Oracle PL/SQL to Java Converter by Ispirer, Free Trial

Migrate Oracle PL/SQL to Java

Make the most of automated migration to focus on your business core

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6 undeniable facts to choose conversion with Ispirer

  • Fact 1/6

    Improved performance

    Migrating to a newer, more powerful database engine can significantly enhance query performance, reduce latency, and improve overall application responsiveness. This leads to a better user experience and increased productivity.

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  • Fact 2/6

    Enhanced security

    Newer databases often incorporate advanced security features like encryption, access controls, and threat detection mechanisms, providing better protection against data breaches and cyberattacks.

    Enhanced security -- card image
  • Fact 3/6

    Reduced costs

    Migrating to a more efficient database can lower operational costs by reducing hardware and software maintenance requirements, optimizing resource utilization, and lowering licensing fees.

    Reduced costs -- card image
  • Fact 4/6

    Modernization and innovation

    Migrating to Java can enable the adoption of new technologies and features, unlocking new business opportunities and driving innovation.

    Modernization and innovation -- card image
  • Fact 5/6

    Legacy system transformation

    Migrating legacy databases to modern systems can upgrade your database, making it easier to maintain, update, and extend in the long run.

    Legacy system transformation -- card image
  • Fact 6/6

    No need for documentation

    We perform the migration using the source code. There is no need for detailed documentation to begin the migration as there is in development.

    No need for documentation -- card image

Migration opportunities with Ispirer

Ispirer Ecosystem automates your migration routine to enable quick and smart transformation of any database. Double the migration speed with our comprehensive solutions.

  • With Ispirer Toolkit only

    • Free InsightWays tool to analyze your database and estimate migration complexity
    • Assistance in Ispirer Toolkit configuration
    • Automated migration of the entire database schema, tables, SQL objects, business logic, and data
    • Timely customization of the Ispirer Toolkit to maximize automation rate
    • Expert support
    Get started — it’s free

    Trial is free. No payment

    With Ispirer Toolkit -- card image
  • With Ispirer Toolkit as a part of migration service

    • Detailed analysis of your database and tailored migration roadmap
    • Migration of data and database schema, including SQL objects, business logic, and tables
    • Team of database conversion experts and a dedicated Project Manager
    • Regular updates on the project status
    • Post-migration refinement and testing
    Get started — it’s free

    Trial is free. No payment

    With Ispirer Toolkit -- card image

Ispirer Ecosystem for automated migration

Ispirer Toolkit is a solution for automated heterogeneous database migration. Using it, you can transfer tables and data, stored procedures, functions, packages, views, and triggers. This solution is based on an intelligent proprietary algorithm that analyzes data types, relationships between objects, reserved words, and code structures that do not have equivalents in a target technology.

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Dive into tool’s features

  • PostgreSQL
  • Oracle
  • AlloyDB
  • SQL Server
  • Informix
  • MySQL
  • DB2
  • MariaDB
  • Sybase ASE
  • PostgreSQL
  • Oracle
  • AlloyDB
  • SQL Server
  • Informix
  • MySQL
  • DB2
  • MariaDB
  • Sybase ASE
  • MSSQL
  • COBOL
  • Azure
  • Progress 4GL
  • SAP
  • PowerBulder
  • .NET
  • Delphi
  • MSSQL
  • COBOL
  • Azure
  • Progress 4GL
  • SAP
  • PowerBulder
  • .NET
  • Delphi

Migration details overview

  • Ispirer Toolkit automates

    Ispirer Toolkit automates icon

    Ispirer Toolkit automates the entire migration of database objects from Oracle PL/SQL to Java

    Both conversion with connection to the source database, and conversion of files containing Oracle PL/SQL scripts are possible. Our tool supports conversion of the following objects: packages (specification and body), collection and object types, functions, procedures. At the same time, tables, views, triggers and sequences remain on the side of Oracle. As a result of conversion, each separate database object is converted to a Java class. Class names are formed based on object names, taking into account the Java Naming Convention.

    In case, you need your Java application to work with a different database, Ispirer Toolkit can convert Embedded SQL and the database itself.

  • Variable Conversion

    Variable Conversion icon

    Ispirer Toolkit supports conversion of all Oracle data types

    The tool automatically converts function and procedure variables (nested or not) to method variables, as well as package variables to class variables.

    Moreover, when converting variables, their visibility is taken into account.

  • PL/SQL Code Conversion

    PL/SQL Code Conversion icon

    SQL objects are converted to classes

    Procedures and functions are converted to classes with one method. Packages are converted to classes, their nested functions and procedures into methods of this class, taking into account their visibility. Initialization block is converted to the class constructor.

    Oracle built-in functions and procedures are converted either to the same Java methods, if any, or to the methods of our Plsqlutils helper class.

  • Working with Database

    Working with Database icon

    Oracle PL/SQL statements can be converted to JDBC, Hibernate, Spring JDBCTemplate

    In addition, we have implemented the ability to export SQL statements to XML files for their support optimization. Besides, the logic of working with cursors is transferred to Java.

  • Working with Collections

    Working with Collections icon

    Ispirer Toolkit supports collection conversion of all three types: Associative array, Nested table, Variable-size array (varray)

    For optimal collection conversion, we have developed helper classes that allow to repeat the logic of Oracle collections in Java.

  • Oracle Supplied PL/SQL Package Conversion

    Oracle Supplied PL/SQL Package Conversion icon

    Ispirer Toolkit supports conversion of some Supplied PL/SQL Packages, such as UTL_FILE, DBMS_LOB and others

    The list can be expanded based on the requirements of your conversion project.

Move your migration project to the next level. Migrate logic from database to application

Ispirer has a solution to unlock the full potential of your database. Our team helps you to move business logic to an application layer seamlessly to advance the database performance.

Source database

  • Java
Read-only access

ODBC

Files with business logic SQL code

  • Java
How Migration work

Seamless integration, limitless possibilities!

Application target Code

  • Java
  • JDBC
  • .NET
  • Spring
  • Hibernate
  • Automated conversion of SQL objects to application code. Ispirer Ecosystem supports Oracle, SQL Server, Sybase, PostgreSQL, Java, C#, Python, etc.
  • In case of changing the RDBMS, embedded SQL will be automatically rewritten to adhere to the syntax of the new database.
  • Migration with or without connection to databases. Both options allow you to successfully migrate business logic from the database to the application layer. However, connecting to the database allows the migration tool to take into account additional data from the database and helps improve the conversion.

Migration with\without connection to databases.

  • / If RDBMS changes, EmbeddedSQL will be automatically rewritten to adhere to the new database syntax
  • / Ispirer Toolkit supports Oracle, SQL Server, Sybase, PostgreSQL, Java, C#, Python, etc.
  • / Automated SQL objects conversion to application code
  • / Migration with\without connection to databases.
  • Unlock agility: shift your database logic to the application layer!

    Transform faster, scale smarter—see how moving from database to application layer drives real results. Let’s modernize it together.

    Learn more

    Explore our comprehensive migration solutions

Migration demo

Check out how Ispirer Toolkit migrates databases efficiently, minimizing the need for manual corrections

to migration service overview

Migration

  • DB schema conversion
  • Data migration testing
  • Data integrity testing
  • APP changes: API, ESQL, logic shift to APP layer

Assessment

  • Obtaining access
  • Project discussion
  • Making migration plan
  • Creating SOW
Start

More than 2K users use this way to
successfully convert their database

Manual review & corrections

  • Manual corrections
  • Internal testing

Functional testing

  • Creating snapshots with data
  • Testing APP and DB on snapshots
  • Fixing all logical issues

Performance testing

  • Performance testing
  • Converted code review
  • Code refactoring
  • Extra code optimization

Data migration

  • Prod data migration

Cutover

  • Switching DB and APP
  • Providing user access
  • System startup
  • Obtaining access
  • Project discussion
  • Making migration plan
  • Creating SOW
  • DB schema conversion
  • Data migration testing
  • Data integrity testing
  • APP changes: API, ESQL, logic shift to APP layer
  • Manual corrections
  • Internal testing
  • Creating snapshots with data
  • Testing APP and DB on snapshots
  • Fixing all logical issues
  • Performance testing
  • Converted code review
  • Code refactoring
  • Extra code optimization
  • Prod data migration
  • Switching DB and APP
  • Providing user access
  • System startup

Conversion Samples of Oracle PL/SQL to Java

Ispirer Toolkit analyzes all object dependencies during the conversion process and provides not only line-by-line conversion, but resolves type conversions as well. The software understands and transforms the necessary inheritance dependencies. It parses the entire source code, builds an internal tree with all the information about the objects, and uses it in the migration process.

The code samples below provide you with more details.

  • Common variables declaration structure conversion:

    Oracle PL/SQL

    1.  
    2. CREATE OR REPLACE PACKAGE pkgWithVars
    3. IS
    4. NORMAL CONSTANT NUMBER := 0;
    5. FOUND CONSTANT NUMBER := 1;
    6. INST VARCHAR2(50) := 'pkgWithVars';
    7. PROCEDURE sp;
    8. END;
    9. /
    10. CREATE PACKAGE BODY pkgWithVars AS
    11.  
    12. PROCEDURE sp
    13. as
    14. My_Status number(5);
    15. BEGIN
    16. My_Status := Normal;
    17. END;
    18.  
    19. END;
    20.  

    → Java

    1.  
    2. package com.ora;
    3. import java.math.*;
    4. public class Pkgwithvars {
    5.  
    6. private static final org.slf4j.Logger LOGGER = org.slf4j.LoggerFactory.getLogger(Pkgwithvars.class);
    7. public static final BigDecimal NORMAL = new BigDecimal("0");
    8. public static final BigDecimal FOUND = new BigDecimal("1");
    9. private String inst = "pkgWithVars";
    10. public String getInst() {
    11. return inst;
    12. }
    13. public void setInst(String inst) {
    14. this.inst = inst;
    15. }
    16. public void sp() throws Exception {
    17. try {
    18. Integer myStatus = null;
    19. myStatus = NORMAL.setScale(0, RoundingMode.HALF_UP).intValueExact();
    20. }
    21. catch (Exception e) {
    22. LOGGER.error(String.valueOf(e));
    23. throw e;
    24. }
    25. }
    26. }
    27.  
  • %ROWTYPE attribute and Record Type conversion:

    Oracle PL/SQL

    1.  
    2. DECLARE
    3.  
    4. rec1 PREC_TAB%ROWTYPE;
    5.  
    6. type rec2_tp is record (
    7. inst_id number,
    8. instr_dt date
    9. );
    10.  
    11. rec2 rec2_tp;
    12. v1 number := 5;
    13.  
    14. BEGIN
    15.  
    16. rec1.PREC_ID := v1;
    17. v1 := rec2.inst_id;
    18.  
    19. END;
    20.  

    → Java

    1.  
    2. public class PrecTab {
    3. private BigDecimal precId;
    4. private String precSt;
    5. private Integer cnt;
    6. public BigDecimal getPrecid() {
    7. return precId;
    8. }
    9. public void setPrecid(BigDecimal precId) {
    10. this.precId = precId;
    11. }
    12. public String getPrecst() {
    13. return precSt;
    14. }
    15. public void setPrecst(String precSt) {
    16. this.precSt = precSt;
    17. }
    18. public Integer getCnt() {
    19. return cnt;
    20. }
    21. public void setCnt(Integer cnt) {
    22. this.cnt = cnt;
    23. }
    24.  
    25. public PrecTab() {
    26. }
    27.  
    28. public PrecTab(BigDecimal precId, String precSt, Integer cnt) {
    29. this.precId = precId;
    30. this.precSt = precSt;
    31. this.cnt = cnt;
    32. }
    33.  
    34. public PrecTab(PrecTab prectab) {
    35. this.precId = prectab.precId;
    36. this.precSt = prectab.precSt;
    37. this.cnt = prectab.cnt;
    38. }
    39. }
    40.  
    41.  
    42. public class Example {
    43.  
    44. private static final org.slf4j.Logger LOGGER = org.slf4j.LoggerFactory.getLogger(Example.class);
    45. private static class Rec2Tp {
    46.  
    47. private BigDecimal instId;
    48. private Timestamp instrDt;
    49. public BigDecimal getInstId() {
    50. return instId;
    51. }
    52. public void setInstId(BigDecimal instId) {
    53. this.instId = instId;
    54. }
    55. public Timestamp getInstrDt() {
    56. return instrDt;
    57. }
    58. public void setInstrDt(Timestamp instrDt) {
    59. this.instrDt = instrDt;
    60. }
    61. public Rec2Tp() {
    62. }
    63. public Rec2Tp(BigDecimal instId, Timestamp instrDt) {
    64. this.instId = instId;
    65. this.instrDt = instrDt;
    66. }
    67. public Rec2Tp(Rec2Tp rec2Tp) {
    68. if (rec2Tp != null) {
    69. this.instId = rec2Tp.instId;
    70. this.instrDt = rec2Tp.instrDt;
    71. }
    72. else {
    73. this.instId = null;
    74. this.instrDt = null;
    75. }
    76. }
    77. }
    78. public void spQuickfileSql() throws Exception {
    79. try {
    80. PrecTab rec1 = new PrecTab();
    81. Rec2Tp rec2 = new Rec2Tp();
    82. BigDecimal v1 = new BigDecimal("5");
    83. rec1.setPrecId(v1);
    84. v1 = rec2.getInstId();
    85. }
    86. catch (Exception e) {
    87. LOGGER.error(String.valueOf(e));
    88. throw e;
    89. }
    90. }
    91. }
    92.  
  • For collection types conversion we’ve implemented additional classes that have same behavior as Oracle collections:

    Oracle PL/SQL

    1.  
    2. DECLARE
    3.  
    4. TYPE student_arraytype IS TABLE OF student%ROWTYPE INDEX BY PLS_INTEGER;
    5. student_array student_arraytype;
    6.  
    7. BEGIN
    8.  
    9. FOR i IN student_array.FIRST .. student_array.LAST
    10. LOOP
    11. DBMS_OUTPUT.PUT_LINE(student_array(i).FIRST_NAME);
    12. END LOOP;
    13.  
    14. END;
    15.  

    → Java

    1.  
    2. AssociativeCollection < Integer, Student > studentArray = new AssociativeCollection < >( Integer.class, new Student());
    3.  
    4. for (int i = studentArray.first(); i <= studentArray.last(); i ++) {
    5. System.out.println(studentArray.get(i).firstName);
    6. }
    7.  
  • Cursor conversion (JDBC):

    Oracle PL/SQL

    1.  
    2. CREATE PROCEDURE sp IS
    3.  
    4. CURSOR C_STUD IS
    5. SELECT * FROM STUDENT;
    6. BEGIN
    7.  
    8. FOR STUD_REC IN C_STUD
    9. LOOP
    10.  
    11. STUD_UPDATE(STUD_REC);
    12.  
    13. END LOOP;
    14. END;
    15.  

    → Java

    1.  
    2. Student studRec = new Student();
    3.  
    4. try(PreparedStatement stResCStud = mConn.prepareStatement("SELECT * FROM STUDENT"); ResultSet rsResCStud = stResCStud.executeQuery();) {
    5. while (rsResCStud.next()) {
    6. studRec.setStudentid(rsResCStud.getString(1));
    7. studRec.setLast(rsResCStud.getString(2));
    8. studRec.setFirst(rsResCStud.getString(3));
    9. studRec.setBirthdate(rsResCStud.getTimestamp(4));
    10. studRec.setFacultyid(rsResCStud.getInt(5));
    11. studUpdate(studRec);
    12. }
    13. }
    14.  
  • Cursor conversion (Spring JDBC):

    Oracle PL/SQL

    1.  
    2. CREATE PROCEDURE sp IS
    3.  
    4. CURSOR C_STUD IS
    5. SELECT * FROM STUDENT;
    6. BEGIN
    7.  
    8. FOR STUD_REC IN C_STUD
    9. LOOP
    10.  
    11. STUD_UPDATE(STUD_REC);
    12.  
    13. END LOOP;
    14. END;
    15.  

    → Java

    1.  
    2. SqlRowSet rsCStud = null;
    3. Boolean fsCStud = null;
    4.  
    5. try {
    6. Student studRec = new Student();
    7. rsCStud = jdbcTemplate.queryForRowSet("SELECT * FROM STUDENT");
    8.  
    9. do {
    10. fsCStud = rsCStud.next();
    11.  
    12. if (Boolean.FALSE.equals(fsCStud)) {
    13. break;
    14. }
    15.  
    16. studRec.setStudentid(rsCStud.getString(1));
    17. studRec.setLast(rsCStud.getString(2));
    18. studRec.setFirst(rsCStud.getString(3));
    19. studRec.setBirthdate(rsCStud.getTimestamp(4));
    20. studRec.setFacultyid(rsCStud.getInt(5));
    21. studUpdate(studRec);
    22. }
    23. while (Boolean.TRUE.equals(fsCStud));
    24. }
    25. catch (Exception e) {
    26. LOGGER.error(String.valueOf(e));
    27. throw e;
    28. }
    29.  
  • Cursor conversion (Hibernate):

    Oracle PL/SQL

    1.  
    2. CREATE PROCEDURE sp IS
    3.  
    4. CURSOR C_STUD IS
    5. SELECT * FROM STUDENT;
    6. BEGIN
    7.  
    8. FOR STUD_REC IN C_STUD
    9. LOOP
    10.  
    11. STUD_UPDATE(STUD_REC);
    12.  
    13. END LOOP;
    14. END;
    15.  

    → Java

    1.  
    2. Boolean fsCStud;
    3. List<Object[]> cStudList = null;
    4. Iterator<Object[]> itrCStud;
    5.  
    6. try {
    7. Student studRec = new Student();
    8.  
    9. cStudList = session.createNativeQuery("SELECT * FROM STUDENT").list();
    10.  
    11. do {
    12. itrCStud = cStudList.iterator();
    13. fsCStud = itrCStud.hasNext();
    14.  
    15. if (!fsCStud) {
    16. break;
    17. }
    18.  
    19. Object[] objCStud = itrCStud.next();
    20. studRec.setStudentid(QueryUtility.toObject(objCStud[0], String.class));
    21. studRec.setLast(QueryUtility.toObject(objCStud[1], String.class));
    22. studRec.setFirst(QueryUtility.toObject(objCStud[2], String.class));
    23. studRec.setBirthdate(QueryUtility.toObject(objCStud[3], String.class));
    24. studRec.setFacultyid(QueryUtility.toObject(objCStud[4], String.class));
    25. StudUpdate.spStud_update(studRec);
    26. }
    27. while (fsCStud);
    28.  
    29. cStudList = null;
    30. }
    31. catch (Exception e) {
    32. LOGGER.error(String.valueOf(e));
    33. throw e;
    34. }
    35.  
  • Output parameters conversion:

    Oracle PL/SQL

    1.  
    2. create package body sample_pkg
    3. as
    4. PROCEDURE open_cursor (
    5. PAR_ID IN OUT varchar2,
    6. PAR_SAJES_OUT OUT sys_refcursor
    7. )
    8. IS
    9. BEGIN
    10.  
    11. OPEN PAR_SAJES_OUT FOR
    12. SELECT DAD_ID FROM SDAD;
    13.  
    14. END;
    15.  
    16. PROCEDURE main_sp
    17. IS
    18. V_ID varchar2(50);
    19. V_SAJES open_cursor;
    20. BEGIN
    21.  
    22. proc_test(V_ID, V_SAJES);
    23.  
    24. END;
    25. end;
    26.  

    → Java

    1.  
    2. public Map<String, Object> openCursor(String parId)
    3. throws Exception {
    4. RowSetFactory rowSetFactory = RowSetProvider.newFactory();
    5. Map<String, Object> outData = new HashMap<>();
    6. CachedRowSet parSajesOut = rowSetFactory.createCachedRowSet();
    7. Connection mConn = JDBCDataSource.getConnection();
    8.  
    9. try {
    10. try(PreparedStatement mStmt = mConn.prepareStatement("SELECT DAD_ID FROM SDAD");) {
    11. try(ResultSet rs = mStmt.executeQuery();) {
    12. parSajesOut.release();
    13. parSajesOut.populate(rs);
    14. }
    15. }
    16. catch (SQLException se) {
    17. SQLCursorHandler.getInstance().handleExeption(se);
    18. throw se;
    19. }
    20.  
    21. if (!mConn.getAutoCommit()) {
    22. mConn.commit();
    23. }
    24.  
    25. return outData;
    26. }
    27. catch (Exception e) {
    28. LOGGER.error(String.valueOf(e));
    29. throw e;
    30. }
    31. finally {
    32. outData.put("par_id", parId);
    33. outData.put("par_sajes_out", parSajesOut);
    34.  
    35. if (mConn != null) {
    36. mConn.close();
    37. }
    38. }
    39. }
    40.  
    41. public void mainSp() throws Exception {
    42. try {
    43. String vId = null;
    44. OpenCursor vSajes = new OpenCursor();
    45. ProcTest.spProc_test(vId, vSajes);
    46. }
    47. catch (Exception e) {
    48. LOGGER.error(String.valueOf(e));
    49. throw e;
    50. }
    51. }
    52.  
  • Nested procedure conversion:

    Oracle PL/SQL

    1.  
    2. create PROCEDURE pkg_nested_example IS
    3. PROCEDURE CHECK1 IS
    4.  
    5. W_TOBE CHAR(1) := '0';
    6. W_PAR CHAR(1) := '0';
    7.  
    8. PROCEDURE CHK AS
    9. BEGIN
    10. W_PAR := '1';
    11. W_TOBE := '1';
    12. END;
    13.  
    14. BEGIN
    15. CHK;
    16. END;
    17.  
    18. BEGIN
    19. CHECK1;
    20. END;
    21.  

    → Java

    1.  
    2. public void spPkgNestedExample() throws Exception {
    3. class NestedFunctions {
    4.  
    5. public void check1(MutableObject<String> mutablewTobe, MutableObject<String> mutablewPar) throws Exception {
    6. String wTobe = mutablewTobe.getValue();
    7. String wPar = mutablewPar.getValue();
    8.  
    9. try {
    10. wPar = "1";
    11. wTobe = "1";
    12. }
    13. catch (Exception e) {
    14. LOGGER.error(String.valueOf(e));
    15. throw e;
    16. }
    17. finally {
    18. mutablewTobe.setValue(wTobe);
    19. mutablewPar.setValue(wPar);
    20. }
    21. }
    22. }
    23.  
    24. try {
    25. String wTobe = "0";
    26. String wPar = "0";
    27. NestedFunctions nestedFunctions = new NestedFunctions();
    28. MutableObject<String> mutablewTobe = new MutableObject<>();
    29. MutableObject<String> mutablewPar = new MutableObject<>();
    30. mutablewTobe.setValue(wTobe);
    31. mutablewPar.setValue(wPar);
    32. nestedFunctions.check1(mutablewTobe, mutablewPar);
    33. wTobe = mutablewTobe.getValue();
    34. wPar = mutablewPar.getValue();
    35. }
    36. catch (Exception e) {
    37. LOGGER.error(String.valueOf(e));
    38. throw e;
    39. }
    40. }
    41.  

Get a free sample code of our Oracle PL/SQL to Java conversion

Ispirer Toolkit automatically converts not only a single piece of code, but an entire application. Complex code will require customization of the toolkit

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  • Analyze and compare the source sample with your code to understand which components of your application can be automatically converted using Ispirer Toolkit.
  • Test an application containing nearly 600 lines of code.
  • Our experts can add new conversion rules within 3-5 business days.
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1 250 000 LoC

Project Duration

14 months

Industry

Software Developer and Provider

Consulting Firm Cuts Migration Costs by 65% with Ispirer

SQL Server → Java, PostgreSQL

Target: Java, PostgreSQL

Consulting Firm Cuts Migration case card

Project Scope

35 000 LoC

Project Duration

3 Months

Industry

Financial Consulting Firm


Trust us with your migration project

  • High quality SQL code conversion

    Expert system with 20.000+ conversion rules and 100.000+ automated tests

  • Flexibility

    Nimble configuration with 300+ parameters and options for SQL objects and data multithread migration

  • Seasoned team

    Ensuring high security and performance standards is what we do best, thanks to our impressive expertise in building reliable and scalable solutions

  • Technology expertise

    With 25+ years of experience, our team has gained a wide pool of expertise in various programming languages, from the rarest to the most popular ones

  • We comply with ISO 27001

    security management requirements with comprehensive policies and processes, advanced security technology, and skilled professionals

  • Comprehensive migration analysis

    Intuitive and instructive reports for cost-effective post-migration polishing

  • Proprietary tools

    We employ Ispirer proprietary tools, underscoring our dedication to delivering the utmost reliability and performance solutions. The toolkit is compiled daily and continually integrates dozens of new conversion rules, enhancing the automation capabilities

  • Free smart assessment

    Ispirer's free InsightWays tool for migration scope and complexity evaluation

They chose Ispirer to revamp their database

Mixon, Magnit, CardinalHealth, and more have adopted SQLWays to boost their innovation life-cycle accelerate and manage their end-to-end innovation lifecycle

Magnit logo
CardinalHealth logo
University of Maryland logo
WorldLine logo
Poul Group logo
Utah state university logo

Oracle to PostgreSQL MS SQL Server to PostgreSQL

Migration project

50%

Migration time reduction

1.365K

Lines of SQL code

8 Tb

of data

Talent Management

"Ispirer Toolkit enabled a seamless migration of 8 TB of data and 1.36M lines of code from Oracle and SQL Server to PostgreSQL. The automation features reduced migration time by 50%, cutting costs and minimizing manual effort. The quality, precision, and support exceeded our expectations."

SQL Server to PostgreSQL

Migration project

70%

Migration time reduction

650K+

Lines of SQL code

700+ tables

of data

Healthcare Solutions

"Ispirer helped us migrate 700+ tables and 650+ stored procedures from SQL Server to PostgreSQL, reducing development time by 60%-70%. The tool efficiently handled case-sensitive issues and frequent data changes. The excellent support made the process easy, fast, and effective."

COBOL to Java

Migration project

6-month

Migration time reduction

100K+

Lines of code

200+

COBOL programs

Education

"Ispirer Toolkit enabled us to efficiently convert 200 COBOL programs with over 100,000 lines of code to Java. The tool produced high-quality, maintainable code, allowing our team to focus on infrastructure rather than conversion. Ispirer’s support was exceptional, often resolving issues within one business day."

Oracle 19c to PostgreSQL

Migration project

65%

Migration time reduction

1.500K

Lines of code

8 TB

of data

Payments & Financial Services

"Ispirer Toolkit helped us migrate 1.5 million lines of complex Oracle code to PostgreSQL, overcoming unique challenges with expert support. Their team provided customized solutions for a smooth transition. This migration is a key step in our cloud strategy, and we highly recommend Ispirer's services."

Firebird to PostgreSQL

Migration project

55%

Migration time reduction

25K+

Lines of SQL code

> 150 tables

per database

Manufacturing & Fleet Management

"Ispirer's Toolkit enabled the efficient migration of 150 tables and 25,000 lines of code from Firebird to PostgreSQL. The tool saved us time and reduced risks, while the Ispirer team provided excellent support throughout. Highly recommended for similar database migration projects."

Informix to Oracle

Migration project

78%

Migration time reduction

200K+

Lines of code

12 TB

of data

Governmental

"Ispirer MnMTK was crucial to our successful database migration, converting 12 TB of data and 200,000 lines of SQL code. The tool outperformed other solutions, saving us countless hours. The support team was responsive and effective—money well spent."

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