reads the requirements and shows you exactly what it found, each one quoting the sentence it came from.

    11 files planned

    main.cppokPerson.hokPatient.cppwritingWard.hqueued

  2. Step 02 · 12–20 files · streamed live

    AI plans, then writes

    A file manifest with real dependencies is drawn up and checked for cycles before a single line is written. Then the files are generated in order, each receiving the actual extracted signatures of the code it calls.

    Patient.h

    class Patient : public Person {

    public:

    void admit(const Ward& ward);

    void save() const;

    private:

    int history[64];

    char name[64];

  3. Step 03 · parser-verified · never assumed

    Checks repair what fails

    Every constraint is verified against the generated code by a real parser. What can be repaired automatically is repaired — twice at most, and a fix that makes things worse is rolled straight back.

    $ uniforge verify

    ✓ 11 files parsed

    ✓ all includes resolve

    ✓ 34 / 34 declarations defined

    ✓ no-stl · file-handling · oop

    $

  4. Step 04 · ZIP · DOCX · PDF · PPTX

    Export the whole bundle

    One ZIP containing the source, the report in Word and PDF, the slide deck, six diagrams and your viva pack — assembled in your own browser, so nothing you write is stored where it need not be.

    report.docx

    Hospital Management System

    CS-2001 · Semester Project

    4.1 System Architecture

    4.2 Class Design

    4.3 File Storage

    Figure 4.1 · numbered automatically

Start free. Upgrade when it matters.

Three builds a month cost nothing and require no card. Pro exists for the semester when everything is due at once.

Free

Rs 0

Forever, with no card on file.

  • Three complete builds a month
  • C++, Python and web projects
  • Source, README and full report
  • Viva practice, ungraded
Start free

Pro

Best value yearly

Rs 7,900

per year — or Rs 900 a month

  • Thirty builds a month
  • All fifteen languages
  • Slides, diagrams, screenshots and the runnable demo
  • Graded viva practice with specificity scoring
  • Bring your own AI key — unlimited builds, no queue
Get Pro

Paying by Easypaisa or JazzCash? Send the payment, enter the transaction ID on the billing page, and we activate your account.

Straight answers. No hedging.

Including the uncomfortable question, which we would rather you ask us than discover later.

What exactly do I get from one build?

A complete project: twelve to twenty source files that compile together, a report in both Word and PDF, a slide deck with speaker notes, six diagrams drawn from your real code, a README with build instructions, and a fifteen-question viva pack. All of it in a single ZIP.

Which languages are supported?

Fifteen: C, C++, Java, Python, JavaScript, TypeScript, HTML/CSS/JS, React, PHP, SQL, C#, Kotlin, Dart/Flutter, Go and Rust. Each one carries its own parser, project scaffold and constraint checks rather than a shared prompt, which is why a rule like “no STL” means something different from “no ArrayList”.

How does it know my instructor’s specific rules?

It reads them out of your brief and turns each into an executable check. “No STL”, “file handling only”, “must demonstrate inheritance” — these are verified against the generated code by a parser that understands the language. Anything no parser can verify is listed openly as unverifiable, never quietly marked as passed.

Is this academic dishonesty?

That depends entirely on your institution’s policy, and you should check it before submitting anything. UniForge is built as a study tool: every project ships with viva preparation precisely so you can explain your own work, and every download carries a note describing how the project was made. A grader who rewards you for naming your own functions is not a grader designed to help you bluff.

What does it cost?

Three complete builds a month are free, forever, with no card required. Pro is Rs 7,900 a year — or Rs 900 a month — and adds thirty builds a month, every language, the runnable demo, graded viva practice, and the option to use your own AI key for unlimited builds with no queue.

Can I pay with Easypaisa or JazzCash?

Yes. Send the payment and enter the transaction ID on the billing page, and we activate your account. Card and UPI payments are handled through our global payment processor for everyone else.

Does my code ever run on your servers?

Never. Generated code is only ever parsed on our side, never executed. Web, React, Python and SQL projects run in a sandboxed frame inside your own browser on a separate origin with no access to your session, and your downloads are assembled in your browser too.

What if a file cannot be fixed?

The build carries on and you receive everything else, plus a note naming the exact file and line that still needs your eye. A partial result you understand is far more useful than a failure you cannot act on.