diff --git a/services/blob/src/http/handlers/blob.rs b/services/blob/src/http/handlers/blob.rs
index fa4657c6a..011241e9c 100644
--- a/services/blob/src/http/handlers/blob.rs
+++ b/services/blob/src/http/handlers/blob.rs
@@ -1,199 +1,209 @@
 use crate::http::errors::handle_blob_service_error;
 use crate::service::BlobService;
 use crate::validate_identifier;
 
 use actix_web::error::{ErrorBadRequest, ErrorRangeNotSatisfiable};
 use actix_web::{
   http::header::{ByteRangeSpec, Range},
   web, HttpResponse,
 };
 use async_stream::try_stream;
 use comm_services_lib::http::multipart;
 use serde::{Deserialize, Serialize};
 use tokio_stream::StreamExt;
 use tracing::{info, instrument, trace, warn};
 use tracing_futures::Instrument;
 
 /// Returns a tuple of first and last byte number (inclusive) represented by given range header.
 fn parse_range_header(
   range_header: &Option<web::Header<Range>>,
   file_size: u64,
 ) -> actix_web::Result<(u64, u64)> {
   let (range_start, range_end): (u64, u64) = match range_header {
     Some(web::Header(Range::Bytes(ranges))) => {
       if ranges.len() > 1 {
         return Err(ErrorBadRequest("Multiple ranges not supported"));
       }
 
       match ranges[0] {
         ByteRangeSpec::FromTo(start, end) => {
           if end >= file_size || start > end {
             return Err(ErrorRangeNotSatisfiable("Range not satisfiable"));
           }
           (start, end)
         }
         ByteRangeSpec::From(start) => {
           if start >= file_size {
             return Err(ErrorRangeNotSatisfiable("Range not satisfiable"));
           }
           (start, file_size - 1)
         }
         ByteRangeSpec::Last(length) => {
           if length >= file_size {
             return Err(ErrorRangeNotSatisfiable("Range not satisfiable"));
           }
           (file_size - length, file_size - 1)
         }
       }
     }
     Some(web::Header(Range::Unregistered(..))) => {
       return Err(ErrorBadRequest("Use ranges registered at IANA"));
     }
     None => (0, file_size - 1),
   };
 
   Ok((range_start, range_end))
 }
 
 #[instrument(
   name = "get_blob",
   skip_all,
   fields(blob_hash = %params.as_ref().as_str(), s3_path))
 ]
 pub async fn get_blob_handler(
   service: web::Data<BlobService>,
   params: web::Path<String>,
   range_header: Option<web::Header<Range>>,
 ) -> actix_web::Result<HttpResponse> {
   info!("Get blob request");
   let blob_hash = params.into_inner();
   validate_identifier!(blob_hash);
 
   trace!("Initializing download session");
   let mut download = service.create_download(blob_hash).await?;
 
   let total_size = download.blob_size;
   let (range_start, range_end): (u64, u64) =
     parse_range_header(&range_header, total_size)?;
   download.set_byte_range(range_start..=range_end);
   let content_length = download.download_size();
 
   let stream = download
     .into_stream()
     .map(|data| match data {
       Ok(bytes) => Ok(web::Bytes::from(bytes)),
       Err(err) => {
         warn!("Error during download stream: {:?}", err);
         Err(handle_blob_service_error(&err))
       }
     })
     .in_current_span();
 
   if range_header.is_some() {
     return Ok(
       HttpResponse::PartialContent()
         .content_type("application/octet-stream")
         .append_header(("Content-Length", content_length))
         .append_header((
           "Content-Range",
           format!("bytes {}-{}/{}", range_start, range_end, total_size),
         ))
         .streaming(Box::pin(stream)),
     );
   }
 
   Ok(
     HttpResponse::Ok()
       .content_type("application/octet-stream")
       .append_header(("Content-Length", content_length))
       .streaming(Box::pin(stream)),
   )
 }
 
 #[derive(Deserialize, Debug)]
 pub struct AssignHolderPayload {
   holder: String,
   blob_hash: String,
 }
 
 #[derive(Serialize)]
 struct AssignHolderResponnse {
   data_exists: bool,
 }
 
 #[instrument(name = "assign_holder", skip(service))]
 pub async fn assign_holder_handler(
   service: web::Data<BlobService>,
   payload: web::Json<AssignHolderPayload>,
 ) -> actix_web::Result<HttpResponse> {
   info!("Assign holder request");
   let AssignHolderPayload { holder, blob_hash } = payload.into_inner();
   validate_identifier!(holder);
   validate_identifier!(blob_hash);
 
   let data_exists = service.assign_holder(blob_hash, holder).await?;
   Ok(HttpResponse::Ok().json(web::Json(AssignHolderResponnse { data_exists })))
 }
 
 #[instrument(skip_all, name = "upload_blob", fields(blob_hash))]
 pub async fn upload_blob_handler(
   service: web::Data<BlobService>,
   mut payload: actix_multipart::Multipart,
 ) -> actix_web::Result<HttpResponse> {
   info!("Upload blob request");
 
   let Some((name, blob_hash)) = multipart::get_text_field(&mut payload).await? else {
     warn!("Malformed request: expected a field.");
     return Err(ErrorBadRequest("Bad request"));
   };
 
   if name != "blob_hash" {
     warn!(name, "Malformed request: 'blob_hash' text field expected.");
     return Err(ErrorBadRequest("Bad request"));
   }
   validate_identifier!(blob_hash);
 
   tracing::Span::current().record("blob_hash", &blob_hash);
 
   trace!("Receiving blob data");
   let stream = try_stream! {
     while let Some(mut field) = payload.try_next().await? {
       let field_name = field.name();
       if field_name != "blob_data" {
         warn!(
           field_name,
           "Malfolmed request: 'blob_data' multipart field expected."
         );
         Err(ErrorBadRequest("Bad request"))?;
       }
 
       while let Some(chunk) = field.try_next().await? {
         yield chunk;
       }
     }
     trace!("Stream done");
   };
 
   service.put_blob(blob_hash, stream).await?;
   Ok(HttpResponse::NoContent().finish())
 }
 
 #[derive(Deserialize, Debug)]
 pub struct RemoveHolderPayload {
   holder: String,
   blob_hash: String,
+  /// If true, the blob will be deleted intantly
+  /// after the last holder is revoked.
+  #[serde(default)]
+  instant_delete: bool,
 }
 
 #[instrument(name = "remove_holder", skip(service))]
 pub async fn remove_holder_handler(
   service: web::Data<BlobService>,
   payload: web::Json<RemoveHolderPayload>,
 ) -> actix_web::Result<HttpResponse> {
   info!("Revoke holder request");
-  let RemoveHolderPayload { holder, blob_hash } = payload.into_inner();
+  let RemoveHolderPayload {
+    holder,
+    blob_hash,
+    instant_delete,
+  } = payload.into_inner();
   validate_identifier!(holder);
   validate_identifier!(blob_hash);
 
-  service.revoke_holder(blob_hash, holder).await?;
+  service
+    .revoke_holder(blob_hash, holder, instant_delete)
+    .await?;
   Ok(HttpResponse::NoContent().finish())
 }
diff --git a/services/blob/src/service.rs b/services/blob/src/service.rs
index 590665539..0c16556d8 100644
--- a/services/blob/src/service.rs
+++ b/services/blob/src/service.rs
@@ -1,587 +1,588 @@
 #![allow(unused)]
 use std::collections::{BTreeMap, HashSet};
 use std::ops::{Bound, Range, RangeBounds, RangeInclusive};
 use std::sync::Arc;
 
 use async_stream::try_stream;
 use chrono::Duration;
 use comm_services_lib::http::ByteStream;
 use comm_services_lib::tools::BoxedError;
 use tokio_stream::StreamExt;
 use tonic::codegen::futures_core::Stream;
 use tracing::{debug, error, info, trace, warn};
 
 use crate::config::CONFIG;
 use crate::constants::S3_MULTIPART_UPLOAD_MINIMUM_CHUNK_SIZE;
 use crate::database::types::{
   BlobItemInput, BlobItemRow, PrimaryKey, UncheckedKind,
 };
 use crate::database::DBError;
 use crate::s3::{Error as S3Error, S3Client, S3Path};
 use crate::tools::MemOps;
 use crate::{constants::BLOB_DOWNLOAD_CHUNK_SIZE, database::DatabaseClient};
 
 #[derive(
   Debug, derive_more::Display, derive_more::From, derive_more::Error,
 )]
 pub enum BlobServiceError {
   BlobNotFound,
   BlobAlreadyExists,
   InvalidState,
   DB(DBError),
   S3(S3Error),
   InputError(#[error(ignore)] BoxedError),
 }
 
 type BlobServiceResult<T> = Result<T, BlobServiceError>;
 
 #[derive(Clone, Debug)]
 pub struct BlobServiceConfig {
   /// Blob data is streamed from S3 in chunks of this size.
   pub download_chunk_size: usize,
   /// If enabled, orphaned blobs will be deleted immediately after
   /// last holder is removed. This option should be enabled
   /// if maintenance garbage collection tasks are not run.
   pub instant_delete_orphaned_blobs: bool,
   /// Minimum age that a orphan must stay unmodified
   /// before it can be deleted by a garbage collection task
   /// This option is ignored if `instant_delete_orphaned_blobs` is `true`
   pub orphan_protection_period: chrono::Duration,
 }
 
 impl Default for BlobServiceConfig {
   fn default() -> Self {
     BlobServiceConfig {
       download_chunk_size: BLOB_DOWNLOAD_CHUNK_SIZE as usize,
       instant_delete_orphaned_blobs: false,
       orphan_protection_period: Duration::hours(1),
     }
   }
 }
 
 #[derive(Clone)]
 pub struct BlobService {
   db: Arc<DatabaseClient>,
   s3: S3Client,
   config: BlobServiceConfig,
 }
 
 impl BlobService {
   pub fn new(
     db: DatabaseClient,
     s3: S3Client,
     config: BlobServiceConfig,
   ) -> Self {
     Self {
       db: Arc::new(db),
       s3,
       config,
     }
   }
 
   /// Retrieves blob object metadata and returns a download object
   /// that can be used to download the blob data.
   pub async fn create_download(
     &self,
     blob_hash: impl Into<String>,
   ) -> BlobServiceResult<BlobDownloadObject> {
     // 1. Get S3 path
     let s3_path = match self.db.get_blob_item(blob_hash.into()).await {
       Ok(Some(BlobItemRow { s3_path, .. })) => Ok(s3_path),
       Ok(None) => {
         debug!("Blob not found");
         Err(BlobServiceError::BlobNotFound)
       }
       Err(err) => Err(BlobServiceError::DB(err)),
     }?;
     debug!("S3 path: {:?}", s3_path);
 
     // 2. Get S3 Object metadata
     trace!("Getting S3 object metadata...");
     let object_metadata = self.s3.get_object_metadata(&s3_path).await?;
     let blob_size: u64 =
       object_metadata.content_length().try_into().map_err(|err| {
         error!("Failed to parse S3 object content length: {:?}", err);
         BlobServiceError::InvalidState
       })?;
     debug!("S3 object size: {} bytes", blob_size);
 
     // 3. Create download session
     let session = BlobDownloadObject {
       s3_path,
       blob_size,
       byte_range: 0..blob_size,
       chunk_size: self.config.download_chunk_size as u64,
       s3_client: self.s3.clone(),
     };
     Ok(session)
   }
 
   pub async fn put_blob(
     &self,
     blob_hash: impl Into<String>,
     mut blob_data_stream: impl ByteStream,
   ) -> Result<(), BlobServiceError> {
     let blob_hash: String = blob_hash.into();
     let blob_item = BlobItemInput::new(&blob_hash);
 
     if self.db.get_blob_item(blob_hash).await?.is_some() {
       debug!("Blob already exists");
       return Err(BlobServiceError::BlobAlreadyExists);
     }
 
     let mut upload_session =
       self.s3.start_upload_session(&blob_item.s3_path).await?;
     trace!(?blob_item, "Started S3 upload session");
 
     tokio::pin!(blob_data_stream);
     let mut s3_chunk: Vec<u8> = Vec::new();
     while let Some(chunk) =
       blob_data_stream.try_next().await.map_err(|err| {
         warn!("Failed to get data chunk: {:?}", err);
         BlobServiceError::InputError(err)
       })?
     {
       s3_chunk.extend_from_slice(&chunk);
 
       // New parts should be added to AWS only if they exceed minimum part size,
       // Otherwise AWS returns error
       if s3_chunk.len() as u64 > S3_MULTIPART_UPLOAD_MINIMUM_CHUNK_SIZE {
         trace!(
           chunk_size = s3_chunk.len(),
           "Chunk size exceeded, adding new S3 part"
         );
         upload_session
           .add_part(s3_chunk.take_out())
           .await
           .map_err(BlobServiceError::from)?;
       }
     }
     trace!("Upload stream drained");
     // add the remaining data as the last S3 part
     if !s3_chunk.is_empty() {
       trace!("Uploading remaining {} bytes", s3_chunk.len());
       upload_session.add_part(s3_chunk).await?;
     }
     // Complete the upload session
     upload_session.finish_upload().await?;
 
     trace!("S3 upload complete, putting item to db");
     self.db.put_blob_item(blob_item).await?;
     Ok(())
   }
 
   pub async fn assign_holder(
     &self,
     blob_hash: impl Into<String>,
     holder: impl Into<String>,
   ) -> BlobServiceResult<bool> {
     let blob_hash: String = blob_hash.into();
     trace!(blob_hash, "Attempting to assign holder");
     self
       .db
       .put_holder_assignment(blob_hash.clone(), holder.into())
       .await?;
 
     trace!("Holder assigned. Checking if data exists");
     let data_exists = self.db.get_blob_item(blob_hash).await?.is_some();
     Ok(data_exists)
   }
 
   pub async fn revoke_holder(
     &self,
     blob_hash: impl Into<String>,
     holder: impl Into<String>,
+    instant_delete: bool,
   ) -> BlobServiceResult<()> {
     let blob_hash: String = blob_hash.into();
     let holder: String = holder.into();
 
     trace!(blob_hash, holder, "Attempting to revoke holder");
     self.db.delete_holder_assignment(&blob_hash, holder).await?;
 
-    if self.config.instant_delete_orphaned_blobs {
+    if instant_delete || self.config.instant_delete_orphaned_blobs {
       trace!("Instant orphan deletion enabled. Looking for holders");
       let is_orphan = self
         .db
         .list_blob_holders(&blob_hash, Some(1))
         .await?
         .is_empty();
       if !is_orphan {
         trace!("Found holders, nothing to do");
         return Ok(());
       }
 
       debug!("No holders left, deleting blob if exists");
       trace!("Getting blob item");
       let Some(blob_item) = self.db.get_blob_item(&blob_hash).await? else {
         trace!("Blob item not found, nothing to do");
         return Ok(());
       };
 
       trace!("Deleting S3 object");
       self.s3.delete_object(&blob_item.s3_path).await?;
       trace!("Deleting blob item entry from DB");
       self.db.delete_blob_item(blob_hash).await?;
     }
     Ok(())
   }
 
   pub async fn perform_cleanup(&self) -> anyhow::Result<()> {
     info!("Starting cleanup...");
     // 1. Fetch blobs and holders marked as "unchecked"
     debug!("Querying for unchecked blobs and holders...");
     let protection_periond = self.config.orphan_protection_period;
     let (unchecked_blobs, unchecked_holders) = tokio::try_join!(
       self
         .db
         .find_unchecked_items(UncheckedKind::Blob, protection_periond),
       self
         .db
         .find_unchecked_items(UncheckedKind::Holder, protection_periond)
     )?;
     debug!(
       "Found {} unchecked blobs and {} unchecked holders",
       unchecked_blobs.len(),
       unchecked_holders.len()
     );
 
     let mut unchecked_items = UncheckedCollection::new();
 
     // 2. construct structures of possibly orphaned blobs
     debug!("Creating structures of possibly orphaned items...");
     for PrimaryKey { blob_hash, .. } in unchecked_blobs {
       trace!("Creating unchecked item for blob hash '{}'", &blob_hash);
       unchecked_items.insert(
         blob_hash.clone(),
         UncheckedItem {
           blob_hash: Some(blob_hash),
           holders: Vec::new(),
         },
       );
     }
 
     // 3. iterate over possibly orphaned holders and fill the structs
     for PrimaryKey { blob_hash, holder } in unchecked_holders {
       if let Some(item) = unchecked_items.get_mut(&blob_hash) {
         trace!(
           "Inserting holder '{}' for blob hash '{}'",
           &holder,
           &blob_hash
         );
         item.holders.push(holder);
       } else {
         trace!(
           "Creating empty item for holder '{}' (blob hash: '{}')",
           &holder,
           &blob_hash
         );
         unchecked_items.insert(
           blob_hash.clone(),
           UncheckedItem {
             blob_hash: None,
             holders: vec![holder],
           },
         );
       }
     }
 
     let mut orphans = HashSet::new();
     let mut checked = HashSet::new();
 
     // 4. Filter out items that are for sure not orphaned
     let checked_items = unchecked_items.filter_out_checked();
     debug!("Filtered out {} checked items", checked_items.len());
     checked.extend(checked_items);
 
     // 5. Query DDB for additional blobs and holders to check if they exist
     let mut fetch_results = Vec::new();
 
     // 5a. Query holders - Find if possibly orphan blobs have at least one holder
     debug!("Querying holders for possibly orphaned blobs...");
     for blob_hash in unchecked_items.blobs_to_find_holders() {
       let holders = self
         .db
         .list_blob_holders(blob_hash, Some(1))
         .await?
         .into_iter()
         .map(|holder| PrimaryKey::new(blob_hash.to_string(), holder));
 
       let len_before = fetch_results.len();
       fetch_results.extend(holders);
       trace!(
         "Found {} holders for blob hash '{}'",
         fetch_results.len() - len_before,
         blob_hash
       );
     }
 
     // 5b. Query blobs - Find if possibly orphaned holders have blobs
     debug!("Querying blobs for possibly orphaned holders...");
     let blobs_to_get = unchecked_items.blobs_to_check_existence();
     let queried_blobs_len = blobs_to_get.len();
     let existing_blobs = self.db.list_existing_keys(blobs_to_get).await?;
     debug!(
       "Found {} existing blobs out of {} queried",
       existing_blobs.len(),
       queried_blobs_len
     );
     fetch_results.extend(existing_blobs);
 
     // 6. Update the struct with query results
     // Then do 2nd pass of filtering out checked items (repeat step 4)
     debug!("Feeding data structure with query results and filtering again...");
     unchecked_items.feed_with_query_results(fetch_results);
     let checked_items = unchecked_items.filter_out_checked();
     debug!("Filtered out {} checked items", checked_items.len());
     checked.extend(checked_items);
 
     // 7. Perform actual cleanup
     orphans.extend(unchecked_items.into_primary_keys());
     let s3_paths: Vec<S3Path> = orphans
       .iter()
       .filter(|pk| pk.is_blob_item())
       .map(|PrimaryKey { blob_hash, .. }| S3Path {
         bucket_name: CONFIG.s3_bucket_name.clone(),
         object_name: blob_hash.to_string(),
       })
       .collect();
 
     let num_orphans = orphans.len();
     let num_checked = checked.len();
     let num_s3_blobs = s3_paths.len();
 
     // 7a. Make changes to database
     debug!("Cleaning up database... Marking {} items as checked and deleting {} orphans", num_checked, num_orphans);
     tokio::try_join!(
       self.db.batch_delete_rows(orphans),
       self.db.batch_mark_checked(checked)
     )?;
 
     // 7b. Delete orphaned blobs from S3
     debug!("Cleaning up S3... Deleting {} blobs", num_s3_blobs);
     self.s3.batch_delete_objects(s3_paths).await?;
 
     info!(
       "Cleanup complete. Deleted orphaned {} DB items and marked {} items as checked. {} blobs were deleted from S3",
       num_orphans, num_checked, num_s3_blobs
     );
     Ok(())
   }
 }
 
 // A B-tree map performs well for both random and sequential access.
 type BlobHash = String;
 type UncheckedCollection = BTreeMap<BlobHash, UncheckedItem>;
 
 /// Represents an "unchecked" blob entity. It might miss either
 /// blob hash or holders.
 #[derive(Debug)]
 struct UncheckedItem {
   blob_hash: Option<BlobHash>,
   holders: Vec<String>,
 }
 
 impl UncheckedItem {
   fn has_blob_hash(&self) -> bool {
     self.blob_hash.is_some()
   }
 
   fn has_holders(&self) -> bool {
     !self.holders.is_empty()
   }
 
   /// Returns primary keys for this item. It contains primary heys for holders
   /// and for blob item (if it has hash).
   /// A fallback hash is required for holders if item's blob hash is None.
   fn as_primary_keys(&self, fallback_blob_hash: &str) -> Vec<PrimaryKey> {
     if !self.has_holders() && !self.has_blob_hash() {
       warn!(
         fallback_blob_hash,
         "Item has no hash and no holders, this should never happen!"
       );
       return Vec::new();
     }
 
     let hash_for_holders =
       self.blob_hash.as_deref().unwrap_or(fallback_blob_hash);
     let mut keys = self
       .holders
       .iter()
       .map(|holder| PrimaryKey {
         blob_hash: hash_for_holders.to_string(),
         holder: holder.to_string(),
       })
       .collect::<Vec<_>>();
 
     if let Some(blob_hash) = &self.blob_hash {
       keys.push(PrimaryKey::for_blob_item(blob_hash.to_string()));
     }
     keys
   }
 }
 
 trait CleanupOperations {
   /// Retains only items that should remain unchecked
   /// (missing blob hash or holders).
   ///
   /// Returns removed items - these items are checked
   /// (contain both blob hash and at least one holder).
   fn filter_out_checked(&mut self) -> Vec<PrimaryKey>;
 
   /// Returns list of blob hashes for which we need to query if they contain
   /// at least one holder
   fn blobs_to_find_holders(&self) -> Vec<&BlobHash>;
 
   /// Returns primary keys for blob items that need to be checked if they exist
   ///
   /// Technically, this returns all items that have holders but no hash.
   fn blobs_to_check_existence(&self) -> Vec<PrimaryKey>;
 
   /// Updates the structure after fetching additional data from database.
   fn feed_with_query_results(
     &mut self,
     fetched_items: impl IntoIterator<Item = PrimaryKey>,
   );
 
   /// Turns this collection into a list of DB primary keys
   fn into_primary_keys(self) -> Vec<PrimaryKey>;
 }
 
 impl CleanupOperations for UncheckedCollection {
   /// Retains only items that should remain unchecked
   /// (missing blob hash or holders).
   ///
   /// Returns removed items - these items are checked
   /// (contain both blob hash and at least one holder).
   fn filter_out_checked(&mut self) -> Vec<PrimaryKey> {
     let mut checked = Vec::new();
 
     self.retain(|blob_hash, item| {
       if !item.has_blob_hash() || !item.has_holders() {
         // blob hash or holder missing, leave unchecked
         return true;
       }
 
       checked.extend(item.as_primary_keys(blob_hash));
       false
     });
     checked
   }
 
   /// Returns list of blob hashes for which we need to query if they contain
   /// at least one holder
   fn blobs_to_find_holders(&self) -> Vec<&BlobHash> {
     self
       .iter()
       .filter_map(|(blob_hash, item)| {
         if item.has_blob_hash() && !item.has_holders() {
           Some(blob_hash)
         } else {
           None
         }
       })
       .collect()
   }
 
   /// Returns primary keys for blob items that need to be checked if they exist
   ///
   /// Technically, this returns all blob items that have holders but no hash.
   fn blobs_to_check_existence(&self) -> Vec<PrimaryKey> {
     self
       .iter()
       .filter_map(|(blob_hash, item)| {
         if item.has_holders() && !item.has_blob_hash() {
           Some(PrimaryKey::for_blob_item(blob_hash))
         } else {
           None
         }
       })
       .collect()
   }
 
   /// Updates the structure after fetching additional data from database.
   fn feed_with_query_results(
     &mut self,
     fetched_items: impl IntoIterator<Item = PrimaryKey>,
   ) {
     for pk in fetched_items.into_iter() {
       let Some(item) = self.get_mut(&pk.blob_hash) else {
         warn!("Got fetched item that was not requested: {:?}", pk);
         continue;
       };
 
       if pk.is_blob_item() {
         item.blob_hash = Some(pk.blob_hash)
       } else {
         item.holders.push(pk.holder);
       }
     }
   }
 
   fn into_primary_keys(self) -> Vec<PrimaryKey> {
     self
       .into_iter()
       .flat_map(|(blob_hash, item)| item.as_primary_keys(&blob_hash))
       .collect()
   }
 }
 
 pub struct BlobDownloadObject {
   /// Size of the whole blob object in bytes.
   pub blob_size: u64,
   /// Range of bytes to be downloaded (exclusive end).
   byte_range: Range<u64>,
   chunk_size: u64,
   s3_client: S3Client,
   s3_path: S3Path,
 }
 
 impl BlobDownloadObject {
   pub fn set_byte_range(&mut self, range: impl RangeBounds<u64>) {
     let range_start = match range.start_bound() {
       Bound::Included(&start) => start,
       Bound::Excluded(&start) => start + 1,
       Bound::Unbounded => 0,
     };
     let range_end = match range.end_bound() {
       Bound::Included(&end) => end + 1,
       Bound::Excluded(&end) => end,
       Bound::Unbounded => self.blob_size,
     };
     // Clamp range to blob size
     let start = std::cmp::max(range_start, 0);
     let end_exclusive = std::cmp::min(range_end, self.blob_size);
 
     self.byte_range = start..end_exclusive;
     debug!("Requested byte range: {}..{}", start, end_exclusive);
   }
 
   /// Size of the data to be downloaded in bytes.
   pub fn download_size(&self) -> u64 {
     self.byte_range.end - self.byte_range.start
   }
 
   pub fn into_stream(self) -> impl Stream<Item = BlobServiceResult<Vec<u8>>> {
     let BlobDownloadObject {
       byte_range,
       chunk_size,
       s3_path,
       s3_client,
       ..
     } = self;
 
     try_stream! {
       trace!("Starting download stream");
       let mut offset: u64 = byte_range.start;
       while offset < byte_range.end {
         let next_size = std::cmp::min(chunk_size, byte_range.end - offset);
         let range = offset..(offset + next_size);
         trace!(?range, "Getting {} bytes of data", next_size);
 
         yield s3_client.get_object_bytes(&s3_path, range).await?;
 
         offset += next_size;
       }
     }
   }
 }