diff --git a/src/main/java/digital/slovensko/avm/core/AVM.java b/src/main/java/digital/slovensko/avm/core/AVM.java
index 02cdff4..86d3dcd 100644
--- a/src/main/java/digital/slovensko/avm/core/AVM.java
+++ b/src/main/java/digital/slovensko/avm/core/AVM.java
@@ -40,8 +40,8 @@ public boolean checkPDFACompliance(SigningJob job) {
         return result.isCompliant();
     }
 
-    public void initializeSignatureValidator(ScheduledExecutorService scheduledExecutorService, ExecutorService cachedExecutorService, List<String> tlCountries) {
-        SignatureValidator.getInstance().initialize(cachedExecutorService, tlCountries);
+    public void initializeSignatureValidator(ScheduledExecutorService scheduledExecutorService, ExecutorService cachedExecutorService) {
+        SignatureValidator.getInstance().initialize(cachedExecutorService);
 
         scheduledExecutorService.scheduleAtFixedRate(() -> SignatureValidator.getInstance().refresh(),
                 480, 480, java.util.concurrent.TimeUnit.MINUTES);
diff --git a/src/main/java/digital/slovensko/avm/core/App.java b/src/main/java/digital/slovensko/avm/core/App.java
index 0116f08..97b6587 100644
--- a/src/main/java/digital/slovensko/avm/core/App.java
+++ b/src/main/java/digital/slovensko/avm/core/App.java
@@ -61,9 +61,9 @@ public static void printHelp() {
     public static void run(int port, TSPSource tspSource) throws Exception {
         var avm = new AVM(tspSource, false);
 
-//        new Thread(() -> {
-//            avm.initializeSignatureValidator(scheduledExecutorService, Executors.newFixedThreadPool(8));
-//        }).start();
+        new Thread(() -> {
+            avm.initializeSignatureValidator(scheduledExecutorService, Executors.newFixedThreadPool(8));
+        }).start();
 
         var server = new Server(avm, "0.0.0.0", port, cachedExecutorService);
         server.start();
diff --git a/src/main/java/digital/slovensko/avm/core/SignatureValidator.java b/src/main/java/digital/slovensko/avm/core/SignatureValidator.java
index e6ba4b0..df69a7e 100644
--- a/src/main/java/digital/slovensko/avm/core/SignatureValidator.java
+++ b/src/main/java/digital/slovensko/avm/core/SignatureValidator.java
@@ -1,5 +1,7 @@
 package digital.slovensko.avm.core;
 
+import static digital.slovensko.avm.util.DSSUtils.*;
+
 import java.io.IOException;
 import java.io.StringReader;
 import java.io.StringWriter;
@@ -9,22 +11,14 @@
 import java.util.List;
 import java.util.concurrent.ExecutorService;
 
-import javax.xml.parsers.ParserConfigurationException;
-import javax.xml.transform.TransformerException;
-import javax.xml.transform.dom.DOMSource;
-import javax.xml.transform.stream.StreamResult;
-import javax.xml.transform.stream.StreamSource;
-
-import digital.slovensko.avm.util.DSSUtils;
+import digital.slovensko.avm.core.dto.ReportsAndValidator;
 import digital.slovensko.avm.util.XMLUtils;
+import eu.europa.esig.dss.enumerations.SignatureLevel;
 import eu.europa.esig.dss.simplereport.SimpleReport;
 import eu.europa.esig.dss.tsl.function.TLPredicateFactory;
 import org.slf4j.Logger;
 import org.slf4j.LoggerFactory;
-import org.xml.sax.InputSource;
-import org.xml.sax.SAXException;
 
-import eu.europa.esig.dss.enumerations.SignatureLevel;
 import eu.europa.esig.dss.model.DSSDocument;
 import eu.europa.esig.dss.model.DSSException;
 import eu.europa.esig.dss.service.crl.OnlineCRLSource;
@@ -42,8 +36,14 @@
 import eu.europa.esig.dss.validation.CommonCertificateVerifier;
 import eu.europa.esig.dss.validation.SignedDocumentValidator;
 import eu.europa.esig.dss.validation.reports.Reports;
+import org.xml.sax.InputSource;
+import org.xml.sax.SAXException;
 
-import static digital.slovensko.avm.util.DSSUtils.createDocumentValidator;
+import javax.xml.parsers.ParserConfigurationException;
+import javax.xml.transform.TransformerException;
+import javax.xml.transform.dom.DOMSource;
+import javax.xml.transform.stream.StreamResult;
+import javax.xml.transform.stream.StreamSource;
 
 public class SignatureValidator {
     private static final String LOTL_URL = "https://ec.europa.eu/tools/lotl/eu-lotl.xml";
@@ -65,18 +65,34 @@ public synchronized static SignatureValidator getInstance() {
         return instance;
     }
 
-    public synchronized Reports validate(SignedDocumentValidator docValidator) {
+    private synchronized Reports validate(SignedDocumentValidator docValidator) {
         docValidator.setCertificateVerifier(verifier);
 
         // TODO: do not print stack trace inside DSS
         return docValidator.validateDocument();
     }
 
+    public synchronized CertificateVerifier getVerifier() {
+        return verifier;
+    }
+
+    public synchronized ReportsAndValidator validate(DSSDocument document) {
+        var documentValidator = createDocumentValidator(document);
+        if (documentValidator == null)
+            return null;
+
+        try {
+            return new ReportsAndValidator(validate(documentValidator), documentValidator);
+        } catch (NullPointerException e) {
+            return null;
+        }
+    }
+
     public synchronized void refresh() {
         validationJob.offlineRefresh();
     }
 
-    public synchronized void initialize(ExecutorService executorService, List<String> tlCountries) {
+    public synchronized void initialize(ExecutorService executorService) {
         SimpleDateFormat formatter = new SimpleDateFormat("dd/MM/yyyy HH:mm:ss");
         logger.debug("Initializing signature validator at {}", formatter.format(new Date()));
 
@@ -87,10 +103,9 @@ public synchronized void initialize(ExecutorService executorService, List<String
         lotlSource.setSigningCertificatesAnnouncementPredicate(new OfficialJournalSchemeInformationURI(OJ_URL));
         lotlSource.setUrl(LOTL_URL);
         lotlSource.setPivotSupport(true);
-        lotlSource.setTlPredicate(TLPredicateFactory.createEUTLCountryCodePredicate(tlCountries.toArray(new String[0])));
 
         var offlineFileLoader = new FileCacheDataLoader();
-        offlineFileLoader.setCacheExpirationTime(21600000);
+        offlineFileLoader.setCacheExpirationTime(21600000);  // 6 hours
         offlineFileLoader.setDataLoader(new CommonsDataLoader());
         validationJob.setOfflineDataLoader(offlineFileLoader);
 
diff --git a/src/main/java/digital/slovensko/avm/core/dto/ReportsAndValidator.java b/src/main/java/digital/slovensko/avm/core/dto/ReportsAndValidator.java
new file mode 100644
index 0000000..819a158
--- /dev/null
+++ b/src/main/java/digital/slovensko/avm/core/dto/ReportsAndValidator.java
@@ -0,0 +1,7 @@
+package digital.slovensko.avm.core.dto;
+
+import eu.europa.esig.dss.validation.DocumentValidator;
+import eu.europa.esig.dss.validation.reports.Reports;
+
+public record ReportsAndValidator(Reports reports, DocumentValidator validator) {
+}
diff --git a/src/main/java/digital/slovensko/avm/core/errors/DocumentNotSignedYetException.java b/src/main/java/digital/slovensko/avm/core/errors/DocumentNotSignedYetException.java
new file mode 100644
index 0000000..cd2006e
--- /dev/null
+++ b/src/main/java/digital/slovensko/avm/core/errors/DocumentNotSignedYetException.java
@@ -0,0 +1,7 @@
+package digital.slovensko.avm.core.errors;
+
+public class DocumentNotSignedYetException extends AutogramException {
+    public DocumentNotSignedYetException() {
+        super("Document not signed", "Document is not signed yet", "The provided document is not eligible for signature validation because the document is not signed yet.");
+    }
+}
diff --git a/src/main/java/digital/slovensko/avm/server/Server.java b/src/main/java/digital/slovensko/avm/server/Server.java
index aebe2c1..f9305ee 100644
--- a/src/main/java/digital/slovensko/avm/server/Server.java
+++ b/src/main/java/digital/slovensko/avm/server/Server.java
@@ -33,6 +33,10 @@ public void start() {
         server.createContext("/sign", new SignEndpoint(avm)).getFilters()
                 .add(new AutogramCorsFilter("POST"));
 
+        // POST Validation
+        server.createContext("/validate", new ValidationEndpoint()).getFilters()
+                .add(new AutogramCorsFilter("POST"));
+
         // POST DataToSign
         server.createContext("/datatosign", new DataToSignEndpoint(avm)).getFilters()
                 .add(new AutogramCorsFilter("POST"));
diff --git a/src/main/java/digital/slovensko/avm/server/dto/Document.java b/src/main/java/digital/slovensko/avm/server/dto/Document.java
index 8a350fc..a59b111 100644
--- a/src/main/java/digital/slovensko/avm/server/dto/Document.java
+++ b/src/main/java/digital/slovensko/avm/server/dto/Document.java
@@ -1,5 +1,9 @@
 package digital.slovensko.avm.server.dto;
 
+import eu.europa.esig.dss.model.InMemoryDocument;
+
+import java.util.Base64;
+
 public class Document {
     private String filename;
     private String content;
@@ -20,4 +24,8 @@ public String getFilename() {
     public String getContent() {
         return content;
     }
+
+    public InMemoryDocument getDecodedContent() {
+        return new InMemoryDocument(Base64.getDecoder().decode(content));
+    }
 }
diff --git a/src/main/java/digital/slovensko/avm/server/dto/ErrorResponse.java b/src/main/java/digital/slovensko/avm/server/dto/ErrorResponse.java
index 167bf5f..2b701cd 100644
--- a/src/main/java/digital/slovensko/avm/server/dto/ErrorResponse.java
+++ b/src/main/java/digital/slovensko/avm/server/dto/ErrorResponse.java
@@ -15,7 +15,7 @@ private ErrorResponse(int statusCode, String code, AutogramException e) {
         this(statusCode, new ErrorResponseBody(code, e.getSubheading(), e.getDescription()));
     }
 
-    private ErrorResponse(int statusCode, String code, String message, String details) {
+    public ErrorResponse(int statusCode, String code, String message, String details) {
         this(statusCode, new ErrorResponseBody(code, message, details));
     }
 
@@ -44,6 +44,7 @@ public static ErrorResponse buildFromException(Exception e) {
             case "AutogramException" -> new ErrorResponse(502, "SIGNING_FAILED", (AutogramException) e);
             case "EmptyBodyException" -> new ErrorResponse(400, "EMPTY_BODY", (AutogramException) e);
             case "DataToSignMismatchException" -> new ErrorResponse(400, "DATATOSIGN_MISMATCH", (AutogramException) e);
+            case "DocumentNotSignedYetException" -> new ErrorResponse(422, "DOCUMENT_NOT_SIGNED", (AutogramException) e);
             default -> new ErrorResponse(500, "INTERNAL_ERROR", "Unexpected exception signing document", e.getMessage());
         };
     }
diff --git a/src/main/java/digital/slovensko/avm/server/dto/ServerSigningParameters.java b/src/main/java/digital/slovensko/avm/server/dto/ServerSigningParameters.java
index 156b669..673525e 100644
--- a/src/main/java/digital/slovensko/avm/server/dto/ServerSigningParameters.java
+++ b/src/main/java/digital/slovensko/avm/server/dto/ServerSigningParameters.java
@@ -3,6 +3,7 @@
 import java.nio.charset.StandardCharsets;
 import java.util.Arrays;
 import java.util.Base64;
+import java.util.List;
 
 import javax.xml.crypto.dsig.CanonicalizationMethod;
 
@@ -13,18 +14,13 @@
 import digital.slovensko.avm.core.errors.MalformedBodyException;
 import digital.slovensko.avm.core.errors.RequestValidationException;
 import digital.slovensko.avm.core.errors.UnsupportedSignatureLevelException;
-import eu.europa.esig.dss.enumerations.ASiCContainerType;
-import eu.europa.esig.dss.enumerations.DigestAlgorithm;
-import eu.europa.esig.dss.enumerations.MimeType;
-import eu.europa.esig.dss.enumerations.MimeTypeEnum;
-import eu.europa.esig.dss.enumerations.SignatureForm;
-import eu.europa.esig.dss.enumerations.SignatureLevel;
-import eu.europa.esig.dss.enumerations.SignaturePackaging;
+import eu.europa.esig.dss.enumerations.*;
 import eu.europa.esig.dss.model.DSSDocument;
 import eu.europa.esig.dss.model.InMemoryDocument;
 import eu.europa.esig.dss.spi.x509.tsp.TSPSource;
 
 import static digital.slovensko.avm.core.AutogramMimeType.*;
+import static eu.europa.esig.dss.enumerations.SignatureForm.*;
 
 public class ServerSigningParameters {
     public enum LocalCanonicalizationMethod {
@@ -42,8 +38,19 @@ public enum TransformationOutputMimeType {
         XHTML
     }
 
+    public enum LocalSignatureLevel {
+        XAdES_BASELINE_T, XAdES_BASELINE_B, CAdES_BASELINE_T, CAdES_BASELINE_B, PAdES_BASELINE_B, PAdES_BASELINE_T, B, T;
+
+        public LocalSignatureLevel getTimestampingLevel() {
+            if (name().lastIndexOf('_') == -1)
+                return this;
+
+            return valueOf(name().substring(name().lastIndexOf('_')));
+        }
+    }
+
     private ASiCContainerType container;
-    private SignatureLevel level;
+    private LocalSignatureLevel level;
     private final String containerXmlns;
     private final String schema;
     private final String transformation;
@@ -66,7 +73,7 @@ public enum TransformationOutputMimeType {
     private final String fsFormId;
 
 
-    public ServerSigningParameters(SignatureLevel level, ASiCContainerType container,
+    public ServerSigningParameters(LocalSignatureLevel level, ASiCContainerType container,
             String containerFilename, String containerXmlns, SignaturePackaging packaging,
             DigestAlgorithm digestAlgorithm,
             Boolean en319132, LocalCanonicalizationMethod infoCanonicalization,
@@ -220,7 +227,7 @@ private static String getCanonicalizationMethodString(LocalCanonicalizationMetho
     }
 
     private SignatureLevel getSignatureLevel() {
-        return level;
+        return SignatureLevel.valueByName(level.name());
     }
 
     private ASiCContainerType getContainer() {
@@ -228,7 +235,7 @@ private ASiCContainerType getContainer() {
     }
 
     public void resolveSigningLevel(InMemoryDocument document) throws RequestValidationException {
-        if (level != null)
+        if (level != null && level.name().length() > 4)
             return;
 
         var report = SignatureValidator.getSignedDocumentSimpleReport(document);
@@ -237,17 +244,23 @@ public void resolveSigningLevel(InMemoryDocument document) throws RequestValidat
             throw new RequestValidationException("Parameters.Level can't be empty if document is not signed yet", "");
 
         container = report.getContainerType();
-        level = switch (signedLevel.getSignatureForm()) {
-            case PAdES -> SignatureLevel.PAdES_BASELINE_B;
-            case XAdES -> SignatureLevel.XAdES_BASELINE_B;
-            case CAdES -> SignatureLevel.CAdES_BASELINE_B;
-            default -> null;
-        };
+        level = getMergedLevel(signedLevel, level);
+        if (!List.of(PAdES, XAdES, CAdES).contains(SignatureLevel.valueOf(level.name()).getSignatureForm()))
+            level = null;
 
         if (level == null)
             throw new RequestValidationException("Signed document has unsupported SignatureLevel", "");
     }
 
+    private static LocalSignatureLevel getMergedLevel(SignatureLevel signedLevel, LocalSignatureLevel level) {
+        var timestampingLevel = "B";
+
+        if (level != null)
+            timestampingLevel = level.getTimestampingLevel().name();
+
+        return LocalSignatureLevel.valueOf(signedLevel.getSignatureForm().name() + "_BASELINE_" + timestampingLevel);
+    }
+
     private String getFsFormId() {
         if (fsFormId == null || fsFormId.isEmpty())
             return null;
@@ -260,17 +273,19 @@ public void validate(MimeType mimeType) throws RequestValidationException {
             throw new RequestValidationException("Parameters.Level is required", "");
 
         var supportedLevels = Arrays.asList(
-                SignatureLevel.XAdES_BASELINE_B,
-                SignatureLevel.PAdES_BASELINE_B,
-                SignatureLevel.CAdES_BASELINE_B,
-                SignatureLevel.XAdES_BASELINE_T,
-                SignatureLevel.CAdES_BASELINE_T,
-                SignatureLevel.PAdES_BASELINE_T);
+                LocalSignatureLevel.XAdES_BASELINE_B,
+                LocalSignatureLevel.PAdES_BASELINE_B,
+                LocalSignatureLevel.CAdES_BASELINE_B,
+                LocalSignatureLevel.XAdES_BASELINE_T,
+                LocalSignatureLevel.CAdES_BASELINE_T,
+                LocalSignatureLevel.PAdES_BASELINE_T,
+                LocalSignatureLevel.B,
+                LocalSignatureLevel.T);
 
         if (!supportedLevels.contains(level))
             throw new UnsupportedSignatureLevelException(level.name());
 
-        if (level.getSignatureForm() == SignatureForm.PAdES) {
+        if (getSignatureLevel().getSignatureForm() == PAdES) {
             if (!isPDF(mimeType))
                 throw new RequestValidationException("PayloadMimeType and Parameters.Level mismatch",
                         "Parameters.Level: PAdES is not supported for this payload: " + mimeType.getMimeTypeString());
@@ -280,7 +295,7 @@ public void validate(MimeType mimeType) throws RequestValidationException {
                         "PAdES signature cannot be in a container");
         }
 
-        if (level.getSignatureForm() == SignatureForm.XAdES) {
+        if (getSignatureLevel().getSignatureForm() == XAdES) {
             if (!isXML(mimeType) && !isXDC(mimeType) && !isAsice(mimeType) && container == null)
                 if (!(packaging != null && packaging == SignaturePackaging.ENVELOPING))
                     throw new RequestValidationException(
diff --git a/src/main/java/digital/slovensko/avm/server/dto/ValidationResponseBody.java b/src/main/java/digital/slovensko/avm/server/dto/ValidationResponseBody.java
new file mode 100644
index 0000000..99f5802
--- /dev/null
+++ b/src/main/java/digital/slovensko/avm/server/dto/ValidationResponseBody.java
@@ -0,0 +1,166 @@
+package digital.slovensko.avm.server.dto;
+
+import digital.slovensko.avm.core.errors.DocumentNotSignedYetException;
+import eu.europa.esig.dss.asic.cades.ASiCWithCAdESContainerExtractor;
+import eu.europa.esig.dss.asic.common.AbstractASiCContainerExtractor;
+import eu.europa.esig.dss.asic.xades.ASiCWithXAdESContainerExtractor;
+import eu.europa.esig.dss.diagnostic.DiagnosticData;
+import eu.europa.esig.dss.diagnostic.SignerDataWrapper;
+import eu.europa.esig.dss.enumerations.MimeTypeEnum;
+import eu.europa.esig.dss.enumerations.TimestampQualification;
+import eu.europa.esig.dss.model.DSSDocument;
+import eu.europa.esig.dss.simplereport.SimpleReport;
+import eu.europa.esig.dss.validation.AdvancedSignature;
+import eu.europa.esig.dss.validation.DocumentValidator;
+import eu.europa.esig.dss.validation.reports.Reports;
+
+import javax.security.auth.x500.X500Principal;
+import java.security.cert.CertificateEncodingException;
+import java.security.cert.X509Certificate;
+import java.text.SimpleDateFormat;
+import java.util.Base64;
+import java.util.List;
+
+public record ValidationResponseBody(String containerType, String signatureForm, List<Signature> signatures, List<SignedObject> signedObjects,
+                                     List<UnsignedObject> unsignedObjects) {
+    private static final SimpleDateFormat format = new SimpleDateFormat("yyy-MM-dd'T'HH:mm:ss Z");
+
+    public static ValidationResponseBody build(Reports reports, DocumentValidator validator, DSSDocument document) throws DocumentNotSignedYetException {
+        var simpleReport = reports.getSimpleReport();
+        var diagnosticData = reports.getDiagnosticData();
+
+        if (validator.getSignatures().isEmpty())
+            throw new DocumentNotSignedYetException();
+
+        var signatures = validator.getSignatures().stream().map((adeSignature) ->
+            Signature.build(adeSignature, simpleReport, diagnosticData)
+        ).toList();
+
+        List<SignedObject> signedObjects = null;
+        List<UnsignedObject> unsignedObjects = null;
+        AbstractASiCContainerExtractor extractor = null;
+
+        var signatureForm = simpleReport.getSignatureFormat(simpleReport.getFirstSignatureId()).getSignatureForm();
+        String signatureFormString = null;
+        if (signatureForm != null) {
+            signatureFormString = signatureForm.name();
+            switch (signatureForm) {
+                case PAdES: {
+                    signedObjects = diagnosticData.getAllSignerDocuments().stream().map((d) -> new SignedObject(
+                            d.getId(),
+                            MimeTypeEnum.PDF.getMimeTypeString(),
+                            d.getReferencedName()
+                    )).toList();
+                    break;
+                }
+                case XAdES: {
+                    extractor = new ASiCWithXAdESContainerExtractor(document);
+                    break;
+                }
+                case CAdES: {
+                    extractor = new ASiCWithCAdESContainerExtractor(document);
+                    break;
+                }
+                default:
+            }
+
+            if (extractor != null) {
+                var allObjects = extractor.extract().getSignedDocuments();
+                signedObjects = getSignedObjects(allObjects, diagnosticData.getAllSignerDocuments());
+                unsignedObjects = getUnsignedObjects(allObjects, diagnosticData.getAllSignerDocuments());
+
+                if (signedObjects.isEmpty())
+                    signedObjects = null;
+
+                if (unsignedObjects.isEmpty())
+                    unsignedObjects = null;
+            }
+        }
+
+        var fileFormat = diagnosticData.getContainerType() != null ? diagnosticData.getContainerType().name() : null;
+
+        return new ValidationResponseBody(fileFormat, signatureFormString, signatures, signedObjects, unsignedObjects);
+    }
+
+    private static List<SignedObject> getSignedObjects(List<DSSDocument> docs, List<SignerDataWrapper> signedObjects) {
+        return signedObjects.stream().map((signedObject) -> {
+            var r = docs.stream().filter((doc) -> doc.getName().equals(signedObject.getReferencedName())).toList();
+            if (r.isEmpty())
+                return null;
+
+            return new SignedObject(
+                    signedObject.getId(),
+                    r.get(0).getMimeType().getMimeTypeString(),
+                    signedObject.getReferencedName()
+            );
+        }).toList();
+    }
+
+    private static List<UnsignedObject> getUnsignedObjects(List<DSSDocument> docs, List<SignerDataWrapper> signedObjects) {
+        return docs.stream().filter((o) -> signedObjects.stream().filter((s) -> o.getName().equals(s.getReferencedName())).toList().isEmpty()).map((generalObject) ->
+                new UnsignedObject(
+                        generalObject.getMimeType().getMimeTypeString(),
+                        generalObject.getName()
+                )
+        ).toList();
+    }
+
+    private static byte[] getEncodedCertificateOrNull(X509Certificate certificate) {
+        try {
+            return certificate.getEncoded();
+        } catch (CertificateEncodingException e) {
+            return null;
+        }
+    }
+
+    record Signature(String validationResult, String level, String claimedSigningTime, String bestSigningTime,
+                     CertificateInfo signingCertificate, boolean areQualifiedTimestamps, List<TimestampCertificateInfo> timestamps,
+                     List<String> signedObjectsIds) {
+        public static Signature build(AdvancedSignature signature, SimpleReport simpleReport, DiagnosticData diagnosticData) {
+            var signatureId = signature.getId();
+            var certificate = signature.getSigningCertificateToken().getCertificate();
+
+            var timestamps = signature.getAllTimestamps().stream().map((timestamp) -> {
+                var timestampId = timestamp.getDSSIdAsString();
+                var timestampCertificate = timestamp.getCandidatesForSigningCertificate().getTheBestCandidate().getCertificateToken().getCertificate();
+
+                return new TimestampCertificateInfo(
+                        simpleReport.getTimestampQualification(timestampId).name(),
+                        diagnosticData.getTimestampType(timestampId).name(),
+                        timestampCertificate.getSubjectX500Principal().getName(X500Principal.RFC1779),
+                        new String(Base64.getEncoder().encode(getEncodedCertificateOrNull(timestampCertificate))),
+                        format.format(timestamp.getGenerationTime())
+                );
+            }).toList();
+
+            return new Signature(
+                    simpleReport.getIndication(signatureId).name(),
+                    simpleReport.getSignatureFormat(signatureId).name(),
+                    format.format(signature.getSigningTime()),
+                    format.format(simpleReport.getBestSignatureTime(signatureId)),
+                    new CertificateInfo(
+                            simpleReport.getSignatureQualification(signatureId).name(),
+                            certificate.getIssuerX500Principal().getName(X500Principal.RFC1779),
+                            certificate.getSubjectX500Principal().getName(X500Principal.RFC1779),
+                            new String(Base64.getEncoder().encode(getEncodedCertificateOrNull(certificate)))
+
+                    ),
+                    !signature.getSignatureTimestamps().isEmpty() && signature.getSignatureTimestamps().stream().allMatch((t -> t.isValid() && simpleReport.getTimestampQualification(t.getDSSIdAsString()).equals(TimestampQualification.QTSA))),
+                    timestamps.isEmpty() ? null : timestamps,
+                    diagnosticData.getSignerDocuments(signatureId).stream().map(SignerDataWrapper::getId).toList()
+            );
+        }
+    }
+
+    record CertificateInfo(String qualification, String issuerDN, String subjectDN, String certificateDer) {
+    }
+
+    record TimestampCertificateInfo(String qualification, String timestampType, String subjectDN, String certificateDer, String productionTime) {
+    }
+
+    record SignedObject(String id, String mimeType, String filename) {
+    }
+
+    record UnsignedObject(String mimeType, String filename) {
+    }
+}
diff --git a/src/main/java/digital/slovensko/avm/server/endpoints/ValidationEndpoint.java b/src/main/java/digital/slovensko/avm/server/endpoints/ValidationEndpoint.java
new file mode 100644
index 0000000..0295b30
--- /dev/null
+++ b/src/main/java/digital/slovensko/avm/server/endpoints/ValidationEndpoint.java
@@ -0,0 +1,52 @@
+package digital.slovensko.avm.server.endpoints;
+
+import com.google.gson.JsonSyntaxException;
+import com.sun.net.httpserver.HttpExchange;
+import com.sun.net.httpserver.HttpHandler;
+import digital.slovensko.avm.core.SignatureValidator;
+import digital.slovensko.avm.core.errors.DocumentNotSignedYetException;
+import digital.slovensko.avm.server.EndpointUtils;
+import digital.slovensko.avm.server.dto.Document;
+import digital.slovensko.avm.server.dto.ErrorResponse;
+import digital.slovensko.avm.server.dto.ValidationResponseBody;
+import eu.europa.esig.dss.model.DSSDocument;
+
+import java.io.IOException;
+
+public class ValidationEndpoint implements HttpHandler {
+    @Override
+    public void handle(HttpExchange exchange) {
+        DSSDocument document = null;
+        try {
+            var body = EndpointUtils.loadFromJsonExchange(exchange, Document.class);
+            if (body.getContent() == null)
+                throw new IllegalArgumentException("Document to validate is not provided.");
+
+            document = body.getDecodedContent();
+            if (document == null || document.openStream().readAllBytes().length < 1)
+                throw new IllegalArgumentException("Document to validate is null.");
+
+        } catch (JsonSyntaxException | IOException | IllegalArgumentException e) {
+            EndpointUtils.respondWithError(new ErrorResponse(422, "UNPROCESSABLE_ENTITY", "Error processing request", e.getMessage()), exchange);
+        }
+
+        try {
+            var reportsAndValidator = SignatureValidator.getInstance().validate(document);
+            if (reportsAndValidator == null || reportsAndValidator.reports() == null) {
+                EndpointUtils.respondWithError(ErrorResponse.buildFromException(new DocumentNotSignedYetException()), exchange);
+                return;
+            }
+
+            var responseBody = ValidationResponseBody.build(reportsAndValidator.reports(), reportsAndValidator.validator(), document);
+            if (responseBody == null) {
+                EndpointUtils.respondWithError(new ErrorResponse(400, "VALIDATION_FAILED", "Validation failed for the given document", "Validation failed for the given document"), exchange);
+                return;
+            }
+
+            EndpointUtils.respondWith(responseBody, exchange);
+
+        } catch (Exception e) {
+            EndpointUtils.respondWithError(ErrorResponse.buildFromException(e), exchange);
+        }
+    }
+}
diff --git a/src/main/resources/digital/slovensko/avm/server/endpoints/server.yml b/src/main/resources/digital/slovensko/avm/server/endpoints/server.yml
index 1fedf5a..9f24f7f 100644
--- a/src/main/resources/digital/slovensko/avm/server/endpoints/server.yml
+++ b/src/main/resources/digital/slovensko/avm/server/endpoints/server.yml
@@ -111,6 +111,74 @@ paths:
              schema:
                $ref: "#/components/schemas/SignRequestResponse"
 
+  /validate:
+    post:
+      tags:
+        - Validation
+      summary: Get signature validation report for a signed document.
+      operationId: validateDocument
+      requestBody:
+        content:
+          application/json:
+            schema:
+              $ref: "#/components/schemas/Document"
+            examples:
+              Signed PDF with timestamp:
+                $ref: "#/components/examples/Signed-PDF-TS"
+              Signed XAdES PDF with timestamp and LTA level qualified:
+                $ref: "#/components/examples/Signed-XAdES-PDF-2TS"
+              Signed EForm:
+                $ref: "#/components/examples/Signed-EForm"
+              Not signed TXT:
+                $ref: "#/components/examples/Not-signed-TXT"
+      responses:
+        200:
+          description: Signature validation report
+          content:
+            application/json:
+              schema:
+                $ref: "#/components/schemas/ValidationResponseBody"
+        422:
+          description: File could not be validated
+          content:
+            application/json:
+              schema:
+                type: object
+                properties:
+                  code:
+                    type: string
+                    enum:
+                      - DOCUMENT_NOT_SIGNED
+                    description: Code that can be used to identify the error.
+                  message:
+                    type: string
+                    example: Document is not signed yet.
+                    description: Human readable error message.
+                  details:
+                    type: string
+                    example: The provided document is not eligible for signature validation because the document is not signed yet.
+                    description: Optional details.
+        400:
+          description: Bad request
+          content:
+            application/json:
+              schema:
+                type: object
+                properties:
+                  code:
+                    type: string
+                    enum:
+                      - MALFORMED_INPUT
+                    description: Code that can be used to identify the error.
+                  message:
+                    type: string
+                    example: JsonSyntaxException parsing request body.
+                    description: Human readable error message.
+                  details:
+                    type: string
+                    example: Document to validate is null.
+                    description: Optional details.
+
 components:
   schemas:
     OriginalSignRequestBody:
@@ -173,8 +241,13 @@ components:
             - XAdES_BASELINE_B
             - PAdES_BASELINE_B
             - CAdES_BASELINE_B
-          example: XAdES_BASELINE_B
-          description: "Signature format PAdES is usable only with documents of type `application/pdf`. Format XAdES is usable with XML or with any file type if using an ASiC container. Required for yet to be signed documents."
+            - XAdES_BASELINE_T
+            - PAdES_BASELINE_T
+            - CAdES_BASELINE_T
+            - B
+            - T
+          example: XAdES_BASELINE_T
+          description: "Signature format PAdES is usable only with documents of type `application/pdf`. Format XAdES is usable with XML or with any file type if using an ASiC container. Required for yet to be signed documents. The short level without format (B and T) can be used with already signed document only."
 
         container:
           type: string
@@ -360,3 +433,278 @@ components:
         issuedBy:
           type: string
           example: CN=SVK eID ACA2, O=Disig a.s., OID.2.5.4.97=NTRSK-12345678, L=Bratislava, C=SK
+
+    ValidationResponseBody:
+      type: object
+      properties:
+        containerType:
+          type: string
+          enum:
+            - ASiC_E
+            - ASiC_S
+          description: Format of the validated container. ASiC_E or ASiC_S. Null if not a container
+          example: ASiC_E
+        signatureForm:
+          type: string
+          enum:
+            - XAdES
+            - CAdES
+            - PAdES
+          description: Signature form of the validated document
+          example: XAdES
+        signatures:
+          type: array
+          items:
+            type: object
+            properties:
+              validationResult:
+                type: string
+                description: |
+                  The standard ETSI EN 319 102-1 specifies a complete validation model and procedures for the validation of “AdES digital signatures”, which are implemented in the underlying DSS module.
+                  The validation result can have these values:
+
+                  "TOTAL_PASSED: indicating that the signature has passed verification and it complies with the signature validation policy"
+
+                  "TOTAL_FAILED: indicating that either the signature format is incorrect or that the digital signature value fails the verification"
+
+                  "INDETERMINATE: indicating that the format and digital signature verifications have not failed but there is insufficient information to determine if the electronic signature is valid"
+                enum:
+                  - TOTAL_PASSED
+                  - TOTAL_FAILED
+                  - INDETERMINATE
+                example: TOTAL_PASSED
+              level:
+                type: string
+                enum:
+                  - XAdES_BASELINE_B
+                  - XAdES_BASELINE_T
+                  - XAdES_BASELINE_LT
+                  - XAdES_BASELINE_LTA
+                  - PAdES_BASELINE_B
+                  - PAdES_BASELINE_T
+                  - PAdES_BASELINE_LT
+                  - PAdES_BASELINE_LTA
+                  - CAdES_BASELINE_B
+                  - CAdES_BASELINE_T
+                  - CAdES_BASELINE_LT
+                  - CAdES_BASELINE_LTA
+                description: Signature level of the signature.
+                example: XAdES_BASELINE_LTA
+              claimedSigningTime:
+                type: string
+                description: Claimed signing time based on the signature only.
+                example: "2023-08-01T12:37:47 +0200"
+              bestSigningTime:
+                type: string
+                description: Lowest time at which there exists a proof of existence for the signature.
+                example: "2023-08-01T12:37:47 +0200"
+              signingCertificate:
+                type: object
+                description: Signing certificate details.
+                properties:
+                  qualification:
+                    type: string
+                    description: Qualification of the signature at validation time. For more info check out Java class eu.europa.esig.dss.enumerations.SignatureQualification
+                    enum:
+                      - QESIG
+                      - QESEAL
+                      - UNKNOWN_QC_QSCD-QC-QSCD
+                      - ADESIG_QC-QC
+                      - ADESEAL_QC-QC
+                      - UNKNOWN_QC-QC
+                      - ADESIG
+                      - ADESEAL
+                      - UNKNOWN
+                      - INDETERMINATE_QESIG
+                      - INDETERMINATE_QESEAL
+                      - INDETERMINATE_UNKNOWN_QC_QSCD
+                      - INDETERMINATE_ADESIG_QC
+                      - INDETERMINATE_ADESEAL_QC
+                      - INDETERMINATE_UNKNOWN_QC
+                      - INDETERMINATE_ADESIG
+                      - INDETERMINATE_ADESEAL
+                      - INDETERMINATE_UNKNOWN
+                      - NOT_ADES_QC_QSCD
+                      - NOT_ADES_QC
+                      - NOT_ADES
+                      - NA
+                    example: QESEAL
+                  issuerDN:
+                    type: string
+                    description: RFC1779 of the signing certificate issuer name.
+                    example: "OID.2.5.4.5=NTRCZ-26439395, O=\"První certifikační autorita, a.s.\", CN=I.CA Qualified CA/RSA 07/2015, C=CZ"
+                  subjectDN:
+                    type: string
+                    description: RFC1779 of the signing certificate name.
+                    example: "OID.2.5.4.5=ICA - 10432139, OID.2.5.4.97=NTRSK-00166073, CN=Ministerstvo spravodlivosti SR, O=Ministerstvo spravodlivosti SR, C=SK"
+                  certificateDer:
+                    type: string
+                    description: Base64 encoded DER form of the certificate
+                    example: "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"
+                required:
+                  - qualification
+                  - issuerDN
+                  - subjectDN
+                  - certificateDer
+              areQualifiedTimestamps:
+                type: boolean
+                description: Boolean indicating if the signature has any timestamps and they are all qualified and valid.
+                example: true
+              timestamps:
+                type: array
+                description: List of timestamps on the signature.
+                items:
+                  type: object
+                  properties:
+                    qualification:
+                      type: string
+                      description: |
+                        Qualification status fo the timestamp at validation time.
+
+                        QTSA - Qualified timestamp" - "urn:cef:dss:timestampQualification:QTSA"
+
+                        TSA - Not qualified timestamp" - "urn:cef:dss:timestampQualification:TSA"
+
+                        NA - Not applicable" - "urn:cef:dss:timestampQualification:notApplicable"
+                      enum:
+                        - QTSA
+                        - TSA
+                        - NA
+                      example: QTSA
+                    timestampType:
+                      type: string
+                      enum:
+                        - CONTENT_TIMESTAMP
+                        - ALL_DATA_OBJECTS_TIMESTAMP
+                        - INDIVIDUAL_DATA_OBJECTS_TIMESTAMP
+                        - SIGNATURE_TIMESTAMP
+                        - VRI_TIMESTAMP
+                        - VALIDATION_DATA_REFSONLY_TIMESTAMP
+                        - VALIDATION_DATA_TIMESTAMP
+                        - DOCUMENT_TIMESTAMP
+                        - ARCHIVE_TIMESTAMP
+                      description: Type of the timestamp
+                      example: SIGNATURE_TIMESTAMP
+                    subjectDN:
+                      type: string
+                      description: RFC1779 of the timestamp certificate name.
+                      example: CN=NASES Time Stamp Authority 2, O=Národná agentúra pre sieťové a elektronické služby, OID.2.5.4.97=NTRSK-42156424, OU=SNCA, C=SK
+                    certificateDer:
+                      type: string
+                      description: Base64 encoded DER form of the certificate
+                      example: "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"
+                    productionTime:
+                      type: string
+                      description: ProductionTime of the timestamp.
+                      example: "2023-08-01T12:37:47 +0200"
+                  required:
+                    - qualification
+                    - timestampType
+                    - subjectDN
+                    - certificateDer
+                    - productionTime
+              signedObjectsIds:
+                type: array
+                items:
+                  type: string
+                  description: List of IDs referencing files this signature have signed.
+                  example: "D-0D9E226205D94EDEBAFEDA4F2A9B17DEDD556529C0753C7F49C197DC8491B71A"
+            required:
+              - validationResult
+              - level
+              - claimedSigningTime
+              - bestSigningTime
+              - signingCertificate
+              - areQualifiedTimestamps
+              - signedObjectIds
+        signedObjects:
+          type: array
+          description: List of files in the container that are signed by at least one signature
+          items:
+            type: object
+            properties:
+              id:
+                type: string
+                description: ID of the file used to reference the file in signatures
+                example: "D-0D9E226205D94EDEBAFEDA4F2A9B17DEDD556529C0753C7F49C197DC8491B71A"
+              mimeType:
+                type: string
+                description: MimeType of the file
+                example: application/pdf
+              filename:
+                type: string
+                description: Filename of the file in the container. If the validated document is PAdES or standalone XAdES where filename is unknown, this attribute should be ignored.
+                example: Sro_119763_B.pdf
+            required:
+              - mimetype
+              - filename
+              - id
+        unsignedObjects:
+          type: array
+          description: List of files in the container that have not been referenced in any signature yet
+          items:
+            type: object
+            properties:
+              mimeType:
+                type: string
+                description: MimeType of the file
+                example: application/pdf
+              filename:
+                type: string
+                description: Filename of the file in the container. If the validated document is PAdES or standalone XAdES where filename is unknown, this attribute should be ignored.
+                example: Some_unsigned_document.pdf
+            required:
+              - mimetype
+              - filename
+      example:
+        value:
+          containerType: ASiC_E
+          signatureForm: XAdES
+          signatures:
+            validationResult: TOTAL_PASSED
+            level: XAdES_BASELINE_LTA
+            claimedSigningTime: 2023-08-01T12:37:47 +0200
+            bestSigningTime: 2023-08-01T12:37:47 +0200
+            signingCertificate:
+              qualification: QESEAL
+              issuerDN: "OID.2.5.4.5=NTRCZ-26439395, O=\"První certifikační autorita, a.s.\", CN=I.CA Qualified CA/RSA 07/2015, C=CZ"
+              subjectDN: "OID.2.5.4.5=ICA - 10432139, OID.2.5.4.97=NTRSK-00166073, CN=Ministerstvo spravodlivosti SR, O=Ministerstvo spravodlivosti SR, C=SK"
+              certificateDer: "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"
+            areQualifiedTimestamps: true
+            timestamps:
+            - qualification: QTSA
+              timestampType: SIGNATURE_TIMESTAMP
+              subjectDN: "CN=NASES Time Stamp Authority 2, O=Národná agentúra pre sieťové a elektronické služby, OID.2.5.4.97=NTRSK-42156424, OU=SNCA, C=SK"
+              certificateDer: "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"
+              productionTime: 2023-08-01T12:37:47 +0200
+            - qualification: QTSA
+              timestampType: ARCHIVE_TIMESTAMP
+              subjectDN: "CN=Timestamp Unit 202301, OID.2.5.4.97=NTRBE-0671516647, O=QTSP: FPS Policy and Support - BOSA, L=Brussels, C=BE"
+              certificateDer: "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"
+              productionTime: 2024-08-02T13:01:24 +0200
+            signedObjectsIds:
+              D-0D9E226205D94EDEBAFEDA4F2A9B17DEDD556529C0753C7F49C197DC8491B71A
+          signedObjects:
+            - id: D-0D9E226205D94EDEBAFEDA4F2A9B17DEDD556529C0753C7F49C197DC8491B71A
+              mimeType: application/pdf
+              filename: Sro_119763_B.pdf
+          unsignedObjects:
+            - mimeType: application/pdf
+              filename: some_unsigned_document.pdf
+
+  examples:
+    Signed-PDF-TS:
+      value:
+        content: 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"
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"
+
+    Signed-EForm:
+      value:
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