diff --git a/site/cid.markdown b/site/cid.markdown
index 8308e580..01a5ea7e 100644
--- a/site/cid.markdown
+++ b/site/cid.markdown
@@ -22,4 +22,4 @@ From [https://docs.ipfs.tech/concepts/content-addressing/#what-is-a-cid](https:/
   > - The same content added to two different IPFS nodes using the same settings will produce the same CID.
 
 
-The CAR files and CIDs that are generated by Old Faithful are reproducible and will be the same regardless from which Rocksdb ledger archive they are generated from. This means that entities that are running archive nodes and store Rocksdb ledger archives can easily generated their own CIDs for the same blocks and transactions and compare to the ones being generated by the Old Faithful project. In theory this means that you can also choose to run a node that /just/ generates and stores the CIDs but not the durable data and then compare those CIDs to the ones provided by Faithful. Using these CIDs you can retrieve the actual data any time without trusting anyone but your own data generating nodes.
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+The CAR files and CIDs that are generated by Old Faithful are reproducible and will be the same regardless from which Rocksdb ledger archive they are generated from. This means that entities that are running archive nodes and store Rocksdb ledger archives can easily generate their own CIDs for the same blocks and transactions and compare to the ones being generated by the Old Faithful project. In theory this means that you can also choose to run a node that /just/ generates and stores the CIDs but not the durable data and then compare those CIDs to the ones provided by Faithful. Using these CIDs you can retrieve the actual data any time without trusting anyone but your own data generating nodes.
\ No newline at end of file
diff --git a/site/data-preparation.markdown b/site/data-preparation.markdown
index ab63809e..0e744354 100644
--- a/site/data-preparation.markdown
+++ b/site/data-preparation.markdown
@@ -8,7 +8,7 @@ nav_order: 2
 
 # Data preparation
 
-The primary data preparation tooling used in this project is based in the `radiance` tool developed by Jump's Firedancer team. It is rapidely developing, and active development for this project is currently based out of this repository and branch: [Radiance Triton](https://github.com/gagliardetto/radiance-triton/).
+The primary data preparation tooling used in this project is based in the `radiance` tool developed by Jump's Firedancer team. It is rapidly developing, and active development for this project is currently based out of this repository and branch: [Radiance Triton](https://github.com/gagliardetto/radiance-triton/).
 
 The radiance tool utilises the rocksdb snapshots that have been generated by [Warehouse](https://github.com/solana-labs/solana-bigtable) nodes. From these snapshots a CAR file per epoch is generated. This CAR file then needs to be processed by Filecoin tools such as [split-and-commp](https://github.com/anjor/go-fil-dataprep/) which generates the details needed for making a Filecoin deal.